Literatur Zur Avionics, Aerospace and Defense 5 Juli 2013

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Myrodis Athanassiou Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

VORBEMERKUNGEN

Dieses Dokument, das in Verbindung mit den zwei Dokumenten

AVIONICS, AEROSPACE AND DEFENSE ACRONYMS AND ABBREVIATIONS so wie AEROSPACE AND DEFENCE TECHNOLOGIE UNTERNEHMENSPROFILE INTERNATIONAL

verwendet bzw. gelesen werden sollte, enthält diejenigen Literaturquellen – schätzungsweise etwa 6.000 -, welche ich mehr oder weniger bei der Abfassung meiner

NOTIZEN ZUR MISSIONSAVIONIK LUFTFAHRT UND WEHRTECHNIK und ANTENNEN IN DER MISSIONSAVIONIK

zur Rate gezogen habe.

Das vorliegende Dokument erhebt keinen Anspruch auf Vollständigkeit oder Aktualität. Ich übernehme auch keine Verantwortung für etwaige Fehler bzw. fehlerhafte Angaben. Bin allerdings über Verbesserungsvorschläge und Korrekturen sehr dankbar.

Myrodis Athanassiou

1 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

. A Band => Frequenzbandbezeichnungen USA: AN/AAQ-24 (V) DIRCM, Nemesis Directional Infrared Countermeasures Self-Protection Suite. . AAA, Anti Aircraft Artillery 1. U.S. Lexicon: Code names; ICH, 3rd Ed., 1977/78, S.86-102. . AAR => AAQ 2. A better antiaircraft gunfire control system? DE, January 1980, S.84-86. . AAR-44(V) 3. Fire control on the modern battlefield; Tom Baranauskas; 1. The Missile Warning challenge; Dr. Meir Danino; JED, July DE, October 1987, S.137-144. 1999, S.45-50. Errata: JED, September 1999, S.34. 2. AN/AAR-44/44A; IECH, 2001, S.198. . AAI Corporation 3. Technische Unterlage von Raytheon/E-Systems, Goleta 1. Http://www.aaicorp.com Division, CA, USA: AAR-44(V) Advanced Missile Warning for 2. AOC corporate member profiles; JED, February 2004, S.51- Aircraft Survivability. 72. . AAR-47 . AALC 1. New F/A-18 EW suite encounters large cost rise, but small 1. HUD/EVS: Beyond Infrared; Charlotte Adams; Avionics delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. Magazine - Aviation Today, August 2004. 2. AN/AAR-47 upgrades continue; B. Rivers - EC Monitor; JED, www.aviationtoday.com January 1999, S.32-34. 3. AW&ST Aerospace Source Book, January 11, 1999, S.208. . AAQ 4. AAR-47 gains dual function; AW&ST, November 15, 1999, S.44. 1. How to decipher U.S. electronic equipment designations; 5. You bet your life: Todays Missile Warning Systems; Don ICH, 9th Ed., 1984, S.62. Herskovitz; JED, April 2000, S.54.

6. Testing of AN/AAR-47 upgrade returns to white sands - EC . AAQ-13 & AAQ-14 => Lantirn Monitor; K. Sherman; JED, December 2000, S.26-30. 7. AN/AAR-47; IECH, 2001, S.198. . AAQ-16 1. Http://www.raytheon.com/es/esproducts 2. Night vision system adds Laser target designator; J.R.R.; DE, . AAR-54(V) July 1992, S.14. 1. Technische Unterlage von Northrop Grumman, Baltimore, Maryland, USA: AN/AAR-54(V) Passive Missile Approach . AAQ-24(V), Nemesis, DIRCM Warning System, DS-057-DSM-0996. 1. Nemesis: Imaging technology provides countermeasures to 2. MAWS selected for Luftwaffe C-160s - EC Monitor; B. defeat the IR missile threat; Scott R. Gourley; D&SE, Rivers; JED, August 2000, S.28-29. December 1995, S.28-29. 3. AN/AAR-54(V); IECH, 2001, S.199. 2. More sensitive MWS sensors enhance DIRCM 4. Als Flugkörperwarnsystem für die Transall; pp; SuT, Juni effectiveness; Philip J. Klass; AW&ST, October 27, 1997, 2004, S.59. S.47-49. 3. Live-fire tests demonstrate AAQ-24 DIRCM capabilities; . AAR-57(V) Philip J. Klass; AW&ST, October 26, 1998, S.44-45. 1. Http://www.sanders.com 4. New F/A-18 EW suite encounters large cost rise, but small 2. Less agile, sharper eyes; S. Carroll; JED, July 1999, S.48. delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. 3. Passive UV Missile-Warning Systems; Larry De Cosimo, et 5. DIRCM goes Laser; Martin Streetly - European Report; JED, al.; JED, December 1999, S.51-54. July 1999, S.18. 4. You bet your life: Todays Missile Warning Systems; Don 6. DIRCM, ATIRCM compared in DoD study; S. Carroll - EC Herskovitz; JED, April 2000, S.51-56. Monitor; JED, July 1999, S.25-26. 5. AN/AAR-57 CMWS; IECH 2001, S.199. 7. Live-fire test gives dramatic example of DIRCM capabilities; AW&ST, November 15, 1999, S.98. . AAR-58 8. Nemesis; IECM 2001, S.123. 1. Raytheon Decoy to protect B-1; Michael A. Dornheim - 9. Asian Aerospace 2002, DIRCM pointed the way forward at Goleta, CA; AW&ST, October 26, 1998, S.61. Asia’s premier air show; JED, April 2002, S.26-27. 2. AN/AAR-58; IECH 2001, S.200. 10. Technische Unterlage von Northrop Grumman Electronics

Systems Integration International, Rolling Meadows, IL, . AAR-60

2 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

1. Germany examining Missile Warners for C-160s - EC 10. New shielding method overcomes old problems - Monitor; B. Rivers; JED, April 1999, S.30-31. Application Note of ITEM Publications, Conshohocken, PA; 2. Les agile, sharper eyes; S. Carroll; JED, July 1999, S. 48. Microwaves & RF, 41(2002)1, S.92. 3. Technische Unterlage von DASA/LFK/Thomson-CSF: EW 11. Von Blitz getroffen - mehr Schutz für Elektronik und neue Suite for Helicopter. Werkstoffe; PLANET AEROSPACE, Nr. 3/2003, Juli-August- 4. AW&ST Aerospace Source Book, January 11, 1999, S.207. September, S.14-17. 5. MAWS selected for Luftwaffe C-160s - EC Monitor; B. Rivers; JED, August 2000, S.28-29. . Abschlüsse - Terminators 6. Germany defines MILDS requirement; European Report - 1. Introduction to Resistors & Terminators; KDI Electronics Martin Streetly; JED, September 2000, S.18. Alpha, Inc.; MSDH, 4th Ed., July 1986, Vol.16, No.7, S.196- 237. . AAS => AAQ . Abschwächer - Attenuators . AAS-44(V), Infrared Laser Detecting-Ranging-Tracking 1. Koaxiale HF-Dämpfungsglieder, Technologie und Set Dämpfungsmessverfahren; F. Weinert & B.O. Weinschel; 1. Http://www.raytheon.com/es/esproducts Mikrowellen Journal, 3-75, S.161-164. 2. US Navy buys IR Ranging and Detection Systems; B. Rivers, 2. Attenuating circumstances, microwave passive coaxial EC Monitor; JED, July 1999, S.33-34. attenuators - An overview; Bill Painter - Omni Spectra; MJ, 3. Predator flew with target designator over Kosovo; B. April 1977, S.16-23. Rivers, EC Monitor; JED, September 1999, S.33-34. 3. Coaxial attenuators handle 50 W over multi-octave Bands; C. Staeger & D. Pochard; MSN, May 1978, S.74-77. . Abgaswolke 4. Introduction to Attenuators; Anzeige von KDI Electronics; 1. Kombiniertes Scheinziel für die Luftwaffe (KSL); SuT, MSDH, 4th Ed., July 1986, Vol.16, No.7, S.114-141. 12/2000, S.820-821. 5. Attenuators boost dynamic range of radar receivers; Asad M. Madni, et al - Systron Donner, Van Nuys, CA; Microwaves & RF, 29(1990)3, S.93-100. . ABL, AirBorne Laser 6. Selecting and specifying attenuators; M. C. Barnard; MSN, 1. Teams to submit bids for airborne laser; William B. Scott - January 1990, S.72-75. Colorado Springs; AW&ST, June 16, 1996, S.45. 7. RF attenuators fit a wide range of applications; Jack 2. Mit Laser auf Raketenjagd; Karl Schwarz; FLUG REVUE, Browne - Chief Editor; Microwaves & RF, 29(1990)10, Oktober 2002, S.54-57. S.122-132. 3. Flash in the Plan - Directed-energy weapons remain more 8. Digital attenuators optimize DF receivers; Alan Conrad - experimental than available; Ted McKenna; JED, May 2003, Contributing Editor; Microwaves & RF, 29(1990)10, S.123. S.46-52. 9. Attenuators settles 100 percent in less than 1 µs - Product 4. Testing continues on USAF Airborne Laser; Ted McKenna; of Comstron, Plainview, NY; Microwaves & RF, 29(1990)11, JED, November 2005, S.23-25. S.156. 5. ABL - Airborne Laser; Jan Helmig; Strategie und Technik, 10. Fast GaAs MMIC attenuator has 5-b resolution; Brian Januar 2006, S.44-45. Bedard - Hittite Microwave, Woburn, MA; Microwaves & 6. Kampflaser gegen Raketen - Boeing YAL-1A; Daniel Jorns; RF, 30(1991)10, S.71-76. FLIEGERREVUE, 06-2006, S.26-30.

. Absorberhalle, Absorberraum - Anechoic Chamber . Abschirmung - Shielding 1. Britains Largest Anechoic Chamber; Hawker Siddeley 1. Theorie der elektromagnetischen Felder; Prof. Dr. S. Blume; Dynamics, Stevange; MJ, October 1977, S.52d. Hüthig Verlag, Heidelberg, 1982. 2. Digital processing enhances Antenna Measurements; 2. RF Shielding becomes more necessary - Euroform; Arnold Doren W. Hess; MSN, May 1978, S.40-54. Zais - Keene; MSN, December 1982, S.64A-64D. 3. The semi-open Anechoic Chamber; K.A. Koob & H.C. 3. Effective shielding is more than a pretty facade; Richard D. Liesenkötter - MBB, München; MJ, June 1978, S.120-123. Scheps; Microwaves & RF, 23(1984)10, S.85-112. 4. Naval Air Test Center unveils new Anechoic Chamber; Staff 4. Stay EMI-calm on a noise-free island; M. Shandas & P. Report; JED, October 1983, S.161-168. Shandas - Microsource, Santa Rosa, CA; Microwaves & RF, 5. Diagonal horn improves anechoic chamber tests; S.J. Foti & 25(1986)10, S.101-105. D.D. McGahey; Microwaves & RF, 23(1984)3, S.105- 5. Elektromagnetische Verträglichkeit (EMV); Karl-Heinz 108,110,134. Gonschorek & Anton Kohling; Physik in unserer Zeit, 19. 6. Spelling out RCS antenna specs; SJF & DDM; Microwaves & Jahrgang, Mai 1988, Nr.3, S.80-91. RF, 23(1984)3, S.109, 134. 6. EMI shielding of composite materials; Frank Marella; DE, 7. Anzeige von Emerson & Cuming in ICH, 9th Ed., 1984, S.72- March 1990, S.68-71. 73. 7. Making effective EM shields from aluminium and plastic; A. 8. Microwave Absorbers and Anechoic Chambers; Johan Pyck; Kumar - AK Electromagnetique, Quebec, Canada; Mikrowellenmagazin, 11(1985)2, S.160-163. Microwaves & RF, 36(1997)8, S.128-137. 9. Northrop completes colossal chamber; Michael Kachmar - 8. Minimize EMI effects in wireless circuits; M.A. Halim - SR Senior Editor; Microwaves & RF, 25(1986)4, S.53. Telecom, Ontario, Canada; Microwaves & RF, 37(1998)2, 10. Certify test stations for accurate antenna QA; Bernard S.54-62. Kardon, Consulting Enginner, New Bechelle, NY; 9. Designing production shielded RF fixtures; Russ Krajec - HP, Microwaves & RF, 26(1987)1, S.75-81. Loveland, CO; Microwaves & RF, 38(1999)6, S.69-76.

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11. Specifying an Anechoic Chamber; G.A. Sanchez - Advanced 3. Collision avoidance: In a holding pattern; Edmond R. Electromagnetics; MSN&CT, May 1987, S.106-113. Gunny; Microwaves & RF, 26(1987)5, S. 69. 12. Das neue MBB-Labor für „Elektromagnetische 4. Time Modulation, Part 2: Scheme codes avoidance Beeinflussung”; Mikrowellenmagazin, 13(1987)4, S.376- maneuvers for aircraft; Edmond R. Gunny - Consultant, Los 377. Angeles, CA; Microwaves & RF, 26(1987)6, S.86-93. 13. Time-domain methods silence reflections in anechoic 5. By 1992, TCASII; Microwaves & RF, 28(1989)2, S.21. chambers; Stephen A. Brumley - Motorola, Scottsdale, AZ; 6. TCAS, windshear rescheduled; Microwaves & RF, Microwaves & RF, 28(1989)7, S.109-114. 29(1990)5, S.27. 14. Free world’s largest anechoic facility; Microwaves & RF, 7. Coaxial Switch Technology for Collision Avoidance Systems; 28(1989)9, S.47. Michael Long - Dynatech Microwave Technology; MJ, Dec. 15. Software or Hardware gating - What’s best for RCS 1991, S.98-100. Measurements; Greg McCarter; MSN, November 1989, S. 8. Funkortungs- und Funknavigationsanlagen; Werner 60-65. Mansfeld, Prof. Dr.-Ing. Habil.; Hüthig Buch Verlag GmbH, 16. Unique measurement performance with the Compensated Heidelberg, 1994, S.345-351. Compact Range; MBB, Deutsche Aerospace, Munich; MJ, 9. New TCAS-2 Software simplifies operation; Bruce D. Feb. 1991, S.138. Nordwall; AW&ST, March 10, 1997, S.62. 17. Absorberhallen für Störaussendungs- und 10. Avionics for the Pilot; Joe Johnston; Airlife Publishing Ltd, Störfestigkeitsmessungen; Friedrich-Wilhelm Trautnitz - Shrewsbury, UK, 1998, S.167-175. EMV-Systemtechnik, Siemens Matsushita Components; HF- 11. Cockpit Instrumente; Peter Bachmann; Motorbuch Verlag, Report, Mai 2/93, S.46-48. Stuttgart, 1998, S.132-133. 18. EMV-Meßtechnik von A-Z; X. Sutter & A. Gerstner; Franzis- 12. Introduction to TCAS II, Version 7; U.S. Department of Verlag, Poing, 1994. Transportation, Federal Aviation Administration; November 2000. . Absorbermaterialien - Absorbing Materials 13. Radar mit realer und synthetischer Apertur; H. Klausing & 1. Emerson & Cuming Inc., Canton, Masachusetts, USA: W. Holpp (Hrsg); Oldenburg Verlag München Wien, 2000, Absorber für elektromagnetische Wellen, ein nützliches S.200-202. Rüstzeug für Ingenieure; Mikrowellen Magazin, Heft 6/78, 14. First ACAS II installed - Dornier Flugzeugwerft GmbH (eb); S.436-440. EADS-Magazin: Mforum, September 2001, S.13. 2. Ecomp GmbH, Anzeigen in Mikrowellen Magazin, Heft 15. TCAS - Product Focus; Avionics Magazine - Aviation Today, 3/81, S.327,328. April 2002. 3. Firmenportrait „Ecomp GmbH, Ingenieurbüro für 16. TCAS More „Foolproof” than generally recognized; Bruce D. Mikrowellentechnik und Elektronik”, Mikrowellen Magazin, Nordwall; AW&ST, July 15, 2002, S.36-37. 13(1987)6, S.701-703. 17. Japan debates TCAS when controllers err; Eiichiro 4. Mikrowellen-Absorber-Material; Anzeige von KTV/Tricom Sekigawa, Tokyo; AW&ST, July 29, 2002, S.52-53. in Mikrowellen & HF Magazin, 15(1989)1. 18. Tödliches Missverständnis; Heiko Stolzke; Flugrevue, 5. Verfahren zur Messung der Absorberreflexion; F. Berents & September 2002, S.26-27. T. Friedrichs; Mikrowellen & HF Magazin, 16(1990)3, S.218- 19. Kollisionswarngeräte, TCAS - die letzte Sicherheit; Werner 221. Fischbach; FLIEGERREVUE, Special, 9/2002, S.35-37. 6. Firmenbericht: Microwave Absorbers, Theory, Design, and Test; Paul F. Dixon, Technical Director; Microsorb . ACCS Technologies Inc., Hopedale, MA, USA, April 1993. 1. ACCS, Das Führungssystem der NATO-Luftstreitkräfte; Paul 7. Adding optimum RF absorbing materials; Alan Conrad - Werner Knorr - Oberstleutnant, ACCS-Projekt; SuT, Juli Special Projects Editor; Microwaves & RF, 37(1998)5, S.207- 2005, S.40-46. 208. . ACMS . Abtasttheorem 1. Honeywell selected for Chinook Avionics Cockpit. Penton’s 1. Digitale Signalverarbeitung; Norbert Hesselmann; Vogel- Military Electronics, April 2006, Page 3. Buchverlag, Würzburg, 1983, S.59. 2. Photonik, Grundlagen, Komponenten und Systeme; Prof. . ACRS Dr. Jürgen Jahns - FernUniversität Hagen; Oldenburg Verlag 1. EH-101 Pilot Report: Heritage payoff; David M. North; München Wien, 2001. AW&ST, January 26, 2004, S.40-45. 3. Nachrichtentechnik, 3. Auflage; Martin Werner; Vieweg, Braunschweig/Wiesbaden, Februar 2002. . ACS, Aerial Common Sensor

1. LM-Pressemitteilung vom 3. August 2004: Lockheed Martin . ACARS Team awarded $879 Million Aerial Common Sensor 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; Programm. Springer-Verlag, Heidelberg, 2004. 2. L-3-Pressemitteilung vom 5. August 2004: L-3 Communications on Team selected for next-generation . ACAS/TCAS airborne ISR& Target ID System for U.S. Army & U.S. Navy. 1. System minimizes chances for mid-air collisions; MSN, June 3. LM-Pressemitteilung vom 16. August 2004: Lockheed 1981, S.31-38. Martin announces diversified Team for Aerial Common 2. The future of civil avionics; A.D. Helfrick - Cessna Aircraft, Sensor program. Avionics Div.; Microwaves & RF, 22(1983)7, S.70-76,80. 4. Jane’s Air Forces News Briefs vom 9. September 2004.

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5. Sensorträger für die US Army; Karl Schwarz; FLUG REVUE, 24. Ada 95: Getting the bugs out; Joyce L. Tokar, Ph.D.; DE, Oktober 2004, S.50. May 1995, S.20-23. 6. Know Thine Enemy; Robert Wall - Washington; AW&ST, November 29, 2004, S.31-32. . Adaptive Antennen 1. Adaptive arrays and sidelobe cancellers; A perspective; D.J. . ACSS Chapman - Syracuse Research Corp.; MJ, Aug. 1977, S.43- 1. Http://www.L-3.com.com/acss 46. 2. Http://www.thales-avionics.com 2. A Sidelobe Blanking System; Pedro P. Arancibia; MJ, March 3. Transatlantic defence tie-up planned - A background of 1978, S. 69-73. acquisitions; Paul Lewis; Flight International, No. 4785, Vol. 3. Adaptive array radar looks away from jammers; FJM; 159, 19-25 June 2001, S.6. Microwaves, 19(1980)3, S.18. 4. ACSS-002-01-03, Dec. 2002. 4. Adaptive radar sharpens NATO’s defense; Michael Burton; 5. ‘People First’ pay off; William B. Scott, Phoenix; AW&ST, Microwaves, 20(1981)9, S.19, 22. March 22, 2004, S.55-56. 5. Adaptive Antennas find Military and Civilian Applications - Part III; P.M. Grant & C.F.N. Cowan; MSN, September 1981, . ADA S.97-107. 1. Jean Ichbiah assesses Ada and the future of 6. Introduction to Radar Systems; Merrill I. Skolnik; McGraw- Hill, 1983, S.332-333. Microcomputers; DE, September 1981, S.126-127. 3 2. Ada goes to work; James E. Fawcette - Editor-in-Chief; DE, 7. Adaptive Antenna arrays for C I; Bruce Miller - US Army EW July 1982, S.61-74. lab.; JED, October 1984, S.145-146, 166-168. 3. Work center integrates Ada equipment needs; D. Babcock, 8. Auxiliary Microstrip Antenna Reduces Side-Lobe Jamming; J. Williams & D. Saliba; Military Klaus Solbach; MSN, March 1989, S. 26-29. Electronics/Countermeasures, January 1982, S.22-26. 9. Adaptive antenna technology aids wireless transmission; 4. Ada machine delivers high performance; P. Hartwick & D. Bert Erickson, Consultant; Microwaves & RF, 36(1997)13, Naedel; DE, November 1984, S.98-102. S.139-144. 5. Ada compiler for VAX; J.F.J. -Industry News; DE, December 1984, S.41. . Adcock-Antennensystem, Dreh-Adcock 6. Will Ada succeed? Daniel Klein - Rolm; DE, December 1984, 1. Funkortung und Funknavigation; Erwin Lertes; Vieweg, S.105-108. Braunschweig, 1985, S. 24. 7. A buyer’s guide to Ada procurement; Daniel Klein; DE, January 1985, S. 101-112. . ADIRS 8. Ada progress satisfies DOD; John F. Judge; DE, June 1985, 1. ADIRS for Airbus aircraft; C61-0123-000-000, August 2004, S.77-87. Honeywell International Inc., Aerospace Electronic 9. Ada capabilities for today’s Microprocessors; DE, June Systems, Air Transport Systems, Phönix, AZ. 1985, S.117-122. www.honeywell.com 10. Ada: A good start an exciting future; Christine L. Braun; DE, July 1985, S.105-106. . ADLER 11. Taking hard line on Software -Citical Programm Reviews; 1. Führungs- und Waffeneinsatzsysteme des Heeres; Edgar DE, July 1986, S.74-89. Ziegler & Jörg-Peter Meier; wt III/1999, S.70-72. 12. Choosing an Ada environment; William J. Marlow; DE, 2. Die Artillerietruppe im Heer der Zukunft - Aufgaben, September 1986, S.115-121. Gliederung, Ausrüstung und Fähigkeiten; Heinerich Fischer 13. The future of Ada technology; Donn Milton; DE, December - Artillerieschule; SuT, Mai 2002, S.33-42. 1986, S.47-50. 3. Aufklärungsfähigkeiten der Artillerie im Heer der Zukunft; 14. Developing communication protocols in Ada; Van C. Baker Oberst Heinrich Fischer - Artillerieschule; SuT, November & James Baldo Jr. -E-Systems; DE, December 1986, S.90- 2002, S.13-18. 104. 4. ADLER - Zehn Jahre Rechnerverbund Artillerie; Dieter 15. Choosing Ada tasking models for real-time systems; F.L. Prochaska; SuT, September 2005, S.27-29. Friedman & P.A.T. Wolfgang; DE, April 1987, s.168-176.

16. From Pascal to Ada: A practical perspective on translation; D.L. Stock & J.A. Stewart; DE, May 1987, S.S23-S31. . ADS-B Automatic Dependent Surveillance - 17. Programmers produce more with Ada; V.L. Castor & David Broadcast Preston; DE, June 1987, S.165-172. 1. ADS-B: North to Alaska; Brian Evans; Avionics Magazine - 18. Using Ada as a software design tool; Saro B. Ghazarian - Aviation Today, February 2000. General Dynamics; DE, October 1987, S.129-132. 2. ADS-B-Progress and the proposed rule; David Jensen; 19. Producing with Ada - Real-time solutions for complex Avionics Magazine - Aviation Today, March 2002. problems; Jeffrey Rowe; DE, July 1990, S.41-53. 3. ADS-B’s global advance; Brian Evans; Avionics Magazine - 20. Ada tools: Compilers coming online; John Rhea; DE, Aviation Today, August 2004. November 1990, S.47-58. 4. On a slow roll - Australia is out in front with its new ADS-B 21. Ada product directory; DE, October 1991, S.35-50. network, but elsewhere satellite use for ATC is off the 22. Ada: Chameleon or chimera? Benjamin M. Brosgol; DE, expected pace; David Hughes (Washington); AW&ST, January 1992, S.30-31. January 31, 2005, S.39-40. 23. Joe the genius tailor - Ada in action; Benjamin M. Brosgol; 5. Without Radar - Precisely - ADS-B promises improved DE, May 1992, S.26-29. accuracy and lower-cost surveillance; David Hughes (Washington); AW&ST, January 31, 2005. S.42-43.

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6. ADS-B’s French connection; David Hughes - Bagneux, 13. Kein Aegis-System für Taiwan; (ds); SuT, Juni 2001, S.4. France; AW&ST, June 13, 2005, S.180-184. 14. Lockheed Martin AN/SPY-1D; Stratigiki (griechische 7. Coast to Coast ADS-B; David Hughes - Dallas; AW&ST, Zeitschrift), Athen, June 2001, S.83. November 7, 2005, S.98. 15. Die U.S. Navy; Kapitän zur See Richard Himstedt; SuT, Juli 8. ADS-B: Will it be filled in? Adrian Gerold; Avionics Magazine 2001, S.14-20. - Aviation Today, March 2006. 16. Kampfsysteme der US Navy: Waffen und Elektronik auf amerikanischen Kriegsschiffen; Stefan Terzibaschitsch; . ADW, ADC Koehler, Hamburg, 2001. 1. ADC achives 12-b resolution at 25.6 Msamples/S; David 17. Backboards of the fleet: Shipboard Phased-Array Radars; Duff - Analog Devices, Greenboro, NC; Microwaves & RF, Dimitris V. Dranidis;JED, May 2003, S.55-62. 29(1990)7, S.1138-143. 18. AEGIS-Zerstörer der US Navy; Typenblatt 10/2003; ds; SuT, 2. Optimize ADCs for enhanced signal processing; T. Gratzek & Oktober 2003, S.49-50. F. Murden - Analog Devices, Greensboro, NC; Microwaves 19. AEGIS-Kreuzer der U.S. Navy; Typenblatt, SuT, April 2004, & RF, 30(1991)3, S.129-136. S.49-50. 3. Choose DACs for DDS system applications; David Buchanan 20. Nationale Raketenabwehr der USA - Einbindung des AEGIS- - Analog Devices, Greensboro, NC; Microwaves & RF, Systems; Sidney E. Dean; MarineForum, September 2004, 31(1992)8, S.89-98. S-16-18. 4. High-speed data capture needs fast ADC and special storage; Tanja C. Hofner (Maxim Integrated Circuits, . Aermacchi SPA, Aermacchi M-346 Sunnyvale, CA) & Werner Kederer - Institute for High- 1. Neuer Trainer für neue Fighter; Karl Schwarz; FLUG REVUE, Frequency Technology, Technical University of München; August 2003, S.54-57. Microwaves & RF, 37(1998)6, S.110-120. 2. Aermacchi will den Eurotrainer bauen; Karl Schwarz; FLUG 5. Time-stretch preprocessing overcoms ADC limitations - Part REVUE, April 2004, S.47. 1; B. Jalali, F. Coppinger & A.S. Bhushan - Optoelectronic 3. Aermacchi M-346, Trainer for the 21st Century; Riccardo Circuits and Systems Laboratory, University of California, Niccoli; Air International, August 2004, S.30-33. Los Angeles, CA; Microwaves & RF, 38(1999)3, S.57-66. 6. ADC captures 1 GSamples/s; T.C. Hofner & D.A. Bernel - . Aerodynamisch stabile/instabile Flugverhalten Maxim Integrated Products, Sunnyvale, CA; Microwaves & 1. Foreplanes - Foremost or should the tail wag the dog? RF, 38(1999)3, S.128-132. Neville Beckett; Air International, May 1999, S.309-315. 7. Time-stretch preprocessing overcoms ADC limitations - Part 2. CCV-F-104G, Ein historischer Meilenstein; EADS-Publikation 2; B. Jalali, F. Coppinger & A.S. Bhushan - Optoelectronic Mforum, Dezember 2000, S.15. Circuits and Systems Laboratory, University of California, Los Angeles, CA; Microwaves & RF, 38(1999)4, S.62-69. . Aerodynamische Aufheizung - Aerodynamic 8. Defining and testing dynamic ADC parametrs - Part 1; Tanja C. Hofner - Maxim Integrated Products, Sunnyvale, CA; Heating Microwaves & RF, 39(2000)11, S.75-84,162. 1. Infrared’s tremendous potential barely scratched; Stefan 9. ADCs clear the way to digital receivers; Jack Brownie Geisenheyner; DE, February 1981, S.29-35. (Publisher/Editor) & Dawn Prior (Editorial Assistant); 2. Die Unsicherheiten eines nuklearen Präventivschlages; Microwaves & RF, 43(2004)3, S.33-41. Matthew Bunn & Kosta Tsipis; Beitrag in „Rüstung und Sicherheit”, Spektrum der Wissenschaft, Heidelberg, 1985, . AEGIS-1, AEGIS-2 S.18-29.

1. AEGIS; Ricard Hartman; ME/C, Vol.3, No93, September 1977, S.16-20. . Aerodynamischer Widersatnd - Aerodynamic 2. The AEGIS Radar Receiver; R.J. Socci; MJ, October 1978, Drag S.38-47. 1. Foreplanes - Foremost or should the tail wag the dog? 3. Task Force survival relies om early detection; Staff; ME/C, Neville Beckett; Air International, May 1999, S.309-315. Vol.9, No.3, March 1983, S.24-.36. 4. USS Ticonderoga joins blue water battle group; J.F.J.; DE, . Aerosols December 1984, S.112, 114. 1. Chaff/Flares and Aerosols; ICH, 4th Ed., 1978/79, S.295- 5. Long-awaited Arleigh Burke destroyer carries improved 303. Aegis system; J.F.J.; DE, December 1984, S.116,118. 2. From smoke screens to Aerosols - a newly developing 3 6. Strengthening NATO’s Air Defense C I; Jim Coghlan; DE, Technology; ICH, 4th Ed., 1978/79, S.305-308. June 1986, S.179-184. 7. Aegis System still gets high marks; Paul R. Jaszka; DE, . AESA - Active Elecronically Scanned Array (Radar) October 1988, S.48-61. 1. Inroduction to Airbornbe Radar; Part IX Advanced Systems, 8. AN/SPY-1 Phased Array Radar: Heart of the Aegis System; Chapter 37, Chapter 38; George W. Stimson; SciTech P.R.J.; DE, October 1988, S.56-57. Publishing, Inc., Mendham, NJ, 1998. 9. Science/Scope; Hughes News; JED, July 1985, S.43. 2. The APG-79 provides „limitless choices” operationally; 10. Strengthening NATO’s Air Defense C3I; Jim Coghlan; DE, AW&ST, April 21, 2003, S.38-39. June 1986, S.179-184. 3. Zeitenwechsel - Neue Radare für die neuen 11. AEGIS; Richard Hartman; ME/C; September 1977, S.16-20. Kampfflugzeuge; Karl Schwarz; FLUG REVUE, Februar 2004, 12. Erweiterte Luftverteidigung, Sachstand und Ausblick zur S.72-76. Flugkörper-Abwehr; Dr.-Ing. Karl-Heinz Allgaier - EADS/LFK; 4. Durchblick und Weitblick; Martin Billeisen; Planet SuT, April 2001, S.22-28, Abb. 7. AeroSpace, 4/2005, Okt./Nov./Dez., S.74-77.

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7. NATO Alliance Ground Surveillance; Peter Preylowsky; SuT, . AEW, Airborne Early Warning November 2003, S.40-41. 1. AEW market soars; L.A. McClelland & D.M. Russell; DE, 8. Der NATO-Transformationsprozess und die transatlantische September 1984, S.124-135. Rüstungskooperation; Dr. Thomas Enders - Leiter 2. Airborne Radar, Part I: Verteidigungs- und Sicherheitssysteme von EADS 3. Airborne Radar, Part II: Air to Surface; J. Clarke & C.M. Deutschland; wt IV/2003, S.63-66. Stewart; MJ, February 1986, S.44-54. 9. CTAS - Die transatlantische Lösung für das NATO-AGS- 4. U.K. weighgs alternatives to Nimrod; DE, May 1986, S.42- Programm; Aus der Industrie; wt IV/2003, S.120-121. 45. 10. NATO wählt das AGS von TIPS aus; pp; SuT, Juni 2004, S.5. 5. Modern Early Warning Radars; W.C. Morchin und S.L. 11. NATO approves shared Ground-surveillance System; Michal Johnston; MJ, January 1991, S.30-50. Fiszer; JED, June 2004, S.14-15. 6. Airborne Early Warning soars to new heights; Bill 12. NATO wählt TIPS; Karl Schwarz; FLUG REVUE, Juli 2004, Sweetman; JED, September 2000, S.41-48. S.10. 13. TIPS, The Transatlantic Solution for NATO AGS; Anzeige in . AFCS wt II/2004, S.33. 14. AllianceGround Surveillance / NATO AGS; wt I/2006, S.110- 1. Augusta Westland’s EH101 Hoisting SAR Technology to new 111. heights, David Jensen; Avionics Magazine - Aviation Today, 15. Luftwaffe: Material- und Ausrüstungsplanung; Markus February 2005. Schetilin - Luftwaffe; Strategie und Technik, Mai 2006, S.20-

27. . AFDS 1. Der erste Freiflug des AFDS (pp); SuT, Februar 2001, S.58- . AgustaWestland 59. 1. AgustaWestland Super Lynx 300 geht in den Dienst; Karl

Schwarz; FLUG REVUE, Januar 2005, S.42-46. . AGC 2. Augusta Westland’s EH101 Hoisting SAR Technology to new 1. Simple technique yields errorless AGC systems; S.R. Bullock heights; David Jensen; Avionics Magazine - Aviation Today, & D. Ovard - Salt Lake City, UT; Microwaves & RF, February 2005. 28(1989)8, S.85-93. 3. Auswärtssieg - US101 als neuer US- 2. Basic techniques guide the design of AGC systems; Roy E. Präsidentenhubschrauber; Karl Schwarz; FLUG REVUE, April Prymek - Unisys, Salt Lake City, UT; Microwaves & RF, 2005, S.51-54. 30(1991)9, S.99-106. 4. AgustaWestland A129 Mangusta; FLUG REVUE, Dezember 3. Opamp filters control responses in AGC systems; Roy E. 2005, S.59-62. Prymek - Unisys, Salt Lake City, UT; Microwaves & RF, 30(1991)10, S.111-121. . AH-64 Apache 4. Design and operation of automatic gain control loops for 1. Riding high with the Apache; L.M.; DE, December 1984, receivers in modern communications systems; Dana S.66-68. Whitlow - Analog Devices, Beaverton, OR; MJ, May 2003, 2. Introduction to Airbornbe Radar; George W. Stimson; S.254-268. SciTech Publishing, Inc., Mendham, NJ, 1998.

3. Kampfhubschrauber, Technik, Bewaffnung, Typen; Karl . Agilent Technologies (Hewlett-Packard, HP) Müller Verlag, Erlangen 1998. 1. Test- und Meßtechnik Katalog 1994/1995; Hewlett-Packard 4. Sieger und Verlierer; Karl Schwarz; FLUG REVUE, November GmbH, Bad Homburg; Part.-Nr. 5091-8952 GE. 2001, S.64-67. 2. General purpose Instruments Catalog 2000; Agilent 5. Flugzeuge der Welt, 2001; Claudio Müller; Technologies, 5968-8736EN. Motorbuchverlag, Stuttgart, S.100. 3. Garage gives birth to measurement giant; J.L. Minck 6. The Queen’s Apaches; Tim Ripley; AIR International, (Consultant) & B. Manz (Manz Communications, Montville, January 2004, S.38-43. NJ); Microwaves & RF, 40(2001)8, S.35-56. 7. Attack Helicopters; Anil R Pustan; Air International, January 2005, S.40-45. . AGS 1. Fernmeldetechnik und Elektronik, Aufklärungssystem AGS; . AHRS, Attitude and Heading Reference System SuT, 12/1999, S.759. 1. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen 2. AGS, SOSTAR, NATAR - Wer hat da noch den Durchblick? Originalausgabe: Avionic Systems, bei Longman Group UK E.H.; wt, II/2002, S.50. Limited 1989; Deutschsprachige Ausgabe bei Transpress 3. NATO showdown - Two multinational teams vie for Verlagsgesellschaft mbH, Berlin, 1993. multibillion-dollar alliance-owned ground surveillance deal; 2. EATMP Glossary; http://www.eurocontrol.be; August 2000. Robert Walls, Paris; AW&ST, June 30, 2003, S.26-27. 4. NATO-Gefechtsfeldüberwachungs-Programm AGS - . AIEWS, Advanced Integrated Electronic Warfare Konkurrenz belebt das Geschäft; Karl Schwarz; FLUG REVUE, Juli 2003, S.80. System 5. Neue Mitglieder im TIPS-Team; KS; FLUG REVUE, August 1. Navy to develop new EW system to protect ships; Philip J. 2003, S.11. Klass; AW&ST, October 27, 1997, S.76-78. 6. Airscene - Military Affairs; Air International, August 2003, 2. Navy awards shipboard EW program to Lockheed Martin S.6. Team; EC Monitor; J. Knowles; JED, January 1998, S.25-26. 3. Protecting future Navies; Edward J. Walsh; JED, March 1999, S.43-47.

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4. AIEWS completes PDR; EC Monitor, B. Rivers; JED, August 3. Revolution im Cockpit; MG; FLUG REVUE, März 2002, S.87. 1999, S.31-32. 4. Flight Management System for the A380; Industry Scan; 5. Top EW programms; Sean Carroll; JED, August 1999, S.53- Avionics Magazine - Aviation Today, March 2002. 56. 5. Geburt eines neuen Riesenflugzeuges - Der neue Airbus A380; Matthias Gründer; FLUG REVUE, Januar 2003, S.78- . AIM, AEG Infrarot-Module 83. 1. AIM-Anzeige in wt IV/2000, S.34. 6. A380: Zwei Jahre bis zum Erstflug; Sebastian Heinke; FLUG 2. AIM-Anzeige in Strategie und Technik, August 2005, S.51. REVUE, Juli 2003, Extra: Paris Airshow 2003, S.16-18. 7. Hamburg: Ein Haus für den Giganten; James Sarazin; Planet . Airbus A310 MRTT AeroSpace, 3/2003, S.18-19. 8. Ganz Europa baut mit am Flugzeug des 21. Jahrhunderts; 1. Airbus TT - Erster A310-Tanker für die Luftwaffe; Karl Antony Angrand; Planet AeroSpace, 1/2004, Jan.-Feb.- Schwarz; FLUG REVUE, Februar 2004, S.54-57. März, S.4-8. 2. Tanker triumph - EADS consortium wins U.K. tanker battle 9. GP7000: Antrieb für den A380; Luft- und Raumfahrt, Nr. 2, but is now confronted with the tials and tribulations of April-Mai-Juni 2004, S.20-21. securing a private finance contract with the Defense 10. Maß nehmen für den neuen Riesen; Sebastian Heinke; Ministry; Douglas Barrie - London; AW&ST, February 2, FLUG REVUE, Juli 2004, S.34-39. 2004, S.28-29. 11. The view from the top - The A380 flight deck architecture 3. Jane’s Air Forces Briefs, February 5, 2004. provides new flexibility for upgrades; David 4. Erster Airbus A310 MRTT an die Luftwaffe übergeben; uw; Hughes/Washington; AW&ST, September 27, 2004, S.51- SuT, Februar 2004, S.42. 52. 5. A330 FSTA - European tankers for the RAF; Planet 12. A380 wird zum Erstflug vorbereitet - Der Riese erwacht; AeroSpace, No.15, April-May-June 2004, S.6-9. Sebastian Steinke; FLUG REVUE, November 2004, S.20-25. 6. Airbus A310-300 MRTT - Die ersten Tanker der Luftwaffe; 13. Airbus installing Rolls-Royce Trents on first A380; AW&ST, Michael Blesin; Fliegerkalender - Internationales Jahrbuch November 2004, S.19. der Luft- und Raumfahrt 2005, Verlag E.S. Mitter & Sohn, 14. Piste frei für die A380; Jean Labrulerie; Planet AeroSpace, Hamburg, Berlin, Bonn, S.137-143. 4/2004, Okt.-Nov.-Dez., S.4-8. 7. Neuer Tanker für die Luftwaffe; Frank Vetter & Karl 15. Der Mega-Airbus wird flügge; Wolfgang Borgmann; Schwarz; Flugrevue, Dezember 2004, S.42. Fliegerkalender, Internationales Jahrbuch der Luft- und 8. Die A310 MRTT Europas erste Antwort; Jan Schwerdter; Raumfahrt 2005, Verlag E.S. Mittler & Sohn, Hamburg, Planet AeroSpace, 4/2004, S.46-47. Berlin, Bonn, S.6-9. 9. Sweet Home Alabama; Jeffrey M. Lenorovitz; Planet 16. A380 Extra - alles über den neuen Megaliner; 32seitige AeroSpace 4/2005, S.60-62. Beilage in Flugrevue, Februar 2005.

17. A380 Premierenfieber; Sebastian Steinke; FLUG REVUE, . Airbus A320 März 2005, S.12-13. 1. Erfolgsstory, Single-Aisle-Airbus; Ein Rückblick auf zwölf 18. Long-distance gambit; Pierre Sparaco/London & Paris; Jahre A320-Familie; Antje Wollenschläger; AeroSpace 3/99, AW&ST, February 14, 2005, S.54-58. S.16-25. 19. Airports adapt for A380; Pierre Sparaco/Toulouse & Paris; 2. The Airbus A320; EADS-Anzeige; wt, I/2003, S.94-95. AW&ST, February 14, 2005, S.58-59. 3. Eine A320 auf Seepatrouille; Daniela Bommer; Planet 20. Airbus A380 Reveal - Die neue Dimension; Rene Chapelon; AeroSpace, 3/2003, Juli-August-September, S.53. Planet AeroSpace, 1-2, 2005, S.4-9. 21. Der Weg zum Megaliner - A380 Historie; James Sarazin; . Airbus A340 Planet AeroSpace, 1-2, 2005, S.10-15. 1. Flightline: Airbus A340; FLUG REVUE, August 1999, S.51-52. 22. Birth of a Giant; Richard Alsen; AI, June 2005, S.36-49. 2. Jungfernflug des X-Large-Airbus - A340-600 im Flugtest; 23. Schwesterschiff der A380; Sebastian Heinke; FLUG REVUE, Sebastian Steinke; FLUG REVUE, Juli 2001, S.26. Dezember 2005, S.25-27. 3. A340-600/-500 Airbus vorn; Gilles Patri; Planet AeroSpace, 24. A380: Jumbo step for In-Flight Entertainment; George Nr.4, Juli-Sept. 2001, S.10-15. Marsh; Avionics Magazine - Aviation Today, March 2006. 4. Airbus A340; FLUG REVUE, August 1999, S.49-52. 25. Radar on Auto; David Hughes; AW&ST, July 3, 2006, S.50- 53. . Airbus A350 XWB 26. All-in-One Surveillance; David Hughes; AW&ST, July 3, 1. Airbus A350 vor dem Start; --; Luft- und Raumfahrt 5/2005, 2006, S.53-54. S.14-16. 27. Vertical Views; David Hughes; AW&ST, July 10, 2006, S.71- 2. A350 Avionics: Combining the A330 and A380; Charlotte 72. Adams; Avionics Magazine - Aviation Today, September 28. Integrated Surveillance; David Hughes; AW&ST, July 10, 2005. 2006, S.73. 3. Schwesterschiff der A380; Sebastian Heinke; FLUG REVUE, Dezember 2005, S.25-27. . Airbus A400M 1. Http://www.airbusmilitary.com . Airbus A380 2. Future Large Aircraft, immer noch eine europäische 1. Thales Avionics lands key A380 contracts; Michael A. Reallität; Ludwig Schiller; wt, 7/96, S.54. Taverna - Paris; AW&ST, July 30, 2001, S.42-43. 3. Lufttransport für die Bundeswehr; Siegfried Orth; wt, II/98, 2. A380; James Sarazi; Planet AeroSpace, Nr.4, Juli-Sept. 2001, S.55. S.16-21.

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4. Wettbewerb um neuen NATO-Transporter; Karl Schwarz; 35. Tief im Tal: A400M fliegt automatisch die ideale Route; eb; FLUG REVUE, August 1999, S.24-25. Mforum, Mai 2004, S.6-7. 5. Luftfahrzeuge und Luftfahrgerätetechnik; SuT, 12/1999, 36. Der Militär-Airbus A400M entsteht im Team; Martin S.733. Billeisen; Planet AeroSpace, 1/2004, Jan.-Feb.-März, S.32- 6. A400M - Das erste Programm der Airbus Military Company; 34. Erhard Heckmann; wt, IV/99, S.74. 37. Final assembly of the A400M engine near Berlin; Gerhard 7. Airbus A400M - Ein möglicher Transall-Nachfolger; Peter Maka; Planet AeroSpace, No.15, April-May-June 2004, S.12- Preylowski - Redakteur, Oberst a.D.; SuT, 4/2000, S.246. 14. 8. Airbus A400M, Typenblatt; SuT, 10/2000, S.641. 38. Thales Tallies; Michael A. Taverna, Farnborough; AW&ST, 9. Luftfahrzeuge und Luftfahrtgerätetechnik; SuT, 12/2000, July 26, 2004, S.37. S.793. 39. Load carrying - Supply chain poised to receive flurry of 10. Luftfahrzeuge und Luftfahrtgerätetechnik, die Abteilung LG; A400M solicitations; Robert Wall, Toulouse; AW&ST, A400M; wt, IV/2000, S.152. January 24, 2005, S.46-47. 11. NH90, A400M, Gemeinsame Sache für Europa; G.P.; Planet 40. Produktion der A400M hat begonnen; Peter Preylowski; AeroSpace, Nr.1, November-Dezember 2000, S.40-43. Strategie und Technik, März 2005, S.34-37. 12. Transporter A400M; Planet AeroSpace, Nr.3, April-Juni 41. Der Markt des Airbus A400M - Transporter mit Zukunft; 2001, S.26-29. Christian Mackenzie; Planet AeroSpace, Juli /August 13. Ein Europäisches Transportflugzeug A400M; Jürgen /September, 3/2005, S.44-47. Pöppelmann; wt, II/2001, S.94-102. 42. Ein Riese lernt laufen; Patrick Hoeveler; FLUG REVUE, 14. Die unendliche Geschichte; Karl Schwarz; FLUG REVUE, Juli Dezember 2005, S.82-84. 2001, S.56-58. 43. Start frei; Patrick Hoeveler; Report, MTU Aero Engines, 15. A400M, Abschluss der Verträge steht unmittelbar bevor; Winter 2005 / Frühling 2006, S.4-7. G.P.; Planet AeroSpace, Nr.5, Oktober-Dezember 2001, 44. Airbus A400M; Jürgen Schäfer - Oberstleutnant, Luftwaffe; S.24-25. wt I/2006, S.38-45. 16. A400M partners scramble to keep airlifter afloat; Douglas 45. Luftwaffe: Material- und Ausrüstungsplanung; Markus Barrie, London, & Michael A. Taverna, Paris; AW&ST, Schetilin - Luftwaffe; Strategie und Technik, Mai 2006, S.20- February 2002, S.38. 27. 17. Schweres Geschäft; Karl Schwarz; Flugrevue, März 2002, 46. Airbus A400M eröffnet neue Dimensionen; M. Kraus & R. S.51-43. Zachai; Strategie und Technik, Juni 2006, S.45-46. 18. Global Military Airlift; Anthony Tucker-Jones; AFM, June 47. A400M Advances: Taking Off From the A380; Charlotte 2002, S.64-67. Adams; Avionics Magazine - Aviation Today, July 2006. 19. A400M Europas taktischer Transporter; Gilles Patri; Planet AeroSpace, 2/2002, S.12-13. . Airbus Industries 20. A400M still in limbo; AW&ST, November 18, 2002, S.40 1. Http://www.AIRBUS.com 21. Airbus A400M - das zukünftige taktische Transportflugzeug; 2. AW&ST Aerospace Source Book, January 11, 1999, S.267. Michael Blesin; Flieger-Kalender 2003, Mittler & Sohn, 3. Airbus Industrie - Air International Airbus Supplement; Air Hamburg/Berlin/Bonn, S.110-115. International, June 1999, S.I-XVI. 22. Airbus in military service; Jon Lake; Air International, March 4. Airbus plant Sparkurs ohne größere Entlassungen; 2003, S.20-25. Sebastian Steinke; FLUG REVUE, Juni 2003, S.31-33. 23. TP400 selected to power A400M; Air International, June 2003, S.4. . Akquisitionsradar => Radar. 24. At last! A400M contract signed; AFM, July 2003, S.5.

25. RAF A400M order; AFM, July 2003, S.6. 26. Weniger Flugzeuge, höherer Preis; Karl Schwarz; FLUG . Aktive Antennen REVUE (Extra), Paris Airshow 2003, Juli 2003, S.14. 1. Active integrated antenna elements; Julio A. Navaro, et al. - 27. Das A400M-Programm ist gestartet; Planet AeroSpace, Nr. Texas A&M University; MJ, Jan. 1991, S. 3/2003, Juli-August-September, S.6. 2. Breitbandantennen; G. Dubost & S. Zisler; Oldenburg- 28. A400M contract finally signed; Air International, July 2003, München-WIen, 1977. Kap. 3.9, S.198-221. S.4. 3. GPS-Neue Möglichkeiten für das Funkhobby; Karl H. Ilg; 29. Airbus A400M; Charlotte Adams; Avionics Magazine - Verlag Technik und Handwerk, Baden-Baden, 1999. Aviation Today - Defense Daily Network - DDN; July 2003, www.defensedaily.com/cgi/av/show . Akustische Störung - Acoustic Jamming 30. Airbus Military A400M. Der neue europäische Transporter; 1. Acoustic Countermeasures in the undersea environment; Sebastian Zacharias; FLIEGERREVUE, 09/2003, S.26-30. Owen Flynn; EW, Sept./Oct. 1976, S.62-66. 31. A400M: An all-European affair; Peter Pletschacher; MTU 2. Minimizing reverberation in active Sonar; Owen Flynn; Report, Winter 03 / Spring 04, S.28-29. EW/DE, Sept./Oct. 1977, S.149-158. 32. Airbus A400M; Flugrevue Extra; FLUGREVUE, März 2004; Mit fünf Beiträgen von Karl Schwarz und einen von Volker . ALADIN K. Thomalla. 1. Das Aufklärungssystem ALADIN; Erwin Sips - BWB; Strategie 33. Passive optronische Flugkörper-Warnsensoren - Flugzeuge und Technik, August 2005, S,50-52. und Hubschrauber besser schützen; Bernd Uwira; wt, I/2004, S.116-117. . ALARM, Air Launched Anti Radar Missile 34. European Air Force Transport Survey; AFM, June 2004, 1. ALARM, IECH 2001, S.243. S.40-59. 2. Precise strikes; Steve Davies; AFM, May 2003, S.40-41.

9 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

3. SEAD Tornado EF.3; AFM, May 2003, S.78-79. . Alenia Aerospazio 1. Http://www.aleniaerospazio.com . ALCM 2. Alenia Aeronautica: Italy’s largest aeronautics company; 1. Air-Launched Cruise Missile competition approching AW&ST, September 30, 2002, S.53. decision; DE, October 1979, S.65-68. 3. AW&ST Aerospace Source Book, January 13, 2003; 2. ALCM Avionics: Millions in Subcontracts; MSN, July 1980, Finmeccanica; S.292. S.33. 4. Italian aerospace industry 2003; Air International, February 2003, S.47-53. . ALE => AAQ . Alenia Difesa . ALE-39B 1. International Report - Gerald Green: Aeritalia, Selenia form 1. AN/ALE-39 Countermeasure Dispenser; ICH, 4th Ed., new Italian aerospace company; MJ, Jan. 1991, S.59. 1978/79, S.138. 2. AW&ST Aerospace Source Book, January 11, 1999, S.278. 2. AN/ALE-39B; IECH 2001, S.84. 3. Alenia - Italiens Branchenführer, Alenia Aerospazio, Areonautics Division; Danielle Bommer; EADS-Magazin . ALE-40 Mforum, Dezember 2000, S.12-13.

1. ALE-40 Countermeasures Dispenser System - XM-130 Aircraft General purpose Dispenser - Tracor Smart Chaff . Alpha Jet RR-170A/AL Chaff Catridge: Technische Unterlage von 1. Moderne Kampfflugzeuge; Thomas Bättig; Mittler Verlag, Tracor Sciences & Systems,Tracor Inc., Austin, Texas, USA. Hamburg, 2000, S.64-65. Beilage zu ME/C, July 1977, S.37-44. 2. Flugzeuge der Bundeswhr - Leichte Jagdbomber und 2. EloKa-Gerät; Düppel und Fackelwerfer für F-15; IWR, Aufklärer; Ulrich Metternich; FLIEGERREVUE, 7/2002, S.54- 9/1978, S.1507. 56. 3. AN/ALE-40(V)X Countermeasures Dispenser system; ICH, 3. Alpha Jet: Coup für die Freundschaft; Gerard Frison; Planet 9th Ed., 1984, S.88-89. AeroSpace, Nr. 3/2003, Juli-August-September, S.76-78. 4. AN/ALE-40; IECH 2001, S.84. 4. 30 Jahre Alpha Jet; Peter Preylowsky; SuT, Oktober 2003, S.36-42. . ALE-43 5. Flightline: Dassaul/Dornier Alpha Jet; FLUG REVUE, Juli 2004, S.49-52. 1. AN/ALE-43 Chaff Cutter Dispensing Pod; ICH, 9th Ed., 1984,

S.89. 2. AN/ALE-43; IECH 2001, S.84. . ALQ => AAQ

. ALE-44 . ALQ-99 1. AN/ALQ-99 Tactical Jamming System; ICH, 9th Ed., 1984, 1. AN/ALE-44 Dispenser Pod; ICH, 9th Ed., 1984, S.89. S.89-90. 2. AN/ALE-44; IECH 2001, S.85. 2. AN/ALQ-99; IECH 2001, S.141.

. ALE-45 . ALQ-119(V) 1. AN/ALE-45 Countermeasures Dispenser System; ICH, 9th 1. Http://www.eads.com. Ed., 1984, S.89. 2. AN/ALQ-119(V) ECM Pods; ICH, 9th Ed., 1984, S.92. 2. AN/ALE-45; IECH 2001, S.85. 3. AN/ALQ-119; IECH 2001, S.141.

4. Technische Unterlage von EADS, Ulm. . ALE-47 1. AN/ALE-47; IECH 2001, S.86. . ALQ-125

1. Die EloUM-Bordanlagen AN/ALR-59 und AN/ALQ-125; D. . ALE-50, Towed Decoy Boyle; IWR, 2/1977, S.34-35. 1. Http://www.raytheon.com/ew 2. TEREC - Taktisches elektronisches Luftraufklärungssystem 2. Raytheon Decoy to protect B-1; Michael A. Dornheim - der US-Luftwaffe; Gowri Sundaram; IWR, 1/1979, S.118- Goleta, CA; AW&ST, October 26, 1998, S.61. 120. 3. Order for ALE-50 doubles after success in Kosovo; Michael 3. TEREC: USAFs important Tactical Reconnaissance asset for A. Dornheim; AW&ST, November 15, 1999, S.48-49. the ´80s; EW/DE, March 1979, S.33-44. 4. AN/ALE-50; IECH 2001, S.86. 4. AN/ALQ-125 Tactical Reconnaissance Sensor; ICH, 9th Ed., 5. Technische Unterlage von von Raytheon Electronic 1984, S.92-94. Systems, Goleta, CA: AN/ALE-50 Decoy, Towed Decoy System, ALE-50 1-00. . ALQ-126

1. AN/ALQ-126 DECM System; ICH, 9th Ed., 1984, S.94. . ALE-55, Towed Decoy 2. AN/ALQ-126B; IECH 2001, S.142. 1. Raytheon Decoy to protect B-1; Michael A. Dornheim - Goleta, CA; AW&ST, October 26, 1998, S.61. . ALQ-131(V) 2. A new generation of advanced decoys throws its hat in the 1. Firmenprospekt von Northrop Grumann, Electronic Sensors ring; K.B. Sherman & B.P. Rivers; JED, January 2001, S.43- & Systems Sector, Baltimore, USA; 4/99 MACQZD18. 47. 2. AN/ALQ-131(V) ECM pod; ICH, 9th Ed., 1984, S.97-98.

3. AN/ALQ-131(V); IECH 2001, S.142.

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8. ASPJ; ME/C, Vol.4, No.9, September 1978, S.106-116. . ALQ-135 9. ASPJ - A unique defense procurement program; Neil W. 1. Technische Unterlage von Northrop Grumman, Defense Hansen; JED, February 1982, S.31-36. Systems Division, Rolling Meadows, Illinois, USA. 10. ASPJ diversifies for specific applications; David M. Russell; 2. AN/ALQ-135 F-15 Internal Countermeasures Set; ICH, 9th DE, October 1984, S.149, 151, 154. Ed., 1984, S.98. 11. AN/ALQ-165 Airborne Self Protection Jammer (ASPJ); ICH, 3. Defense Dept. Moving toward achieving EW commonality; 9th Ed., 1984, S.103-104. AW&ST, February 9, 1987, S.50-56. 12. Navy/USAF begin flight testing Airborne Self-Protection 4. AN/ALQ-135; IECH 2001, S.143. Jammer; AW&ST, February 9, 1987, S.91. 13. Advanced Jammer enters new testing phase; DE, May 1990, . ALQ-136 S.78. 14. AN/ALQ-165; IECH 2001, S.146. 1. AN/ALQ-136 Helicopter Radar Jammer; ICH, 9th Ed., 1984,

S.99. 2. AN/ALQ-136; IECH 2001, S.143. . ALQ-178, RAPPORT II, III 1. Technische Unterlage von Loral Electronic Systems, 999 . ALQ-142 Central Ave., Yonkers, NY, USA: Rapport Tactical ECM. 2. Rapport Jammer design criteria; John D. Sparno; DE, March 1. AN/ALQ-142; IECM 2001, S.37. 1980, Vol. 12, No 3. S.29-38.

3. AN/ALQ-178 (RAPPORT III); IECH 2001, S.148 &164. . ALQ-149 4. AW&ST Aerospace Source Book, January 14, 2002, S.225. 1. AN/ALQ-149 Communications Jammer; ICH,9th Ed., 1984, S.100. . ALQ-184(V) 2. Sanders delivers AN/ALQ-149; Microwaves & RF, 1. Technische Unterlagen von Raytheon E-Systems, Goleta 27(1988)4, S.27. Division, Goleta, CA, USA:

2. AN/ALQ-184 Self-Protect Pod und . ALQ-156 3. AN/ALQ-184(V)9. 1. AN/ALQ-156 Missile Detector System; ICH,9th Edition, 4. AN/ALQ-184(V); IECH 2001, S.148. 1984, S.101. 2. AN/ALQ-156; IECM 2001, S.201. . ALQ-187

1. Technische Unterlage von Raytheon Electronic Systems, . ALQ-157 Goleta, CA, USA: AN/ALQ-187 Operationally Proven 1. AN/ALQ-157(V) IRCM System; ICH, 9th Ed., 1984, S.101. Internal ECM, ALQ-187 1-00. 2. AN/ALQ-157; IECH 2001, S.145. 2. Ηλεκτρονικός Πόλεμος πάνω απο το Αιγαίο; Βασίλης Παρασκευάς; ΠΤΗΣΗ, Ιούνιος 1997, s.44-51. . ALQ-161 3. AN/ALQ-187; IECH 2001, S.150. 1. ALQ-161: Time Sharing Jammer Power; Edwin M. Drogin; 4. Greek EW award; Philip J. Klass; AW&ST, May 12, 2003, MSN, October 1978, S.55-64, 110. S.26. 2. AN/ALQ-161 RFS/ECM; ICH, 9th Ed., 1984, S.101-102. 3. AN/ALQ-161; IECH 2001, S.145. . ALQ-210 1. AN/ALQ-210 ES Subsystem; IECH 2001, S.37. . ALQ-162 1. Technische Unterlage von Northrop Grumman, Electronic . ALQ-211 Sensors & Systems Sector, Rolling Meadows, Illinois, USA: 1. New F/A-18 EW suite encounters large cost rise, but small Enhanced AN/ALQ-162 Countermeasure Set. delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. 2. AN/ALQ-162 Compass Sail / Clockwise Jammer; ICH, 9th 2. AW&ST Aerospace Source Book, January 11, 1999, S.207. Ed., 1984, S.102. 3. AN/ALQ-211 SIRFC; IECH 2001, S.151. 3. AN/ALQ-162 Shadowbox; IECH 2001, S.146. . ALQ-212(V), ATIRCM . ALQ-165, ASPJ 1. First fully-integrated ATIRCM/CMWS demonstrated; 1. Commonopoly: Monopoly Updated; James Fawcette; Washington Report; JED, July 1998, S.16. EW/DE, Sept./Oct. 1977, S.125-136. 2. Live-fire tests demonstrate AAQ-24 DIRCM capabilities; 2. ASPJ - The next generation EW System? Coleman Rodgers; Philip J. Klass; AW&ST, October 26, 1998, S.44-45. ME/C, Vol.4, No.2. February 1978, S.46-54. 3. New F/A-18 EW suite encounters large cost rise, but small 3. ASPJ - The next generation EW System? Coleman Rodgers; delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. ME/C, Vol.4, No.3. March 1978, S.34,36,42,46,49. 4. Electronic Warfare Systems; AW&ST Aerospace Source 4. ASPJ, Partners at least; Coleman Rodgers; ME/C, Vol.4, Book, January 11, 1999, S.208. No.4. April 1978, S.18,21,23,25. 5. DIRCM and ATIRCM compared in DoD study; JED, July 5. Das Flugzeug-EloKa-System ASPJ; Gowri Sundaram; IWR, 1999, S.25-26. 6/1978, S.960-962. 6. DOD opts to stay the course with ATIRCM/CMWS; S.Carroll 6. The Navy’s new Jamming System: Big Business; Richard - EC Monitor; JED, August 1999, S.27. Hartman; MSN, July 1978, S.41-43. 7. ATIRCM/CMWS completes live-fire tests; EC Monitor - 7. Microwaves play key role in ASPJ; Richard Davis; MSN, July Brendan Rivers; JED, June 2001, S.33,36. 1978, S.44-52.

11 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

8. AN/ALQ-212 Advanced Threat Infrared Countermeasures 4. AN/ALR-67(V)3 Fleet deliveries to begin - EC Monitor; K. (ATIRC); IECH 2001, S.152. Sherman; JED, December 2000, S.33-35. 9. Tug-of-war over ATIRCM/CMWS funding; EC Monitor - 5. AN/ALR-67(V)3/4; IECH 2001, S.204. Brendan P. Rivers; JED, January 2002, S.26-27. . ALR-68 . ALQ-213(V) 1. AN/ALR-68 Advanced Radar Warning System; ICH, 9th Ed., 1. Http://www.terma.com. 1984, S.109. 2. Technische Unterlagen von Terma A/S, Lystrup, Denmark: 2. AN/ALR-68; IECH 2001, S.204. 3. AN/ALQ-213(V) Electronic Warfare Management System. 4. ALQ-213(V) (EWMS), April 2001. . ALR-69(V) 5. AN/ALQ-213 Countermeasures Set-Management System, 1. AN/ALR-69 Radar Warning Receiver; ICH, 9th Ed., 1984, Product Description - Technical Note, 12 Pages, ALQ-213 S.109-110. DN. 2. Improved display developed for AN/ALR-69; B. Rivers - EC Monitor; JED, January 1999, S.25-26. . ALQ-214, IDECM RFCM 3. [1] AN/ALR-69(V); IECH 2001, S.205. 1. Navy questions Towed Decoy suitability for F/A-18C/D; 4. [2] USAF upgrading RWRs; K. B. Sherman & B. P. Rivers; Philip J. Klass; AW&ST, October 27, 1997, S.43-44. JED, October 2001, S.30. 2. New F/A-18 EW suite encounters large cost rise, but small 5. Greek EW award; Philip J. Klass; AW&ST, May 12, 2003, delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. S.26. 3. IDECM RFCM System completes acceptance testing, initial systems delivered; B. Rivers - EC Monitor; JED, December . ALR-93 1998, S.26-27. 1. Greek EW award; Philip J. Klass; AW&ST, May 12, 2003, 4. Towed decoy tether key issue for IDECM; Philip J. Klass; S.26. AW&ST, November 15, 1999, S.43-44. 5. AN/ALQ-214 IDECM RFCM; IECH 2001, S.152. . ALR-94 6. A Sampling of RF Jammers; Robert V. McGahan; JED, 1. Fighter EW, the next generation; Bill Sweetman; JED, July February 2002, S.61-65. 2000, S.41-47. 7. Stacking the deck - Neither nimble nor quick, the Super 2. AN/ALR-94; IECH 2001, S.206. Hornet is a jack-of-all-trades; Bill Sweetman; JED, February

2004, S.30-37. . ALSR, Automatic Low-Speed Recovery . ALQ-217 1. Carefree fliegen; ww; Mforum, Dezember 2004, S.5. 2. Eurofighter - Abfangautomatik im Test; FLUG REVUE, 1. AN/ALQ-217; IECH 2001, S.38. Januar 2005, S.18.

. ALR => AAQ . Ames, Advanced Mobile ELINT System

1. EADS Advanced Mobile ELINT System; Equipment List; JED, . ALR-56 June 2001, S.46. 1. AN/ALR-56 F-15 Radar Warning Receiver; ICH, 9th Ed., 1984, S.106. . AMLCD 2. The future of Radar Warning Receivers; David L. Adamy; 1. Computer Lexikon - Fachwörterbuch; Ausgabe 2002; DE, October 1988, S.63-69. Microsoft Press Deutschland, Unterschleißheim, 2001.

. ALR-59 . Ammos 1. Die EloUM-Bordanlagen AN/ALR-59 und AN/ALQ-125; D. 1. Funkaufklärungssystem R&S AMMOS - Vollautomatische Boyle; IWR, 2/1977, S.34-35. Funkaufklärung und höchste Systemflexibilität; Olaf Lukas; 2. AN/ALR-59(V) E-2C ESM Set; ICH, 9th Ed., 1984, S.106. R&S, Mil News, 6/2002, S.33-36.

2. Funkaufklärungssystem R&S AMMOS - Klarer Durchblick im . ALR-66 Gedränge der Signale; Jürgen Modich; MIL NEWS von 1. Anzeige von General Instruments in ICH, 9th Ed.,1984, S.71. Rohde & Schwarz, Heft 7(2003) S.24-28. 2. AN/ALR-66 Radar Warning and Surveillance Receivers; ICH, 9th Ed., 1984, S.108-109. . AMRAAM, AIM-120 3. AN/ALR-66 Series; IECH 2001, S.203. 1. AMRAAM award delayed; Missile scores a direct hit; DE,

November 1981, S.50. . ALR-67(V)3&4 2. Hughes wins the AMRAAM contract; DE, January 1982, 1. Technische Unterlage von Raytheon Systems Company, S.38. Sensors and Electronic Systems, Los Angeles, CA, USA: ASR 3. High-speed Testing Equipment essential to AMRAAM AN/ALR-67(V)3&4 Countermeasures Receiving Set, MO development programm success; Larry S. Klivans - Hughes 2/98 5K D800798. Aircraft; MSN, November 1983, S.78-91 & 104-105. 2. The future of Radar Warning Receivers; David L. Adamy; 4. What fate AMRAAM? James B. Schultz; DE, April 1985, DE, October 1988, S.63-69. S.65-74. 3. Hughes wins radar upgrade; Microwaves & RF, 28(1989)10, 5. Multiplying firepower with Missiles; Jim Coghlan; DE, S.64. August 1986, S.99-111.

12 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

6. AMRAAM: Better late than never; James W. Rawles; DE, 6. Soviet ground based Radar Systems Antenna index; ICH, November 1988, S.42-47. 2nd Ed., 1976/77, S.258-268. 7. AMRAAM (Advanced Medium Range Air-to-Air Missile) - 7. Antenna index Soviel Naval Radar Systems; ICH, 2nd Ed., Luft-Luft-Lenkflugkörper mittlerer Reichweite für die 1976/77, S.273-283. deutsche Lzftwaffe; (burg); SuT, 12/1995, S.796. 8. System Antenna selection criteria; ICH, 2nd Ed., 1976/77, 8. AIM-120 AMRAAM; IECH 2001, S.231. S.313-317. 9. Air-to-Air Missile Directory 2004; Rob Hewson; Air 9. Antenna Scan characteristics; ICH, 2nd Ed., 1976/77, S.318- International, September 2004, S.45-57. 330. 10. Http://www.defensedaily.com/progprof/usafl 10. L-Band Spiralphase Reflectarray; H. Richard Phelan - Harris; MJ, Jan. 1977, S.47-50. . AMSAR 11. Microstrip Antenna Array for 12 GHz TV; M. Collier; MJ, 1. Multifunktionsradare mit aktiven, phasengesteuerten September 1977, S.67-71. Antennen; SuT, 12/1999, S.758. 12. Tolerance control in an Array Antenna; G.N. Tsandulas - 2. AMSAR passes phase-2A CMR - European Report; Martin MIT, Lincoln Lab Lxington; MJ, October 1977, S.24-29,35. Streetly; JED, November 2000, S.18. 13. Discrete-Beam Phased Array; J. Frank - Technology Service 3. Durchblick und Weitblick; Martin Billeisen; Planet Corp.; MJ, October 1977, S.31-34. AeroSpace, 4/2005, Okt./Nov./Dez., S.74-77. 14. Phased Array Aircraft Antennas for Satellite Communications; R.J. Mailloux - Hanscom AFB; MJ, October . AMX 1977, S.38-42. 15. Ku Band Linear Phased Array; J. Barker & M.E. Davis; MJ, 1. AMX, in Italian service; Dott Ricardo Niccoli; Air October 1977, S.44-46,58. International, June 1997, S.349-353. 16. Breitband-Antennen; G. Dubost/S. Zisler; R. Oldenburg 2. Flugzeuge der Welt, 1999; Claudio Müller; Motorbuch Verlag, München, 1977. Verlag, Stuttgart, 1999, S.30,31. 17. Phased Arrays for ECM; ICH, 3rd Ed., 1977/78, S.333-341. 3. Moderne Kampfflugzeuge; Thomas Bättig; Mittler Verlag, 18. Retrodirective reflectors and ship’s RCS calculations; ICH, Hamburg, 2000, S.20-21. 3rd Ed., 1977/78, S.342-345. 4. Flugzeug-Katalog 2000, Militärflugzeuge; AMX International 19. MBA vs. Phased Array: What’s best for Satellite AMX; GeraNova Verlag, München. application? Leon J. Ricardi; MSN, May 1978, S.32-37. 5. Typenblatt, AMX International; SuT, April 2000, S.247-248. 20. Digital processing enhances Antenna measurements; Doren 6. Ghibli, Italy`s AMX; David Cenciotti; AFM, July 2001, S.72- W. Hess; MSN, May 1978, S.40-54. 75. 21. Designing Offset-Reflector Antennas at 30 GHz; A.W. Rudge 7. Flightline: AMX International; Flugrevue, März 2003, S.71- & N. Williams; MSN, May 1978, S.56-64. 74. 22. Antennas: Key to Communications Satellite growth; Daniel

F. DiFonzo; MSN, June 1978, S.83-91. . Anaren, Inc. 23. Signalübertragung; Harald Schumny; Vieweg Verlag, 1. AOC corporate member profiles; JED, February 2004, S.51- Braunschweig, 1978. 72. 24. Antenna patterns for Earth terminals and the law of the Land; MSN, August 1979, S.130. Beilage der Firma MCL. . ANG, Air National Guard 25. Tiles cloak shuttle Antennas; Richard English; MSN, 1. On guard and on the offensive; Rene J. Francillon; Air November 1979, S.107-117. International, July 2004, S.52-58. 26. Intagrate Antennas into planar designs; Naresh C. Deo & Raj Mittra - Uni Illinois; Microwaves, 18(1979)12 . Anstellwinkel (December), S.60-64. 1. Luftfahrt-Definitionen; Roderich Cescotti; Motobuch Verlag 27. Enzyklopädie Naturwissenschaft und Technik, Bd.1, A-D; Stuttgart, 1993. Verlag Moderne Industrie, München, 1979. 2. Luftfahrzeug-Technik; Ernst Götsch; Motorbuch Verlag, 28. Principles of Electronic Warfare - Chapter 6: The Role of Stuttgart, 2000. Antenna in Electronic Warfare; Robert J. Schlesinger, et al.; 3. Aerospace-Wörterbuch mit Aerospace-Definitionen; Prentice Hall, Inc., Englewood Cliffs, NJ, 1961, Reprint: Roderich Cescotti; Motorbuch Verlag Stuttgart, 2002. Peninsula Publishing, Los Altos, CA, 1979. 4. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 29. Designing a broadband Phased Array Antenna suitable for Springer-Verlag, Heidelberg, 2004. use in ECM Systems; Lars Josefsson - LM Ericsson; DE, February 1980, S.85-88. . Antennen - Antennas 30. What do You want in Antenna measurement (Near Field); Samuel J. Caprio; MSN, March 1980, S.75-86. 1. Aerosat or Aeroslump? Jim Clark; MSN, Aug./Sept. 1975, 31. Antennas increasingly vital to ECCM, ARMs (Review); A.C. S.93-99. Schell; MSN, April 1980, S.17-20. 2. Antenna selection guide; ICH, 1st Ed., June 1975/76, S.221- 32. Dual Frequency Antenna locates Mm-Wave Transmitters; L. 226. Goldstone; MSN, October 1981, S.69-74. 3. Gain of Directional Antennas; J. E. Hill; WJ Tech-notes, Vol. 33. Antenna pedestals for Microwave Recon Systems; R. A. 3, No. 4, July/August 1976. Gagelin; WJ Tech-notes, Vol.8, No. 4, July/August 1981. 4. Realistic ELINT design considers Antenna pattern trade- 34. Assessing Antennas for small Satcom Terminals; J.R. offs; K. Arkind; MSN, Oct./Nov. 1976. Forrest; MSN, October 1981, S.77-100. 5. [3] System Antenna Selection Criteria; ICH, 2nd Ed., June 35. Cavity-Backed Spiral has microstrip feed; David L. Saul; 1976/77, S. 313-317. Microwaves, 20(1981)10, S.88-89.

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36. Extended designs yield compact 18-40 GHz Antennas; 62. Understanding freespace progation; Cullen Tendick - Richard L. Powers, et al.; MSN, November 1981, S.89-96. AACOM; MSN&CT, October 1987, S.98-103. 37. Antenna location will optimize Avionics design (Review); 63. Fundamentals of Antenna test and evaluation; Rick Richard O’Neill (Dorne & Margolin); MSN, March 1982, Hartman & Jack Berlekamp - Flam & Russel; MSN&CT, June S.41-47. 1988, S.8-20. 38. Active Transmitting Antenna looks good for Space 64. The Sinuous Antenna; Tai-Tseng Chu & H. George Oltman applications; Don Jones (Motorola); MSN, June 1982, S.93- Jr.; MSN&CT, June 1988, S.40-48. 106. 65. Developing a Standard-C Antenna; K.M. Keen - Keen 39. Antenna Tests establish ionosphäric limitations; Dominic J. Associates; MSN&CT, June 1988, S.52-54. Marino (The Mitre Corp.); MSN, June 1982, S.108-113. 66. Accurate design of dual-band patch antennas; Randy 40. Microstrip Antenna performance is determined by Bancroft - Martin Marietta, Denver, CO; Microwaves & RF, substrate constrains; J.R. James, et al.; MSN, August 1982, 27(1988)9, S.113-118. S.73-84. 67. Multiple-Beam Antennas for Military Satellite 41. Introduction to Radar Systems, 2nd Ed.; Merrill I. Skolnik; Communications; J.J. Tavormina - Electromagnetic McGraw-Hill Book Company, 1983. Sciences; MSN&CT, October 1988, S.20-30. 42. Backfire Feed Antenna beats Cassegrain design; H. Syrigos 68. Large Millimeter-Wave Antenna Systems; L.E. Rhoades & J. (Alpha Industries, Inc.); MSN, October 1983, S.164-167. Eisenberger - Electronic Space Systems; MSN&CT, 43. Antenna design tradeoffs examined; J.R. Forrest - December 1988, S.19-28. University College London; MSDH, Vol.13, No.11, 69. Millimeter-Wave Tactical/Small-Aperture Antennas; Fazin November 1983, S.237-243. Lalezari, et al. - Ball Communications systems; MSN&CT, 44. Miniature Lens Antenna accepts any Polarization; H. December 1988, S.41-50. Syrigos (Alpha Industries, Inc.); MSN, December1983, 70. Near-field antenna measurement system, small, accurate S.118-120. and inexpensive; Greg Hindman & Dan Slater; MSN, 45. Antennas in the 89s: Tweaking as an art form; Barry Manz - November 1989, S. 48-59. Senior Editor; Microwaves & RF, 23(1984)3, S.74-75. 71. Elektromagnetische Theorie für die Hochfrequenztechnik; 46. RF Signal Processing before the Receiver; D.Z. Janich; WJ Hans-Georg Unger; Hüthig Verlag, Heidelberg, 1989. Tech-notes, Vol. 11, No. 5, Sept./Oct. 1984. 72. Mikrowellentechnik, Bd.2; Erich Pehl; Hüthig Verlag, 47. Soviet Ground-Based Antenna Systems; ICH, 9th Ed., 1984, Heidelberg, 1989. S.239-248. 73. Auxiliary Microstrip Antenna reduces Side-Lobe Jamming; 48. Soviet Naval Antenna Systems; ICH, 9th Ed., 1984, S.276- Klaus Solbach - AEG; MSN, March 1989, S.26-29. 290. 74. Hochfrequenztechnik, Bd.2; Edgar Voges; Hüthig Verlag, 49. Seeing double improve indoor range; V. J. Vokurka - Heidelberg, 1991. Eidhoven Uni, The Netherlands; Microwaves & RF, 75. Single slotted array achieves multimode performance; J. 24(1985)2, S.71-76,94. Gross, D. Collier & L. Goldstone - Norden Systems, Norwalk, 50. Thick, multilayer elements widen antenna bandwidths; T. CT; Microwaves & RF, 30(1991)4, S.118-126. Holzheimer & T.O. Miles - E-Systems, St. Petersburg; 76. Ball demonstrates superconducting antenna; J.R.R.; DE, Microwaves & RF, 24(1985)2, S.93-95. May 1992, S.15. 51. Microstrip brings radar to hostile environments; G.V. Colby 77. Taschenbuch der Hochfrequenztechnik, Bd.2; Meinke- & J.C. Bryanos - Avco Systems, Wilmington, MA; Gundlach; Springer-Verlag, Berlin, 1992. Microwaves & RF, 24(1985)2, S.96-99,113. 78. The Microwave Engineering Handbook, Vol.2; B.L. Smith & 52. Antenna Measurements: An exciting Technology; R. A. M.-H. Carpentier, Edi.; Chapman & Hall, London, 1993. Heaton - Scientific-Atlanta; MSN&CT, March 1985, S.62. 79. Hochfrequenztechnik in Funk und Radar, 4. Auflage; H.-G. 53. Sperical near-field Antenna measurements improve Unger; Teubner Verlag, 1994. through expanded software features; D. W. Hess, et al. - 80. Hochfrequenztechnik 1, Bd.1; Zinke-Brunswig; Springer- Scientific-Atlanta; MSN&CT, March 1985, S.64-83. Verlag, Berlin, 1995. 54. Reflector Antennas assessed for Satellite system design; P. 81. Radar Technology Encyclopedia; Edi. D.K. Barton & S.A. J. B. Clarricoats - Uni of London; MSN&CT, March 1985, Leonov; Artech House, Boston, 1997. S.85-105. 82. New antenna designs keep a low profile; David Begley - 55. Hybrid design proves effective for flat Millimeter-Wave Senior Editor; Microwaves & RF, 36(1997)5, S.31-40. Antennas; Klaus Solbach - AEG-Telefunken; MSN&CT, June 83. Solid Dielectric Horn Antennas; Carlos Salem, u.A.; Artech 1985, S.123-138. House, Boston, 1998. 56. Antennas: A decade of enablement; George G. Chadwick; 84. [1] Antenna Theory and Design; 2nd Ed.; W.L. Stutzman & ICH, 1985, S.294-304. G.A. Thiele; John Wiley & Sons, Inc., NY, 1998, S.10-11. 57. „Invisible” antenna takes up less space; Martin Shelley & 85. Antenna technology’s beams radiate in many directions; Kevin Bond - Cossor Electronics, Harlow Essex, UK; Gene Heftman - Senior Editor; Microwaves & RF, Microwaves & RF, 25(1986)6, S.93-95. 37(1998)5, S.37-46. 58. H-guide slot antenna shrinks sidelobes; M. Kisliuk & A. 86. Wideband antenna design serves wireless systems; Naftali Axelrod - Tel-Aviv Uni; Microwaves & RF, 25(1986)6, S.107- Herscovici - Cushcraft, Manchester, NH; Microwaves & RF, 110. 37(1998)5, S.115-120. 59. Low-profile antenna improves DF accuracy; John E. Hill - 87. Automated methods provide antenna-gain measurement; WJ, San Jose, CA; Microwaves & RF, 25(1986)8, S.109-114. J.M. Schuchardt & W.A. Bohlman - Tracor Aerospace 60. Predicting Antenna sidelobe performance; Philip D. Kaplan Electronic Systems, Landsdale, PA; Microwaves & RF, - MITRE, Bedford, MA; MJ, September 1986, S.201-206. 37(1998)9, S.49-61. 61. Applying super compact to Array-Antenna design; G. W. 88. Mikrowellentechnik - Kap.3: Antennen; Werner Bechtold; Collins - Harris; MSN&CT, July 1987, S.112-123. Vieweg, Braunschweig/Wiesbaden, 1999.

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89. [2] Radar mit realer und Synthetischer Apertur; 1. Electronic Intelligence, The Analysis of Radar Signals; Klausing/Holpp (Hrsg.); Oldenburg Verlag, Oldenburg 2000, Chapter 4, Polarization; Richard G. Wiley; Artech House, S.135. Dedham, MA, 1982. 90. Antenna technology tunes to wireless markets; Jack 2. Polarization Considerations in Selecting Surveillance Browne - Publisher/Editor; Microwaves & RF, 39(2000)5, Antennas; John Hill; Watkins-Johnson Company, San Jose, S.31-37. CA, JED, August 1982, S. 31-46. 91. A sampling of EW Antennas- Technolgy Survey; Don 3. Polarization Measurement: Part 1; D. L. Hawthorne; WJ Herskovitz; JED, June 2000, S.57-61. Tech-notes, Vol. 14, No. 6, Nov./Dec. 1987. 92. Designer polarization for EW Antennas; Robert O. 4. Polarization Measurement: Part 1; D. L. Hawthorne; WJ Magatagan; JED, December 2000, S.51-53. Tech-notes, Vol. 15, No. 1, Nov./Dec. 1988. 93. Radar mit realer und synthetischer Apertur - Kap.6: 5. Designer polarization for EW Antennas; Robert O. Antennen; H. Klausing & W. Holpp (Hrsg); Oldenburg Magatagan; JED, December 2000, S.51-53. Verlag, München, 2000. 94. EW101 A First Course in Electronic Warfare; David Adamy; . Antennen-Rauschtemperatur Artech House, Inc., Norwood, 2001. 1. Use basic concepts to determine antenna noise 95. A sampling of EW Antennas - Technology Survey; Robert V. temperature; Robert S. Bokulic - John Hopkins University, McGahan; JED, January 2002, S.57-61. Laurel, MD; Microwaves & RF, 30(1991)3, S.107-115. 96. New small, stealthy antennas to ‘wire’ future battlefields; David A. Fulghum, Washington; AW&ST, January 28, 2002, . Anti-g-Anzug => Druckanzug S.60-61. 97. Integriertes Antennensystem auf Schiffen der Marine; Wulf . Carl - EADS Deutschland, Ulm; SuT, Juni 2002, S.54-56. Antonow AN-124 RUSLAN

98. Dual slant linearly polarized antenna for broadband high 1. Flugzeuge - Die wichtigsten Flugzeugtypen der Welt; power applications<, Nurad Technologies Inc., Baltimore, Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2000, S.21.

MD; http://www.nurad.com; MJ, May 2003, S.280-282. 2. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch 99. Antennen und Strahlungsfelder; Klaus Kark; Vieweg GmbH, Verlag, Stuttgart, 2001, S.48.

Wiesbaden, 2004. 3. Typenblatt: Antonow An-124; SuT, Mai 2002, S.49-50. 100. Lebenswichtige Kommunikation zwischen Abflug und Ankunft - Fliegender ‘Antennenwald’; Matthias Gründer; . APAR FLUG REVUE, Juli 2004, S.82-85. 1. Aktives Schiffsradar APAR; wt 2/96, S.53. 101. Consider antenna options for minimal interference; Dr. D. 2. Fernmeldetechnik und Elektronik: Multifunktionsradare mit Wojtkowiak - Vice President Microwave Antenna Systems; aktiven, phasengesteuerten Antennen; SuT, 12/1999, Microwaves & RF 43(2004)5, S.76-86. S.758. 102. The versatile Butler Matrix; Bruno Pattan - Federal 3. Das Boden-Luft-System PAAMS; Planet AeroSpace, Nr.2. Communications Commission; Microwave Journal, Januar-März 2001, S.34-37. November 2004, S.126-138. 4. Fregatte 124 im Zulauf; Dietrich Stockfisch; SuT, April 2001, 103. Introduction to miniature Antenna and diversity combining S.18-20. techniques; Bar-Giora Goldberg - Avantek Inc.; MJ, January 5. Thales Nederland APAR, Stratigiki (griechische Zeitschrift), 2005, S.86-102. Juni 2001, S.85. 104. Leighweight, low cost printed antenna arrays; B. Podduturi 6. Die LCF-Fregatte der Königlich Niederländischen Marine; & D.M. Pozar; MJ, January 2005, S.106-115. Leo M. Van Westerhoven & Gerard van Oosbree; SuT, 105. Spiral antennas for broadband applications; Nurad September 2002, S.22-26. Technologies Inc.; MJ, January 2005, S.154-160. 7. Backboards of the fleet: Shipboard Phased-Array Radars; 106. A low profile L-Band mobile tracking antenna system; Dimitris V. Dranidis;JED, May 2003, S.55-62. Micro-Ant Inc.; MJ, January 2005, S.162-164. 8. Durchblick und Weitblick; Martin Billeisen; Planet 107. Integrierte Antennen für Marineschiffe; Ulrich Fuchs und AeroSpace, 4/2005, Okt./Nov./Dez., S.74-77. Birgit Michael; Strategie und Technik, August 2005, S.58-59. 108. Technology survey: Sampling of EW/SIGINT Antennas; JED, . APC-7-Koaxialstecker March 2007, Vol.30, No.3, S.40-45. 1. Mikrowellentechnik, Grundlagen, Anwendungen, Messtechnik; G. Käs und P. Pauli; Franzis Verlag, München, . Antennen-Aperturbelegungsfaktor 1991. 1. Handbuch Radar und Radarsignalverarbeitung; Albrecht Ludloff; Vieweg, Braunschweig, 1993, S.2-16. . APG => AAQ

. Antennenstrahldiagramm . APG-63(V) [APG-70] 1. What do you want in Antenna Measurement?; Samuel J. 1. Amercan Eagles; Steve Davis; Air International, April 2004, Caprio; MSN, March 1980, S.75-86 S.50-55. 2. Fundamentals of Antenna Test and Evaluation; R. Hartman 2. Future Radar - F-15Cs with advanced radars develop cruise & J. Berlekamp; MSN&CT, June 1988, S. 8-20. missile defenses, new long-range tactics; David A. 3. Antenna Theory and Design, 2nd Ed; W.L. Stutzman & G.A. Fulghum/Elmendorf AFB, Alaska; AW&ST, October 4, 2004, Thiele; John Wiley & Sons, Inc., New York, 1998, Chapter-9: S.49-51. Antennas in Systems and Antenna Measurements. . APG-65 . Antennenpolarisation, Polarisation

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1. Multiple role Radar designed for F/A-18; Robert E. White - . APS-145 Hughes Aircraft; DE, January 1980, S.44-47. 1. Introduction to Airborne Radar; George W. Stimson; 2. AW&ST Aerospace Source Book, January 11, 1999, S.218. SciTech Publishing, Inc, Mendham, NJ, 1998. 3. Technische Unterlage von EADS/Ulm, Airborne Systems. . APY => AAQ . APG-68 1. Introduction to Airborne Radar; George W. Stimson; . APY-1/2 AWACS Radar SciTech Publishing, Inc., Mendham, NJ, 1998. 1. Introduction to Electronic Warfare; D. Curties Schleher, 2. Defense Electronics Airborne Radar Directory; DE, May Ph.D.; Artech House, Inc., Nordwood, MA, 1994-Printing. 1991, S.41-47. 2. Introduction to Airborne Radar; George W. Stimson;

Scitech Publishing, Inc., Mendham, NJ, 1998. . APG-73 3. AWACS, Rivet Joint and Joint STARS; David C Isby; AFM, 1. Introduction to Airborne Radar; George W. Stimson; March 2003, S.20-24. SciTech Publishing, Inc., Mendham, NJ, 1998. . APY-3 JSTARS Radar . APG-76 1. Army ISR riflemen get the picture; Kenneth B. Sherman, 1. AW&ST Aerospace Source Book, January 11, 1999, S.218. JED, February 2001, S.39-43. 2. Introduction to Airborne Radar; George W. Stimson; 2. Introduction to Airborne Radar; George W. Stimson; SciTech Publishing, Inc., Mendham, NJ, 1998, S.554. SciTech Publishing, Inc., Mandham, NJ, 1998, S.549. 3. Defense Electronics Airborne Radar Directory; DE, May 3. Airborne Surveillance Takes Command; Kernan Chaisson; 1991, S.41-47. JED, January 1999, S.43-49. 4. AWACS, Rivet Joint and Joint STARS; David C Isby; AFM, . APG-79 March 2003, S.20-24. 1. The APG-79 provides „limitless choices” operationally; AW&ST, April 21, 2003, S.38-39. . ARBS => Betankungssonde 2. Stacking the deck - Neither nimble nor quick, the Super 1. EADS CASA entwickelt den ‘Boom’ von Morgen; Planet Hornet is a jack-of-all-trades; Bill Sweetman; JED, February AeroSpace, 4/2004, S.47. 2004, S.30-37. 2. Advanced Refueling Boom - Europas Tanker-Offensive; Jose Antonio Barragan; Planet AeroSpace 1-2/2005, S.82-87. . APG-80 1. F-16C/D Block 60 in der Entwicklung - Innere Werte; Karl . Ariel Schwarz; FLUGREVUE, April 2003, S.52-55. 1. European EW: Slowing the march of AN/Dominance; Doug Richardson; JED, September 1998, S.37-45. . APN => AAQ 2. ARIEL; IECH 2001, S.76.

. APN-241 . ARINC 1. AW&ST Aerospace Source Book, January 11,1999, S.218. 1. Http://www.arinc.com 2. Introduction to Airborne Radar; George W. Stimson; 2. Arinc Protocol Tutorial (1600100-0027); 27. March 2002, SciTech Publishing, Inc., Mendham, NJ, 1998. Doc. Revision 1.05; Condor Engineering, Inc., Santa Barbara, CA, USA; http://www.condoreng.com . APR => AAQ . ARINC-429 . APR-39(V) 1. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen 1. AN/APR-39 Warning Receiver; ICH, 9th Ed., 1984, S.111. Originalausgabe: Avionic Systems, bei Longman Group UK 2. Dalmo Victor builds APR-39; Michael Kachmar - Senior Limited 1989; Deutschsprachige Ausgabe bei Transpress Editor; Microwaves & RF, 25(1986)13, S.23. Verlagsgesellschaft mbH, Berlin, 1993. 3. Anzeige von Litton Advanced Systems in JED, November 2000, S.17: AN/APR(V)2 Suite of Integrated Sensors and . ARM, Anti Radiation Missile Countermeasures (SISCM). 1. Anti-Radar weapon development pushed; AW&ST, January 4. AN/APR-39 Series: Radar Signal Detection Set; IECH 2001, 27, 1975, S.107-114. S.207. 2. AT3 Programm to speed Radar geo-locations; Philip J. Klass; AW&ST, October 26, 1998, S.45-46. . APR-44 3. New Anti-Radar missile uses dual-mode seeker; Philip J. 1. AN/APR-44; IECH, 2001Edition, S.208. Klass; AW&ST, October 26, 1998, S.60. 4. Anti-radiation missile offers European consolidation route; . APS => AAQ Douglas Barrie, London; AW&ST, May 20, 2002, S.30.

. . APS-134(V) Armiger 1. Moderne Luft/Boden-Bewaffnung der Luftwaffe; K. 1. AN/APS-134(V) Maritime Surveillance Radar; James M. Häringer & B. Jelinek; SuT, Januar 2003, S.30-36. Smith; Texas Instruments Inc., USA, International 2. BGT Bodenseewerk - Ein Unternehmen der Diehl VA Conference Radar 82, London, October 18-21 1982. Systeme. BGT-Firmnebroschüre, Januar 2003.

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4. ATFLIR testing continues; Ec Monitor - B. Rivers; JED, June . Artillerie 2001, S.37-38. 1. Die Artillerieschule; R. Gall & W. Ehrmann; wt 2/96, S.19- 5. Raytheon Awarded $78 M LRIP-2 Contract for ATFLIR 23. Targeting Pod; MJ, Aug. 2002, S.37. 2. Die Deutsche Artillerie sucht ihresgleichen; wt II/2002, 6. Scharfer Blick; Karl Schwarz; FLUGREVUE, Okt. 2002, S.50- S.44-48. 53. 3. Die Artillerietruppe im Heer der Zukunft - Aufgaben, 7. ATFLIR enters full rate production; Brednan P. Rivers; JED, Gliederung, Ausrüstung und Fähigkeiten; Heinerich Fischer; January 2004, S.15. SuT, Mai 2002, S.33-42. 8. Stacking the deck - Neither nimble nor quick, the Super 4. Aufklärungsfähigkeiten der Artillerie im Heer der Zukunft; Hornet is a jack-of-all-trades; Bill Sweetman; JED, February Oberst Heinrich Fischer - Artillerieschule; SuT, November 2004, S.30-37. 2002, S.13-18. 9. Raytheon delivers combat-proven ATFLIR targeting pod; 5. Die modernste Artillerie der Welt - und ihre Defizite; Detlef Defense News; Microwave Journal, September 2004, S.58. H. Keller, Oberstleutnant a.D.; SuT, April 2003, S.24-28. 10. Raytheon’s ATFLIR supporting combat operations from the 6. Die Artillerie im Neuen Heer; Heinrich Fischer - USS John F. Kennedy; Defense News; Microwave Journal, Brigadegeneral; Strategie und Technik, März 2005, S.25-31. November 2004, S.51.

. ASAS . ASRAAM, AIM-132 1. Forschen für Cockpit der nächsten Generation; Christoph 1. Collaborative efforts driving European defense programs; Vernaleken - Institut für Flugsysteme und Kay Atwal, et al.; DE, August 1992, S.34-44. Regelungstechnik, Technische Universität Darmstadt; Luft- 2. ASRAAM; IECM 2001; S.227. und Raumfahrt, Nr. 4, Oktober-Dezember 2004, S.22-24. 3. Asraam delay provides a salutary lesson; Douglas Barrie, London; AW&ST, January 2002, S.44-45. . ASCII 4. ASRAAM: Inbetriebnahme bei der Royal Air Force; Stephane Ferrard; Planet AeroSpace 1/2003, S.24,25. 1. PC-Lexikon; Hans Herbert Schulze; Rowohlt Taschenbuch 5. Air-to-Air Missile Directory 2004; Rob Hewson; Air Verlag, Hamburg, 1996. International, September 2004, S.45-57. 2. Computer Lexikon - Fachwörterbuch; Ausgabe 2002;

Microsoft Press Deutschland, Unterschleißheim, 2001. . ASRAD-R . ASDE-X 1. Flugabwehrsystem ASRAD-R; ds; SuT, 2/1999, S.126.

1. Avionics Inside; David Hughes; AW&ST, Feb. 19, 2007, S.47. . Assembler, Assemblersprache . AShM 1. PC-Lexikon; Hans Herbert Schulze; Rowohlt Taschenbuch Verlag, Hamburg, 1996. 1. Anti-Ship MIssiles; Lon Nordeen, AFM, July 2001, S.82-87. 2. Computer Lexikon - Fachwörterbuch, Ausgabe 2002;

Microsoft Press Deutschland, Unterschleißheim, 2001. . ASN => AAQ . ASTAC . ASPIS, Advanced/Airborne Self-Protection 1. Greece looks at ASTAC - European Report; Martin Streetly; Integrated Suite JED, July 2000, S.18. 1. Ηλεκτρονικός Πόλεμος πάνω απο το Αιγαίο; Βασίλης Παρασκευάς; ΠΤΗΣΗ, Ιούνιος 1997, s.44-51. . Aster 2. Greek EW award; Philip J. Klass; AW&ST, May 12, 2003, S.26. . ASTOR 3. Hellenic Air Force inks F-16 EW contract; P. Brendan; JED, 1. Joint STARS back in ASTOR race; Martin Streetly - European June 2003, S.30-31. Report; JED, November 1997, S.18. 4. Seit 25 Jahren F-16 Falcon - Neue Falken startklar; Christian 2. UK awards ASTOR contract; B. Rivers - EC Monitor; JED, July Hauser; FLIEGERREVUE, 3/2004, S.26-30. 1999, S.26-27.

3. ASTOR - Additional data; Martin Streetly - European . ASPJ => ALQ-165 Report; JED, August 1999, S.20. 4. Raytheon gewinnt ASTOR-Wettbewerb; Karl Schwarz; FLUG . ASQ => AAQ REVUE, August 1999, S.18. 5. Taking the high ground with ASTOR; Avionics Magazine - . ASQ-213, HARM Targeting System, HTS Aviation Today; February 2000. 1. Greek F-16s may receive HTS; Martin Streetly -European 6. ASTOR Radar to begin trials during 2001 - European Report; Report; JED, August 1999, S.20. Martin Streetly; JED, October 2000, S.18. 7. EWSP Systems selected for UK’s ASTOR program; European . ASQ-228 ATFLIR Report - Brendan O. Rivers; JED, May 2001, S.18. 8. ASTOR Aircraft makes first flight; european report - 1. Http://www.raytheon.com/es Brendan P. Rivers; JED, September 2001, S.19. 2. US Navy selects new F/A-18 Targeting System; EC Monitor; 9. ASTOR takes shape; Tim Ripley; Air International, January JED, August1998, S.31-32. 2002, S.37. 3. ATFLIR for F/A-18 readies for integration testing; B. Rivers - EC Monitor; JED, May 1999, S.28-29.

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10. Flugzeuge der Welt 2002 - Bombardier (Canadair) Global 24. Can the Navy avert an air ASW airframe shortfall; James W. Express ASTOR; Claudio Müller; Motorbuch Verlag, Rawles; DE, March 1988, S.59-74. Stuttgart, 2002, S.110-111. 25. LAMPS lights the way to new Soviel Subs; Paul R. Jaszka; 11. ASTOR is born; Craig Hoyle - RAF Waddington; Flight DE, March 1989, S.62-67. International, 11-17 July 2006, S.122-126. 26. Signal Processors give Navy an edge in ASW; J.A. Cochran & C.A. Weaver, Jr.; DE, March 1989, S.79-87. . ASW, Airborne Anti-Submarine Warfare 27. The Electronics of Airborne ASW; Todd Shumway; DE, April. 1. ASW - The deterrent; F. G. Peters - Cubic; EW, July/Aug. 1990, S.68-71. 1976, S.49-54. 28. ASW planners confront old and new threats; Myron Struck; 2. U-Boot-Funkverkehr mit ELF- ein neuer Anlauf der US Navy; DE, July 1991, S.49-57. Dan Boyle; IWR, 7/1978, S.1149-1151. 29. U-Jagd-Sonarsysteme der deutschen Marine, Sachstand 3. Computers add new effectiveness to SOCUS/CAESAR; Jim und Ausblick; Gert Maass; SuT, 12/1995, S.789-794. Bussert; DE, October 1979, S.5964. 30. ASW, Anti-Submarine Warfare, Out of the depths; Alan 4. The Renaissance in Submarine Communications, Part III, Dawes; Air International, March 2001, S.148-153. The ELF Odyssey 1958-1979; Roland J. Starkey, Jr.; ME/C, 31. Western Anti-Submarine Warfare; David Hobbs; Air Vol.7, No.1, January 1981, S. 26-39. International, February 2005, S.38-44. 5. Erratum: The Renaissance in Submarine Communications, The ELF Odyssey; ME/C, Vol.7, No.2, February 1981, S. 28. . ATC, Air-Traffic Controll 6. The Renaissance in Submarine Communications, Part IV: 1. New Techniques to Air-Traffic Control Radars; Charles E. The ELF Odyssey, continued; Roland J. Starkey, Jr.; ME/C, Muehe, et al.; Proceedings of the IEEE, Vol.62, No.6, June Vol.7, No.2, February 1981, S. 29-34. 1974, S.716-723. 7. The Renaissance in Submarine Communications, Part V: 2. Air traffic control radars; AW&ST Aerospace Source Book, Blue-Green Laser/Satellite Technology: The search for the January 14, 2002, S.207-209. rainbow; Roland J. Starkey, Jr.; ME/C, Vol.7, No.3, March 3. Air traffic control radars; AW&ST Aerospace Source Book, 1981, S.48-54. January 13, 2003, S.199-201. 8. Anti-Submarine Warfare Oceanography, Part I: Concepts; Roland J. Starkey, Jr.; ME/C, Vol.7, No.4, April 1981, S.36- . ATCAS => ACAS 43,72-73. 9. The Renaissance in Submarine Communications, Part V: . ATE => Mikrowellen-Mess & Testmittel Blue-Green Laser/Satellite Technology: The search for the

rainbow, continued; Roland J. Starkey, Jr.; ME/C, Vol.7, No.4, April 1981, S.44,45,49,69. . ATF, Advanced Tactical Fighter 10. Radar and Sonar can identify targets; G. C. Gaunaurd, H.M. 1. Sleek, swift, superior; John Haystead; JED, November 1983, Überall; MSN, April 1981, S.108-113. S.53-54. 11. The Renaissance in Submarine Communications, Part V: 2. ATF programm faces tough challenges; James W. Rawles; Blue-Green Laser/Satellite Technology: The search for the DE, September 1987, S.61-74. rainbow, conclusion; Roland J. Starkey, Jr.; ME/C, Vol.7, 3. ATF programm gathers momentum; James W. Rawles; DE, No.4, May 1981, S.55-58,65,66. Luly 1988, S.43-51. 12. Anti-Submarine Warfare Oceanography, Part II; Roland J. 4. ATF speeding through dem/val (phase); James W. Rawles; Starkey, Jr.; ME/C, Vol.7, No.6, June 1981, S.65,66,68-71. DE, May 1990, S. 37-41. [dem=demonstration, 13. Sonar tests based on Bistatic Radar successes; DE, June val=validation] 1981, S.101-104. 5. Northrop-McDonnell fly ATF; Microwaves & RF, 14. Anti-Submarine Warfare Oceanography, Part III; Roland J. 29(1990)10, S.21. Starkey, Jr.; ME/C, Vol.7, No.7, July 1981, S.67-72. 15. Anti-Submarine Warfare Oceanography, Part IIII; Roland J. . ATFLIR => ASQ-228 Starkey, Jr.; ME/C, Vol.7, No.12, December 1981, S.78-82. 16. P-3C Orion Accomodates System Changes; Tug Wilson; . ATIRCM => ALQ-212 ME/C, Vol.9, No.3, March 1983, S.39-45. 17. Undersea systems - Competition growing in ASW systems . ATM market; John F. Judge; DE, March 1985, S.138-146. 1. Kommunikation: ATM ComputerSysteme GmbH - Partner 18. Versatile P-3C Orion meets growing ASW challenge; Lori A. für kundenspezifische Problemlösungen; Tec-Knowledge;wt McClelland; DE, April 1985, S.132-141 III/2002, S.22-25. 19. Antisubmarine Warfare - Versatile P-3C Orion meets

growing ASW challenge; Lori A. McClelland; DE, April 1985, S.132-141. . Atmosphäre 20. Systeme zur U-Bootbekämpfung; Joel S. Wit; Beitrag in 1. Enzyklopädie Naturwissenschaft und Technik, Band A-D; „Rüstung und Sicherheit”, Spektrum der Wissenschaft, Verlag Moderne Industrie, München, 1979. Heidelberg, 1985, S.104-116. 2. Troposcatter flourishes between Satcom and Terrestrial 21. Tough problems in arctic ASW; Dr. Garry M. Jacyna; JED, LOS Systems (Review); MSN, November 1980, S.19-26. March 1986, S.37-58. 22. Meeting todays ASW challenge; John C. Dale, Fred W. . Atmosphärische Verluste Weidmann; DE, June 1986, S.91-97. 1. Die Radargleichung, Ableitung, Parameter, Formen, 23. The Case for the Air-Transportable Towed Array; Marc Beispiele; Werner Gerlitzki; AEG-Telefunken, Dokument N Liebman; DE, April 1987, S.140-153. 14/1138, Ausgabe 577(Gr).

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2. Coping with Rain above 11 GHz (Attenuation); Fulvio 3. Aufklärungsverbund, Nachrichtengewinnung und Ananasso; MSN, March 1980, S.58-72. Aufklärung; Jürgen Pöppelmann; wt, I/2000, S.80-85. 3. Prototype Tests Secure Millimeter Communications 4. EADS maximiert Leistungen für den Informationsverbund (Millimeter Receiver); Paul G. Steffes & Ronald A. Meck; der Streitkräfte; H.W.S:; wt, IV/2000, S.248-250. MSN, October 1980, S.59-68. 5. Aufklärung der Bundeswehr im nationalen Verbund; Jürgen 4. Computer Programm Predicts Rain Attenuation; George V. Pöppelmann; wt, I/2003, S.82-85. Kinal; MSN, August 1981, S.118-119. 6. Seefernaufklärung aus der Luft tut Not! Gottfried Reichert; 5. Atmospheric Attenuation; MSDH, 4th Ed., July 1986, Vol. wt, I/2003, S.93-99. 16, No.7, S.387. 7. Die Strategische Aufklärung in der Bundeswehr; 6. The application of Imaging Sensors to Aircraft landings in Strategische Aufklärung warum und wozu; Jürgen adverse weather; Stuart W. Greenwood - Uni of Maryland; Pöppelmann; wt II/2004, S.24-34. MJ, September 1992, S.80-89. 8. Der erste SAR-Lupe-Satellit im All; Sascha Lange; SuT, Februar 2007, S.14-16. . Atmosphärische Effekte 1. Atmospheric Effects on Radio Wave Propagation; Part I; . Auswertung John B. Beach; DE, December 1979, S.95-98. 1. Begriffe der Elektronischen Kampfführung; Herausgegeben 2. Atmospheric Effects on Radio Wave Propagation; Part II; von ‘DaimlerChrysler Aerospace AG, Führung und John B. Beach; DE, February 1980, S.75-83. Kommunikation’, Ulm, 1999. 3. Atmospheric Effects on IR/EO Propagation; Part III; John B. Beach; DE, April 1980, S.77-85. . Autoflug GmbH 4. Computerized Data Help Predict Anomalous Propagation 1. Autoflug GmbG & Co; Peter Streubel; wt I/2000, S.96. (Review); Stefan Geisenheyner; MSN, April 1982, S.45-46. 2. Sicherheit hat einen Namen AUTOFLUG; Marketing Sektion, 5. A practical guide to anomalous propagation, Part 1; Harvey WT-Profil; wt, IV/2000, S.123-126. Ko - John Hopkins Uni, Laurel, MD; Microwaves & RF, 24(1985)4, S.71-76. . Autopilot 6. Guide EM waves with atmospheric ducts; J.B. Knorr - Naval 1. Cockpit-Instrumente; Peter Bachmann; Motorbuch Verlag, Postgraduate School, Monterey, CA; Microwaves & RF, Stuttgart, 1998. 24(1985)5, S.67-70. 2. Avionics for the Pilot; Joe Johnston; Airlife Publishing Ltd, 7. Don’t let ducting clutter system specs, Part 2; Harvey Ko - Shrewsbury, UK, 1998. John Hopkins Uni, Laurel, MD; Microwaves & RF,

24(1985)6, S.103-108. 8. How accurate is range correction? Gregory Robertshaw, . AV-8B, Harrier Mitre Corp., Bedford, MA; Microwaves & RF, 25(1986)3, 1. AV-8B Harrier II moves into the field with the Marines; S.129-132. J.F.J.; DE, December 1984, S.84, 87. 9. Communications EW, Part 2 - HF Propagation; Dave Adamy; 2. The Navy’s new electronic look; Scott R. Gourley; DE, June JED, July 2003, S.64-65. 1990, S.92-97. 3. Classics compared - 3: Sea Hawk and Sea Harrier; Jon Lake; . Atomuhren Air International, December 1999, S.346-356. 4. Flugzeug-Katalog 2000, Militärflugzeuge; Boeing AV-8B 1. Fundamentals of Time and Frequency Standards; Hewlett- Harrier II; GeraNova Verlag, München. Packard Application Note 52-1, Rev. October 1974. 5. Flugzeuge, Die wichtigsten Flugzeugtypen der Welt; 2. Cesium clocks keep the world on time; Helmut Hellwig - Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001, S.98. Frequency and Time Systems, Beverly, MA; Microwaves & 6. Flugzeuge der Welt, 2001; Claudio Müller; Motorbuch RF, 24(1985)9, S.131-138. Verlag, Stuttgart, 2001, S.90-91. 3. Atomic oscillator fits in your palm; Barry E. Manz - Chief 7. Sea Harrier - Falklands veteran; David Hobbs; Air Editor; Microwaves & RF, 25(1986)4, S.127-128. International, May 2002, S.298-301. 4. Microprocessor governs cesium frequency standard; 8. RAF combat aircraft; Dave Willis; AFM, November 2002, Product of Frequency and Time Systems, Beverly, MA; S.38-45. Microwaves & RF, 25(1986)10, S.131. 9. Evolution of the Harrier II; Lt Col Michael K Hile; AIR 5. Reap unseen benefits from NAVSTAR-GPS; Hugo Fruehauf - International, January 2004, S.16-20. Ball, Irvine, CA; Microwaves & RF, 25(1986)12, S.113-117. 10. Flightline: BAE Systems Sea Harrier; Flugrevue, Dezember 6. Compact atomic source has high stability - Product of 2004, S.37-40. EG&G Frequency Products, Salem, MA; Microwaves & RF,

25(1986)13, S.160-161. . Avionik, Avionics . ATR 72 ASW 1. Planning beginns for V/STOL Avionics; James Fawcette; EW/DE, February 1978, S.48-52. 1. Turkey selects ATR 72 ASW; News, Air Forces Monthly, 2. Avionics design requires standardization; EW/DE, February March 2005, S.8. 1978, S.54-59.

3. Air Force Avionics Lab research; James E. Adair - Wright . Aufklärung - Reconnaissance Patterson AFB, OH; MJ, May 1978, S.30-32. 1. Shooting with sensors: Tac Recce shifts to the Fighters; 4. Avionics for the 1980s; ME/C, Vol.4, No.6, June 1978, S.20- Brendan P. Rivers; JED, September1999, S.37-43. 27. 2. The future of ISR; Brendan P. Rivers; JED, December1999, 5. Avionics Frequencies are jumping; EW/DE, November 1978, S.37-41. S.68-69.

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6. Airborne Electronics in the Age of High-Speed Integrated 15. Avionics - The brains of an aircraft - Avionics Product Circuits; Jim Martin; DE, July 1980, S:53-60. Spotlight; DE, March 1995, S.26-29. 7. Luck and Foresight Mold Avionics Evolution (OPinion); 16. Avionics upgrades enhance aircraft and aircrew Irving M. Gottlieb; MSN, March 1982, S.34,39. capabilities; Curt Alway; DE, July 1995, s.18-21. 8. From Cockpit to conference room - and back again; Joseph 17. Fundamentals of Fighter Design, Part 8 - Avionics I; Ray K. Black - Werner Robins AFB Air Logistics Center; JED, Whitford; Air International, May 1997, S.276-281. November 1983, S.31-35. 18. Fundamentals of Fighter Design, Part 9 -Avionics II; Ray 9. Avionics systems don’t fail, components and board fail; Whitford; Air International, July 1997, S.47-54. Michael Kachmar; Microwaves & RF, 24(1985)3, S.38. 19. Safety the prime issue in commercial avionics; David 10. F-20 Avionics - Tigershark Avionics on target; Bruce Steigman, Teal Croup; AW&ST Aerospace Source Book, Gumble; DE, April 1985, S.107-113. January 14, 2002, S.203-204. 11. Air Force standardizing Avionics; Maj. Gen. George 20. Lightening the load, past & present, Part 1; Mike Hirst; Air Monahan, Jr.; DE, August 1985, S.120-130. International, November 2003, S.82-86. 12. Strengthening America’s air arm - Critical Programm 21. Lightening the load, past & present, Part 2; Mike Hirst; Air Reviews: Aicraft & Avionics; DE, July 1986, S.129-142. International, December 2003, S.40-42. 13. Tight budgets boost Avionics retrofit market; Don Dugdale; DE, May 1987, S.48-53. . AVR-2 14. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen 1. AVR-2; IECM, 2001 Edition, S.209. Originalausgabe: Avionic Systems, bei Longman Group UK Limited 1989; Deutschsprachige Ausgabe bei Transpress . AWACS => E-3 A/C Verlagsgesellschaft mbH, Berlin, 1993.

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. B Band => Frequenzbandbezeichnungen 8. Spread-Sprectum devices cater to new systems; Roger D. Colvin; Microwaves, 20(1981)2, S.65-67,71,74,80. . B-1B Lancer 9. Spread-Spectrum Radios thwart hostile jammers; Marc Spellman - Harris, Melbourne, FL; Microwaves, 20(1981)9, 1. B-1 der neue Hyberschallbomber für die USAF; SuT, 5/1971, S.85-90. S.252-253. 10. Spread Spectrum Systems serve nearly all C3 aspects; MSN, 2. Boeing (Rockwell) B-1B „Lancer”; SuT, Januar 2003, S.29-30. April 1982, S.78-91. 3. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- 11. Spread Spectrum use likely to expand; Philip J. Klass; 87. AW&ST, January 3, 1983, S.55-58.

12. Improved matched filters sharpen spread spectrum, Part 1; . B-2 Spirit George D. O’Clock, Jr. Professor, Mankato State University, 1. B-2 Spirit - Stealthy global bomber; Robert F Dorr; AFM, MN; Microwaves & RF, 24(1985)9, S.125-129. May 2002, S.42-47. 13. Matched-filter SNR boosts performance, Part 2; George D. 2. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- O’Clock, Jr. Professor, Mankato State University, MN; 87. Microwaves & RF, 24(1985)10, S.91-94,126. 3. Northrop Grumman awarded contract for B-2 Radar 14. Receiver IC buttresses spread-spectrum systems; Leendert modernization; Defense News; Microwave Journal, B. Quist - RF Micro Devices, Greensboro, NC; Microwaves November 2004, S.52. & RF, 36(1997)5, S.215-222. 15. Spread-spectrum system provides positioning data; Fu-Nian B-52 Stratofortress Ku - Hughes Network Systems, Germantown, MD; 1. Boeing B-52H Stratofortress; Jon Lake; Air International, Microwaves & RF, 37(1998)3, S.63-68. May 2001, S.286-293. 16. Test group focuses on spread spectrum; Victor Perrote - 2. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- Executive Editor; Microwaves & RF, 37(1998)9, S.121-122. 87. . Barittdioden . BAE SYSTEMS 1. Baritt diodes advance to Ka Band; P.N. Förg & J. Freyer - TU 1. Http://www.baesystems.com Munich; Microwaves, 20(1981)4, S.61-65. 2. BAe and MES merge; Martin Streetly - European Report; 2. Baritt-Dioden für das V-band; U. Güttich; JED, January 2000, S.18. Mikrowellenmagazin, Vol.13, No.1, 1987, S.37-40. 3. AW&ST Aerospace Source Book, January 14, 2002. 3. Mikrowellentechnik, Bd.2; Erich Pehl; Hüthig Verlag, 4. IECH 2001, S.352. Heidelberg, 1989, S.234. 5. Top 25 EW 2001; B. Callan & M. Lynch; JED, May 2001, S.59-52. . Barometrischer Höhenmesser 6. BAE SYSTEMS; Peter Preylowski - Oberst a.D.; SuT, 2/2000, 1. Funkortung und Funknavigation; Erwin Lertes; Vieweg, S.99. Braunschweig, 1995, S.138. 2. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen . Bandspreizung - Spread Spectrum, SS Originalausgabe: Avionic Systems, bei Longman Group UK 1. A Spread Spectrum ranging technique for aerospace Limited 1989; Deutschsprachige Ausgabe bei Transpress vehicles; R.C. Dixon - TRW Systems, CA; Reprint from a Verlagsgesellschaft mbH, Berlin, 1993, S.195. paper in the 20th Annual Southwestern IEEE Conf. and 3. Enzyklopädie Naturwissenschaft und Technik; Bd E-J; Verlag Exhibition Rec., April 17-19, 1968 and published by TRW. Moderne Industrie, München, 1980, S.1865. 2. Spektrale Spreizung als Multiplex-Verfahren - Eine 4. Jagdflugzeuge - Die modernen Typen; Mike Spick; Einführung; Michael Aldinger, et al. - AEG, Ulm; NTZ Motorbuchverlag, Stuttgart, 1999, S.9. Titel der englischen 28(1975) H.3, S.79-88. Originalausgabe: Modern Fighters, Pegasus Publishing Ltd, 3. Spread Spectrum Techniques are revolutionizing Limpsfield, 1999. communications; C. L. Cuccia; MSN, September 1977, S.37. 4. Jamming low power Spread Spectrum Radar; Gilbert R. . Barracuda Johnson; EW/DE, Sept./Oct. 1977, S.103-112. 1. Unbemannter UAV Demonstrator eröffnet EADS neue 5. Abhör- und störfester Funkverkehr durch Technologieperspektiven; Wolfram Wolff; Mforum, Mai Breitbandspreizung; G.S. Sundaram; IWR, 3/1978, S.433- 2006, S.4-7. 434. 6. Spread Spectrum: Principles and possible application to . Batterie spectrum utilization and allocation; William F. Utlaut; IEEE 1. Brockhaus - Naturwissenschaften und Technik; Bd.1.A-Ek.- Communications Society Magazine, September 1978, S.21- 1989 & Bd.2.El-In.-1989. 30. 2. PC-Lexikon; Hans Herbert Schulze; Rowohlt, Hamburg, 7. Understanding low power Spread Spectrum Radars; Gilbert 1996. R. Johnson; EW/DE, November 1978, S.75-77.

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3. Computer Lexikon - Fachwörterbuch, Ausgabe 2002; 1. Calculate bit error rate for digital radio signal transmission; Microsoft Press Deutschland, Unterschleißheim, 2001. Jorgen Sandberg - ESA, The Netherlands; Microwaves & RF, 26(1987)6, S.97-106. . Baud, Bd 2. Gauge bit-error rate as function of signal-to-noise ratio; 1. Nachrichtentechnik, Übertragung und Verarbeitung; Herter Robert J. Kerczewski, et al. - Nat. Aeronautics and Space - Röcker; Carl Hansen Verlag, München Wien, 1976, S.140. Administration, Cleveland, OH; Microwaves & RF, 27(1988)2, S.107-113. . BAW, Bulk Acoustic Wave 3. BER analyzer checks com system data - product of SyntheSys Research, Menlo Park, CA; Jack Browne - 1. BAW devices fit compact delay lines; E. Kirchner - Teledyne Publisher/Editor; Microwaves & RF, 37(1998)9, S.126. Microwave, Mountain View, CA, et al.; Microwaves & RF, 4. Photonik, Grundlagen, Komponenten und Systeme; Prof. 27(1988)2, S.139-150. Dr. Jürgen Jahns - Fern-Universität Hagen; Oldenburg 2. Storing analog signals is easy as BAW; Anzeige der Firma Verlag München Wien, 2001. Andersen Laboratorien in MSN, February 2002, Rückseite

des Deckblatts. . Blitzschutz . Beugung, Diffraktion 1. Von Blitz getroffen - mehr Schutz für Elektronik und neue Werkstoffe; Planet AeroSpace, Nr. 3/2003, Juli-August- 1. Physik; 14. Auflage, Gerthsen-Kneser-Vogel; Springer- September, S.14-17. Verlag, Berlin, 1982. 2. Wenn der Blitz einschlägt - Keine Angst vor elektrischen 2. College Physics; 6th Ed.; Sears - Zemansky - Young, Entladungen; Flug Revue, November 2007, S.90-93. Addison-Wesley Publ. Company, 1985.

. Bluetooth . BGT 1. CeBIT - Die Zukunft hat schon begonnen, Trend 1. http://www.bgt.de Funkübertragung - Bluetooth; Klaus Buch; SuT, Juli 2001, 2. Diehl VA Systems - Leistungsträger für S.55-57. Verteidigungssysteme und Avionik - BGT Bodenseewerk;

SuT, September 2001, S.35-37. 3. BGT Bodenseewerk - Ein Unternehmen der Diehl VA . BMEWFS Systeme; Firmenbroschüre, Überlingen, 2003. 1. UK BMEWS to Raytheon; Microwaves & RF, 27(1988)8, 4. Diehl VA Systeme - Verteidigung und Avionik; Überlingen, S.65. 2003. . Bodenwellen - Ground Waves . BIGSTAF (Breitbandiges, Intergriertes 1. Satellitenortung und Navigation; Werner Mansfeld; Gefechtsstand-Fernmeldenetz) Vieweg, Braunschweig, 1998, S. 67.

1. Waffensysteme der Bundeswehr; Gerhard Hubatscheck (Hrsg); Report-Verlag, Frankfurt am Main, 1999. . Boden-Radar 2. Der Funknetzanteil BIGSTAF; Michael Stoof, 1. DoD turns to GaAs technology for ground-based radars; Typenbegleitoffizier von BIGSTAF; SuT, 10/2000, S.655-659. John Rhea - Freelance Writer; Microwaves & RF, 30(1991)5, 3. BIGSTAF, Breitbandiges, Integriertes Gefechtsstand- S.47-53. Fernmeldenetz;HJW; wt, II/2002, S.35. . Boeing . Bikonische, Doppelkonische Dipolantennen 1. AW&ST Aerospace Source Book, January 11, 1999. 1. EM Systems, Model A6432: EM Systems, Inc., Santa Anna, 2. JED, February 2001, S.75. Sunnyvale, CA, Antennas & Direction Finding Systems, S.39. 3. Flugzeuge der Welt 2001; Glaudio Müller; Motorbuch 2. Watkins-Johnson, Model WJ-8549: Watkins-Johnson Verlag, Stuttgart, 2001. Company, San Jose, CA, Antennas und Antenna Systems, 4. US Strategic Bombers; Robert F. Dorr; AFM, July 2001, S.26- S.42/43. 31. 3. EM Systems, Model A6277: EM Systems, Inc., Santa Anna, 5. Wolf in sheep’s clothing - Boeing 737 military derivatives, Sunnyvale, CA, Antennas & Direction Finding Systems, S.42. Part 1; Jon Lake; Air International, December 2003, S.60-64. 6. Wolf in sheep’s clothing - Boeing 747, 757 and 767 military . BiLog-Antennen derivatives, Part 2; Jon Lake; Air International, March 2004, S.48-53. 1. Neues von Rohde & Schwarz, Heft 165 (1999/V), S.18-19. 7. Wolf in sheep’s clothing - Boeing 707 and 727 military 2. What to look for in an EMC Antenna; Tim Williams; 1999 derivatives, Part 3; Jon Lake; Air International, May 2004, Annual Reference Guide, Compliance Engineering S.52-56. European Ed., S.77-80. 8. Boeing KC-767: A new Stratotanker? Air International,

October 2004, S.38-41. . BITE 9. GEnx gegen Trent 1000; Triebwerkswettbewerb bei den 1. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen neuen Airlinern; Patrick Hoeveler; FLUG REVUE, April 2005, Originalausgabe: Avionic Systems, bei Longman Group UK S.86-87. Ltd, 1989; Deutschsprachige Ausgabe bei Transpress 10. Boeing KC-767: Pumped for action; Guy Norris, et al.; Flight Verlagsgesellschaft mbH, Berlin, 1993. International, 11-17 July 2006, S.91-97. 11. Radar on Auto; David Hughes; AW&ST, July 3, 2006, S.50- . Bitfehlerrate, BER 53.

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12. All-in-One Surveillance; David Hughes; AW&ST, July 3, 12. 50 Years of Boeing Jetliners; Ian Goold; Air International, 2006, S.53-54. August 2004, S.35-50. 13. Der Einsatz von Bombern im 21. Jahrhundert; Alain Berger; . Boeing 737 AEW&C Wedgetail Fliegerkalender - Internationales Jahrbuch der Luft- und 1. Kleines AWACS mit großer Leistung; Karl Schwarz; FLUG Raumfahrt 2005, Verlag E.S. Mitter & Sohn, Hamburg, REVUE; März 2005, S.58-62. Berlin, Bonn, S.127-136.

. Boeing 777 . Braggzellempfänger - Bragg Cell Receiver 1. Gegenangriff mit dem „Worldliner” - Roll-out der Boeing 1. Interaction between light and sound; Robert Adler; IEEE 777-200 RL; Sebastian Steinke; Revue, April 2005, S.22-26. Spectrum, May 1967, S.42. 2. Acoustooptic Deflection Materials and Techniques; Naoya . Boeing 787 Uchida and Nobukazu Niizeki; Proc. Of the IEEE, Vol. 61, No. 8, August 1973, S.1073. 1. Für den Punkt-zu-punkt-Verkehr: Boeing 787 Dreamliner; 3. All about Bragg Cells; EW, July/Aug. 1976, S.37. Karl-Dieter Sefert; FLIEGERREVUE, 4/2005, S.10-13. 4. The D-70R as a Broadband, Wide-Open Real-Time 2. Boeing 787: Integration’s next step; James W. Ramsey; Spectrum Analyzer; ICH, 2nd Ed., June 1976/77, S.402-404. Avionics Magazine - Aviation Today, June 2005. 5. Real-Time Spectrum Analysis Using Bragg Cell Techniques; 3. Boeing 787: Luftfahrtelektronik neuer Generation; Joseph ICH, 2nd Ed., June 1976/77, S.564-567. Wlad & Wind River; Luft- und Raumfahrt, 4/2005, S.28-30. 6. Acousto-optics light the path to broadband ESM receiver 4. Halbzeit für die 787; Sebastian Steinke; FLUG REVUE, design; Steven Peliotis; Microwaves, 16(1977)9, S.54. September 2005, S.22-26. 7. Optical Channelized Receiver Applications to Radar; Richard 5. Boeing Stellt 787-Cockpit vor; Sebastian Steinke; FLUG A. Coppock, u.a.; SPIE Vol. 128, Effective Utilization of REVUE, November 2005, S.34-35. Optics in Radar Systems (1977), S.234. 6. Dreierbande; Patrick Hoeveler; FLUG REVUE, Dezember 8. Bragg Cells Spur Interest in Analog Processing for 2005, S.85-86. Surveillance Receivers; DE, April 1978, S.60. 7. B787 Cockpit: Boeing’s Bold Move; David Jensen; Avionics 9. Bragg Cell RF Signal Processing; R.A. Coppock, et al. - GTE Magazine - Aviation Today, November 2005. Sylvania, Mountain View; MJ, September 1978, S.62- 65. 8. Dreamliner Premiere - Roll-out in Everett; Sebastian 10. Integrated optical spectrum analyzer: an imminent „chip”; Steinke; FLUG REVUE, September 2007, S.24-29. Dean B. Anderson; IEEE spectrum, December 1978, S.22.

11. Bragg Cells Arrive; MSN, September 1979, S.122. . BOL Countermeasures Dispenser 12. Acousto-optical Processing Opens New Vistas in 1. Technische Firmenunterlage ‘BOL Countermeasures Surveillance and Warning Receivers; William S. Oakley; DE, Dispenser’, 6794B 01-10 HRLA; Saab Avionics, Järfälla, October 1979, S.91-101. Schweden. 13. Acousto-Optics Advance ESM; J.H. Collins; MSN, December 1979, S.37-44. . Bomben 14. Sensor Spectrum Analyzer Developed; Benjamin M. Elson; 1. Aircraft armament; Roy Braybrook; Air International; AW&ST, March 1980, S.81. November 2003, S.88-92. 15. Integrated Optical RF Spectrum Analyzer; D. Mergerian & E.C. Malarkey; MJ, September 1980, S.37. . Bomber 16. Acousto-Optics - A Review of Fundamentals; Adrianus 1. B-1 der neue Hyerschallbomber für die USAF; SuT, 5/1971, Korpel; Proc. Of IEEE, Vol. 69, No.1, January 1981, S.48. S.252-253. 17. Acousto-Optic Signal Processing: Convolution and 2. Blackjack and Beyond; Malcolm Davis; Air International, Correlation; William T. Rhodes; Proc. of the IEEE, Vol. 69, November 1998, S.274-278. No. 1, January 1981, S.65. 3. New roles for the bone; Lt Col George A Larson, USAF (Rtd); 18. Microwave Acoustic Advances; MSN, May 1981, S.78. Air International, December 1998, S. 19. Optics Integrated for Processing; MSN, May 1981, S.92. 4. Heavy bombers: Last roundup; Richard Aboulafia - Teal 20. Optical Signal Processing; David Casasent; Electro-Optical Group; AW&ST Aerospace Source Book, January 11, 1999, Systems Design; June 1981, S.39. S.20. 21. Interferometric spectrum analyzer; A. Vander Lugt; Applied 5. Air Force Special - Militärfuftfahrt heute, No.2; GeraNova Optics, Vol.20, No.16, 15 August 1981, S.2770. Zeitschriftenverlag GmbH, München, 2000-2. 22. Acousto-Optic Processing Increases EW Capabilities; B.J. 6. Boeing B-52H Stratofortress; Jon Lake; Air International, Berg, M.W. Casseday, and I.J. Abramovitz; MSN, February May 2001, S.286-293. 1982, S.106-118. 7. US Strategic Bombers; Robert F. Dorr; Air Forces Monthly, 23. Optics Processing Is Going to Burgeon in the Next Decade; July 2001, S.26-31. Richard Hartman und Dr. John Grisby; DE, April 1982, S.35. 8. Bombers attract renewed interest; Richard Aboulafia, Teal 24. Acousto-Optic Bragg Cells Speed EW Signal Processing; Group; AW&ST Aerospace Source Book; January 14, 2002, Charles L. Grasse and David L. Brubaker; MSN, January S.24. 1983, S.53-69. 9. Renaissance of the heavy bomber? Carlo Kopp; Air 25. Surveillance Receiver Uses Bragg Cell System; Alan Seward International, May 2003, S.44-48. (Defence Research Establishment); MSN, September 1983, 10. Litening Strike; Air Forces Monthly, June 2003, S.12. S.64A-64I. 11. Die drei Musketiere; Karl Schwarz; FLUG REVUE, Juni 2004, 26. Acoustooptics may replace electronic processing; M. S.38-44. Lawrence - British Aerospace, Bristol, UK; Microwaves & RF, 23(1984)11 (November), S.81-86.

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27. Second Generation Bragg Cell Receiver; John Yarborough; JED, October 1985, S.101. . Bus 28. Acousto-Optic Channelized Receiver; I.C. Chang; MJ, March 1. IEEE standard digital interface for programmable 1986, S.141-157. instrumentation; ICH, 2nd Ed., 1976/77, S.374-380. 29. Siemens Testing new RWRs, Elint Equipment for 2. Mux Bus Tester Surfaces; Louis A. Ciasulli; DE, August 1979, Multinational Aircraft; AW&ST, February 16, 1987, S.71. S.88-93. 30. Siemens, Defence Report, No 23, Electronics for Defence, 3. Bussysteme, Parallele und Serielle Bussysteme in Theorie Special Issue for Paris - Le Bourget Air Show, June 1987. und Praxis; Georg Färber (Hrsg.); Oldenburg Verlag, . Firmenunterlagen München, Wien, 1984. 1. Itek Applied Technology: Bragg Cell L500, 6/79. 4. System control of VHF/UHF Receivers; C:E: Dexter & T. W. 2. Itek Applied Technology: Bragg Cell L1000, DS-249. Goodell; WJ Tech-notes, Vol.12, No.6, Nov./Dec. 1985. 5. Industry standard buses find military role; Stewart A. . Brechung, Refraktion Dewar; DE, August 1987, S.53-64. 6. Advanced bus analyzer meets MIL-STD-1553; Interface . Physik; 14. Auflage, Gerthsen - Kneser - Vogel; Springer- technology Product; DE, February 1988, s.106. Verlag, Berlin, 1982. 7. Test-Systems architecture for the future; Joseph DePond - . College Physics; Sears - Zemansky - Young, 6th Ed., HP; MSN&CT, August 1988, S.42-50. Addison-Wesley Publ. Company, 1985. 8. VXIbus compatible instrument operates in the Microwave Frequency range; Racal-Dana Instruments; MSN, January . Breguet BR 1150 Atlantic 1989, S.50-52. 1. Flugzeuge der Welt, heute - morgen; W. Green & D. 9. Choosing a military backplane Bus for the ‘90s and beyond; Punnett; Werner Classen Verlag, Zürich/Stuttgart, 1971. Sheila Galatowitsch; DE, May 1991, S.25-39. 2. Atlantic M4 - das neue Seeaufklärungs- und U-Jagd- 10. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen Flugzeug der französischen Marine; IWR, 1/1979, S.115- Originalausgabe: Avionic Systems, bei Longman Group UK 117. Limited 1989; Deutschsprachige Ausgabe bei Transpress 3. Die Kampfwertsteigerung der Breguet Atlantic; Joachim Verlagsgesellschaft mbH, Berlin, 1993. Schulze-Lauen; wt, 5/87/, S.38-40. 11. Military Bus Technology; Choosing a Military Backplane Bus 4. Nutzungsdauerverlängerung (NDV) Breguet 1150 Atlantic; for the '90s and Beyond; Sheila Galatowitsch; DE, May SuT, 12/1999, S.734. 1991, S.25. 5. MPA - Wie sieht der Nachfolger aus? Jürgen Pöppelmann; 12. Taschenbuch der Hochfrequenztechnik; Bd 1, Grundlagen; wt, IV/1999, S.68-71. 5te Auflage; Meinke-Gundlach; Springer-Verlag, Berlin, 6. Breguet 1150 Atlantic; SuT, Dezember 2001, S.39. 1992. 7. Wettbewerb um den Atlantic-Nachfolger; Karl Schwarz, 13. Hop on board the PCI bus; F. Casagni & T. Rarich; DE, March FLUG REVUE, Oktober 2002, S.58-59. 1995, S.20-22. 8. Marineflieger Atlantics; S. De Graef & R. Borremans; AFM, Issue 177, December 2002, S.48-52. . Butler-Matrix => Antennen 9. Seefernaufklärung aus der Luft tut Not! Gottfried Reichert; 1. Funkpeiltechnik; Grabau & Pfaff; Franck’sche wt, I/2003, S.93-99. Verlagshandlung, Stuttgart, 1989. Beitrag von M. Uhlmann 10. Im Wettbewerb um die Atlantic-Nachfolge; pp; SuT, April „Peilverfahren für Radar-EloUM-Empfänger”, S. 219-239. 2003, S.63. 11. Einsatz vor Mogadishu; Kaj-Gunnar Sievert; FLIEGERREVUE, . BWB 7/2003, S.24-27. 1. Die Dienststellen im Geschäftsbereich des Bundesamtes für

12. Atlantique replacement up in the air; Europear Report, Wehrtechnik und Beschaffung; Dr. Manfred Schober; wt, Michal Fiszer; JED, July 2003, S.23. I/2001, S.65-66.

13. Naval Air Wing 3 - Graf Zeppelin; Mark Ayton; Air Forces 2. Das BWB auf dem Weg in eine neue Struktur; Dr. Manfred Monthly, February 2005, S.58-63. Schober; SuT, Dezember 2001, S.9-62.

14. Orion löst Atlantic ab; Rainer Schmid; FLIEGERREVUE, 3. Das BWB und seine Dienststellen; N. Förtsch & S. Hischke; 3/2005, S.30. SuT, September 2002, S.35-41. 4. Die Zielstruktur des BWB im Jahr 2006; SuT, Dezember . Breitbandantennen => Antennen 2002, S.9-15. 1. Breitband-Antennen; G. Dubost & S. Zisler; R. Oldenburg 5. Das neue BWB; Volker Schmitt; wt II/2003, S.9-14. Verlag, München, Wien, 1977. 6. Dientstellen des BWB; SuT, Dezember 2004, S.12-17. 2. AEL, American Electronic Laboratories, Inc.: Antennas, Antenna Masts, Mounts and Adapters, 1987. . BWO

3. Rohde & Schwarz, Catalog 1999/2000, Antennen HF - VHF - 1. BWOs power mm-wave sweep generators - Product of UHF - SHF, München, 1999. ELVA-1, Petersburg, Russia; Microwaves & RF, 37(1998)2, S.156. . Breitbandempfänger = > Empfänger 2. BWOs tune across mm-wave applications - Product of ELVA-1, Petersburg, Russia; Jack Browne - Publisher/Editor; . Brimstone Microwaves & RF, 39(2000)9, S.156. 1. Brimstone; IECM 2001, S.244.

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. C Band => Frequenzbandbezeichnungen 6. USAF Herks; Rene J Francillon; Air International, February 2001, S.80-84. . C-5 Galaxy 7. Keep on truckin’; Lt Cdr Rick Burgess USN (Ret); AFM, June 2003, S.76-82. 1. Transportflugzeuge; Achim Figgen, Diethmar Plath & 8. C-130J - auf dem Weg nach oben; Hristian Hauser; Brigitte Rothfischer; Bechtermünz Verlag, Augsburg, 2000. FLIEGERREVUE, 1/2003, S.26-30. 2. Upgraded C-5M debut; Flight International, 23-29 May 9. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- 2006, S.4. 87.

10. Hercules on skies; Kaj-Gunnar Sievert; Air International, . C-17A Globemaster III January 2004, S.26-28, 1. Flugzeuge - Die wichtigsten Flugzeugtypen der Welt; 11. 50 Jahre im Einsatz. Hercules - die Legende; Rainer W. Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2000, S.145. During; FLIEGERREVUE, 10/2004, S.28-30. 2. Strategic success story; Mark Nichols; AFM, January 2000, 12. Hercules evolution - RAF C-130Js in service; Dino Carrara; S.56-61. Air International, October 2004, S.56-60. 3. Boeing C-17A, Globmaster III - Das Transportflugzeug für 13. Hercules-Aufgabe; Karl Schwarz; Flugrevue, Dezember das 21. Jahrhundert; Peter Preylowski - Oberst a.D.; SuT, 2004, S.6-13. Oktober 2001, S.26. 14. Royal Air Force Transports of today; Jon Lake; Air Forces 4. Boeing C-17A, Globmaster III; Peter Preylowski- Oberst Monthly, January 2005, S.24-29. a.D.; Beitrag in: Flieger-Kalender 2002, Mittler, Berlin - 15. Military/Civil interoperability extented scope for CNS/ATC; Bonn, 2001, S.80. Charlotte Adams; Avionics Magazine - Aviation Today, 5. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch February 2005. Verlag; Stuttgart, 2001, S.84. 16. Little Rock’s J; Warren E Thompson; AFM, April 2005, S.28- 6. Boeing C-17 A Globemaster III; FLUGREVUE, April 2003, 32. S.47-50. 7. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- . C-160 Transall 87. 1. Waffensysteme der Bundeswehr; Gerhard Hubatschek 8. Boeing C-17A Globmaster III; Typenblatt; Soldat und (Hrsg.); Report Verlag, Frankfurt a/M, 1999. Technik, Februar 2004, S.43-44. 2. Luftfahrzeuge und Luftfahrtgerätetechnik; SuT, 12/2000,

S.791-802. . C-27J Spartan 3. Flugzeuge - Die wichtigsten Flugzeugtypen der Welt; 1. Replacing Australia’s Caribou; Roy Braybrook; Air Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2000, S.205. International, October 1997, S.209-213. 4. Transall C-160 ... Von den Anfängen deutsch-französischer 2. Flugzeuge - Die wichtigsten Flugzeugtypen der Welt; Zusammenarbeit; Gerard Frison; Planet AeroSpace, Nr.2. Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2000, S.12. Januar-März 2001, S.60-63. 3. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch 5. Ein Arbeitspferd feiert Jubiläum; FLUGREVUE, Januar 2002, Verlag; Stuttgart, 2001, S.38. S.63. 4. Italian military transport tested in Singapore skies; D. M. 6. Vor vierzig Jahren: Erstflug der Transall; Peter Preylowski - North; AW&ST, April 29, 2002, S.72-74. Redakteur, Oberst a.D.; SuT, Februar 2003, S.40-41. 5. Spartan in name only; Jeff Rhodes & Malcolm English; Air 7. Transall C160: Sie verlieh der deutsch-französischen International, December 2004, S.44-46. Zusammenarbeit Flügel; Wolfgang Mühlbauer;Planet 6. Special Spartan; Andy Natvi, Gaselle, Italien; AW&ST, AeroSpace, Nr. 2/2003, April-Mai-Juni, S.66-69. September 10, 2007, S.60-62. 8. Transall C 160; Flightline; FLUG REVUE, September 2004, 7. Show Off - Putting the C-27J through straight-and-narrow S.53-56. and downright show-stopping paces; Andy Natvi, Gaselle, Italien; AW&ST, September 10, 2007, S.62-64. . CAD, Computer Aided Design

1. Synthesize Amplifiers Exactly; Les Besser; MSN, October . C-130 Hercules 1979, S.28-40. 1. Hercules rejuvenated; Dave Allport; Air International, 2. Large-Signal characterization plus computer graphics aid December 1999, S.367-370. Oscillator design (Oscillator CAD); M. J. Howes & R. D. 2. USAF Modernizing C-130 Fleet; B. Rivers, JED, January Pollard; MSN, October 1979, S.42-57. 2000, S.25. 3. CAD optimizes broadband Amplifiers; Y. Aral & Y. 3. The modernized ‘Herc’; Avionics Magazine - Aviation Tokumitse; MSN, October 1979, S.58-63, 78-79. Today, July 2000. 4. Exact synthesis Designs Networks; Les Besser; MSN, 4. Flugzeuge - Die wichtigsten Flugzeugtypen der Welt; November 1979, S.130-131. Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2000, S.138. 5. Computer simplifies impedance matching, Part IV; G. 5. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch Szentirmai & L. Besser; MSN, February 1980, S.72-78. Verlag, Stuttgart, 2001, S.210. 6. Enhance S-Parameter accuracy; Michael Hillbun; MSN, March 1980, S.89-93.

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7. CAD system solves bottlenecks in VLSI design flow; David 7. Tactical C3 in the Infantry; ME/C, Vol.4, No.4. April 1978, M. Russell; DE, November 1984, S.87, 90. S.79-80. 8. Computer -aided engineering close-up; Microwaves & RF, 8. C3: Key challenges face Military planners; James Fawcette; 23(1984)13 (December), S.57. EW/DE, June 1978, S.57-66 und 86. 9. Microwave circuit layout: A dynamic plot emerges; Steven 9. DoD protected Communications programm growing; DE, L. March - Compact Software, Round Rock, TX; Microwaves August 1979, S.77-80. & RF, 23(1984)13 (December), S.59-62,158-161. 10. Internetting and ADP bolster Strategic C3; Richard Hartman; 10. High-frequency CAD comes out of the lab and onto the DE, September 1979, S.54-63, 111. shelf; Les Besser - Microwve Educational Programs, Los 11. Defining and measuring C2, Part I; H. B. Teates, et al.; ME/C, Altos, CA; Microwaves & RF, 23(1984)13 (December), S.65- Vol.6, No.5, May 1980, S. 40,42,44,46,92,93; 69. 12. Defining and Measuring C2, Part II; H. B. Teates, et al.; 11. The Software selector: A guide to RF and microwave CAD; ME/C, Vol.6, No.6, June 1980, S.28-34. Microwaves & RF, 23(1984)13 (December), S.70-95. 13. The increasing importance os C3 Jamming; ICH, 6th Ed., 12. CAD packeges improve circuit-optimization methods; U. L. 1980/81, S.336-348. Rohde; MSN&CT, May 1985, S.117-135. 14. C3 drives need for Communication Simulation Systems; 13. Network synthesis CAD programm applied to RF and David I. King - Antekna; ICH, 6th Ed., 1980/81, S.349-356. Microwave Circuit design - Part 1; Max W. Medley Jr - 15. The essentials of Command and Controll; Julian Lake; DE, EEsof; MSN&CT, January 1987, S.97-107. October 1981, S.25-28. 14. CAD-Anwendungen im Bereich der Mikrowellen; Prof. Fred 16. C3 - The last ten years; Lieut. General Hillman Dickinson; Gardiol; Mikrowellenmagazin, Vol.13, No.1, 1987, S.30-36. ME/C, Vol.8, No.1, January 1982, S.26, 29-31. 17. Spread Spectrum Systems serve nearly all C3 Aspects; MSN, . CAE Elektronik GmbH April 1982, S.78-91. 3 1. Quebec Aerospace - A world-class center of excellence in 18. NATO C , IFF, and EW being updated; DE, May 1982, S.50- 61. Canada; AW&ST, Special Advertising Section, May 15, 2005, 3 S.S1-S11. 19. Precision frequency standards upgrade performance of C I Systems; Dr Nicholas F. Yannoni - RADC; MSN, June 1982, . Canards S.114-131. 20. Defensive C3 Countermeasures; Roy Jacobus; JED, July 1. Foreplanes - Foremost or should the tail wag the dog? 1982, S.31-35. Neville Beckett; Air International, May 1999, S.309-315. 21. C3CM Modeling and Simulation, A Necessary Step in

Defining Force Structure, Testing, and Operational . CASA C-295, CN-235 Employment; Gerald J. Carey et al.; JED, July 1982, S.37- 1. Replacing Australia’s Caribou; Roy Braybrook; Air 41,51. International, October 1997, S.209-213. 22. C3CM: Fortschritt und Ausblick; Major General Doyle E. 2. CASA C-295; Air International, September 1999, S.177. Larsen - USAF; Mikrowellenmagazin, Vol.8, No.4, 1982, 3. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch S.381-384. Verlag, Stuttgart, 2001, S.122. 23. C3CM EW; David B. Hoinsigton; JED, March 1983, S.51-62. 4. CN-235 und C-295: Vielseitigkeit zahlt sich aus; Planet 24. C3CM and the Airland Battle; LTG W. R. Richardson; JED, AeroSpace, Nr. 3/2003, Juli-August-September, S.54. June 1983, S.43-46,50,52. 25. Command Control Communications, C3I; MSN, May 1984, . CASCADE S.184-199. 1. Europe’s CASCADE: Blueprint for data link services; George 26. Protective C3CM; Walter G. Deeley; JED, October 1984, Marsh; Avionics Magazine - Aviation Today, April 2006. S.47-54. 27. C3I’s role on the battlefield; Provided by Tadiran, Israel; DE, . October 1984, S.219-226. Cassegrain Antenne, Doppelreflektorantennen 3 1. A Dual Reflector Antenna Scans Many Beamwidths without 28. Upbeat outlook for C I; David A. Boutacoff; DE, February Loss of Gain, Resolution or Sidelobe Level; George Skahill; 1985, S.47-56. 29. Technology and capabilities for Tactical Communications MJ, March 1988, S. 129-139. 3 Jamming - C CM; W.S. Elliott - Rockwell International; DE, . CAT May 1985, S.201-209. 30. C3 to go; Bruce Gumble; DE, May 1985, S.225-228. 1. Kopf hoch! Blickfelddarstellung in Airlinern; Sebastian 31. Gefechtsführung im Nuklearkrieg; Ashton B. Carter; Beitrag Steinke; FLUG REVUE, September 2005, S.34-35. in „Rüstung und Sicherheit”, Spektrum der Wissenschaft,

2 3 3 3 4 4 Heidelberg, 1985, S.42-50. . CC, C , CCC, C , C CM, C I, C I, und C ISR 32. Strengthening NATO’s Air Defense C3I; Jim Coghlan; DE, 1. C3: The big picture; Countermeasures, March 1977, S.24. 3 June 1986, S.179-184. 2. EW-C Interlationships, Part I; Charles D. Burdick et al.; 33. Critical C3I programms emphasize survivability, jam ME/C, Vol.3, No.7, July 1977, S.49,53. 3 3 resistance; Critical Program Reviews: C I; DE, July 1986, 3. EW-C Interlationships, Part II; Charles D. Burdick et al.; S.91-99. ME/C, Vol.3, No.8, August 1977, S.24-28. 3 3 34. C I: What is it really? William W. Pollock - Applied 4. Tactical Counter C ; R. G. Braun & A .P. Oliver; ME/C, Vol.3, Communications; MSN&CT, September 1986, S.73-75. No.9, September 1977, S.84-88. 3 3 35. Amplifiers designed for future ECM and C I applications; 5. C and EW in the Navy; Capt. Albert A. Gallotta, Jr. - USN; Yozo Satoda et al. - Could; MSN&CT, September 1986, S.85- ME/C, Vol.4, No.4. April 1978, S.67-69. 90. 6. Air and Space C3; ME/C, Vol.4, No.4. April 1978, S.73,76,77.

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36. Introduction to Electronic Warfare - Chapter 5: Command . CEC, Cooperative Engagement Capability 3 Control and Communications (C ) Systems; D. Curtis 1. Entwicklung der Marineführungssysteme - Blick in die Schleher, Ph.D.; Artech House, Inc., Norwood, MA, 1986. 3 Zukunft; Dieter Stockfisch; SuT, 1/1999, S.29-35. 37. Strengthening C in space; David A. Boutacoff & Bruce 2. Victora at CEC; Brednan P. Rivers & Michael Puttre; JED, Gumble; DE, February 1987, S.47-56. 3 September 2001, S.40-45. 38. C I: Too much of a good thing? Marc Liebman; DE, June 3. Seapower 21 - Rückgrat der Nationalen Security Strategy 1987, S.67-70. 3 der USA; Michael Stehr; MarineForum, 7/8-2003, S.4-8. 39. Integrating battlefield C I; Jim Coghlan; DE, June 1987, S.85-103. . CEP 40. C3 systems and Technologies of the Future; 1. Satellitenortung und Navigation; Werner Mansfeld; Mikrowellenmagazin, Vol.13, No.5, 1987, S.510-511. Vieweg, Braunschweig/WIiesbaden, 1998. 41. Microwave Supercomponents evolve into higher

performance Synthesized Systems - C3I; Ganesh R. Basawapatna - Microsource; MSN, August 1989, S.26-34. . CFAR, Constant False Alarm Rate 42. Upgrating Military Radios for covert use; Patrick J. 1. Introduction to Radar Systems; Merrill I. Skolnik, McGraw- Diederichs - Hughes Aircraft; MSN, August 1989, S.36-40. Hill International Book Company, 2nd Ed., 1983, S.392-395. 43. SEAD: Operation Allied Force and beyond; Capt David S. 2. A Review of CFAR Detection Techniques in Radar Systems; Levenson, USAF, et al.; JED, January 2000, S.51-56. A. Farina & F.A. Studer, Selenia; MJ, September 1986, S.115-128. . CCD, Charge Coupled Devices 3. Handbuch Radar und Radarsignalverarbeitung; Albrecht Ludloff; Vieweg, Braunschweig, 1993, S.9-1. 1. CCDs: Versatility with Integration - A winning combination;

D.D. Buss, et al.; MSN, October 1977, S.95-100. 2. CCD/SAW Combination Improves Radar Design; M. A. Jack; . CFIT, Controlled Flight Into Terrain MSN, October 1977, S.109-114. 1. Safety in Avionics: Slaying the CFIT Monster; David Evans; 3. CCD Fundamentals; Frank H. Bower; ME/C, Vol.4, No.2, Avionics Magazine - Aviation Today, February 2002. February 1978, S.16-23. 4. CCD: The ultimate shift register; EW/DE, February1979, . CFT, Conformal Fuel Tanks => Konforme S.51-57. Treibstofftanks 5. CCD Applications Maturing, Part I; John Mavor; MSN, December 1979, S.77-83. . Channelized Receiver 6. CCD Applications Maturing, Part II; John Mavor; MSN, 1. The Channelized Receiving System; MSN, Dec./Jan., 1976, January 1980, S.94-98. S.63-70. 7. Ladungsverschiebeelemente; Funktechnische 2. SAW Filters Shrink Channelized Receivers; Duane Lundy; Arbeitsblätter, Funkschau 1980, Heft 15, S.61-64. EW/DE, Sept./Oct. 1977, S.169-174. 8. Microwave Divices and Circuits; 3rd Ed.; Samuel Y. Liao; 3. SAQ Devices: The Answer for Channelized Receivers; J.B. Prentice-Hall Intern Inc., London, 1990. LaGrange, W.D. Daniels, R.L. Lewandiwski; MSN, December

1977, Vol. 7, No 12, S.87-96. . Cd, Cadmium 4. The Channelized Receiver Comes of Age; P. Hennessy & J. 1. Nachsichttechnik - Infrarot-Sensorik; Arnulf Wallrabe; D. Quick, Motorola; MSN, July 1979, S.36-47, 98. Vieweg, Braunschweig/Wiesbaden, August 2001. 5. Channelized Receivers Come of Age; Tim Higgins; MSN, 2. Der Brockhaus Natutwissenschaft und Technik; F.A. August 1981, S.80-91. Brockhaus, Mannheim & Spektrum Akademischer Verlag, 6. Phase-Locked Loops Lower ELINT Receiver Noise; K. Heidelberg, 2003. Kawakami; MSN, August 1981, S.93-107 7. 26- to 60-GHz Channelized Receiver Meets Surveillance . CDMA, Code-Division Multiple Access. Requirements; P.H. Meier, u.a. (AIL Division); MSN, 1. Creating CDMA signals for amplifier testing; Darryl Schick - December 1981, S.60-80. Technical Consultant; Microwaves & RF, 37(1998)3, S.127- 8. Channelizers Give ESM/ECM Receivers Flexibility (Product 135,155,156. Feature of Microphase); MSN, February 1983, S.181-182. 2. CDMA signal generator improves amplifier testing; M. Zlotnik & T. Marra - RDL, Conshohocken, PA; Microwaves & . CICADA RF, 37(1998)3, S.178-187. 1. Http://www.mrcm.net/NoSplash/Systems/ 3. Designing CDMA systems - Aplication Note of M/A-COM, CICADA/body_cicada.html Stoughton, MA; Microwaves & RF, 37(1998)6, S.144. 2. Technical Description Cicada Jammer, 8 Seiten. 4. Understand the basics of WCDMA signal generation; Klaus- 3. Cicada; IECM 2001, S.122. Dieter Tiepermann - Rohde & Schwarz, München; Microwaves & RF, 37(1998)13, S.83-86. . Clutter => Radar

. CDSE, Concept Development, Simulation and . CMOS => MOS Experimentation 1. Radiation Hardned CMOS; A. London, D. Matteucci & R. 1. CDSE: Virtuelles Gefechtsfeld für militärische Wang; ME/C, Vol.3, No.22, November 1977, S.42-47. Führungsstäbe; Planet AeroSpace, Nr.3/2003, Juli-Agust- 2. Microwave Devices and Circuits, 3rd Ed.; Samuel Y. Liao; September, S.50-51. Prentice-Hall International Editions, London, 1990.

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3. The Microwave Engineering Handbook, Volume 1; Edited Regelungstechnik, Technische Universität Darmstadt; Luft- by Bradford L. Smith & Michel-Henri Carpentier; Chapman und Raumfahrt, Nr. 4, Oktober-Dezember 2004, S.22-24. & Hall, London, 1993. . Code, Codierung . CNI, Communication, Navigation, Identification 1. Begriffe der Elektronischen Kampfführung; Herausgegeben 1. CNI 1990; Richard Hartman; EW/DE, April 1979, S.68-72. von ‘DaimlerChrysler Aerospace AG, Führung und 2. Integrated Avionics studies target future technologies; Kommunikation’, Ulm, 1999. Robert A. Reilly; Microwaves, 20(1981)2, S.53-62. 3. The search for airborne antenna commonality; Michael . Coherent Jamming Kachmar; Microwaves & RF, 24(1985)3, S.35. 1. Introduction to Electronic Warfare - Chapter 3: Electronic 4. Modulare CNI-Avioniksysteme; Neues von Rohde & Countermeasures; D. Curtis Schleher, Ph. D.; Artech House, Schwarz, Ausgabe 135, Herbst 1991, S.49-51. Inc., Norwood, MA, 1986. 2. EW101 A First Course in Electronic Warfare; David Adamy; . COBRA Artech House, Inc., Norwood, 2001. 1. DoD turns to GaAs technology for ground-based radars; John Rhea - Freelance Writer; Microwaves & RF, 30(1991)5, . COHO S.47-53. 1. Radar Technology Encyclopedia; Edited by D.K. Barton und 2. Aufklärungsfähigkeiten der Artillerie im Heer der Zukunft; S.A. Leonov; Artech House, Inc., Boston, London; 1997, Oberst Heinrich Fischer - Artillerieschule; SuT, November S.241. 2002, S.13-18. 2. Radar mit realer und synthetischer Apertur; Kap. 7.3 Puls- 3. Projektabteilung Land-Unterstützung; Soldat und Technik, Doppler-Verfahren; H. Klausing & W. Holpp (Hrsg); Dezember 2004, S.34; Projekt Bodenradar. Oldenburg Verlag, München, 2000. 4. In der Truppe - Erstes Serienmodell des Artillerieortungsradars COBRA übergeben; vdH; wt I/2006, . Comint => Fernmeldeaufklärung S.47.

. Compact Range . Cockpit 1. Compact ranges get radar cross-section data abundance; 1. Navigations- und Waffenleitsysteme eines modernen John Pustai - Senior Editor; Microwaves & RF, 26(1987)5, Kampfflugzeuges; SuT, 7/1971, S.402-407. S.118-130. 2. Talking Cockpits will aid Fighter Pilots; Jim Martin; DE, 2. Compact range technology and the market place; R.C. January 1981, S.64-68. Johnson & C.E. Ryan - Georgia Tech Research Institute, 3. Cockpit automation - Electro-optical and computer Atlanta, GA; Microwaves & RF, 26(1987)5, S.135-138. technologies are taking over; John Joss - British Royal Navy; 3. Better RCS data with anechoic absorber characterization; DE, May 1987, S.63-79. Steve Brumley - Motorola, Scottsdale, AZ; Microwaves & 4. The impact of advanced computer systems on Avionics RF, 26(1987)5, S.143-152. reliability; Andrew G. Borden; DE, May 1987, S.S7-S21. 4. Troubleshooting limitations in indoor RCS measurements; 5. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen Bert Schluper & Joseph Vokurka - March Microwave Originalausgabe: Avionic Systems, bei Longman Group UK Systems, Nuenen, The Netherlands; Microwaves & RF, Limited 1989; Deutschsprachige Ausgabe bei Transpress 26(1987)5, S.154-163. Verlagsgesellschaft mbH, Berlin, 1993. 5. Anzeige von Scientific Atlanta „Take your best shot ... 6. The super Cockpit of the future; S.G.; DE, May 1992, S.38- Indoors” in Microwaves & RF, 26(1987)5, S.164-165. 39. 6. Dual chamber design reduces quiet zone ripple/taper 7. Cockpit-Instrumente; Peter Bachmann; Motorbuchverlag, errors; Walter Burnside, Professor, Dept. Electrical Stuttgart, 1998. Engineering, Ohio State University, Columbus, OH; 8. Classics compared - Hawker Hunter and Eurofighter Microwaves & RF, 26(1987)5, S.168-174. Typhoon; Jon Lake; Air International, Vol.56, March 1999, 7. Prime focus feed key to operation of largest range; John S.164-175. Pustai -Senior Editor; Microwaves & RF, 26(1987)5, S.181- 9. Seeing, Touching and Conversing; L F E Coombs; Air 183. International, May 2001, S.304-307.

10. Hightech-Kommandozentrale - Cockpit der Zukunft; Matthias Gründer; FLUG REVUE, Juli 2003, S.102-105. . Computer => Rechner 11. Blick nach vorn durch High-Tech-Fenster; Mathias Gründer; FLUG REVUE, August 2003, S.74-77. . Consol-Drehfunkfeuer => Funknavigation 12. Flugzeuge werden immer sicherer: Herausforderung und Verpflichtung; Planet AeroSpace, 4/2003, S.24-26. . COTS, Commercial of the Shelf 13. Im Cockpit der A380 - Neue Perspektiven für Airbuspiloten; 1. Military retrenchment spells electronics growth; Gene Sebastian Steinke; FLUG REVUE, Januar 2004, S.88-89. Heftman - Senior Editor; Microwaves & RF, 37(1998)6, S.37- 14. The view from the top - The A380 flight deck architecture 46. provides new flexibility for upgrades; David 2. Rediness rests on Army COTS; Kenneth B. Sherman; JED, Hughes/Washington; AW&ST, September 27, 2004, S.51- July 2001, S.49-53. 52. 15. Forschen für Cockpit der nächsten Generation; Christoph . Cover Pulse Repeater Jamming Vernaleken - Institut für Flugsysteme und

28 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

1. Introduction to Electronic Warfare - Chapter 3: Electronic Countermeasures; D. Curtis Schleher, Ph. D.; Artech House, . Cross-Eye Repeater Jamming Inc., Norwood, MA, 1986. 1. Introduction to Electronic Warfare; D. Curtis Schleher, 2. EW101 A First Course in Electronic Warfare; David Adamy; Ph.D.; Artech House, Inc., Norwood, MA, 1986, Artech House, Inc., Norwood, 2001. S.158,159,248,249. 2. EW101 A First Course in Electronic Warfare; David Adamy; . CPDLC, Controller/Pilot Data Link Artech House, Inc., Norwood, 2001. Communications 1. Communications Gate-to-Gate; William Reynish; Avionics . Cross-Polarization Repeater Jamming Magazine - Aviation Today, April 2002. 1. Introduction to Electronic Warfare; D. Curtis Schleher, 2. CPDLC: Back on ist Feet; Brian Evans; Avionics Magazine - Ph.D.; Artech House, Inc., Norwood, MA, 1986, S.152- Aviation Today, June 2002. 154,248. 3. CPDLC system steams ahead; George Marsh; Avionics 2. EW101 A First Course in Electronic Warfare; David Adamy; Magazine - Aviation Today, July 2004. Artech House, Inc., Norwood, 2001. 4. Military/Civil interoperability extented scope for CNS/ATC; Charlotte Adams; Avionics Magazine - Aviation Today; . CSAR, Combat Search and Rescue February 2005. 1. NH-90: Combat Search and Rescue - CSAR; Hans Joachim 5. Europe’s CPDLC goal; David Hughs - Brussels and Wagner; wt II/2002, S.58-61. Maastricht; AW&ST, March 14, 2005, S.84-85. 2. Combat Search and Rescue - CSAR; Steffen Schade - Luftwaffenführungskommando; SuT, April 2004, S.30-38. . CPM, Customer Product Management 1. Die Bundeswehr und die deutsche Rüstungsindustrie; . CW-Radar => Dauerstrichradar Dieter Hanel; Bernard & Graefe Verlag, Bonn, 2003.

29 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

. D Band => Frequenzbandbezeichnungen . Datenspeicher - Mass Memory, Data Storage, Data Recording Systems . Damocles 1. High density digital recorders; W.L. Acosta & J.P. Ramult - DATATAPE, Pasadena, CA; Countermeasures, March 1977, . DASA S.34,35,46,47. 1. AW&ST Aerospace Source Book, January 1999, S.275. 2. Trends in high rate high density digital recording; John C. Mallinsen - Ampex, Redwood City, CA; ME/C, May 1977, . DASSAULT AVIATION S.99-101. 3. Protecting stored data remains a serious problem; Carl 1. Http://www.dassault-aviation.com Landwehr, Ph.D.; ME/C, Vol.9, No.4, April 1983, S.26-36. 2. AW&ST Aerospace Source Book, January 11, 1999. 4. Library Systems: 21st Century technology today; Curt 3. Dassault Flight Test Masters; Henri-Pierre Grolleau; AIR Alway; D&SE, September 1995, S.24-26. International, July 2001, S.342-346. 5. Solid-state mass memory goes airborne; Bruce Kaufman; 4. Classics Compared: Dassault Mirage III and Rafale; Rene J D&SE, February 1996, S.22-23. Francillon; AIR International, June 2001, S.347-355. 6. Optical jukeboxes play the right tune for mass storage; Pam 5. Dassault; Henri-Pierre Grolleau; AIR International, July Ingmire; D&SE, March 1996, S.19-21. 2001, S.24-27. 7. A sampling of data recording systems; Don Herskovitz; JED,

January 1998, Supplement, S.44-50. . Datalinks, Datenlinks, Datenstrecken, Drahtlose 8. Data storage and the coming Millennium; Don Herskovitz; Datenverbindungen JED, May 1998, S.51-56, 67. 1. Data Link Improves Air/Ground Command and Control; 9. A sampling of data recording/storage systems; Don Martin Amsler; EW, Sept./Oct. 1976, S.111. Herskovitz - Technolgy Survey; JED, October1998, S.67-72. 2. Introduction to Electronic Warfare - Chapter 5: Command 10. Disk arrays - pretender to the SIGINT storage throne? John Control and Communications (C3) Systems; D. Curtis M. Howard; JED, November 1999, S.51-54. Schleher, Ph.D.; Artech House, Inc., Norwood, MA, 1986. 11. A sampling of Military data recording/storage systems; Don 3. Tactical Data Links Promote Tri-Service Interoperability; Herskovitz - Technolgy; JED, December1999, S.59-63. Louisa Griffin; DE, June 1992, S.49. 12. High performance storage: Myth vs. reality; Linda 4. Link 16 may be key to controlling „Electronic Battlefield” - Kempster; JED, June 2000, S.51-55. ec monitor; Kenneth B. Sherman; JED, August 2001, S.30- 13. Hard and fast data handling; John M. Howard; JED, January 32. 2001, S.55-59. 5. Militärische Datenübertragungsverfahren (Datenlinks): 14. A sampling of military data recording systems; Don Standards sichern die reibungslose militärische Herskovitz; JED, September 2001, S.61-65. Kommunikation; Dr. Rüdiger Leschhorn; R&S MIL News, 6/2002, S.28-32. . Dauerstrichradar => Radar 6. Tactical Digital Information Links (TADIL); 1. Elektronik Lexikon; Dr. Walter Baier (Hrsg); Frankh’sche Http://www.globalsecurity.org/intel/systems/tadil.htm Verlagshandlung Stuttgart, 1974. December 2002. 2. Mikrowellen in der Anwendung, Funk, Radar, Erwärmung; 7. Airborne data link evolution; Steve Davies; AFM, Issue 179, Erich Pehl; Hüthig, Heidelberg, 1993. February 2003, S.68-72. 3. Einführung in die Radartechnik; Bernhard Huder; Teubner, 8. Militärische Datenübertragungsverfahren (Datenlinks): Stuttgart, 1999. Standards sichern die reibungslose Kommunikation- Teil 2; 4. Radar mit realer und synthetischer Apertur; H. Klausing & Dr. Rüdiger Leschhorn; R&S MIL News, 7/2003, S.20-23. W. Holpp (Hrsg); Oldenburg Verlag, München, 2000. 9. Taktische Datenlinks - Gelebte Interoperabilität und Vernetzte Operationsführung; Rolf Hahn - Baudirektor . DAW => ADW Dipl.-Ing.; Strategie und Technik, September 2005, S.52-56.

. DDL, Dispersive Delay Line . Datenfusion, Datenkorrelation 1. DDLs perform vital signal-processing role; C. Erikson, D. 1. Data Fusion: The process of C3I; F.E. White & Dr. James Carlton & R. Dorman - Andersen Laboratories; MSN&CT, Llinas; DE, June 1990, S.77-83. July 1985, S.99-103. 2. Automatic target recognitionshows promise; Christine

Castro; DE, August 1990, S.49-52. 3. The application of Imaging Sensors to Aircraft landings in . DDS, Direct Digital Synthesizer adverse weather; Stuart W. Greenwood - Uni of Maryland; 1. DDS provides an alternative to PLL synthesizer design; MJ, September 1992, S.80-89. Robert J. Zavrel, Jr. - Stanford Telecom, Santa Clara, CA; Microwaves & RF, 29(1990)9, S.145-140.

30 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

2. Fast-switching synthesizers track agile signals; W.C. Beam & 10. Biased detectors span broad bands from 60 to 300 GHz; P.J. Rezin - Watkins-Johnson, Gaithersburg, MD; Ronna B. Erickson - Millitech, Deerfield, MA; Microwaves & Microwaves & RF, 30(1991)9, S.117-124. RF, 26(1987)13 (December), S.113-125. 3. DDS/PLL methods craft low-noise synthesizers - Product of 11. Extend the range of standard detector diodes; Mark R. Communication Techniques, Whippany, NJ; Jack Browne - Wolski - Medical Advances,Milwaukee, WI; Microwaves & Chief Editor; Microwaves & RF, 30(1991)10, S.133-138. RF, 27(1988)9, S.125-133. 4. Choose DACs for DDS system applications; David Buchanan 12. Mikrowellentechnik - Kap. 8: Detektoren und Mischer; - Analog Devices, Greensboro, NC; Microwaves & RF, Werner Bechtold; Vieweg, Braunschweig/Wiesbaden, 1999. 31(1992)8, S.89-98. 13. Design a logamp RF pulse detector; Eamon Nash - Analog 5. DDS techniques assist exotic waveform generation; John Devices, Wilmington, MA; Microwaves & RF, 39(2000)1, Pesec - Leithley Instruments, Cleveland, OH; Microwaves & S.62-71. RF, 31(1992)9, S.140-143. 6. DDS IC integrates reference multiplier; Jim Surber - Analog . DEW => Directed Energy Weapons Devices, greensboro, NC; Microwaves & RF, 37(1998)5, S.235-244. . Dezibel, dB 7. Compact DDS silences spurious and phase noise; P. 1. Was bedeutet der Ausdruck DEZIBEL? Oberstleutnant Jackson, S. Hardy & C. Martins - Advanced Radio Corp.; Friedrich Dauselt; SuT, 4/1973, S.188-190. Microwaves & RF, 42(2003)4, S.94-100.

8. A dynamic approch to synthesizer design; ITT Industries Inc., Microwave Systems, Lowell, MA; Microwave Journal, . DF, Direction Finding => Pelier 46(2003)5, S.270-276. 9. DDS gains wider application; Jack Browne - Publisher; . DFS Microwaves & RF, 42(2003)10, S.17. 1. Flugsicherung in Deutschland; Peter Bachmann; Motorbuch 10. Frequency Synthesizers yield stable signals; Jack Browne- Verlag, Stuttgart, 2005. Publisher/Editor; Microwaves & RF, 42(2003)10, S.33-41. 11. Smart Synthesizers simplify RF integration; David Lyle - . Dichroic (Dualband) Antennas President/CTO; Microwaves & RF, 42(2003)10, S.55-59. . New antenna from S-A (S-A: Scientific-Atlanta); Microwaves 12. Frequency Synthesizers tune Communications Systems; & RF, 30(1991)5, S.27. Jack Browne, Technical Director; Microwaves & RF, March

2006, S.33-40. . Diehl-Gruppe . Decca, DNS => Funknavigation 1. Http://www.diehl.de 2. SuT, Februar 2001, S.8, Anzeige der Diel Stiftung & Co.

3. Diehl VA Systeme, Leistungsträger für . Decoys => Täuschkörper Verteidigungssysteme und Avionik; SuT, September 2001, S.35. . DECT 4. Diehl-Konzern hat seine Rüstungsaktivitäten neu 1. Fachbegriffe der Elektronik, Telekommunikation und ausgerichtet; Hans Werner Steinhoff; wt IV/2005, S.86-89. Computertechnik; Ulrich Freyer; Franzis Verlag GmbH, 5. Diehl VA Systeme, Kompetenz in Verteidigung und Avionik; Poing, 2000, S.98. Ulrich Rapreger; SuT, März 2007, S.20-21.

. Detektieren, Detektoren . Dielektrikum 1. Video Detector Noise Figure, Equivalent Input Noise 1. Lexikon der Physik; Richard Knerr; Faktum Lexikon Institut, Voltage, and Source Resistance; ICH, 1st Ed., June 1975/76, Bertelsmann Lexikon Verlag GmbH, Gütersloh/München, S.238-239. 2000. 2. Video Detector Tangential Sensitivity vs. Noise Level; ICH, 1st Ed., June 1975/76, S.240. . Dielektrische Antennen 3. Video Detector Output vs. Incident RF Power; ICH, 1st Ed., 1. Integrate Antennas into planar designs; Naresh C. Deo & June 1975, S.241. Raj Mittra - Uni Illinois; Microwaves, 18(1979)12, S.60-64. 4. Detectors, Microwave Detector Terminilogy; ICH, 1st Ed., 2. Solid Dielectric Horn Antennas; C. Salema, C. Fernandes June 1975/76, S.319. und Rama Kant Jha; Artech House, Boston/London, 1998. 5. Broadband Detectors Cover 0.5-26.5 GHz - Product of 3. Using guided wavelength as a basis for the design of Krytar; MSN, May 1982, S.133. dielectric rod antennas; Carl L. Everett - Bell Helicopter 6. Understanding the limits of quadrature detection; Stan Textron Inc., Hurst, TX; MJ, May 2003, S.222-228. Goldman - Scientific Communications, Garland, TX; Microwaves & RF, 25(1986)13 (December), S.67-70,178. . Dielektrische Resonanz-Oszillatoren, DROs 7. Detectors senses 10 MHz to 40 GHz; Product of Krytar, 1. Frequency Stability of Dielectric Resonator Oscillators; Sunnyvale, CA; Microwaves & RF, 26(1987)3,S.224. James K. Plourde - Bell telephone Lab, Allentown; MJ, 8. Coaxial coupler and directional detector sample 2 to 40 September 1978, S.47. GHz; Tom Russell - Krytar, Sunnyvale, CA; Microwaves & RF, 2. Dielectric Resonators: Past, Present, and Future; Martin R. 26(1987)5,S.294-296. Stiglitz; MJ, July 1981, S.19-36. 9. Calculating the square law detector signal-to-noise output; 3. The Dielectric Resonator Oscillator - A new class of Mathew J. Fivash; Honeywell, Anapolis, Maryland; Microwave Signal Source; Mert Purnell; MJ, Nov. 1981, Microwaves & RF, 26(1987)6, S.154-157. S.103-108.

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4. Elementary functions procedure fimplifies Dielectric 5. Live-fire test gives dramatic example of DIRCM capabilities; Resonators’ design; Darkor Kajfez (The Uni MIssissippi); AW&ST, November 15, 1999, S.98. MSN, June 1982, S.133-140. 6. Pointing the heat - Technology; Staff Report; JED, 5. Basic principles give understanding of Dielectric September 2000, S.59-64. Waveguides and Resonators; D. Kajfez; MSN, May 1983, 7. Protecting the Big Boys: Directed IR Countermeasures for S.152-161. Large Aircraft; JED, December 2000, S.47-50. 6. Digital correction keeps DROs on track; Jack Browne - 8. LIFE closes the loop - A DIRCM technology once shelved as Senior Editor; Microwaves & RF, 24(1985)2, S.161-162. ahead of its time scores a hit; ec monitor - Michael Puttre; 7. Tech-Briefs No. 851-The Tuning and Exciting of Dielectric JED, July 2001, S.24-25. Resonator Modes; Trans-Tech/Alpha, Inc.; The MSDH, 4th 9. Directed Infrared Countermeasures - Hot Markets and New Ed., July 1986, Vol.16, No.7, S.12-13. Technologies; Dr. David L. Rockwell; JED, October 2006, 8. Low-noise DROs perform to 20 GHz - Product of Mountain S.28-34. Computer, Scotts Valley, CA;Microwaves & RF, 25(1986)13, S.176. . Directed Energy Weapons 9. Dielectric Resonator materials and their applications; K. 1. Antennas confound jamming, energy weapons Wakino, et al.; MJ, June 1987, S.133-150. development; David A. Fulghum, Washington; AW&ST, 10. Dielectric resonatrs become more popular and more December 9, 2002, S.71-73. achallenging; John Pustai - Senior Editor; Microwaves & RF, 2. Flash in the Plan; Ted McKenna; JED, May 2003, S.46-52. 26(1987)9, S.76-81. 11. DROs meet EW and countermeasures system needs; . Direction Finding => Peilung, Funknavigation Howard Bierman; MJ, October 1987, S.44-66.

12. Low-noise DROs offer high power from 1 to 18 GHz - Product of Taylor Microwave, Hoboken, NJ; Jack Browne - . Diskriminator Senior Editor; Microwaves & RF, 26(1987)12, S.176. 1. Firmenunterlage: Addington Laboratories, Inc., Solid State 13. Understand DRO design methods and operation- Part 1; Products Division, 128A; Beilage zu MSN, Oct./Nov. 1976. A.P.S. Paul Khanna - Avantek, Milpitas, CA; Microwaves & 2. Cutlass uses heathkit-type Discriminator; EW/DE, January RF, 31(1992)4, S.120-124. 1978, S.80-83. 14. Picking devices for optimum DRO performance - Part 2; 3. Basics guide delay-line discriminator design; Andrew A.P.S. Paul Khanna - Avantek, Milpitas, CA; Microwaves & Laundrie - Senior Editor; Microwaves & RF, 31(1992)9, RF, 31(1992)5, S.179-182. S.120. 15. Evaluate DRO noise and tuning characteristics - Part 3; A.P.S. Paul Khanna - Avantek, Milpitas, CA; Microwaves & . Dispensers RF, 31(1992)6, S.99-108. 1. A sampling of Expendables-Dispensers - Technology Survey; 16. Design a wide range of quiet DRO circuits - Part 4; A.P.S. Robert McGahan; JED, December 2001, S.59-62. Paul Khanna - Avantek, Milpitas, CA; Microwaves & RF, 31(1992)7, S.95-98. . Displays 17. Free-running dielectric resonator oscillators; Anzeige von 1. Liquid crystals: The daylight surveilable display; Glen F. MITEQ; Microwaves & RF, 36(1997)3, S.65. Ingle - Applied technology; EW, Sept./Oct. 1976, S.55-60. 18. Simulate and build a Ku-Band DRO - Part 1; O. Bernard & R. 2. Flat Visual Display Uses Electroluminescence; Dr. Cyril Croston - California Eastern Laboratories, Santa Clara, CA; Hilsum; EW/DE, Nov./Dec. 1977, S.110-111. Microwaves & RF, 39(2000)5, S.103-115. 3. Full Mil-Spec Plasmascope - Introducing the Plasmascope; 19. Model and build a Ku-Band DRO - Part 2; Olivier Bernard - Anzeige von SAI Technology; EW/DE, September 1978, California Eastern Laboratories, Santa Clara, CA; S.91-96. Microwaves & RF, 39(2000)6, S.85-89,164. 4. Survivable display terminals for the tactical nuclear 20. Phase-locked DRO achieves low noise and cost at 26 GHz; environment; Clay Burdick; ME/C, Vol.8, No.3, March 1982, Engineering Staff, L-3 Communications, Narda Microwaves, S.46,47, 63-66. Hauppauge, NY; Microwaves & RF, 39(2000)6, S.144-148. 5. Ruggedizing existing equipment results in militarized high- 21. Dielectric Resonators offer broad tuning ranges - Product of resolution color graphic system; Roy Larson & David Temex Components, Montreuil Cedex, France; Jack Browne Hammond; ME/C, Vol.8, No.7, July 1982, S.28-33. - Publisher/Editor; Microwaves & RF, 39(2000)9, S.153. 6. Plasma displays offer advantages for many tactical applications; Jim Redman; ME/C, Vol.9, No.3, March 1983, . Digitaler Frequenzdiscriminator, DFD S.50-55. 1. DFD-Anzeige der Firma Anaren - Syracuse, NY; MSN, 7. Plasma Displays challenge CRTs; Jerald I. Farmer, Dr.; DE, 11(1981)4, S.41. September 1984, S.157-160. 8. Radars, Countermeasures and Missile Electronics; §3: . DIRCM => AAQ-24 Military airborne displays; Mikrowellenmagazin, Vol.13, 1. More sensitive MWS sensors enhance DIRCM No.5, 1987, S.511-513. effectiveness; 9. Leichtere und besser ablesbare Luftfahrzeuge-Instrumente; 2. Live-Fire Test Demonstrate AAQ-24 DIRCM Capabilities; Stuard Slade; Mikrowellenmagazin, Vol.13, No.6, 1987, Philip J. Klass; AW&ST, October 26, 1998, S.44-45. S.686-688. 3. DIRCM and ATIRCM compared in DoD study; JED, July 1999, 10. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen S.25-26. Originalausgabe: Avionic Systems, bei Longman Group UK 4. DIRCM scores high in live-fire tests; Philip Klass; AW&ST, Limited 1989; Deutschsprachige Ausgabe: Transpress November 15, 1999, S.45-46. Verlagsgesellschaft mbH, Berlin, 1993.

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11. Big Screen Cockpit Displays Enhance Pilot Capabilities; 1. ROHDE & SCHWARZ, Funk unter Kontrolle, Neues von R&S Bruce Buckland; DE, May 1992, S.50-53. Special, 1987. 12. Display systems supply sharper images; DE, May 1996, S.32-33. . Dopplerradar => Radar 13. Radar Technology Encyclopedia; D.K. Barton & S.A. Leonov (Hrsg); Artech House, Inc., Boston, 1997. . Dotierung 14. EW Processing (Part 5) - Modern Aircraft Operator 1. Elektronik; Herbert Frisch; VDI-Verlag, Düsseldorf, 1975. Interface; Dave Adamy - EW101 Tutorial; JED, February 2. Halbleiter-Physik; D.A. Fraser; R. Oldenburg Verlag, 1999, S.58-59. München, 1981. 15. A sampling of Military Displays; Don Herskovitz -

Technology; JED, March 1999, S.53-57. 16. EW Processing - Operator Interface in Tactical ESM . DRFM, Digital RF Memories Systems; Dave Adamy; JED, March 1999, S.58-59. 1. Frequency Memory Loops; DeGunther, R.N. & MacCabe 17. A Sampling of Military Displays; Don Herskovitz; JED, S.P.; WJ Company, Tech-notes, Vol.10, No.2, March/April January 2001, S.61-65. 1983. 18. EW101 A First Course in Electronic Warfare; David Adamy; 2. Digital RF Memories enter second decade; E. Koos -Naval Artech House, Inc., Norwood, 2001. Research Lab.; JED, August 1985, S.49-51. 19. Displays & Instruments; AW&ST Aerospace Source Book, 3. DRFM requirements demand innovative technology; G. January 14, 2002, S.221-223. Webber, et al. - Honeywell, Minneapolis, MN; MJ, Feb. 20. A Sampling of Military Displays; Robert V. McGahan; JED, 1986, S.91-104. April 2002, S.57-61. 4. Lucrative market for DoD drives DRFM technology; Robert 21. Displays & Instruments; AW&ST Aerospace Source Book, M. Clarke - Freelance Wrter, Mrblehead, MA; Microwaves January 13, 2003, S.211-214. & RF, 27(1988)3, S.56,61,62. 22. Großes Bild für guten Durchblick - Neue Display-Tchnologie 5. A sampling of Digital RF Memories; Don Herskovitz; JED, im Fighter-Cockpit; Karl Schwarz; FLUGREVUE, Juni 2004, March 1998, S.51-55. S.78-83. 6. A sampling of Digital RF Memories and Frequency Discriminators; Don Herskovitz - Technology; JED, February . DLVA, Detector Logarithmic Video Amlifier 2000, S.57-61. 7. A mixed-signal ASIC for digital RF memory applications; LNX 1. DLVAs find application in ESM Systems; Marc Sheade, Corp. -Product Feature; MJ, December 2004, S.146-147. Planar Microwave; MSN, August 1984, S.47-56.

2. Anzeige von Planar Microwave in MSN&CT, February 1986, S.153. . DRO => Dielektrische Resonanz-Oszillatoren 3. DLVA offers high logging range in small package; Planar Microwave Product, Model PAC 1106; MSN&CT, May 1986, . Drohne CL-289 S.199. 1. Unmanned captive Helicopter-Radar system to be 4. Anzeige von Microphase in MSN&CT, February 1888, S.17: incorporated into German army Reconnaissance 55 dB Dynamic Range, DC-Coupled DLVA -40 dBm to +15 operations; Wolfram Klaar, Dr. - Dornier; DE, October 1979, dBm, Model DSH-3218. S.33-40. 5. Linear DLVAs recover in only 25 ns - Product of Teledyne 2. Das Aufklärungssystem Drohne CL 289; Daniel Heinz, SuT, Microwave, Mountain View, CA; Sheng Lee, Engineering 1/1999, S.23-25. Director; Microwaves & RF, 28(1989)4, S.148-151. 3. Aufklärungssystem Drohne CL 289; Franz Henrich, SuT, 6. Low-power GaAs DLVAs cut delays through Ku-Band; W.M. 8/1999, S.465-467. YU, C.Y. Su & M.H. Yam - Menlo Industries, Fremont, CA; 4. Unmanned revolution; Farnborough International, 2002, Microwaves & RF, 28(1989)7, S.136-138. The Official Souvernir Programme; Published on behalf of 7. SDLAs respond quickly from 6 to 18 GHz - Product of SBAC by Key Exhibitions Ltd, Stamford, UK, September Avantek, Milpitas, CA; Jeff La Tourrette - Avantek, Santa 2002, S.38-41. Clara, CA; Microwaves & RF, 30(1991)10, S.141-144. 5. Aufklärungsfähigkeiten der Artillerie im Heer der Zukunft; Oberst Heinrich Fischer - Artillerieschule; SuT, November . DMA 2002, S.13-18. 1. PC-Lexikon; Hans Herbert Schulze; Rowohlt, Hamburg, 6. Drohnen in der Bundeswehr - Die aufstrebende Waffe; 1996. Jürgen Pöppelmann; wt/III, 2004, S.44-51. 2. Fachbegriffe der Elektronik; Ulrich Freyer; Franzis’, Poing, 2000. . Drohnen, RPV, UAV 1. Technik und Einsatz von RPV-Waffensystemen; Bernd . DME => Funknavigation Krogull & Ulrich Rieger; Jahrbuch der Wehrtechnik, 1975; S.166-177. . Doppler-Navigation => Funknavigation 2. Aquila RPV completes first automatic flights; Countermeasures, January 1977, S.18. 1. The Standard for Doppler Radar Navigation Systems; 3. Unmanned captive Helicopter-Radar system to be Anzeige von Kearfott in EW/DE, April 1978, S.61. incorporated into German army Reconnaissance

operations; Wolfram Klaar, Dr. - Dornier; DE, October 1979, . Dopplerpeiler-Antennensysteme => S.33-40. Funknavigation 4. Allies to walk the „Two-Way Street”; DE, June 1981, S.79- 82.

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5. Sea-based Remotely Piloted Vehicles, issues and concepts, 34. Drohnen - Die unbemannte Aufklärung; Jürgen Part1; Dr. Charles Henderson; ME/C, Vol.8, No.4, April Pöppelmann; wt, II/2001, S.56-64. 1982, S.61-64. 35. A little paylosd goes a long way - Is there room for tactical 6. Sea-based Remotely Piloted Vehicles, issues and concepts, UAVs in the shadow of Global Hawk? M. Puttre & K.B: Part 2; Dr. Charles Henderson; ME/C, Vol.8, No.5, May Sherman; JED, July 2001, S.37-42. 1982, S.45-47. 36. UAV or Missile? Brendan P. Rivers; JED, July 2001, S.43. 7. The Skyeye increases real-time performance; G.R. Seeman, 37. Drohnen, Familie der Zukunft; Stephane Ferrard; Planet et al.: ME/C, Vol.9, No. 3, March 1983, S.80-84. AeroSpace, Nr.5. Oktober-Dezember 2001, S.46-49. 8. RPV battlefield payloads - The Army’s Aquila Program; Tony 38. Conflicts Spur Interest in UAVs; Steven J. Zaloga, Teal Vandersten -Lockheed; JED, October 1985, S.137-148. Group; AW&ST Aerospace Source Book, January 14, 2002, 9. Tapping the EW potential of Unmanned Air Vehicles; Don S.103-104. Dugdale; DE, October 1986, S.109-120. 39. Unmanned aerial vehicles and drones; AW&ST Aerospace 10. Building a better RPV; John Joss; DE, June 1987, S.114-122. Sourcw Book, January 14, 2002, S.106-113. 11. Where U.S. UAV are headed; Don Dugdale; DE, June 1987, 40. Unbemannte Zukunft; Karl Schwarz; FLUGREVUE, 01/2002, S.125-128. S.82-87. 12. Unmanned vehicle reach new heights and depths; Don 41. Unbemannte Späher; Karl Schwarz; FLUGREVUE, Mai 2002, Dugdale; DE, November 1989, S.56-71. S.30,32. 13. Unmanned systems win unexpected support; Ron 42. UAVs in action, 1964 to 2002 (Part 2); Tim Pipley; Air Schneiderman - Senior Editor; Microwaves & RF, International, June 2002, S.348-352. 30(1991)9, S.34-43. 43. UAVs/UCAVs finally join air combat teams; William B. Scott, 14. Unmanned Aerial Vehicles take the spotlight; Sheila Colorado Springs; AW&ST, July 8, 2002, S.54-55. Galatowitsch; DE, September 1991, S.43-54. 44. Unmanned Order of Battle; Bill Sweetman; JED, July 2002, 15. Ups and downs of the UAV - Part 1; Kenneth Munson; Air S.36-40. International, July 1997, S.37-46. 45. Control to Go; Peter Costa; JED, July 2002, S.43-44. 16. Ups and downs of the UAV - Part 2; Kenneth Munson; Air 46. Unbemannte Fluggeräte, Eine Technolie in der International, August 1997, S.100-108. Reifeprüfung; Burkhard Theile; SuT, August 2002, S.7-9. 17. A sampling of Unmanned Aerial and Remotely Piloted 47. No clear path set for protecting UAVs; Robert Wall and Vehicles; Don Herskovitz; JED, November 1997, S.53-58. David A. Fulghum, Nashua, NH; AW&ST, October 28, 2002, 18. UAVs gaining credibility; Steven J. Zaloga, Teal Group Corp; S.58-59. AW&ST Aeorospace Source Book, January 12, 1998, S.93- 48. Small UVAs to carry disposable pulse weapons; David A. 95. Fulghum and Robert Wall, Nashua, NH; AW&ST, October 19. A sampling of Unmanned Aerial and Remotely Piloted 28, 2002, S.60. Vehicles; Don Herskovitz; JED, May 1998, S.57-62. 49. Aufklärungsfähigkeiten der Artillerie im Heer der Zukunft; 20. DARO leaves a solid legacy; Bill Sweetman; JED, June 1998, Oberst Heinrich Fischer - Artillerieschule; SuT, November S.43-48. 2002, S.13-18. 21. Growing pains as UAVs evolve; Steven J. Zaloga; AW&ST 50. UAVs: Interest up; Steven J. Zaloga - Teal Group; AW&ST Aerospace Source Book; January 11, 1999, S.97-98. Aerospace Source Book, January 13, 2003, S.103-104. 22. Unmanned Aerial Vehicles and Drones; AW&ST Aerospace 51. Unmanned aerial vehicles and drones; AW&ST Aerospace Source Book; January 11, 1999, S.100-107. Source Book, January13, 2003, S.106-113. 23. A Sampling of Unmanned Aerial and Remotely Piloted 52. Klein, Mini, Micro ... Das Schrumpfen der Drohnen - Teil 1; Vehicles; Don Herskovitz; JED, Supplement April 1999, S.27- Jürgen Pöppelmann; wt, I/2003, S.90-92. 32. 53. UAV- und UCAV-Pläne des Pentagon - Die neuen Stars; Karl 24. Einsatz von UAV-Systemen und Auswirkungen auf Schwarz; FLUG REVUE, Juni 2003, S.56-59. Streitkräfte bis 2020; Thomas Frisch (Fregattenkapitän) & 54. Die Zukunft hat schon begonnen; wb; Mforum, Juni 2003, Jean Serveille (Lieutnant); SuT, 4/1999, S.224-225. S.10-11. 25. UAVs: 100 eyes in the sky; Brendan P. Rivers; JED, June 55. UCAVs und UAVs von Dassault und Alenia - Europäische 1999, S.45-51, 57. Schritte; Karl Schwarz; FLUGREVUE, August 2003, S.11. 26. A sampling of Unmanned Aerial Vehicles; Don Herskovitz - 56. Klein, Mini, Micro ... Das Schrumpfen der Drohnen - Teil 2; Technology Survey; JED, July 1999, S.55-60. Jürgen Pöppelmann; wt, II/2003, S.106-108. 27. From top gun to computer nerd; Malcolm Davis; Air 57. Unbemannte luftgestützte Trägersysteme; Stefan Scheibl, International, September 1999, S.171-175. Oberstleutnant, BMVg; SuT, Februar 2004, S.36-41. 28. Army Eyes UAVs for Sigint Jamming; Robert Wall; AW&ST, 58. Zukunftsperspektiven von Aufklärungsdrohnen des Heeres; November 15, 1999, S.97. Prof. Dr.-Ing. Joachim Wernicke; Wehrtechnischer Report 29. Luftfahrzeuge und Luftfahrtgerätetechnik [BWB, Abteilung 1/2004, Februar 2004, Report Verlag, Bonn & Frankfurt LG]; SuT, 12/1999, S.731-740. a/M, S.38-40. 30. Anwendung der Drohnentechnologie für das Heer; 59. UAS Unmanned Air Vehicles; Kenneth Munson; Air Oberstleutnant a.D. Bernhard Frhr. von Bothmer; International, April 2004, S.46-48. Wehrtechnischer Report, D 46892, 11/2000, Report Verlag, 60. Drones that sting; Bill Sweetman; JED, June 2004, S.34-40. Bonn und Frankfurt a.M., S.29-31. 61. UAVs over the hill and through the window; Shlomo Aloni; 31. Technologie und Kämpfer; Jürgen Erbe; SuT, 11/2000, Air International, August 2004, S.59-61. S.715-718. 62. Unmanned Aerial Vehicles; Sascha Lange; SuT, Oktober 32. A sampling of Unmanned Aerial Vehicles; Don Herskovitz - 2004, S.38-42. Technology Survey; JED, March 2001, S.61-66. 63. Drohnen in der Bundeswehr - Die aufstrebende Waffe; 33. The UAV is poised to strike; ec monitor - Michael Puttre; Jürgen Pöppelmann; wt/III, 2004, S.44-51. JED, June 2001, S.28-29.

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64. Präzise Daten - sichere Entscheidung; D. Keller & L. Schulz; 11. Chaff; Butters, von Brian C.F.; IEE Proc., Vol. 129, Pt.F, No.3, Strategie und Technik, Januar 2005, S.26-27. June 1982. 65. Unmanned Aerial Vehicles; Michael Trautermann - 12. Exotic geometries yield high-fidelity chaff; Richard M. Berg Oberstleutnant; Strategie und Technik, November 2005, - US Army, Fort Belvoir; Microwaves & RF, 22(1983)4, S.64- S.41-49. 70. 66. Die Unbemannten; Helmut F. Walter; FLIEGERREVUE, 08- 13. Venerable chaff - Take a new look througgh an old window; 2007, S.56-59. Jack Hahn, et al.; DE, October 1984, S.87-96. 67. UAV im maritimen Fähigkeitsspektrum; Rainer Brinkmann; 14. Fooled you! The art of off-board ECM protection; Don SuT, Juni 2007, S.50-54. Herskovitz - Technology; JED, August 1999, S.35-40. 68. UAV auf dem Weg zu vernetzten Systemen; Hans 15. Patterns of protection - Expendable countermeasures offer Tönskötter und Jürgen R. Bittner; SuT, Juni 2007, S.58-61. dependable defense; Michael Puttre; JED, August 2001, S.48-52. . Druckanzug 16. Window on Gomorrah - This month marks th 60th 1. Wie neugeboren; Christopher Hess; FLUG REVUE, August anniversary of the first use of aluminium chaff; V.A. 1999, S.84-89. Pheasant, MBE Chemring Group plc; JED, July 2003, S.56- 2. Bequem bis 9g; Stefan Petersen; FLUG REVUE, Mai 2004, 59. S.39. 3. Neuer Schutz für Piloten - Druckanzug Libelle; --; Luft- und . DVB, Digital Video Broadcasting Raumfahrt 5/2005, S.26. 1. Basiswissen Multimedia; Band 1: Technik; Andreas Holzinger; Vogel Buchverlag, Würzburg, 2. Auflage, 2002. . DSCS, Defense Satellite Communications Systems . DVD, Digital Video Disc 1. Air Force Continues DSCS Effort; MSN, May 1978, S.25. 1. Computer Lexikon - Fachwörterbuch, Ausgabe 2002; 2. Improvements Badly Needed in Military Communications; Microsoft Press Deutschland, Unterschleißheim, 2001. MSN, May 1979, S.23-27. 2. Basiswissen Multimedia; Band 1: Technik; Andreas 3. Command Control Communications, C3I; MSN, May 1984, Holzinger; Vogel Buchverlag, Würzburg, 2. Auflage, 2002. S.184-199. . Dynamikbereich - Dynamic Range . DSP, Digital Signal Processing 1. Dynamic range considerations in electronic 1. System simulator incorporates DSP tools - Product of countermeasures receivers; Lucille W. Robbins; MSN, Dec. Elanix, Westlake Village, CA; Jack Browne - 1975 / Jan. 1976, S.53- 61. Publisher/Editor; Microwaves & RF, 37(1998)6, S.139. 2. Receiver Dynamic Range, Part 1: Guidelines for receiver 2. DSP enhances performance of wireless base stations - analysis; Robert Watson - Watkins-Johnson, Gaithersburg, Product of Lucent Technologies, Allentown, PA; Jack MD; Microwaves & RF, 25(1986)13, S.113-122. Browne - Publisher/Editor; Microwaves & RF, 38(1999)3, 3. Receiver Dynamic Range, Part 2: Use one figure of merit to S.138-141. compare all receivers; Robert Watson - Watkins-Johnson, Gaithersburg, MD; Microwaves & RF, 26(1987)1, S.99-108. . Düppel - Chaff 4. Theoretical limit on instantaneous Dynamic Range of EW Receivers; James B.Y. Tsui, M.H. Thompson & W. 1. Übersicht über die elektronische Störmaßnahmen (ECM); McCormick; MJ, Jan. 1987, S.147-151. Dr. Pouplier bei AEG, Ulm, Dezember 1973. 5. Receiver Dynamic Range: Part 1; R.E. Watson; WJ Tech- 2. How Chaff protects Aircraft; MSN, Oct./Nov. 1976, S.69-71. notes, Vol.14, No.1, Jan./Feb. 1987. 3. Electrical fundamentals of Countermeasures Chaff; ICH, 6. Receiver Dynamic Range: Part 2; R.E. Watson; WJ Tech- 2nd Ed., 1976/77, S.512-517. notes, Vol.14, No.2, March/April 1987. 4. From smoke screens to aerosols - a newly developing 7. Attenuators boost dynamic range of radar receivers; Asad technology; ICH, 3rd Ed., 1977/78, S.359-368. M. Madni, et al - Systron Donner, Van Nuys, CA; 5. Elektronische Kampfführung; IWR, Geneva, 1978. Microwaves & RF, 29(1990)3, S.93-100. 6. Chaff, flares and aerosols; ICH, 4th Ed., 1978/79, S.295-303. 8. Understand spectrum analyzers’ dynamic-range 7. How to plan a chaff corridor; P.K. Mitchell & R.S. Short; ICH, specifications; Scott Lukes - HP, Santa Rosa, CA; 5th Ed., 1979/80, S.383-392. Microwaves & RF, 36(1997)9, S.47-49. 8. Chaff: Basic characteristics and application detailed; P.K. 9. Digital modulation and dynamic range; Morris Engelson - Mitchell & R.H. Short; ICH, 6th Ed., 1980/81, S.316-324. President Joint Management Strategy, Portland, OR; 9. Chaff for ships: Operational considerations; ICH, 7th Ed., Microwaves & RF, 37(1998)9, S.110-112,122. 1981/82, S.338-344. 10. Weigh amplifier dynamic-range requirements; D.M. 10. Aircraft Chaff: Centroid effects; ICH, 7th Ed., 1981/82, Dobkin, W. Strifler & G. Klimovitch - WJ Communications, S.345-347. San Jose, CA; Microwaves & RF, 40(2001)12, S.59-69.

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. E Band => Frequenzbandbezeichnungen 12. Airborne Surveillance Takes Command; Kernan Chaisson; JED, January 1999, S.43-49. . E-2 Hawkeye 13. Boeing beginns NATO AWACS upgrade; Martin Streetly - European Report; JED, January 2000, S.26-27. 1. Top Gun Fighters & America’s Jet Power; Ian Allan Ltd, 14. NATO’s nine-way enhanced AWACs; James W. Ramsey; Shepperton, Surrey, UK, 1988. Avionics Magazine - Aviation Today, March 2000. 2. The World’s Great Stealth and Reconnaissance Aircraft; 15. Flugzeuge, Die wichtigsten Flugzeugtypen der Welt; Aerospace Publishing, 1991. Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001, S.43. 3. Northrop Grumman rolls out first new-production 16. AWACS assist; Gert Kromhout; AFM, March 2002, S.62-65. Hawkeye; AW&ST, March 10, 1997, S.55-56. 17. Fliegende Gefechtsleitstände; Christian Hauser; 4. Eye of the Fleet - The Grumman E-2 Hawkeye; Jon Lake; Air FLIEGERREVUE; 11/2002, S.38-42. International, November 1997, S.285-293. 18. AWACS, Rivet Joint and Joint STARS; David C Isby; AFM, 5. Introduction to Airborne Radar; George W. Stimson; March 2003, S.20-24. SciTech Publishing, Inc., Mendham, NJ, 1998. 19. AWACS: Das fliegende Radarauge; Christian Hauser; 6. Flugzeuge der Welt, 1999; S.232; Claudio Müller; FLIEGERREVUE, 5/2003, S.26-29. Motorbuch Verlag, Stuttgart, 1999. 20. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- 7. [3] Airborne Surveillance Takes Command; Kernan 87. Chaisson; JED, January 1999, S.43-49. 21. Neue Systeme für NATO-AWACS; Karl Schwarz; FLUG 8. New ESM selected for Hawkeyes - EC Monitor; B. Rivers; REVUE, März 2005, S.61. JED, April 1999, S.28-29.

9. Hawkeye contracts awarded; S. Carroll - EC Monitor; JED, June 1999, S.26-27. . E-4B (NEACP, NAOC) 10. TBMs mean new role for Hawkeye; K. B. Sherman; JED, 1. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- October 2001, S.31-32. 87. 11. Further upgrades in store for Hawkeye; EC Monitor - K.B. 2. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- Sherman; JED, February 2002, S.31-33. 87. 12. Hawkeye 2000 set to expand fleet’s eyes; Robert Wall, 3. Snooping around, Part II; Mark Ayton; AFM, November Washington; AW&ST, October 7, 2002, S.60-63. 2004, S.92-98. 13. E-2 Hawkeye; Jim Winchester; Air International, December 2005, S.46-49. . E-6 Mercury (TACAMO, ABNCP) 14. E-2D: Technologiesprung für NAVY-Frühwarnflugzeug - 1. The Navy’s new electronic look; Scott R. Gourley; DE, June Innere Werte; Karl Schwarz; FLUG REVUE, Oktober 2007, 1990, S.92-97. S.72-75. 2. Chrysler to upgrade E-6A TACAMO; Business News; DE, May 1995, S.8-10. . E-3 A/C AWACS 3. Fliegende Gefechtsleitstände; Christian Hauser; 1. An experimental TDMA network for Airborne Warning and FLIEGERREVUE; 11/2002, S.38-42. Control Systems Interoperability Demonstrations, Part I; F. 4. First E-6B for new cockpit and comms package; Air M. Lightfoot, u.a.; MSN, Dec.75/Jan.1976, S.73-81. International, June 2003, S.8. 2. TDMA networks meet AWACS multiple communications 5. Http://www.globalsecurity.org/wdm/systems/e-6.htm; E-6 needs, Part II; F. M. Lightfoot, et al.; MSN, Oct./Nov. 1976, Mercury (TACAMO). S.76-81. 6. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- 3. First AWACS update; John B. Beach; DE, July 1980, S.21-27. 87. 4. Erstes AWACS-Flugzeug der NATO in Deutschland; Mikrowellenmagazin, Heft 3/81, S269. . E-8C Joint STARS, JSTARS 5. Air Force receivs first improved AWACS aircraft - News; JB; 1. JSTARS to Grumman, Norden; Michael Kachmar - Senior Microwaves, 21(1982)1, S.26. Editor/News; Microwaves & RF, 24(1985)12 (November), 6. AWACS and other Mideast Arms; Jim Bussert; ME/C, Vol.8, S.21. No.1, January 1982, S.34,37,40,42,44,45. 2. Army Banks on Joint STARS for Airland Battle 7. Strengthening NATO’s Air Defense C3I; Jim Coghlan; DE, Management; David A. Boutacoff; DE, August 1986, S.77- June 1986, S.179-184. 85. 8. Adapting AWACS for the digital battle space; Paul Proctor; 3. Tactical Voice Communications become User Friendly; AW&ST, March 10, 1997, S.52-53. Christine Castro; DE, June 1990, S.39-46. 9. Northrop Grumman rolls out first new-production 4. JSTARS - Real-Time Warning and Control for Surface Hawkeye; AW&ST, March 10, 1997, S.55-56, Warfare; John Haystead; DE, July 1990, S.31-40. 10. Introduction to Electronic Warfare; D. Curties Schleher, Ph. 5. JSTARS- Part II: The ground stations; James W. Rawles; DE, D.; Artech House, Inc., Nordwood, MA, 1994 Printing. August 1990, S.41-46. 11. Introduction to Airborne Radar; George W. Stimson; 6. A unique Joint STARS Phased-Array Antenna; Harold SciTech Publishing, Inc., Mendham, NJ, 1998. Shnitkin, Norden Systems; MJ, Jan. 1991, S.131-141.

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7. Managing Data to Win the Information War; AW&ST, 18. See it, Jam it, Kill it; David A. Fulghum - Washington; January 1, 1996, S1-S8. AW&ST, May 2005, S.24-25. 8. The eyes have it; Chris Pocock; Air International, April 1997, 19. E-10 Radar takes shape; David A. Fulghum - El Segundo, CA; S.226-231. AW&ST, June 2005, S.92, 95. 9. Joint STARS, das wachsende Auge über Bosnien - Ein Beitrag zum Frieden; Ben T. Robinson; SuT, 11/1997, S.640. . EA-6B Prowler 10. Introduction to Airborne Radar; George W. Stimson; 1. Grumman EA-6B Prowler Electronic Warfare Aircraft; ICH, SciTech Publishing, Inc., Mandham, NJ, 1998, S.549. 2nd Ed., 1976/77, S.116. 11. Joint STARS P3I award to Northrop Grumman; D. Herskovitz 2. Die amerikanischen EloKa-Flugzeuge EA-6B und EF-111A; G. - EC Monitor; JED, January 1999, S.28-29. S. Sundaram; Genf, IWR, 1/1977. Nachgedruckt in 12. Airborne Surveillance Takes Command; Kernan Chaisson; Elektronische Kampfführung; IWR, Geneva, 1978, S.22-26. JED, January 1999, S.43-49. 3. An/ALQ Tactical Jamming System; ICH, 7th Ed., 1981/82, 13. Army ISR riflemen get the picture; Kenneth B. Sherman; S.100,102. JED, February 2001, S.39-43. [Auch: Lesebrief, JED 04/01, 4. The EA-6B Prowler; Hal Gershanoff; JED, October 1983, S.14.] S.51-62. 14. J-STARS at Geilenkirchen; Andreas Hunold; AFM, June 5. The HARM’ed Prowler; Kenneth Krech, Lieutenant; JED, 2002, S.28-29. October 1983, S.85-88, 96. 15. USAF E-8C JSTARS; Andreas Hunold; SuT, August 2002, 6. Navy and Air Force improve Electronic Warfare Aircraft; S.19-22. L.M.; DE, December 1984, S.88,91. 16. Fliegende Gefechtsleitstände; Christian Hauser; 7. Harming the Prowler; Kenneth Krech; DE, October 1986, FLIEGERREVUE; 11/2002, S.38-42. S.165-172. 17. AWACS, Rivet Joint and Joint STARS; David C Isby; AFM, 8. Top Gun Fighters & America’s Jet Power; London Ian Allan March 2003, S.20-24. Ltd, 1988. 18. Northrop Grumman E-8C Joint STARS - Alles im Blick; Karl 9. The Navy’s new electronic look; Scott R. Gourley; DE, June Schwarz; FLUG REVUE, Juli 2003, S.76-79. 1990, S.92-97. 19. Aircraft of the USAF; Mark Ayton; AFM, August 2003, S.72- 10. EA-6B ICAP III award expected next month, Programm 87. extended - EC Monitor; JED, March 1998, S.24. 11. ICAP-3 Will Update EA-6B’s Capabilities; Philip J. Klass; . E-10A MC2A AW&ST, October 26, 1998. 1. ISR design begins tests; David A. Fulghum; AW&ST, April 29, 12. First upgraded Prowler delivered to US Navy, more 2002, S.32. enhancements to come; B. Rivers - EC Monitor; JED, 2. Challenges mount for surveillance aircraft; Robert Wall, February 1999, S.27. Washington; AW&ST, August 26, 2002, S.27-30. 13. On the Prowl; Jon Lake; Air International, September 1999, 3. Der JSTARS-Nachfolger; pp; SuT, September 2002, S.59. S.156-165. 4. Congress pits MC2A against MC2A-X; David A. Fulghum, 14. Kosovo validates EW needs, but shows assets are slim; Washington; AW&ST, September 16, 2002, S.30-31. AW&ST, Nov .15, 1999, S.50, 81. 5. Tests of MC2A reveal problems and promise; David A. 15. EA-6B upgrade and AEA AOA briefed to industry - EC Fulghum, Nellis AFB, Nev.; AW&ST, September 16, 2002, Monitor; K. Sherman; JED, August 2000, S.34-35. S.48-49. 16. Contract awarded for EA-6B Jammer upgrades- EC Monitor; 6. Paul Revere designers critique new configuration; David A. K. Sherman; JED, September 2000, S.32-34. Fulghum, Nellis AFB, Nev.; AW&ST, September 16, 2002, 17. Prowler upgrades moving along; ec minitor - Brendan S.52-53. Rivers; JED, December 2001, S.29. 7. Pulse weapons, stealth defenses near readiness; David A. 18. Airborne Electronic Attack, The next generation Hornet; Fulghum, Washington; AW&ST, September 2002, S.63-64. John M Quigley; Air International, January 2002, S.24-27. 8. Jamming role given to F-22, F-35, MC2A; David A. Fulghum, 19. I will be your escort; Michael Puttre; JED, May 2002, S.42- Washington; AW&ST, November 2002, S.32. 47. 9. Antennas confound jamming, energy weapons 20. Larger Pentagon budget boosts select technologies; Robert development; David A. Fulghum, Washington; AW&ST, Wall; AW&ST, February 10, 2003, S.62-63. December 9, 2002, S.71-73. 21. Unklare Pläne der US-Streitkräfte, Prowler-Ersatz gesucht; 10. World News Roundaup: USAF officials ..; AW&ST, March 3, Karl Schwarz; Flugrevue, März 2003, S.42-46. 2003, S.18. 22. ICAP III moving ahead on Prowler, preparing for Growler; 11. Preserving the jam; David A. Fulghum, Orlando, FLA; Brendan P. Rivers - EC Monitor; JED, May 2003, S.35. AW&ST, March 3, 2003, S.57-58. 23. ICAP III completes testing; AFN, July 2003, S.15. 12. AWACS, Rivet Joint and Joint STARS; David C Isby; AFM, 24. US Navy sets course for future AEA; EC Monitor, Brendan P. March 2003, S.20-24. Rivers; JED, July 2003, S.32-33. 13. E-10A weapon system integration contract; AFN, July 2003, 25. Northrop Grumman EA-6B Prowler; Flightline; FLUG REVUE, S.14. Februar 2004, S.43-46. 14. Northrop Grumman E-8C Joint STARS - Alles im Blick; Karl 26. EA-6B Prowler; Firmenunterlage, Northrop Grumman Schwarz; FLUG REVUE, Juli 2003, S.76-79. Corp., Electronics & Systems Integration Division. 15. Boeing E-10A - The USAF’s new jack-of-all trades; Alan 27. On the Prowl: Electronic Warriors; Margaret Bone; Dawes; Air Inrenational, August 2003, S.22-25. Northrop Grumman Corp. Special Supplement in the JED. 16. Die E-10A für die US Air Force; pp; SuT, Oktober 2003, S.62. 17. Airborne Radar that tracks Missiles; James W. Ramsey; . EA-18G Growler Aviation Magazine - Aviation Today; April 2005.

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1. Airborne Electronic Attack - The next generation Hornet; 5. Manned jammers needed for another generation; David A. John M Quigley; Air International, January 2002, S.24-27. Fulghum and Robert Wall, Nashua, NH; AW&ST, October 2. Stacking the deck - Neither nimble nor quick, the Super 28, 2002, S.54-56. Hornet is a jack-of-all-trades; Bill Sweetman; JED, February 2004, S.30-37. . ECAM 3. Innere Werte - Boeing verbessert F/A-18E/F Super Hornet; 1. Cockpit-Instrumente; Peter Bachmann; Band 9 in Karl Schwarz; FLUG REVUE, Mai 2004, S.34-39. Privatpiloten Bibliothek, Motorbuch Verlag, Stuttgart, 4. A different kind of sting; Martin Streetly; Air International, 1998. December 2004, S.32-38. 5. The Hornet’s sting; Brendan P. Rivers; JED, December 2004, . ECR-90 Captor S.51-54. 1. Das Eurofighter Radar „sieht” alles; dan; Mforum, Mai

2001, S.4. . EADS 1. Http://www.eads.net . EDA 2. Ein neuer Luftgigant; Rainer Schmid; FLIEGERREVUE 1. Die Europäische Verteidigungsagentur; Thomas Bauer; SuT, 12/1999, S.10-11. Dezember 2004, S.72-76. 3. EADS Interne Information, Nr. 2/15.2000.

4. EADS nimmt Gestalt an; SuT, 2/2000, S.105. 5. EADS-Broschüre Militärflugzeuge: Sicherheit hat Zukunft; . EDIG 08/2001. 1. Die europäische Verteidigungsindustrie; Hansjörg Kränzle; 6. Le Bourget 2001: Die erste große Leistungsschau der wt III/1999, S.44-46. Luftfahrt im neuen Jahrtausend; Peter Preyloswski; SuT, August 2001, S.26-34. . EDO RSS 7. Erfolgsstrategie: Wachstum und Kooperation; Gilles Patri; 1. Http://www.edorss.com Planet AeroSpace, Nr.5, Oktober-Dezember 2001, S.4-5. 8. EADS-Broschüre EADS - The Step beyond; May 2002. . EF-111 Raven 9. JED, October 2002, S.78. 1. ICAP-3 Will Update EA-6B’s Capabilities; Philip J. Klass; 10. Coming of Age; Robert Wall, Paris and Munich; AW&ST, AW&ST, October 26, 1998. January 24, 2005, S.44-46. 2. A Tribute to the Raven; Firmenbroschüre von Northrop Grumman Corporation. . EADS CASA 1. Airtech CN-235; FLUG REVUE, März 2002, S. 37-40. . EFB, Electronic Flight Bag 2. CASA C-212 Aviocar - A plane for all seasons; Rod Sinpson; 1. Electronic Flight Bags, Part I: What Airlines want; Edward Air International; January 2005, S.32-38. Hanson; Avionics Magazine - Aviation Today, June 2002. 3. EADS CASA C-295; Typenblatt; Strategie und Technik, Mai 2. Electronic Flight Bags, Part II; David Jensen; Avionics 2005, S.29-30. Magazine - Aviation Today, June 2002. 3. Electronics with Impact: Top 10 Avionics Innovations; . EADS LFK AW&ST, Special Advertising Section, November 20, 2006, 1. LFK-Lenkflugkörpersysteme GmbH; Strategie und Technik, S.S1-S6. September 2001, S.38-40. 4. Vom Black Book zum Electronic Flight Bag; Rainer W. 2. Die LFK GmbH, Kernkompentezen für During; FLIEGERREVUE, 10/2007, S.20. Lenkflugkörpersysteme; Ulrich Rapreger; Strategie und Technik, November 2006, S.26-27. . EFIS 1. Cockpit-Instrumente; Peter Bachmann; Privatpiloten . EAGLE 1 Bibliothek, Band 9; Motorbuch Verlag, Stuttgart, 1998. 1. Kurz & Bündig; Planet AeroSpace, 4/2003, S.39. 2. EADS targets world; D. Fulghum & R. Wall; AW&ST, . EGNOS September 15, 2003, S.70-74. 1. Http://www.esrin.esa.int 3. Luftwaffe: Material- und Ausrüstungsplanung; Markus 2. EGNOS beginnt Probebetrieb; FLUG REVUE, August 2003, Schetilin - Luftwaffe; Strategie und Technik, Mai 2006, S.20- S.24. 27. 3. Vertical approach - Egnos and Galileo offer peerless precision, but benefits for aviation could take time; M. A. . EC-130 Compass Call Taverna (Paris/Brüssels) & D. Hughes (Washington); 1. Compass Call; ICH, 1981, S.144,161. AW&ST, January 31, 2005, S.45. 2. Compass Call moving to block 35 - EC Monitor; Brendan P. Rivers; JED, August 2001, S.34. . EGPWS => GPWS 3. Air Force embraces jammer, but plots independent course; Rober Wall and David A. Fulghum, Washington; AW&ST, . EH-101 May 27, 2002, S.39-31. 1. Flugzeuge der Welt, 2001; Claudio Müller, Motorbuch 4. Till their ears bleed: Compass Call’s contributions to the Verlag, Stuttgart, 2001. war on terror - EC Monitor; Keman Chaisson; JED, July 2. Flugzeuge, Die wichtigsten Flugzeugtypen der Welt; Ricardo 2002, S.22-23. Niccoli; Kaiser Verlag, Klagenfurt, 2001.

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3. EH-101 Pilot Report: Heritage payoff; David M. North; AW&ST, January 26, 2004, S.40-45. . Elektronische Gegen-Maßnahmen, EloGM, ECM 4. Titelkampf der Schwergewichte - H-92 Superhawk und 1. ECM vs. Radar: A lethal scenario; Harry F. Eustace; MSN, EH101/US101; Karl Schwarz; FLUG REVUE, April 2004, S.42- Dec.1975/Jan. 1976, S.31-38. 46. 2. Bedrohung und EloGM-Verfahren; R. Loomis; IWR, 1/1976. Nachgedruckt in Elektronische Kampfführung; IWR, . Eigenpeilung Geneva, 1978, S.9-12. 1. Funkortungs- und Funknavigationsanlagen; Werner 3. Postulating an airborne ECM threat: Donald D. Anderson; Mansfeld, Prof. Dr.-Ing. Habil.; Hüthig Buch Verlag GmbH, MSN, Dec./Jan. 1976, S.41-47. Heidelberg, 1994, S.30. 4. Electronic Countermeasures Technology - An Overview; L. 2. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; Meadows - Raytheon; MSN, Oct./Nov. 1976, S.63-65. Springer-Verlag, Heidelberg, 2004. 5. Protecting Tactical Aircraft: Which capabilities are required? Lt. Colonel David Brog; EW/DE, Nov./Dec. 1977, . Electronic Warfare => Elektronische S.105-108. Kampfführung 6. Methodology for specifying Jammer system parameters; ICH, 3rd Ed., June 1977/78, S.444-448.

7. What jams what? ICH, 3rd Ed., June 1977/78, S.449-451. . Elektronische Aufklärung, EloAufkl, ELINT 8. What Receiver for what mission; ICH, 3rd Ed., June 1. Realistic ELINT Design Considers Antenna Pattern Trade- 1977/78, S.456. Offs; Keneth Arkind; MSN, Oct./November 1976, S.92-97. 9. An overview of low cost ECM Receiver; ICH, 3rd Ed., 2. Signal recognition in a complex Radar environment; 1977/78, S.457-461. Stephen Saperstein & J.W. Campbell - WJ, Palo Alto, CA; 10. ECM decisive in typical combat srike; Robert Loomis; Countermeasures, March 1977, S.8, 31, 40-42. EW/DE, July 1978, S.62-66. 3. Principles of Electronic Warfare - Chapter 4: Electronic 11. Guided Missile ECM/ECCM; Stephen L. Johnston - Intern. Reconnaissance; Robert J. Schlesinger, et al.; Prentice Hall, Radar Directory, Huntsville; MJ, September 1978, S.20-26. Inc., Englewood Cliffs, NJ, 1961, Reprint: Peninsula 12. Electronic Warfare Principles; Chapter 5, Electronic Publishing, Los Altos, CA, 1979. Countermeasures; Air Force Pamphlet, AFP 51-3; 1. 4. Improved Elint System adds flexibility and coverage; DE, September 1978. January 1980, S.30-31. 13. Electronic Countermesaures; Editors: J.A. Boyd, D.B. Harris, 5. Electronic Intelligence: The Analysis of Radar Signals; D.D. King, H.W. Welch, Jr.; Stanford University, 1961; Richard G. Willey; Artech House, Inc., Dedham, MA, 1982. Reprint: Peninsula Publishing, Los Altos, CA, 1978. 6. Elint collection system performas exotic signal analysis; 14. Bedrohung und EloGM-Verfahren; R. Loomis; Elektronische Richard Hartman; DE, April 1983, S.88-94. Kampfführung; IWR, Geneva, 1978, S.9-12. 7. ELINT design melds classic methods; Charies Konig - US 15. Radar Electronic Counter Counter Measures; S.L. Johnston; Army Electronic Warfare Lab., Forth Monmouth, NJ; Artech House, Inc., Norwood, 1979. Microwaves & RF, 23(1984)9, S.150,151,155,225. 16. Radar Antijamming Techniques; M.V. Maksimov, et. al.; 8. Introduction to Electronic Warfare; D. Curtis Schleher, Ph. Artech House, Inc., Norwood, 1979. D.; Artech House, Inc., Norwood, MA, 1986. 17. ECM vs. alternate links (Radar Jamming); ICH, 6th Ed., 9. Air Reconnaissance gathers speed for the AirLand Battle; 1980/81, S.376-383. Jim Coghlan; DE, September 1986, S.131-140. 18. Internal vs. external ECM for Tactical Aircraft; Julian Lake; 10. U.S. Military upgrades its battlefield eyes and ears; DE, DE, November 1981, S.23-26. February 1988, S.56-70. 19. Fundamental Jamming relationships; ICH, 7th Ed.,1981/82, 11. 100-Percent probability of intercept? Herschell F. Murry; S.377-383. DE, February 1988, S.73-80. 20. ECM techniques glossary; ICH, 7th Ed., 1981/82, S.384. 12. Designing modern Electronic-Intelligence Systems; W. 21. ECM System is long on features, short on size; Alexander E. Brasier, et al. - Condor Systems; MSN&CT, September 1988, Braun; MSN, October 1982, S.87-88. S.68-76. 22. Simultaneous jamming of multiple signals using broadband 13. Elektronische Aufklärung; Rolf Bergmann; Mikrowellen & amplifiers; F. Voltaggio Jr. & J. Yakich; ICH, 8th Ed.,1982/83, HF Magazin, Vol.15, No.4, 1989, S.337-344. S.297-300. 14. Tracking the ELINT market; Ron Schneiderman - Senior 23. Introduction to Radar Systems; Merrill I. Skolnik; McGraw- Ed./News; Microwaves & RF, 29(1990)4, S.35-43. Hill, Inc., 1983. 15. Portable ELINT system captures data from 0.5 to 18 GHz- 24. ECM/EW designs to 40 GHz and above accomplished in Product of Wide Band Systems, Rockaway, NJ; Jack Browne Coax; W. Oldfield - Wiltron; MSN, June 1984, S.48-59. - Publisher/Editor; Microwaves & RF, 38(1999)9, S.150. 25. Pulse-Compression Radar: ECM and ECCM; Leroy B. Van 16. EW 101 - A First Course in Electronic Warfare; David Brunt; DE, October 1984, S.170-185. Adamy; Artech House, Inc., Boston, London, 2001. 26. Frequency Hop Systems for Navy Communications; Dennis 17. Luftgestützte signalerfassende Aufklärung; Hubert Wenzl & Sweeney -E-Systems; DE, June 1985, S.115-124. Jörg Deinert - Oberstleutnants; SuT, November 2002, S.55- 27. Assessing ECM effectiveness in operational trials; 57. Guglielmo Bertuccioli - Datamat; DE, October 1986, S.250- 18. Intelligence air war; David C Isby; AFM, June 2003, S.30-35. 254. 19. Die Strategische Aufklärung in der Bundeswehr; 28. Introduction to Electronic Warfare - Chapter 3: Electronic Strategische Aufklärung warum und wozu; Jürgen Countermeasures; D. Curtis Schleher, Ph. D.; Artech House, Pöppelmann; wt II/2004, S.24-34. Inc., Norwood, MA, 1986. 20. Präzise Daten - sichere Entscheidung; D. Keller & L. Schulz; Strategie und Technik, Januar 2005, S.26-27.

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29. Phased Arrays for Airborne ECM; R.L. Moynihan, Sanders; 17. Elektronische Kampfführung, Vorausstzung des Überlebens MJ, Jan. 1987, S.34-54. im Kampf; G.S. Sundaram, Genf; Elektronische 30. ECCM the key to Airborne Radar survival; Stephen L. Kampfführung; IWR, Geneva, 1978, S.5-8. Johnson; MSN&CT, January 1987, S.54-65. 18. EW in Tactical Combat; ICH, 4th Ed., 1978/79, S.277-288. 31. Radars, Countermeasures and Missile Electronics; 19. EW/ESM Receiver signal and data processing problems: Mikrowellenmagazin, Vol.13, No.5, 1987, S.511-513. Methods and solutions; ICH, 4th Ed.,1978/79, S.343-350. 32. Satellite-Jamming design considerations, Part I; MSN&CT, 20. Principles of Electronic Warfare; Robert J. Schlesinger, et September 1988, S.35-51. al.; Prentice Hall, Inc., Englewood Cliffs, NJ, 1961, Reprint: 33. Satellite-Jamming design considerations, Part II; MSN&CT, Peninsula Publishing, Los Altos, CA, 1979. October 1988, S.32-39. 21. Introduction to Naval Electronic Warfare; Rear Adm. Julian 34. Set-on receiver quickly disarms X-band threats - Product of S. Lake, USN, Ret.; ICH, 5th Ed., 1979/80, S.19-20. Radian Technology, Santa Clara, CA; Microwaves & RF, 22. Navy’s EW requirements increasingly critical; ICH, 6th Ed., 31(1992)9, S.164,166. 1980/81, S.358-375. 35. High-speed receiver tracks agile signals; Alan conrad - East 23. ECM vs. alternate links; ICH, 6th Ed., 1980/81, S.376-383. Coast Editor; Microwaves & RF, 31(1992)9, S.164,166. 24. Europe is becoming EW conscious; Stefan Geisenheyner; 36. ECM receiver integration reduces package size - Product of DE, January 1981, S.69-72. Akon, San Jose, CA; Microwaves & RF, 37(1998)8, S.184. 25. Outlook for Air Force EW Systems: The user’s perspective; 37. Foled you! The art of off-board ECM protection; Don Maj. Arthur Ritter, USAF; ME/C, Vol.7, No.3, March 1981, Herskovitz - Technology; JED, August 1999, S.35-40. S.62-69 38. Protecting large Aircraft; Sean Carroll; JED, September 26. Interference cancellation shows promise as Anti-jam 1999, S.45-450.. technique; ICH, 7th Ed., 1981/82, S.365-370. 39. Countermeasures: Have they moved out for good? Kenneth 27. Radar range reduction due to Jamming; ICH, 7th B. Sherman; JED, August 2000, S.41-45. Ed.,1981/82, S.374-376. 40. Evidence of chaos and fractals in ECM effectiveness 28. Fundamental Jamming relationships; ICH, 7th Ed.,1981/82, simulation; S. Charland & P. Pulsifer; JED, November 2002, S.377-383. S.56-61. 29. NATO C3, IFF, and EW being updated; DE, May 1982, S.50- 61. . Elektronische Kampfführung, EloKa - Electronic 30. EW strategists scurry to outspace new threats; Warfare, EW Microwaves, 21(1982)9, S.42-57. 31. Electronic Warfare: Playing the complex chessgame; P.M. 1. Elektronische Kampfführung, das Gefecht der Stile; Horst Grant & J.H. Collins; MSN, September 1982, S.87-121. Wiesner; SuT, 9/1973, S.468-475. 32. Silence is golden - or is it? ME/C Staff; ME/C, Vol.8, No.10, 2. Electronic Warfare Technical Glossary; ICH, 2nd Ed., October 1982, S.28-30. 1976/77, S.82-85. 33. Electronic Warfare is coming of age (Opinion); Martin 3. U.S. EW code name Lexikon; ICH, 2nd Ed., 1976/77, S.155- Kamhi - Naval Electronic Systems Command; MSN, 163. December 1982, S.74, 76. 4. 1984 The Threat; Richard Hartman; ME/C, July 1977, 34. Simultaneous jamming of multiple signals using broadband S.55,60,67,71. amplifiers; F. Voltaggio Jr. & J. Yakich; ICH, 8th Ed.,1982/83, 5. Protecting Tactical Aircraft: Which capabilities are S.297-300. required? Lt. Colonel David Brog; EW/DE, Nov./Dec. 1977, 35. Fiber Optics for Electronic Warfare applications surveyed; S.105-108. Adrian E. Popa; ICH, 8th Ed.,1982/83, S.301-305. 6. EW Glossary; ICH, 3rd Ed., June 1977/78, S.556-574. 36. Impact of advanced IC Technologies on future Electronic 7. Trends in EW System requirements; Clark G. Fiester - GTE Warfare Systems; Jim Martin; ICH, 8th Ed.,1982/83, S.331- Sylvania; MJ, Jan. 1978, s.16,21. 3 340. 8. C and EW in the Navy; Capt. Albert A. Gallotta, Jr. - USN; 37. MATILDA Offers Protection from Missile Radar; C. ME/C, Vol.4, No.4. April 1978, S.67-69. 3 McWilliams - MEL; MSN, January 1983, S.71-75. 9. Air and Space C ; ME/C, Vol.4, No.4. April 1978, S.73,76,77. 3 38. EW Technology at the Air Force’s Avionics Laboratory; 10. Tactical C in the Infantry; ME/C, Vol.4, No.4. April 1978, George Nicholas & Charles H. Krueger, Jr. - Wright- S.79-80. Patterson AFB, OH; JED, Ja. 1983, S.28-35, 43. 11. Shipboard Electronic Warfare; Richard Hartman; ME/C, 39. EW’s three basic problems (Opinion); R. R. Keenly - Condor Vol.4, No.5. May 1978, S.18-24. Systems; MSN, February 1983, S.54. 12. Electronic Warfare Principles; Air Force Pamphlet, AFP 51- 40. Military Systems needs drive component demands; Dr. K.J. 3; 1. September 1978. Sleger - Naval Research Lab; MDSH, Vol. 13, No.12, 13. Guided Missile ECM/ECCM; Stephen L. Johnston - Intern. November 1983, S.15,17,20. Radar Directory, Huntsville; MJ, September 1978, S.20-26. 41. Some impacts of computer technology on EW; John L. 14. Computer use in Electronic Warfare - Example: The Navy’s Grigsby -Litton; JED, November 1983, S.37-41. SLQ-32 EW System; Bill Hatch, Raytheon, Goleta; MJ, 42. Introduction to Radar Systems; Merrill I. Skolnik; McGraw- September 1978, S.53-60. Hill, Inc., 1983. 15. Electronic Countermesaures; Editors: J.A. Boyd, D.B. Harris, 43. Self-Protection Systems Integrated into multiple Aircraft; H. D.D. King, H.W. Welch, Jr.; Stanford University, 1961, F. Cronin - ITT ; MSN, June 1984, S.132-149. Reprint: Peninsula Publishing, Los Altos, CA, December 44. Electronic Warfare in the twenty-first Century; William G. 1978. Arnold -Motorola; JED, October 1984, S.35-42. 16. Elektronische Kampfführung; IWR, Geneva, 1978. 45. Next-generation systems require real-time processsing of sensor information; R. L. 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46. Pulse-Compression Radar: ECM and ECCM; Leroy B. Van 71. Next-Generation EW, Radar and Communication Brunt; DE, October 1984, S.170-185. equipment spur subsystem development - Part I; Ernst 47. Recent trends in Electronic Warfare; Julian S. Lake, USN, Scherer; MSN&CT, April 1987, S.26-43. Ret.; ICH, 9th Ed.,1984, S.11-14. 72. Choosing the right integration technique; Richard Jones - 48. Future Army Electronic Warfare challenges; Richard TRW Microwave; MSN&CT, April 1987, S.46-52. Hartman; ICH, 9th Ed.,1984, S.306-314. 73. I/J-Band 500-Watt CW Jammer Amplifier for U.S. Navy EW 49. Building an EW System from scratch using existing Applications; Baruch Even-Or - American Electronic modules; Kenneth S. Herberger; ICH, 9th Ed.,1984, S.319- Laboratories; MSN&CT, April 1987, S.80-87. 325. 74. Next-Generation EW, Radar and Communication 50. Rules of thumb for EW Systems design and planning; James equipment spur subsystem development - Part II; Ernst Bell; ICH, 9th Ed.,1984, S.326-329. Scherer; MSN&CT, May 1987, S.30-38. 51. Understanding fast wave devices used in Millimeter-Wave 75. Electronic-Warfare Automatic Test Equipment; Steven D. EW Systems; G. Döhler, Ph.D. & F. Voltaggio, Jr.; ICH, 9th Adams & Clifford S. Fitterer WJ; MSN&CT, October 1987, Ed.,1984, S.341-354. S.8-19. 52. Sorting parameters for Radar Warning Receivers - Quo 76. Fiber Optics and Opto-Electronics for Radar and Electronic - Vadis? Charles Wiseman; ICH, 9th Ed.,1984, S.357-363. Warfare applications; J.J. Pan - E-Tek Dynamics; MSN&CT, 53. New strategies and Soviel threats spark EW responses; October 1987, S.30-43. James B. Schultz; DE, February 1985, S.17-21. 77. Advanced Microwave signal Processing in 54. Confidence and ECM capability - Missing links in U.S. Telecommunications, Radar, and Elelectronic-Warfare Operations in Lebanon; John E. Lacouture; DE, March 1985, Systems; Fulvio Ananasso, et al.; MSN&CT, October 1987, S.113-117. S.108-126. 55. Automated testing speeds EW receiver evaluation; K.J. 78. The mighty Five; James W. Rawles; DE, November 1987, Allen & B.Y. Tsui - Wright-Patterson AFB; Microwaves & RF, S.58-74. 24(1985)3, S.113-118. 79. DDS drives 2-to-20-GHz LO subsystem for EW/ECM; Alan 56. Electronic-Warfare reqirements drive Microwave markets Conrad, Contributing Ed. & Jack Browne, Executive Editor; and technology; Editorial, MSN&CT, June 1985, S.83-121. Microwaves & RF, 27(1988)7, S.130-132. 57. Gallium Arsenide enhances digital signal processing in 80. Countering anti-ship Missiles; James W. Rawles; DE, Electronic Warfare; B. Hoffman & D. Apte; DE, July 1985, September 1990, S.67-76. S.48-56. 81. Multifunction Transmit and Receive modules for EW 58. Advanced technologies play key role in designing future EW Arrays; Martin A. Priolo, et al. - Lockheed Sanders, Nashua; Systems; A. Wilby & D. Richardson - Marconi Defence MJ, February 1991, S.83-92. Systems; MSN&CT, September 1985, S.66-78. 82. SIGINT receiver combines wide Frequency range and DF 59. Meeting the challenge of ESM/ECM integration; Thomas H. capability; Maxim Technologies Product; DE, October 1991, Greer - Litton Applied Technology; DE, September 1985, S.90. S.74-82. 83. Farewell to Electronic Warfare? Sheldon B. Herskovitz; MJ, 60. Soviet Electronic Warfare, a review of published material; September 1992, S.26-42. Stephen L. Johnston; International Defense Review, 84. Mobile SAM threat spurs new EW System sales; Philip J. 12/1985, S.9-14. Klass; AW&ST, October 27, 1997, S.38-42. 61. EW Dedicated Aircraft, a continuing requirement; Bill 85. Many new EW systems on near-horizon; Philip J. Klass; Sweetman; International Defense Review, 12/1985, S.21- AW&ST, October 26, 1998, S.42-43. 24. 86. Electronic Warfare: Foundation of Information Operations; 62. EW Suites for Large Aircraft, design constraints analyzed; Col Charles T. Alan, USAF; JED, October 1998, S.59-79. Jeff Nichols; International Defense Review, 12/1985, S.27- 87. Information Warfare Principles and Operations; Ewald 29. Waltz; Artech House, Inc., Boston, London, 1998. 63. Shipboard EW - A growing awareness; Dr. Martin Kamhi, 88. Introduction to Airborne Radar - Part VIII, Radar in USN; International Defense Review, 12/1985, S.33-40. Electronic Warfare; George W. Stimson; SciTech Publishing, 64. Naval Electronic Warfare - Enhancing warship survivability; Inc., Mendham, 1998. Mark Cotton; International Defense Review, 12/1985, S.43- 89. The art of Navigation Warfare; Robert McGahan; JED, April 46. 2001, S.53-55. 65. EW in a Land Environment - British solutions; Michael 90. Electronic Warfare in the Information Age; D. Courtis Dickens; International Defense Review, 12/1985, S.67-69. Schleher, Ph. D.; Artech House, Inc., Boston, London, 1999. 66. Introduction to Electronic Warfare; D. Courtis Schleher, 91. Fighter EW, the next generation; Bill Sweetman; JED, July Ph.D.; Artech House Inc., Norwood, MA, 1986. 2000, S.41-47. 67. EW systems continue showing growth and development; A. 92. EW101 A First Course in Electronic Warfare; David Adamy; E. Braun (Editor); MSN&CT, April 1986, S.71-72. Artech House, Inc., Norwood, 2001. 68. The impact of advanced modulation techniques on EW; 93. Facing Warfare in the third millenium; Fred Levien - The R.M. Raines & S.A. Blankenship -Naval Surface Weapon Levien Group, Prunedale, CA; Microwaves & RF, 40(2001)9, Center; DE, October 1986, S.81-98. S.31-44. 69. The digital future of EW; Edwin M. Drogin; DE, December 94. EW 101 A First Course in Electronic Warfare; David Adamy; 1986, S.61-64. Artech House, Inc., Norwood, MA, 2001. 70. ECCM the key to Airborne Radar survival; Stephen L. 95. Electronic Warfare for the Digitized Battlefield; Michael Johnston - Inernational Radar Directory; MSN&CT, January Frater & Michael Ryan; Artech House Books, Horizon House 1987, S.54-65. Publications, Inc., 2001.

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96. Afghan operations underscore value of avionics arsenal; 9. Eluding the enemy: ECCM techniques; Frank Amoroso - David I. Rockwell, Teal Group; AW&ST Aerospace Sourcw Hughes Aircraft; DE, September 1985, S.171-186. Book, January 14, 2002, S.199-200. 10. Introduction to Electronic Warfare - Chapter 4: Radar and 97. Electronic Warfare systems; AW&ST Aerospace Source Electronic Counter-Countermeasures; D. Courtis Schleher, Book, January 14, 2002, S.225-227. Ph.D.; Artech House, Inc., Norwood, MA, 1986. 98. Electronic Warfare goes stealthy; Alan Dawes; Air 11. ECCM the key to Airborne Radar survival; Stephen L. International, February 2002, S.105-110. Johnston - Inernational Radar Directory; MSN&CT, January 99. Der Elektronische Kampf der Marine; Fregattenkapitän 1987, S.54-65. Ulrich Dammeyer - Führungsstab Marine; SuT, Juli 2002, 12. Simple circuit instantly cuts jammer signals; Andere S.47-50. Gagnon - Telemus Electronic Systems, Ontario, Canada; 100. Survival of the fittest; Farnborough International, 2002 - Microwaves & RF, 29(1990)9, S.135-140. The Official Souvernir Programme; Published on behalf of 13. Introduction to Airborne Radar; George W. Stimson; SBAC by Key Exhibitions Ltd, Stamford, UK, September SciTech Publishing, Inc., Mendham, NJ, 1998. 2002, S.52-57. 14. Electronic Warfare in the Information Age; Ph.D. D. Courtis 101. Threats sparks EW research, but no new programs; David Schleher; Artech House, Inc., Boston, London, 1999. A. Fulghum and Robert Wall, Washington/Nashua, NH; 15. Evidence of chaos and fractals in ECM effectiveness AW&ST, October 28, 2002, S.62-64. simulation; S. Charland & P. Pulsifer; JED, November 2002, 102. Jamming role given to F-22, F-35, MC2A; David A. Fulghum, S.56-61. Washington; AW&ST, November 2002, S.32. 103. Antennas confound jamming, energy weapons . Elektronische Unterstützungsmaßnahmen, development; David A. Fulghum, Washington; AW&ST, EloUM, ESM December 9, 2002, S.71-73. 1. Electronic Warfare Principles; Chapter 4, Electronic 104. Introduction to Electronic Warfare, Modeling and Warfare Support Measures; Air Force Pamphlet, AFP 51-3; Simulation; David Adamy; Artech House, Inc., Norwood, 1. September 1978. MA, 01/2003. 2. ESM improves Fast Patrol Boat capabilities; Frank J. 105. Electronic Warfare systems; AW&ST Aerospace Source Moncrief; MSN, July 1978, S.64-66. Book, January 13, 2003, S.215-218. 3. Adaptive pulse preprocessing optimizes ESM Receivers; 106. Unsichtbar aber wirkungsvoll - Die Elektronische James Van Cleave; EW/DE, March 1979, S.77-84. Kampfführung; Jürgen Pöppelmann; wt IV/2003, S.90-93. 4. High Intercept Probability improves ESM performance; S. 107. Übung ELITE 2004 - Duell in der Schwäbischen Alb; Erich Sareen; MSN, July 1979, S.72-76. Strobl; FLIEGERREVUE, 7/2004, S.20-21. 5. Signal Processing pivotal to next generation ESM Receivers; 108. EW 102: A Second Course in Electronic Warfare; David L. J.H. Collins & P.M. Grant; MSN, April 1981, S.10-32. Adamy; Artech House Books, Horizon House Publications, 6. Navy seeks ESM for P-3C; DE, May 1981, S.44. Inc., 2004. 7. Channelized Receivers to dominate by late ‘80s; HVM & 109. Target Acquisition in Communication Electronic Warfare JBB; DE, May 1981, S.46-48. Systems; Richard Poisel - US Army Research, Development 8. Time of Compressive Receivers has not come; DE, May and Engineering Command; Artech House Books, Horizon 1981, S.50. House Publications, Inc., 2004. 9. MEL introduces ESM insurance; Stefan Geisenheyner; DE, 110. International Electronic Countermeasures Handbook: 2004 January 1982, S.107-109. Edition; Journal of Electronic Defence; Artech House Books, 10. The associative comparator: Adds new capabilities to ESM Horizon House Publications, Inc., 2004. signal processing; Craig A. Hanna; DE, February 1984, S.51- 111. EW and Stealth - Deceptive appearances explained; Mike 62. Hirst; Air International, November 2004, S.62-65. 11. Tactical ESM system has multioption capabilities - Product

of Applied Communications; MSN, October 1984, S.163- . Elektronische Schutzmaßnahmen, EloSM , 164. ECCM 12. Advanced ESM system allows retrofit; Lynn Clune, et al. - 1. ECCM Measures of Effectivness; Dr. J. Frank & Dr. P.S. General Instruments; DE, October 1984, S.165-169. Tong; Countermeasures, Vol.3, No.1, January 1977, S.37- 13. Aircraft detection and identification uses passive 44. Electronic-Support Measures; Joel Schindall; WJ Tech- 2. ECCM from the Radar Designer’s viewpoint; M.A. Johnson notes, Vol. 12, No. 5, Sept./Oct. 1985. & D.C. Stoner; MJ, March 1978, S.59-63. 14. Compressive Receivers apllied to ESM System design; K. D. 3. ECCM Techniques; Richard Hartman; ME/C, Vol.3, No.11, Breuer et al. - Eaton Corp., AIL Division; MSN&CT, October Novomber 1977, S.34,36,39. 1986, S.66-75. 4. Guided Missile ECM/ECCM; Stephen L. Johnston; MJ, 15. Filters and Multiplexers designed for ESM applications; J. E. September 1978, S.20-25. Dean - Filtronic; MSN&CT, October 1986, S.97-104. 5. Electronic Warfare Principles; Chapter 6, Electronic 16. Filters and Multiplexers designed for ESM applications; J. E. Counter-Countermeasures; Air Force Pamphlet, AFP 51-3; Dean - Filtronic; MSN&CT, November 1986, S.123-1131. 1. September 1978. 17. Introduction to Electronic Warfare - Chapter 2: Electronic 6. ECCM based on Antanna Technology; ICH, 5th Ed., support Measures; Ph. D. D. Curtis Schleher; Artech House, 1979/80, S.305316. Inc., Norwood, MA, 1986. 7. Interference cancellation shows promise as Anti-jam technique; ICH, 7th Ed., 1981/82, S.365-370. . ELF, Extremely Low Frequencies 8. Hostile ECCM/ESM; Stephen L. Johnston; JED, June 1984, 1. U-Boot-Funkverkehr mit ELF - ein neuer Anlauf der US S.41-48. Navy; Dan Boyle; IWR, 7/1978, S.1149-1151.

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2. ELF: To communicate with a submerged Submarine; 5. A Sampling of EW Antennas; Don Herskovitz; JED, Edward L. Beach; DE, April 1980, S.54-61. December 1997, S.53-57. 3. The Renaissance in Submarine Communications, Part III: 6. Antennas: Highly visible and hardly visible; Don Herskovitz; The ELF Odyssey 1958-1979; Roland J. Starkey, Jr.; ME/C, JED, May 1999, s. 63-68. Vol.7, No.1, January 1981, S. 26-39. 7. A sampling of EW Antennas; Don Herskovitz; JED, June 4. Erratum: The Renaissance in Submarine Communications: 2000, S.57-61. The ELF Odyssey; ME/C, Vol.7, No.2, February 1981, S. 28. 8. Designer polarization for EW Antennas; Robert O. 5. The Renaissance in Submarine Communications, Part IV: Magatagan; JED, December 2000, S.51-53. The ELF Odyssey, cont.; Roland J. Starkey, Jr.; ME/C, Vol.7, 9. Technology survey: Sampling of EW/SIGINT Antennas; JED, No.2, February 1981, S. 29-34. March 2007, Vol.30, No.3, S.40-45. 6. Kommunikation mit ELF; Physik in unserer Zeit, 12. Jahrgang, 1981, Nr. 6, Seite 193. [Science 212, 644 (1981)]. . EloKa-Simulation - EW Simulation 7. NAVELEX looks future in serving the electronic needs of the 1. RF Ecology: EW Student and His Environment; William H. Fleet; DE, April 1982, S.59-62. McMillan, Antekna; MSN, July/Aug. 1971. 8. ELF lets Subs stay deep and out of sight; David A. Boutacoff; 2. Elements of EW Simulation - the RF Aspect; Warren P. Yost, DE, January 1985, S. 95-98. Antekna; MSN, Sept./Oct. 1971. 9. GTE wins ELF received pact; Microwaves & RF, 27(1988)5, 3. Radar Signal Simulator; EMI Electronics Ltd, England, 4- S.67. seitige Unterlagen RE1069, 1975. 10. Funkortung und Navigation; Erwin Lertes; Vieweg, 4. EloKa-Simulatoren; G.S. Sundaram; IWR, 4/1976, S.591- Braunschweig, 1995, S.127. 583. 11. Moderne U-Boote; Udo Ude; wt, II/2001, S.84-89. 5. USAF Simulates Soviet Defense System; Barry Miller; AW&ST, May 30, 1977, S.43-49. . EloGM-Antennen - ECM Antennas 6. Simulation - The requirement; ICH, 3rd Ed., June 1977/78, 1. ECM Antennas; E .C. Hatcher; Space/Aeronautics, April S.527-529 1960, S.171-180. 7. EW Testing - The Gordian Knot; Joseph J. Digiovanni, 2. Comparing ECM Antennas: Horns vs Spirals; Donald F. Antekna, Inc.; EW, July/Aug. 1977, S.79-86. Tuite, Transco Products; MW, October 1972. 8. EW Simulation: Preparation of a Dynamic Scenario; David L. 3. Phased Array for ECM; ICH, 3rd Ed., June 1977/78, S.333- Adamy - Antekna; EW/DE, Sept./Oct. 1977, S.117-120. 341. 9. EW The unique weapon; Terry E. Bibbens, Antekna; Signal 4. Designing a broadband Phased Array Antenna suitable for Magazine, March 1978. use in ECM Systems; Lars Josefsson - LM Ericsson; DE, 10. Simulation Breakthroughs; A Solution to Complex Combat February 1980, S.85-88. Problems; EW/DE, July 1978, S.5360. 5. Electronic Warfare Antenna Systems - Past and Present; 11. Simulation - An effective military strategy; Julian S. Lake; Dan Yaw, Westinghouse; MJ, September 1981, S.22-39. ME/C, October 1978, S.25. 6. Higher ERP for ECM Systems; Norman H. Pond; JED, March 12. Handbook - EW Simulation Techniques, Equipment, and 1982, S.24. Systems; Broschüre von Antekna, 1978. 7. Higher ERP with Lens Fed Multibeam Arrays; D.H. Archer & 13. Modern EW simulation techniques; ICH, 4th Ed., 1978/79, A.A. Black, Raytheon Company; JED, March 1982, S.51-58. S.390-402. 8. A sampling of EW Antennas - Technology Survey; Robert V. 14. DF Simulation; ICH, 4th Ed., 1978/79, S.403-405. McGahan; JED, January 2002, S.57-61. 15. Man/Mashine Interface in EW Simulation; David L. Adamy, Antekna; EW/DE, January 1979, S.71-77. . EloGM-Behälter, -Gondel 16. Dynamic Environment Simulation by Arrayed Emitter 1. EloGM-Gondelanlagen der US-Luftwaffe; Gowri S. Ranges; Joseph J. Digiovanni, Antekna; JED, March/April Sundaram, Genf; IWR, 5/1979, S.775-778. 1979. 17. Field Deployable Simulation Adds Training Realism; Harold . EloGM-Techniken-Generator - ECM Techniques D. Burns; DE, June 1979. 18. NEETS - The Naval Electronic Environment Training System; Generator ME/C, October 1979. 1. Lab Report #3, Anzeige von Frequency Sources, Inc., MSN, 19. Detailed Description of AF-EWES Functions; ICH, 5th Edi., March 1982, Rückseite des Deckblattes. 1979/80, S.317-335. 2. ECM Techniques Generator, Dual Coherent Source and 20. Test, Training, & Simulation; Ron Brown - Antekna, Inc.; Offboard Expendable Techniques; Demetrius Tsipuras, et JED, Jan./Feb. 1980, S.54-56. al.; MJ, September 1984, S.38-73. 21. Simulators as test equipment and training devices for EW and Radar; ME/C, March 1980, S.28-41, 70-71. . EloKa-Antennen - EW Antennas 22. First-of-Its-kind Simulator features diverse capabilities; 1. Electronic Warfare Principles; Electronic Warfare Antennas; ME/C, January 1981, S.52-55. Air Force Pamphlet, AFP 51-3; 1. September 1978. 23. Changing environment complicates simulation; Terry 2. Electronic Countermeasures; J. Boy et al. (Hrgb); Chapter Bibbens, Antekna, Inc.; DE, June 1981, S.97-98. 29, Antennas, J.V.N. Granger; Peninsula Publishing, Los 24. Multiple Environment Generator for Electronic Altos, CA, (1965) 1978. Countermeasures Testing; J.A. Hartman; MJ, September 3. Electronic Warfare Antenna Systems - Past and Present; 1981, S.53-60. Daniel F. Yaw; MJ, September 1981, S.22-39. 25. EW training using Radar EM environment; John Michels; 4. Wide Sector Coverage Antennas; Daniel F. Yaw; MJ, MJ, September 1981, S.79-89. September 1984, S.135-138.

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26. EW instructional development; Doug Lanterman - Antekna, 54. EW Simulation, Part 3 - Engagement Scenario Model; Dave Inc.; JED, Sept./Oct. 1981. Adamy - EW101 Tutorial; JED, June 1999, S.68-69. 27. EW Threat Simulator validates Software; William H. 55. EW Simulation, Part 4 - Operator Interface Simulation; McMillan - Antekna; DE, October 1982, S.101-112. Dave Adamy - EW101 Tutorial; JED, July 1999, S.62-63. 28. Fundamental parameters used in Radar Emitter Simulation; 56. EW Simulation, Part 5 - Practical considerations in Doug Lanterman; ICH, 8th Ed.,1982/83, S.306-312. Operator Interface Simulation; Dave Adamy - EW101 29. Watkins-Johnson: Simulation von Elektronischen Tutorial; JED, August 1999, S.64-65. Gegenmaßnahmen; Mikrowellenmagazin, Vol.9, No.2, 57. EW Simulation, Part 6 - Introduction to emulation; Dave 1983, S.137-138. Adamy - EW101 Tutorial; JED, September 1999, S.64-65. 30. General Instrument: Radar Emitter Simulation Equipment; 58. A sampling of PC-hosted EW Training Systems; Don Mikrowellenmagazin, Vol.9, No.2, 1983, S.138-139. Herskovitz - Technology; JED, October 1999, S.59-62. 31. General Instrument: TS-V(1) Threat Simulator; 59. EW Simulation, Part 7 - Antenna Emulation; Dave Adamy - Mikrowellenmagazin, Vol.9, No.2, 1983, S.140. EW101 Tutorial; JED, October 1999, S.64-65. 32. Simulate Airborne Radar environment; D. Nembhard & R. 60. EW Simulation, Part 8 - Receiver Emulation; Dave Adamy - Smalling - Eaton; Microwaves & RF, 22(1983)7, S.97- EW101 Tutorial; JED, November 1999, S.66-67. 103,112. 61. EW Simulation, Part 9 - Threat Emulation; Dave Adamy - 33. AN/SLQ-32 Environment Generator; Jack E. Wagner, EW101 Tutorial; JED, December 1999, S.64-65. Comptek; JED, September 1983, S.65-69. 62. EW Simulation, Part 10 - Threat Antenna-Pattern 34. Interactive Simulation automates EW System design; emulation; Dave Adamy - EW101 Tutorial; JED, January Samuel R. Holderman & Alex Nauda, HRB-Singer; JED 2000, S.62-63. September 1983, S.73-76. 63. EW Simulation, Part 11 - Multiple-Signal emulation; Dave 35. ECM monitoring system; A.M. Imada & E.G. Ottoboni, SRI Adamy - EW101 Tutorial; JED, February 2000, S.62-63. Intern.; MJ, Nov. 1984, S.139-150. 64. Simulator cteates multiple threats for EW receivers; Ross A. 36. Field-deployable Simulations of Soviet Systems; Michael R. Ecker - Watkins-Johnson, San Jose, CA; Microwaves & RF, Green; ICH, 9th Ed.,1984, S.175-189. 29(1990)6, S.164-170. 37. Ghost Radars in the sky; Bruce Gumble; DE, June 1985, 65. A Sampling of Electronic Warfare Simulators - Technology S.95-101. Survey; Don Herskovitz; JED, October 2000, S.59-64. 38. Threat Simulation in EW Suite Testing; George Edwards - 66. EW101 A First Course in Electronic Warfare; David Adamy; Flight Systems, Inc.; JED, September 1985, S.39-43. Artech House, Inc., Norwood, 2001. 39. Combat Electromagnetic Environment Simulator; Dr. 67. A Sampling of Electronic Warfare Simulators - Technology Edward Eberl - Amherst Systems; JED, September 1985, Survey; Robert V. McGahan; JED, August 2002, S.61-66. S.45-47. 68. Evidence of chaos and fractals in ECM effectiveness 40. DOD Simulators for evaluation of EW System design; James simulation; S. Charland & P. Pulsifer; JED, November 2002, E. Totten; ICH, 9th Ed.,1985, S.372-375. S.56-61. 41. Simulierte Radar-Szenarios; HF-Report, Oktober 1987, S.77- 69. Introduction to Electronic Warfare, Modeling and 79. Simulation; David Adamy; Artech House, Inc., Norwood, 42. Benchtop Signal Simulation Becomes a Reality; Roland MA, 2003. Hassun, Dana Kreitter, & John Minck; DE, November 1987, S.129-143. . EloUM => Elektronische 43. Ein Beitrag zur Lösung komplexer Simulationsprobleme; W. Unterstützungsmaßnahmen Gross; Mikrowellen & HF Magazin, Vol.15, No.7, 1987.

44. Sharping the Future of Signal Simulation; G. Lowitz, et al.; DE, March 1989, S.90-99. . ELS 45. Advanced Frequency-Agile Signal Simulator Provides EW, 1. TI Uses Broad Technology Base to Expand Role in EW Radar Testing; Hp; MSN, April 1989, S.55-56. Programms; Sonderdruck von AW&ST, February 1987. 46. Signal simulator hops 3000 MHz in less than 250 ns - 2. Firmenbroschüre von Texas Instruments: Emitter Location Product of HP, Cupertine, CA; Jack Browne - Executive System; 01-BL-6-88. Editor; Microwaves & RF, 28(1989)4, S.141/3/5/7. 3. Technisch-logistische Vorbereitung von Luftfahrzeugen für 47. Frequency-Agile Signal Simulators; Hewllett-Packerd Co., den Krisen-Einsatz; Helmut Caspar; SuT, 11/97, S.641-645. Palo Alto; MJ, Jan. 1991, S.157-158. 4. ELS; IECM Handbok 2001, S.174. 48. System simulates radar environments from 0.3 to 18 GHz; Product of S.T. Research, Newington, VA; Microwaves & RF, . EM Simulator 30(1991)5, S.248. 1. EM simulator adds optimization - Product of HP, HP EEsof, 49. Radar simulation software employs component data; Westlake Village, CA; Jack Browne - Publisher/Editor; Robert J. Hancock - CAE Soft; Rockwall, TX; Microwaves & Microwaves & RF, 37(1998)6, S.123-124. RF, 30(1991)9, S.67-73. 50. Modeling and Simulation - High-quality and lower cost . EMAC validation of EW systems; Mike Pywell; JED, November 1. Die Europäische Industrie muss handlungsfähig bleiben; 1997, S.45-51. Aloysius Rauen, Leiter EADS Militärflugzeuge; EADS- 51. A Sampling of Electronic Warfare Simulators; Don Magazin: Mforum, März 2001, S.14-15. Herskovitz; JED, December 1998, S.53-58. 52. Electronic Warfare Simulation, Part 1; Dave Adamy - . EMBRAER EW101 Tutorial; JED, April 1999, S.60-61. 1. Http://www.embraer.com 53. EW Simulation, Part 2 - Computer Simulation; Dave Adamy

- EW101 Tutorial; JED, May 1999, S.74-75.

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. EMBRAER EMB 145 AEW&C 22. IF System provides 100% intercept; MSN, July 1979, S.92- 1. Flugzeuge der Welt 2003; Claudio Müller; Motorbuch 93. Verlag, Stuttgart, 2003; Seite 159: EMBRAER ERJ-145 23. Receivers evolve to era of Computer-Controlled SA/RS. „Hybridization”; Terry Harper- WJ; MSN, August 1979, 2. Embraer EMB 145 AEW&C; Flightline; FLUG REVUE, Januar S.112-122. 2004, S.37-40. 24. VHSICs to impact next-generation Radar Warning Receivers; Harry F. Eustace; DE, January 1980, S.69-73. . EMPAR 25. Wideband ESM Receiving Systems - Part I; C.B. Hofmann & A.R. Baron - Amecon; MJ, September1980, S.24-34. 1. Das Boden-Luft-System PAAMS; PLANET AEROSPACE, Nr.2. 26. ELISA: New high-sensitivity Receiver designed for Elint and Januar-März 2001, S.34-37. Surveillance; John B. Beach; DE, October 1980, S.14-15. 2. Backboards of the fleet: Shipboard Phased-Array Radars; 27. Current and future Sub-System module for intercept Dimitris V. Dranidis; JED, May 2003, S.55-62. Receivers; J.H. Collins & P.M. Grant; Ultrasonics 3. EMPAR Shipborne Multifunction Radar; www.amsjv.com, Symposium, 1980, S.204-215. REF: AMS/ED/002/0602. 28. Will receivers demand GaAs ICs? J.E. Feaveryear & E.A.

Sornberger; DE, January 1981, S.58-60. . Empfänger (EloKa-Empfänger) - EW Receivers 29. Wideband ESM Receiving Systems - PartI I; C.B. Hofmann & 1. New systems concepts for increased ELINT intercept; R.R. A.R. Baron - Amecon; MJ, Feb. 1981, S.57-61. Keenly - ARGOSystems, Palo Alto, CA; EW, May/June 1974, 30. Receivers demand advanced analog processing ICs S.63-68. (Receivers); K.P. Weller & D.H. Claxon; MSN, February 2. What’s new in ELINT receiving hardware? EW, July/August 1981, S.58-70. 1974, S.19-25. 31. Receiver tools improve difficult RF signal acquisition; Frank 3. High Probability of Intercept Receivers in EW Rappolt - Eaton/AIL; MSN, April 1981, S.62-86. environments; Terry Harper; WJ Tech-notes, Vol.2, No.4, 32. Navy seeks ESM for P-3C; DE, May 1981, S.44. July/August 1975. 33. Time of Compressive Receivers has not come; DE, May 4. Integrated Circuit 18-40 GHz Receiver; Dr. Charles 1981, S.50. Buntschuh; MSN, Oct./Nov. 1975, S.33-39. 34. Digitally controlled Receivers generate wider Frequencies; 5. Preselected autotrack EHF superhets; MSN, Oct./Nov. DE, June 1981, S.91-94. 1975, S.41-44. 35. Receiver comparisons; ICH, 7th Ed., 1981/82, S.395-396. 6. Compact Warning Receiver sorts signals fast; Eli Dalabikis; 36. Automatic ESM Systems - Past, Present, Future; Alan Sock - EW, July/Aug. 1976, S.39-42. Amecon/Litton; JED, February 1982, S.39-43,49. 7. Signal recognition in a complex Radar environment; J.W. 37. Digital Signal Processing for Multichannel Receiving Campbell & S. Saperstein; WJ Tech-notes, Vol.3, No.6, Systems; B.J. Nardi; WJ Tech-notes, Vol.9, No.3, May/June Nov./Dec. 1976. 1982. 8. The Channelized receiving system; Staff report; MSN, 38. Time-Domain Receivers for pulsed sdignals - Part 1; J.E. Dec./Jan. 1976, S.63-70. Schindall & M.J. Caraballo; WJ Tech-notes, Vol. 9, No. 6, 9. EW Acquisition Systems; B.R. Hatcher; WJ Tech-notes, Nov./Dec. 1982. Vol.3, No.3, May/June 1976. 39. Fundamental parameters used in Radar Emitter Simulation; 10. The military characteristics of Reconnaissance and Doug Lanterman; ICH, 8th Ed., 1982/83, S.306-312. Surveillance; George F. Steeg; EW, Sept./Oct. 1976, S.71- 40. Advances in Radar Warning Receivers; D. White & S. Rubin; 81. ICH, 8th Ed., 1982/83, S.315-327. 11. Fourier series and integrals; ICH, 2nd Ed., 1976/77, S.546- 41. EW Technology at the Air Force’s Avionics Laboratory; 563. George Nicholas & Charles H. Krueger, Jr. - Wright- 12. Receivers for signal acquisition; F. Rappolt & N. Stone - AIL; Patterson AFB, OH; JED, January 1983, S.28-35, 43. MJ, Jan. 1977, S.29-33. 42. Acousto-Optical Bragg Cells speed EW Signal Procecesssing; 13. An overview of low cost ECM Receiver; ICH, 3rd Ed., L.C. Grasse & D.L. Brubaker;MSN, January 1983, 53-68. 1977/78, S.457-461. 43. Time-Domain Receivers for pulsed signals - Part 1; J.E. 14. Egypt deploys British ESM; EW/DE, January 1978, S.79-80. Schindall & M.J. Caraballo; WJ Tech-notes, Vol. 10, No. 1, 15. Receiver performance: What does Receiver Sensitivity Jan./Feb. 1983. really mean? Jeffrey C. Harp - ARGOSystems; EW/DE, May 44. ELF/VLF Receiver design; W.K. Gruber; WJ Tech-notes, 1978, S.96-103. Vol.10, No.3, May/June 1983. 16. New receivers solve operational problems with minimum 45. Intercept Time and its prediction; A.G. Self; JED, August complexity; William R. Bigas - ARGOSystems; EW/DE, 1983. September 1978, S.81-86. 46. Advanced Electronic support System for Radar Processing; 17. What the receiver will see; David L. Adamy -Antekna, Inc, Gregory M. Pope - EM Systems, Sunnyvale, CA; DE, October Mt. Niew, CA; ME/C, Vol.4, No.10, October 1978, S.47-49. 1983, S.182-200. 18. Antennas and Receivers: Interdependency for EW/ESM; 47. SAW Filter basics guide designer choices; A.G. Monnetti & ICH, 4th Ed., 1978/79, S.332-3341. R.M. Hays; Microwaves & RF, 22(1983)11, S.73-110. 19. EW/ESM Receiver signal and data processing problems: 48. RWRs face new threats; A. E. Braun; MSN, November 1983, Methods and solutions; ICH, 4th Ed.,1978/79, S.343-350. S.53-63. 20. Frequency Encoding Essential for Overlapping Pulses; 49. Temperature compensation modules evaluated for Edwin M. Drogin - AIL; MSN, July 1979, S.50-63. Receiver Systems (Receivers); C. Y. Ho - Motorola; MSN, 21. Subsystems Provide Key to Radar Warning Receiver; December 1983, S.86-104. Michaell Paff; MSN, July 1979, S.65-70. 50. SAW Filters improve Channelized Receivers; E. McCune; Microwaves & RF, 23(1984)1.

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51. Competitive Receiver Technologies; G.J. Donaldson; WJ 78. Rapid channel identifier for real-time sorting of frequency Tech-notes, Vol.11, No.4, July/Aug. 1984. data; R.G. Ranson, et al. - WJ; MSN&CT, September 1987, 52. DLVAs find applications in ESM systems; M. Sheade - Planar S.65-73. Microwave; MSN, August 1984, S.47-56. 79. A rapid-channel identifier for EW Receivers; Dr R.G. 53. Techniques examined or RF signal processing before the Ranson, Dr G.L. Hey-Shipton & Dr J.G. Galli; WJ Tech-notes, Receiver; D. Janich - WJ; MSN, October1984, S.46-69. Vol.14, No.5, Sept./Oct. 1987. 54. Software design of Microprocessor-Controlled receivers, 80. Das nächste Jahrzent für die Mikrowellen- Part I; WJ Tech-notes, Vol. 11, No. 6, Nov./Dec. 1984. Überlagerungsempfänger - Wandel in der Technologie und 55. Sorting parameters for Radar Warning Receivers - Quo neue Forderungen kennzeichnen heute schon den Trend; Vadis? Charles Wiseman; ICH, 9th Ed.,1984, S.357-363. Mikrowellenmagazin, Vol.13, No.5, 1987, S.551-556. 56. Digital designs bridge the cost-performance gap; Chuck 81. DFD/IFM performance under exotic modulations; David Dexter; DE, January 1985, S.127-133. Heller - General Instrument; MSN&CT, September 1988, 57. Software design of Microprocessor-Controlled receivers, S.81-91. Part II; WJ Tech-notes, Vol. 12, No. 1, Jan./Feb. 1985. 82. Flexible receiver accurately tracks multiple threats - 58. Automated testing speeds EW receiver evaluation; K.J. Product of WJ, San Jose, CA; Jack Browne - Executive Allen & B.Y. Tsui - Wright-Patterson AFB; Microwaves & RF, Editor; Microwaves & RF, 27(1988)9, S.169-175. 24(1985)3, S.113-118. 83. The future of Radar Warning Receivers; David L. Adamy; 59. Modulation recognition for automated Surveillance DE, October 1988, S.63-69. Systems; J.L. Perry, et al.; WJ Tech-notes, Vol.12, No.4, 84. IF signal sampling improves receiver detection accuracy; July/Aug. 1985. Richard C. Webb - Webb Laboratories, Hartland, WI; 60. Microwave Receivers enter a new era; Technical Staff, Microwaves & RF, 28(1989)3, S.99-103. Condor Systems; DE, August 1985, S.54-58. 85. Receiver system matches channels from 6 to 18 GHz - 61. Receiver gain analysis speeds design process; Stan Product of Microsource, Santa Rosa, CA; John Dixon, et al.; Goldman - Texas Instruments, Dallas, TX; Microwaves & RF, Microwaves & RF, 28(1989)3, S.127-132. 24(1985)10, S.81-88. 86. Analysis reveals vulnerable areas in EW receivers; U.M.S. 62. Receiver turns analyzer into surveillance system; Jack Murthy & V.M. Rao - Defence Electronics Research Browne - Senior Editor; Microwaves & RF, 24(1985)10, Laboratory, Hyderabad, India; Microwaves & RF, S.109-110. 29(1990)8, S.107-115,131. 63. Stock components can silence receiver spurs; Alan Conrad - 87. EW Receivers use multiple technologies; Robert W. Dodd; Staff Consultant, Configuration Analysis Management, DE, September 1990, S.59-65. Danbury, CT; Microwaves & RF, 24(1985)10, S.123-125. 88. Design optimizes broadband mm-wave receiver 64. System control of VHF/UHF Receivers; C. E. Dexter & T. W. performance; dr. Chandra Gupta - Alpha Industries, Goodell; WJ Tech-notes, Vol.12, No.6, Nov./Dec. 1985. Methuen, MA; Microwaves & RF, 29(1990)9, S.153-159. 65. Advancing EW system strategies and supporting 89. Software package predicts receiver system sensitivity - technologies; R.A. Moore & R.E. Marinaccio - Product of Cedars Software, Potomac, MD; Microwaves & Westinghouse, Baltimore, MD; MJ, Feb. 1986, S.26-41. RF, 30(1991)8, S.179. 66. Receivers and Receiver technology for EW systems; Donald 90. A sampling of Radar Warning Receivers; Don Herskovitz - L. Lockheed - TRW, Redondo Beach, CA; MJ, Feb. 1986, Technology Survey; JED, January 1998, S.55-59. S.139-148. 91. Superconducting filters enhance military receiver 67. Advances in design improve wideband Receiver; W. B. performance; Gordon Roesler; Gordon Roesler - Booz Allen Sullivan & D. Heller - General Instrument; MSN&CT, April & Hamilton, Arlington, VA; Microwaves & RF, 37(1998)6, 1986, S.97-108. S.61-68,76. 68. Compressive receiver technology; W.D. Daniels, et al.; MJ, 92. RWR, ESM changes prompt Litton mergher; Philip J. Klass; April 1986, S.175-184. AW&ST, November 15, 1999, S.89-90. 69. Surveillance receiver spans VHF to 40 GHz; Barry Manz - 93. Precision location and identification: A revolution in threat Chief Editor; Microwaves & RF, 25(1986)6, S.173-176. warning and situational awareness; Lt Col Jon Wilson, 70. Compressive Receivers apllied to ESM system design; K. D. USAF; JED, November 1999, S.43-48. Breuer et al. - Eaton Corp., AIL Division; MSN&CT, October 94. A sampling of EW Warning Systems; Don Herskovitz - 1986, S.66-75. Technology; JED, December1999, S.61-65. 71. Aircraft detection and identification uses passive 95. Radar Warning Receivers: The digital revolution; Dave Electronic-Support Measures; Joel Schindall - WJ; MSN&CT, Adamy; JED, June 2000, S.45-50. October 1986, S.78-86. 96. A sampling of EW Warning Systems; Don Herskovitz - 72. Filters and Multiplexers designed for ESM applications; J. E. Technology; JED, April 2000, S59-63. Dean - Filtronic; MSN&CT, October 1986, S.97-104. 97. EW101 A First Course in Electronic Warfare; Dave Adamy; 73. Microscan Receivers boost intercept probability; Hermann Artech House, Inc., Norwood, 2001. F. Schmid - SRI International; DE, October 1986, S.205-214. 98. EW101 - Receiver-System design, Part 1 - System 74. Receiver Dynamic Range: Part 1; R.E. Watson; WJ Tech- specifications; Dave Adamy; JED, June 2004, S.60-61. notes, Vol.14, No.1, Jan./Feb. 1987. 99. SMR-4820 compact microwave search receiver; M/A-COM 75. Receiver Dynamic Range: Part 2; R.E. Watson; WJ Tech- SIGINT Products, Hunt Valley, MD, UK; Military Microwaves notes, Vol.14, No.2, March/April 1987. Supplement, August 2004 - A Special Supplement to 76. Should Radar Warning Receivers remain autonomous? Microwave Journal & Journal of Electronic Defense. Richard Hartman; DE, May 1987, S.45-47. 100. Receiver System Design Part 6 - Types of Receivers; Dave 77. How to specify and use a DTO/VCO; R.N. Buswell; WJ Tech- Adamy; JED, December 2006, Vol.29, No.12, S.42-44. notes, Vol.14, No.4, July/Aug. 1987.

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101. Receiver System Design Part 8 - Receiver System 17. Molded-in-Place cover gaskets for environment seals and Sensitivity; Dave Adamy; JED, Feb. 2007, Vol.30, No.2, S.70- EMI/EMP shields; D.M. Barone - Chometrics; MSN&CT, 72. June 1987, S.96-102. 102. Receiver System Design Part 9 - Receiver System Dynamic 18. Elektromagnetische Verträglichkeit (EMV); Karl-Heinz Range; Dave Adamy; JED, March. 2007, Vol.30, No.6, S.47- Gonschorek & Anton Kohling; Physik in unserer Zeit, 19. 49. Jahrgang, Mai 1988, Nr.3, S.80-91. 103. Technology survey: Sampling of RWR/ESM/ELINT Receivers; 19. EMI shielding of composite materials; Frank Marella; DE, Ollie Holt; JED, June 2007, Vol.30, No.6, S.49-55. March. 1990, S.68-71. 20. Ein Modernes EMV-Test-Zentrum; Klaus Ruffing; EMV . Empfängerempfindlichkeit Journal, Vol.2, Bd.4, 1991, S.286-291. 1. Introduction to Electronic Warfare; D. Curtis Schleher, Ph. 21. EMV-Meßtechnik von A-Z; X. Sutter & A. Gerstner; Franzis, D.; Artech House Inc., Norwood, MA, 1986, S.427. Poing, 1994. 2. EW101 A First Course in Electronic Warfare; David Adamy; 22. EMI test receiver evaluates 9 kHz to 2.75 GHz - Product of Artech House, Inc., Norwood, 2001. Tektronix, Beaverton, OR; Jack Browne - Associate 3. Receiver System Design Part 8 - Receiver System Publisher/Editor; Microwaves & RF, 36(1997)10, S.138,140. Sensitivity; David Adamy; JED, Feb. 2007, Vol.30, No.2, 23. Minimize EMI effects in wireless circuits; M.A. Halim - SR S.70-72. Telecom, Ontario, Canada; Microwaves & RF, 37(1998)2, S.54-62. . EMV, Elektromagnetische Verträglichkeit - EMI, 24. Making EMI-radiated emissions measurements; Dennis Handlon - Agilent Technologies, Santa Rosa, CA; EMC, RFI Microwaves & RF, 39(2000)4, S.49-57. 1. A modern Receiving System approach to EMI, EMC, 25. Elektromagnetische Felder von Senderanlagen exakt TEMPEST measurements; K. Bach; WJ Tech-notes, Vol.2, erfassen - Portables System für EMV-Messungen R&S TS- No.6, Nov./Dec. 1975. EMF; J. Kauscher & B. Rohowsky; R+S, Heft 177(2003/I), 2. Taking the Guesswork out of RFI Measurements; Gunther S.29-31. Sorger; MSN, November 1980, S.47-55. 3. EMV-Meßplatz im Frequenzbereich 10 kHz - 400 MHz; . EMV-Antennen - EMC Antennas Mikrowellenmagazin, Heft 4/81, S.506. 1. Using Antennas to measure the strength of electric fields 4. TEM Test Cell Boasts Various EMC Applications; MSN, April near equipment; Martin Alexander; Compliance 1982, S.121, 124. Engineering, European Edition, 2000 Annual Reference 5. Filtering connectors meet the challenges of EMI; Thomas 3 Guide, September 2000, S. 22-31. Howell; NATO C , IFF, and EW being updated; DE, May 2. Katalog, EMV-Messtechnik, Rohde & Schwarz (R+S), PD 1982, S.93-97. 0757.2350.11, S. 26-28. 6. Shielding barriers block elektromagnetic waves, Part 1: EMI

Shielding; Peter Grant - EMI, Granford, NJ; Microwaves, 21(1982)6, S.97-98. . Entfernungsmessung 7. Emitter/Susceptor profiles predict proper Shielding, Part 2; 1. Elektronische Entfernungsmessung; Oberstleutnant K. H. Peter Grant - EMI, Granford, NJ; Microwaves, 21(1982)7, Bleiel; SuT, 4/1973, S.180-184. S.79-86. 8. Shielding analysis aids material selection, Part 3; Peter . EO, Electro-Optics Grant - EMI, Granford, NJ; Microwaves, 21(1982)8, S.83-91. 1. Electro-Optics Handbook; RCA, Commercial Engineering, 9. Measurement techniques establish shielding values, Part 4; Harrison, NJ 07029, 1968. Peter Grant - EMI, Granford, NJ; Microwaves, 21(1982)9, 2. Bauelemente der Infrarottechnik; K.J. Stahl, Ulm; Elektro- S.97-99. Anzeiger, 25. Jg. Nr. 21, 20. September 1972, S.379-385. 10. Shielding techniques tackle EMI excesses, Part 5; Peter 3. CCDs: Versatility with Integration - A winning combination; Grant - EMI, Granford, NJ; Microwaves, 21(1982)10, S.91- D.D. Buss, et al.; MSN, October 1977, S.95-100. 99, 117,118. 4. Electronic Warfare Principles; Chapter 9, Electro-Optics; Air 11. Alphabet Soup Drowns Electromagnetic Compatibility Force Pamphlet, AFP 51-3; 1. September 1978. Language; M. W. Shores - General Dynamics; MSN, January 5. Simulating weather and EW effects on IR and EO systems; 1983, S.96A-96L. Merton H. Crowell -System Planning; JED, January 1982, 12. EMV, ein lösbares Problem? Bernd Tiburtius; S.37-41. Mikrowellenmagazin, Vol.10, No.5, 1984, S.543. 6. USAF EO/IR technology advances; Staff REport; JED, 13. Military EMC tests benefit from automation; E.L. Bronaugh January 1982, S.42-45. & P.A. Sikora - Electro Metrics, Amsterdam, NY; 7. Silent Sensors + Human operators = Hidden threats; E.P. Microwaves & RF, 24(1985)9, S.87-93. Rolek & Michael Tutin; JED, February 1982, S.51-57. 14. The right combination unlocks aerospace EMC; O.B.M. 8. Science and perspectives for Electro-Optical Warfare; Pietersen - National Aerospace Lab., Amsterdam, The Samuel A. Musa; JED, January 1983, S.25-26. Netherlands; Microwaves & RF, 24(1985)10, S.73-78. 9. Present and future Army EO/IR/RF Countermeasures; 15. Elektromagnetische Verträglichkeit mit Electrodag Robert F. Giordano -US Army; JED, January 1983, S.36-43. Abschirmschichten; Mikrowellenmagazin, Vol.13, No.2, 10. Electro-Optics in Naval Warfare systems; W.V.Goodel; JED, 1987, S.129-130. January 1983, S.48-55. 16. EMV-Empfänger auf Spektrumanalysator-Basis; Werner 11. Electro-Optical Warfare; William J. Cannon -EO Warfare, Sackreuther - HP, Bad Homburg; Mikrowellenmagazin, USAF; JED, January 1983, S.58-62. Vol.13, No.3, 1987, S.248-255.

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12. Holistic system design maximizes Night Vision device 2. Wt-Gespräch mit Gerhard Schemp - Vorsitzender der performance; Len Bjork, et al.; ME/C, Vol.9, No.2, February Geschäftsführung der ESG Elektronik- und Logistik -GmbH; 1983, S.34-39. wt III/1999, S.90-91. 13. Infrared Optics for military electronics systems requite 3. Le Bourget 2001: Die erste große Leistungsschau der high-quality optical coatimgs; M. Specile & F. Zmarzly; Luftfahrt im neuen Jahrtausend; Peter Preyloswski; SuT, ME/C, Vol.9, No.2, February 1983, S.43-45. August 2001, S.26-34. 14. Electro-Optic and Infrared Sensors; J.J. May, Jr., & M.E. Van 4. ESG auf Erfolgkurs; wt II/2002, S.29. Zee -General Dynamics; MWJ, September 1983, S.121-131. 5. Firmenbroschüre: Systementwicklung, Avionik für 15. Electro-Optics on the modern battlefield; J. Gaspar & H. Flugzeuge; 1EFE-DD-0011-04.02. Soffer -Varo Electro-Optics; DE, October 1986, S.139-153. 16. A sampling of EO/IR Systems; Don Herskovitz - Technology; . ESM => Elektronische JED, February 1999, S.53-57. Unterstützungsmaßnahmen 17. EO/IR, Part 1 - The EO/IR Spectrum - EW101 Tutorial; Dave

Adamy; JED, March 2001, S.68-69. 18. EO/IR, Part 2 - IR guided Missiles - EW101 Tutorial; Dave . Ethernet Adamy; JED, April 2001, S.64-65. 1. Bussysteme, Parallele und Serielle Bussysteme in Theorie 19. EO/IR, Part 3 - Infrared Linescanners - EW101 Tutorial; und Praxis; Georg Färber (Hrsg.); Oldenburg Verlag, Dave Adamy; JED, May 2001, S.74-75. München, Wien, 1984. 20. EO/IR, Part 4 - Infrared Imagery and IRST - EW101 Tutorial; 2. PC-Lexikon; Hans Herbert Schulze; Rowohlt Taschenbuch Dave Adamy; JED, June 2001, S.70-71. Verlag GmbH, Reinbek bei Hamburg, August 1993. 21. EO/IR, Part 5 -Night Vision devices - EW101 Tutorial; Dave 3. Computer Lexikon - Fachwörterbuch, Ausgabe 2002; Adamy; JED, July 2001, S.66-67. Microsoft Press Deutschland, Unterschleißheim, 2001. 22. EO/IR, Part 6 - Laser Target Designator - EW101 Tutorial; Dave Adamy; JED, August 2001, S.60-61. . Eurocontrol 23. Nachsichttechnik - Infrarot-Sensorik; Arnulf Wallrabe; 1. Http://www.eurocontrol.int Vieweg, Braunschweig/Wiesbaden, August 2001. 24. EO/IR, Part 7 - IR Countermeasures - EW101 Tutorial; Dave . Eurocopter Adamy; JED, September 2001, S.66-67. 1. Eurocopter - a world-class helicopter manufacturer; Brian 25. What’s new in EO/IR Countermeasures; Kenneth B. Walters; Air International, June 1999, S.342-346. Sherman; JED, November 2001, S.49-51. 2. Eurocopter, The old Continent scores worldwide success; 26. EC Monitor: USAF begins work on next-generation EO/IR Rene J Francillon; Air International, June 2002, S.366-370. Countermeasures; Brendan P. Rivers; JED, September 2002, 3. Eurocopter Puma/Super Puma/Cougar; Typenblatt; SuT, S.25. August 2002, S.51-52. 27. Trends elektro-optischer Sensoren; Dr. Hubertus Haan - 4. Eurocopter ist weltweit größter Hubschrauber-Hersteller; Zeiss Optronik GmbH; Wehrtechnischer Report 1/2004, Peter Pletschacher; Fliegerkalender - Internationales Februar 2004, Report Verlag, Bonn & Frankfurt a/M, S.41- Jahrbuch der Luft- und Raumfahrt 2005, Verlag E.S. Mitter 43. & Sohn, Hamburg, Berlin, Bonn, S.31-33. 28. Passive optronische Flugkörper-Warnsensoren - Flugzeuge und Hubschrauber besser schützen; Bernd Uwira; wt, . Eurofighter Typhoon, EFA, EF 2000 I/2004, S.116-117. 1. Http://www.eurofighter.com 29. All-seeing eyes-in-the-sky; Michael J Gething; Air 2. Technologieschub für 1.3 Milliarden DM? Das europäische International. April 2005, S.52-55. Jagdflugzeug der 90er Jahre in der Krise; Dr. Klaus Jansen -

Editorial; Mikrowellenmagazin, Vol.11, No.4, 1985, S.311. . EOB, Electronic Order of Battle 3. The EFA takes off; Kenneth R. Timmerman; DE, September 1. The Electronic Battlefield, The US Army Doctrine for the 1987, S.95-104+128. Electronic Battlefield; Special Report, DE, June 1979, S.44- 4. Green Light for EFA; Roy Braybrook; Air International, 62. Vol.35, No.3, September 1988, S.147-155. 2. U.S. Army NTC advances realism in Battalion-Level training; 5. Europe’s new Fighters; Kenneth R. Timmerman; DE, May J.W. O’Keefe & Karla Frandson; DE, June 1982, S.52-59. 1989, S.61-65. 3. AirLand battle 2000 takes the offensive using high 6. The Electronics of Europe's new Fighters; Don Parry; DE, technology; David M. Russel; DE, June 1982, S.60-70. Vol.22, No.5, May 1990, S.51-54 . 7. Avionics for European Fighter Aircraft; M.J.G.; DE, August . EO-Empfänger 1992, S.42-43. 8. Avionics; Unterlagen von Daimler-Benz Aerospace (DASA), . EP-3E Aries 01/96 (Ma). 1. Secretive Orion EP-3E Aries II; Martin Streetly; Air 9. Airborne Systems; Unterlagen von Daimler-Benz Aerospace International, September 2004, S.31-38. (DASA), 05/97 (Ma). 10. GEC-Marconi tow decoy tested on Eurofighter; defensive . ESA, European Space Agency EW system tests to follow; Philip J. Klass; AW&ST, Vol.147, No.17, October 27, 1997, S.85. 1. Http://www.esa.int 11. A new approach to Missile Warning; Bill Sweetman; JED,

October 1998, S.41-48, 78. . ESG 12. Ein Jagdflugzeug für die Luftwaffe; Manfred 1. Http://www.esg.de Schümmelfelder; Beitrag in „Das europäische Jagdflugzeug

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Eurofighter”, Report Verlag GmbH, Bonn und Frankfurt 42. Österreich wählt Eurofighter; Karl Schwarz; FLUGREVUE, a/M, D46892, 6/98, S.9-10. September 2002, S.60-64. 13. Das Eurofighter-Programm; Rolf Schreiber; Beitrag in „Das 43. 2002 Show Guide - Eurofighter; Farnborough International europäische Jagdflugzeug Eurofighter”, Report Verlag 2002; The official souvenir programme; Published on behalf GmbH, Bonn und Frankfurt a/M, D46892, 6/98, S.11-15. of SBAC by Key Exhibitions Ltd, Stamford, S.14. 14. Classics compared - Hawker Hunter and Eurofighter 44. Survival of the fittest; Farnborough International 2002; The Typhoon; Jon Lake; Air International, March 1999, S.164- official souvenir programme; Published on behalf of SBAC 175. by Key Exhibitions Ltd, Stamford, S.52-57. 15. Luftfahrzeuge und Luftfahrtgerätetechnik [BWB, Abteilung 45. Projektabteilung LUFT: Projekt/Projektgruppe Eurofighter; LG]; SuT, 12/1999, S.731-740. SuT, Dezember 2002, S.38-39. 16. Waffensysteme der Bundeswehr; Gerhard Hubatschek 46. Stealth, Unsichtbare Flugzeuge, Täuschen und Tarnen in (Hrsg.); Report Verlag, 1999, S.114. der Luft; Doug Richardson; Motorbuch Verlag, Stuttgart, 17. Eurofighter EF-2000; N. Sgarlato & R. Haueter; Airforce, 2002. Special, Militärluftfahrt heute, No.1, 2000-01, S.35-41. 47. Typhoon: Europe’s finest; George March; PBI Media, L.L.C., 18. Flugzeug-Katalog 2000, Militärflugzeuge; Eurofighter F2000 June 2003.[http://www.defensedaily.com] Typhoon. GeraNova Verlag, München. 48. Formidable Fighters into service; AFM; June 2003, S.37-48. 19. Moderne Kampfflugzeuge; Thomas Bättig; Mittler, 49. Eurofighter - Endmontage läuft auf Hochtouren; Daniela Hamburg-Berlin-Bonn, 2000, S.66. Bommer; PLANET AEROSPACE, 3/2003, Juli-August- 20. ILA 2000, Berlin-Brandenburg: Fachtagungen des September, S.46-48. Rüstungsbereiches; Peter Preylowski - Redakteur, Oberst 50. Europäisches Kampfflugzeug erhält Typenzulassung - a.D.; SuT, 2/2000, S.100-102. Eurofighter vor Truppeneinsatz; Rainer Schmid; 21. Fighter EW, the next generation; Bill Sweetman; JED, July FLIEGERREVUE, 8/2003, S.28-30. 2000, S.41-47. 51. Viernationale Typenzulassung für den Eurofighter; PP; SuT, 22. Luftfahrzeuge und Luftfahrtgerätetechnik, die Abteilung LG; August 2003, S.40-43. Eurofighter 2000; wt, IV/2000, S.152. 52. Eurofighter Typhoon: Design, Developmentm Production, 23. Das Eurofighter-Radar „sieht” alles; dan; EADS-Magazin, In Service, Weapons; Published in association with Mforum, Mai 2001, S.4-7. AirForces Monthly & Air International; 60-seitiges 24. Die Rolle des Eurofighter in der zukünftigen Luftwaffe; Sonderheft in der Air International, Ausgabe Januar 2004. Horst Klügel; SuT, Juni 2001, S.25-33. 53. Zeitenwechsel - Neue Radare für die neuen 25. Eurofighter plays Its hand; Bill Sweetman; JED, June 2001, Kampfflugzeuge; Karl Schwarz; FLUG REVUE, Februar 2004, S.49-52. S.72-76. 26. Die ersten Eurofighter-Staffeln und -Geschwader in vier 54. RAF Typhoon progress; Jon Lake; AFM, May 2004, S.20-24. Nationen; Folkhard Oelewein; EADS-Magazin: Mforum, Juli 55. Eurofighter nimmt Flugbetrieb auf; Rainer Schmid; 2001, S.18-20. FLIEGERREVUE, Juni 2004, S.26-28. 27. Eurofighter, Ein Status-Bericht; Peter Preylowski; SuT, Juli 56. Eurofighter fliegt in Laage; Karl Schwarz; FLUG REVUE, Juli 2001, S.52-53. 2004, S.11. 28. EC Monitor: New passive IR Missile Warner unveiled; Hal 57. Wehrtechnik-Spezial: Eurofighter; Verlagsgruppe Mönch, Gershanoff; JED, August 2001, S.35. Koblenz-Bonn, 2004. 29. Der Eurofighter: Kompetenz bei Luftverteidigungssystemen 58. Selbstschutz für die fliegenden Waffensysteme der - Durchsätzungsfähig auf höchster Ebene; Beitrag in der Luftwaffe; Günter May; wt IV/2004, S.80-82 EADS-Broschüre Militärflugzeuge: Sicherheit hat Zukunft; 59. Multi-role Typhoon; Jon Lake; Air International, February 08/2001. 2005, S.48-51. 30. Eurofighter Take-off ins 21. Jahrhundert; EADS Technische 60. Typhoon arises; Michael Fiszer; JED, September 2005, S.46- Unterlage: 21 40 09/2001. 53. 31. Self-Protection selected for German Eurofighters; European 61. Typhoon Factory - Eurofighter-Endmontage in Manching; Report; JED, November 2001, S.19. Alexis von Croy, Planet aerospace, 2/2006, S.4-11. 32. Eurofighter Typhoon - Air Power for the 21st Century; 62. Luftwaffe: Material- und Ausrüstungsplanung; Markus Technische Unterlage von Eurofighter International, Schetilin - Luftwaffe; Strategie und Technik, Mai 2006, S.20- Buckingham Gate, London, 2001. 27. 33. Eurofighter - Zur Lage des Programms; Erhard Heckmann; 63. Zum Luftkampf in die Kugel - Simulatoren für das wt, I/2002, S.31- Eurofighter-Training; FLUG REVUE, Oktober 2007, S.44-49. 34. Electronic Warfare goes stealthy; Alan Dawes; Air International, February 2002, S.106-110. . EuroGrid 35. Eurofighter Partners draft development route map; D. 1. Eurogrid für Tiger; wt II/2002, S.34-35. Barrie (Warton); AW&ST, April 29, 2002, S.71. 36. Neue Etappe - Erste Eurofighter-serienflugzeuge fertig . EuroHawk gestellt; Karl Schwarz; FLUGREVUE, Mai 2002, S.32-35. 1. Euro Hawk als Atlantic-Nachfolger; Karl Schwarz; FLUG 37. Eurofighter Boost; AFM, June 2002, S.4-5. REVUE, Juli 2003, S.73. 38. Eurofighter ready to storm into service; Dave Allport; Air 2. Hochfliegender Horchposten; Karl Schwarz; FLUG REVUE, International, June 2002, S.353-364. Januar 2004, S.64-67. 39. Eurofighter edges toward service entry; Douglas Barrie; 3. Falkenauge sieht alles; Karl-Friedrich Weitzel; wt IV/2003, AW&ST, June 17, 2002, S.58-61. S.113-119. 40. Eye of the Storm; Bill Sweetman; JED, July 2002, S.61-63. 4. Anzeige von Rohde & Schwarz: SIGINT Ausstattung für den 41. Data Fusion - H periptosi (Der Fall) Eurofighter; Panos Euro Hawk; wt IV/2003, S.117. Spagopoulos; Amyntika Themata, Juni 2002, S.68-79.

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5. Global Hawk - Falkenauge im Dienst für Europa; Berndt v. 13. MMW ready to roll; David Hughes, Hampton, VA; AW&ST, Mitzlaff; PLANET AEROSPACE, 1/2004, Jan.-Feb.-März, S.26- November 28, 2005, S.62-63. 29. 14. Visible Benefits; Graham Warwick / Washington DC; Flight 6. Premiere für den Eurohawk; FLIEGERREVUE Spezial, International, 28 November - 4 December 2006, S.26-28. 7/2004, S.29. 15. Electronics with Impact: Top 10 Avionics Innovations; 7. Goodbye U-2?; Anthony Tucker-Jones; Air International, AW&ST, Special Advertising Section, November 20, 2006, September 2004, S.58-61. S.S1-S6. 8. Luftwaffe: Material- und Ausrüstungsplanung; Markus Schetilin - Luftwaffe; Strategie und Technik, Mai 2006, S.20- . EW-1017A 27. 1. EW 1017 Superheterodyne DF Receiver; ICH, 9th Ed.,1984, S.132. . EuroMALE 2. Loral Electronic Systems; Broschüre „Electronic Surveillance 1. EuroMALE Garant europäischer Souveränität; Stephane EW-1017”; Yonkers, N.Y. 10704. Ferrard; PLANET AEROSPACE, 4/2004, S.42-44. . EWS . Eurotrainer 1. Technische Unterlage von Thomson-CFS (Elancourt, 1. Aermacchi will den Eurotrainer bauen; Karl Schwarz; FLUG Frankreich), DASA LFK (München) und DASA Airborne REVUE, April 2004, S.47. Systems (Ulm): EW Suite for Helicopter, 06/98 (Ma). 2. Asian Aerospace 2002; Michael Puttre; JED, April 2002, . EVS, Enhanced Vision Systems S.26-27. 1. Http://www.cmcelectronics.ca 2. Http://www.kollsman.com . Exciter 3. Http://www.max-viz.com 1. W-band exciter delivers fast switching speed; Chuck Oleson 4. Http://www.rockwellcollins.com - Varian Associates, Santa Clara, CA, & Anthony Archdale, 5. Http://thales-avionics.com BAe,Military Aircraft, Warton, UK; Microwaves & RF, 29(1990)10, S.89-94. 6. Runway in sight; Frances Fiorino - Washington; AW&ST,

January 26, 2004, S.46. 7. Enhanced Vision: Final link in Situational Awareness?; . Exocet William Reynish; Avionics Magazine - Aviation Today, 1. How Exocet sank the HMS Sheffield; David M. Russell; DE, January 2004. July 1982, S.38-47. 8. HUD/EVS: Beyond Infrared; Charlotte Adams; Avionics 2. Inside the Exocet: Flight of a Sea-Skimmer; D.M.R. - Magazine - Aviation Today, August 2004. Industry News; DE, August 1982, S.46-48. www.aviationtoday.com 3. France’s „flying fish” makes the most of tactical situations; 9. Perfekte Sicht bei Nacht und Nebel; Volker K. Thomalla; Martha Cosgriff-Martin; ME/C, Vol.9, No.4, April 1983, FLUG REVUE, März 2005, S.40-43. S.62-64. 10. Kopf hoch! Blickfelddarstellung in Airlinern; Sebastian 4. ICH, 9th Ed.,1984, S.163. Steinke; FLUG REVUE, September 2005, S.34-35. 5. AM-39 EXOCET; IECM 2001, S.233. 11. Virtual VFR is coming; David Hughes, Orlando, FLA; AW&ST, 6. Exocet, Noch mehr Schlagkraft mit ‘Block 3’; Stephane November 28, 2005, S.58-59. Ferrard; PLANET AEROSPACE, 4/2003, Okt.-Nov.-Dez., S.36- 12. Seeing and Believing; David Hughes, Orlando, FLA; AW&ST, 38. November 28, 2005, S.59.

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. F Band => Frequenzbandbezeichnungen 2. F-15E on track; John Joss; DE, August 1985, S.110-118. 3. Flugzeug-Katalog 2000, Militärflugzeuge; Boeing F-15E . F-4, RF-4 , Phantom II Eagle. 4. [1] Heavy Strike in the USAF and V-Vs; Rene J. Francillon; 1. RF-4E Phantom II - der neue Aufklärer der Luftwaffe; SuT, Air International, January 2002, S.28. 3/1971, S.120-125. 5. [2] F-15E Strike Eagle at a crossroads; Robert F. Dorr; AFM, 2. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, February 2002, S.42. Hamburg, 2000., S.28. 6. Ein Adler in den besten Jahren; Christian Hauser; 3. Waffensysteme der Bundeswehr; Gerhard Hubatschek FLIEGERREVUE, 10/2002, S.24-27. (Hrsg), Report Verlag, Frankfurt a/M, 1999, S.130-133. 7. Liberty EaglesJamie Hunter/KS; Flugrevue, März 2003, S.6- 4. Flugzeuge der Welt, 1999; Claudio Müller; Motorbuch 13. Verlag, Stuttgart, 1999. 8. Formidable Fighters into service; AFM; June 2003, S.37-48. 5. Flugzeuge, Die wichtigsten Flugzeugtypen der Welt; 9. Life and times of the F-15E Strike Eagle; Steve Davis; AFM, Riccardo Nicoli; Kaiser Verlag, Klagenfurt, 2001. August 2003, S.46-57. 6. Der Jäger aus St. Louis; Michael Normann; FLIEGERREVUE, 10. Amercan Eagles; Steve Davis; Air International, April 2004, 4/2002, S.24-30. S.50-55. 7. ‘Jolly Rogers’ last Tomcat cruise; Jon Lake; Air International,

January 2005, S.24-28. . F-15K, Strike Eagle . F-14, Tomcat 1. Adler für Asien; Karl Schwarz; FLUG REVUE, Mai 2005, S.36- 39. 1. Die Grumman F-14A Tomcat; SuT, 3/1971, S.126-127.

2. F-14 adapts to changing threats; L.M.; DE, December 1984, S.81,82. . F-16, Fighting Falcon 3. The Navy’s new electronic look; Scott R. Gourley; DE, June 1. Westinghouse awarded F-16 Radar; MSN, December 1775 / 1990, S.92-97. January 1976, S.11. 4. Northrop Grumman F-14; Flugzeug-Katalog 2000, 2. The F-16 connection; Part I: The Backgrounder; George W. Militärflugzeuge; GeraNova Verlag, München. Deskin; EW, July/August 1976, S.83-94. 5. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, 3. Westinghouse cranks up F-16 Radar; MSN, Aug./Sept. 1976, Hamburg, 2000. S.34-36. 6. Flugzeuge; Die wichtigsten Flugzeugtypen der Welt; 4. The F-16 connection; Part II: Marconi-Elliot HUDsight Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001. chosen for F-16; George W. Deskin; EW, Sept./Oct. 1976, S.101-107. . F-15, Eagle 5. F-16 - A new era of cooperation; Advertisement; DE, May 1979, S.96A-96X. 1. F-15 Eagle proves flexible and lethal in air superiority or 6. Will this be the next F-16? David A. Boutacoff; DE, strike configurations; J.B.S.; DE, December 1984, S.77,78. September 1984, S.120-123. 2. Flugzeug-Katalog 2000, Militärflugzeuge; Boeing F-15A/B 7. F-16 Avionics show evolutionary progress; D.A.B.; DE, Eagle; GeraNova Verlag, München. December 1984, S.92,93. 3. Flugzeug-Katalog 2000, Militärflugzeuge; Boeing F-15C/D 8. The search for airborne antenna commonality; Michael Eagle; GeraNova Verlag, München. Kachmar; Microwaves & RF, 24(1985)3, S.35. 4. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, 9. Technology for tonorrow’s Air Force; DE, August 1985, Hamburg, 2000. S.133-142. 5. Flugzeuge; Die wichtigsten Flugzeugtypen der Welt; 10. USAF plans F-16 upgrade; Microwaves & RF, 30(1991)8, Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001. S.23. 6. USAF begins upgrade of F-15 Radars; Robert Wall, 11. Fighting the Falcon into the 21st Century; Roy Braybrook; Washington; AW&ST, February 11, 2002, S.54. Air International, April 1997, S.208-213. 7. Ein Adler in den besten Jahren; Christian Hauser; 12. Ηλεκτρονοκός Πόλεμος πάνω από το Αιγαίο; Βασίλης FLIEGERREVUE, 10/2002, S.24-27. Παρασκευάς; ΠΤΗΣΗ, Ιούνιος 1997, σελ. 44-51. 8. Fighter band-aid; Robert Wall, Washington; AW&ST, March 13. Protecting the international F-16 Fleet; Bill Sweetman; JED, 3, 2003, S.55-56. June 1999, S.37-43. 9. American Eagles; Steve Davies; Air International, April 14. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, 2004, S.50-55. Hamburg, 2000, S.76-77. 10. Migrating Eagles F-15 foreign military sales variants; Steve 15. Flugzeuge der Welt, 2002; Claudio Müller; Motorbuch Davies; Air International, May 2004, S.22-27. Verlag, Stuttgart, 2000, S.226. 11. Boeing F-15 Eagle. FLUG REVUE, Oktober 2007, S.67-70. 16. Locckheed Martin F-16A/B Fighting Falcon; Flugzeug-

Katalog 2000, Militärflugzeuge; GeraNova Verlag, . F-15E, Strike Eagle München. 1. Production nears for F-15E dual-role Fighter; James B. Scultz; DE, September 1984, S.90-96.

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17. Flugzeuge; Die wichtigsten Flugzeugtypen der Welt; 20. Jamming role given to F-22, F-35, MC2A; David A. Fulghum, Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001. Washington; AW&ST, November 2002, S.32. 18. From strength to strength; Rene J Francillon; Air 21. Neuer Standard - F-35-Entwicklungsprogramm läuft auf International, January 2001, S.27-38. vollen Touren; Karl Schwarz; FLUGREVUE, Mai 2003, S.54- 19. Die Falcon-Story (I); Michael Normann; FLIEGERREVUE, 59. 4/2003, S.26-30. 22. Formidable Fighters into service; AFM; June 2003, S.37-48. 20. F-16C/D Block 60 in der Entwicklung - Innere Werte; Karl 23. JSF Sensor Fusion; Edward H. Philips - Forth Worth; Schwarz; FLUGREVUE, April 2003, S.52-55. AW&ST, February 16, 2004, S.28-30. 21. Die Falcon-Story (II); Michael Normann; FLIEGERREVUE, 24. The power of versatility; James Ott - Evendale, Ohio; 4/2003, S.30-34. AW&ST, March 7, 2005, S.48-49. 22. Formidable Fighters into service; AFM; June 2003, S.37-48. 25. Stück-Werk - Lockheed Martin F-35 in der Fertigung; Karl 23. Wüstenfalke - Neue Lockheed Martin F-16E/F Block 60 Schwarz, FLUG REVUE, April 2005, S.56-59. flirgt; Karl Schwarz; FLUG REVUE, Februar 2004, S.47. 26. F-35 Integrated Sensor Suite: Lethal Combination; David 24. Wild Weasels: F-105G & F-16CJ; Jon Lake; AIR International, Jensen; Avionics Magazine - Aviation Today, October 2005. February 2004, S.30-39. 27. F-35 Electronic Warfare Suite: More than Self-Protection; 25. Seit 25 Jahren F-16 Falcon - Neue Falken startklar; Christian Ron Sherman; Avionics Magazine - Aviation Today, April Hauser; FLIEGERREVUE, 3/2004, S.26-30. 2006. 26. Hellenic Air Forces new Falcons; Anthony Tsagaratos; Air 28. F-35 Sensor Systems Maturity; Edward H. Phillips/Fort International, March 2004, S.26-31. Worth; AW&ST, November 27, 2006, S.28-29. 29. JSF Poised to move Ahead; AW&ST Special Advertising . F-35 Lightning II, Joint Strike Fighter (JSF) Section, November 27, 2006, S.S1-S18. 1. JSF ... The accountants’ warplane; Roy Braybrook, Air International, February 1997, S.77-82. . F-117 Nighthawk 2. Joint Strike Fighter: The future of integrated Avionics; Col. 1. The World’s Great Stealth and Reconnaissance Aircraft; Moke Poore - USAF; JED, January 12, 1998, S.35-39. Aerospace Publishing, 1991. 3. Lockheed Martin X-35, Joint Strike Fighter - JSF; SuT, Juni 2. Lockheed Martin F-117, Part 1 - Under the skin of the Black 2001, S.37. jet; Jon Lake; Air International; August 1998, S.93-99. 4. Testing Time; Graham Warwick ; Flight International, June 3. Lockheed Martin F-117, Part 2 - Under the skin of the Black 2001, S.70-73. jet; Jon Lake; Air International; September 1998, S.154-159. 5. The winner takes it all; Karl Schwarz; FLUG REVUE, Oktober 4. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, 2001, S.54-59. Hamburg, 2000, S.81. 6. LockMart Bracing For JSF Transition Phase; Edward H. 5. Flugzeuge, Die wichtigsten Flugzeugtypen der Welt; Phillips; AW&ST, November 19, 2001, S.86. Riccardo Niccoli; Kaiser, Klagenfurt, 2001, S.141. 7. BAE SYSTEMS move forward with JSF EW; EC Monitor - 6. Lockheed Martin F-117A Nighthawk; FLUGREVUE, Mai Brendan P. Rivers; JED, November 2001, S.30. 2003, S.67-70. 8. Joint Strike Fighter Team - Building the 21st Century Multirole Fighter; Supplement/Beilage von AW&ST, . F/A-18 A/B, C/D Hornet December 17, 2001, 46 Seiten. 1. F/A-18 Strike Fighter Aircraft; Countermeasures, April 1977, 9. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch S.6,41,50,52,71. Verlag, Stuttgart, 2001. 2. F-18 Naval Strike Fighter Fleets benefits; Capt. C.W. Lenox, 10. JSF key to future fighter markets; Richard Aboulafia, Teal USN F-18 Project Manager; Countermeasures, April 1977, Group; AW&ST Aerospace Source Book; January 14, 2002, S.63. S.19-21. 3. Multiple role Radar designed for F/A-18; Robert E. White - 11. Siegertyp F-35; Karl Schwarz; FLUGREVUE, Januar 2002, Hughes Aircraft; DE, January 1980, S.44-47. S.58-59. 4. Versatile F/A-18 Hornet performs Fighter and Attack 12. Digital bloodlines make JSF a different breed; Michael Missions; J.F.J.; DE, December 1984, S.71-74. Mecham, Fort Worth; AW&ST, January 28, 2002, S.54-58. 5. The Navy’s new electronic look; Scott R. Gourley; DE, June 13. Electronic Warfare goes stealthy; Alan Dawes; Air 1990, S.92-97. International, February 2002, S.105-110. 6. New F/A-18 EW suite encounters large cost rise, but small 14. Lockheed Martin gewann den JSF-Wettbewerb; Erhard delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. Heckmann; wt, I/2002, S.116-117. 7. F/A-18 weighed as EA-6B follow-on; Bruce D. Noedwall; 15. Flieger-Kalender 2003, Mittler & Sohn GmbH, Hamburg, AW&ST, November 15, 1999, S.81-82. Berlin, Bonn, 24. Jahrgang (August) 2002: Kampfjet fürs 21. 8. Schweizer Hornissen, F/A-18 „Hornet”, made in Jahrhundert; Alain Berger; S.84-93. Switzerland; Roger Haueter; Airforce, special, 16. F-35 cockpit targets information integration; David M. Militärluftfahrt heute; GeraNova Verlag, München; No.1, North, Arlington, VA; AW&ST, August 19, 2002, S.52-53. 2000-01, S.17-23. 17. JSF set to redefine training philisophy; Robert Wall, 9. Flugzeug-Katalog 2000, Militärflugzeuge; Boeing F/A-18A/B Washington; AW&ST, August 19, 2002, 53-56. Hornet; GeraNova Verlag, München. 18. F-35 faces aggressive flight test programm; Edward H. 10. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, Philips, Port Worth; AW&ST, August 19, 2002, S.56-58. Hamburg, 2000. 19. JSF - Global Fighter; Farnborough International, 2002, The 11. Flugzeuge der Welt, 2001; Claudio Müller; Motorbuch Official Souvernir Programme; Published on behalf of SBAC Verlag, Stuttgart, 2001. by Key Exhibitions Ltd, Stamford, UK, September 2002, S. 12. Flugzeuge; Die wichtigsten Flugzeugtypen der Welt; 64-76. Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001.

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13. Operational ATARS; Ted Carison - Fotodynamics; AFM, May 18. F/A-22 production rate sliced in budget move; David A. 2002, S.78-82. Fulghum, Washington; AW&ST, January 13, 2003, S.405- 14. Super Hornets strike; Tim Ripley; AFM, January 2003, S.26- 406. 28. 19. Classics compared: F-86 Sabre & F/A-22 Raptor; Air International, February 2003, S.31-40. . F/A-18E/F Super Hornet 20. Roche on warpath - USAF secretary threatens to kill F/A-22 1. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, Programm if problems are not solverd; David A. Fulghum, Hamburg, 2000. Orlando, FLA; AW&ST, March 3, 2003, S.56-57. 2. Flugzeug-Katalog 2000, Militärflugzeuge; Boeing F/A-18E/F 21. Formidable Fighters into service; AFM, June 2003, S.37-48. Super Hornet;GeraNova Verlag, München. 22. Lockheed Martin F/A-22 Raptor im Truppenversuch - die 3. Flugzeuge der Welt, 2001; Claudio Müller; Motorbuch Stunde der Wahrheit; Karl Schwarz; FLUG REVUE, Juli 2004, Verlag, Stuttgart, 2001. S.44-48. 4. More sting in the tail; Jon Lake; Air International, April 23. Raptor: Right or Wrong; ec monitor; JED, August 2004, 2001, S.221-228. S.14-16. 5. Sticht die Super Hornet; Karl Schwarz; FLUG REVUE, 24. Http://www.f22-raptor.com, Datum: 28. August 2004. September 2001, S.54. 25. AIAA Advertisment in AW&ST, September 6, 2004, S.7. 6. AW&ST Aerospace Source Book, January 14, 2002, S.200. 26. Air Dominance with the F-22 Raptor; Avionics Magazine, 7. F/A-18E/F Radar upgrade readied; Robert Wall; AW&ST, Special Report, 2003 (?). December 23, 2002, S.57. 8. Larger Pentagon budget boosts select technologies; Robert . FA-Radar => Frequenzagiles Radar Wall; AW&ST, February 10, 2003, S.62-63. 9. Super Hornet at sea; Robert Wall - USS Abraham Lincoln in . Fackel, Flares the Persian Gulf; AW&ST, March 17, 2003, S.46-47. 1. Fooled you! The art of off-board ECM protection; Don 10. Formidable Fighters into service; AFM; June 2003, S.37-48. Herskovitz - Technology; JED, August 1999, S.35-40. 11. Stacking the deck - Neither nimble nor quick, the Super 2. Aircraft gain upper hand over RF missiles, for now; Bruce D. Hornet is a jack-of-all-trades; Bill Sweetman; JED, February Nordwall; AW&ST, November 15, 1999, S.42. 2004, S.30-37. 3. Flares will do more than just burn and float down; Bruce D. Nordwall; AW&ST, November 15, 1999, S.87. . F/A-22 Raptor 4. Patterns of protection - Expendable countermeasures offer 1. Lockheed Martin F-22 Raptor; Supplement, Air dependable defense; Michael Puttre; JED, August 2001, International, December 1998, S.I-XVI. S.4852. 2. First F-22 EW System delivered; Kernan Chaisson - EC 5. Advertisment von Lacroix Pyrotronics, France: EMBOW Monitor; JED, May 1999, S.27-28. trials held in March 2002 in Biscarosse (France); JED, 3. Lockheed Martin/Boeing F-22 Raptor; Flugzeug-Katalog October 2002, S.22. 2000, Militärflugzeuge; GeraNova Verlag, München. 4. Moderne Kampfflugzeuge; Thomas Bättig; Mittler, . FADEC, Full Authority Digital Engine Control Hamburg, 2000. System 5. Air Force Special - Militärfuftfahrt heute, No.2; GeraNova 1. Intelligenz-Leistung - Digitale Triebwerkssteuerungen; Zeitschriftenverlag GmbH, München, 2000-2. Patrick Hoeveler; FLUG REVUE, April 2005, S.82-85. 6. Fighter EW, The Next Generation; Bill Sweetman; JED, July 2. Hightech im Schuhkartonformat; Patrick Hoeveler; Report, 2000, S.41-47. MTU Aero Engines, Winter 2005 / Frühling 2006, S.8-9. 7. Raptor rising; Bill Sweetman; JED, September 2001, S.46-

49. 8. Grünes Licht für F-22 Raptor; Karl Schwarz; FLUG REVUE, . FADS, Flush Air Data System Oktober 2001, S.62. 1. 24 Grad Anstellwinkel im ESTOL-Modus; Wolfram Wolf; 9. Flugzeuge der Welt, 2001; Claudio Müller, Motorbuch Mforum, Juni 2003, S.4-5. Verlag, Stuttgart, 2001. 10. Electronic Warfare goes stealthy; Alan Dawes; Air . Falscher Alarm, Falschalarmzeit International, February 2002, S.105-110. 1. Introduction to Radar Systems; Merrill I. Skolnik; 11. F-22 Raptor; Daniel Jorns; AirForce Special, 2002-02, S.32- International Student Edition, McGraw-Hill, 1983. 41. 12. F/A-22 Raptor Team; AW&ST Market Supplement, . Falschalarmwahrscheinlichkeit September 30, 2002, S.39-44 (S1-S6). 1. Introduction to Radar Systems; Merrill I. Skolnik; 13. Jamming role given to F-22, F-35, MC2A; David A. Fulghum, International Student Edition, McGraw-Hill, 1983. Washington; AW&ST, November 4, 2002, S.32. 14. Cost problems embroil F/A-22; Robert Wall, Washington; . Falschzielgenerator AW&ST, November 18, 2002, S.34. 1. Principles of Electronic Warfare; Robert J. Schlesinger; 15. F/A-22 management fired; Other programs in trouble; Peninsula Publishing, Los Altos, CA, 1961. Robert Wall, Washington; AW&ST, November 25, 2002, 2. W.E. Ayer: Kapitel 15, 'Radar ECM Repeaters and S.29. Transponders' in "Electronic Countermeasures" von 16. F/A-22 fires sidewinder; AW&ST, December 2, 2002, S.34. Boyd/Harris- King/Welch (Editors), Peninsula Publishing, 17. Cost surge triggers F/A-22 production cut; Robert Wall, Los Altos, CA, 1978. Washington; AW&ST, December 16, 2002, S.40. . Faserverbundwerkstoffe, FVW

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1. Einführung verbesserter und umweltverträglicher Smith/Carpentier Volume 1; Chapman & Hall, Bradford, Enteisungs- und Vereisungsschutzmittel; Heribert 1993. Lindinger; SuT, 2/199, S.100-102. 2. Peter Pauli: 'Bauelemente der Mikrowellentechnik', Kap. 3, 2. Faserverbundwerkstoffe für Luftfahrzeuge - Eigenschaften in "Mikrowellentechnik" von Käs/Pauli; Franzis-Verlag, und Nutzungsaspekte; Michael Hengst - Materialamt der München, 1991. Luftwaffe; SuT 5/1999, S.306-311. 3. Dreidimensionale Faserverbundwerkstoffe; Thomas . Fernmeldeaufklärung, FmAufkl - Kretschmer, Dr. - Frauenhofer-Institut; SuT, 4/2000, S.232. Communications Intelligence, COMINT 4. Carbon-Fibre colossus - Hexcel’s composite technologies 1. COMINT/SIGINT, our first line of defense; Terry Bibbens & for the A380; Advertorial, PlanetAeroSpace, 4/2004 Okt.- Julian Lake; Countermeasures, March 1977, S.18,38,48,63. Nov.-Dez., S.7. 2. Digitized, synthesized secure voice on ist way to battlefield;

D.P. Fulghum; DE, June 1979, S.65-70. . Fast Fourier Transform 3. Tactical Intelligence is key to the AirLand battle scenario; 1. A real-time FFT processor for Radar; A. Costanzi, et.al. Scott R. Gourley; DE, February 1988, S.43-53. (Selenia); AGARD-CCP-197, New Devices, Techniques and 4. Introduction to Electronic Warfare; P. M. Grant, et al.; IEE Systems in Radar, June 1976, S.11-1/11-7. PROC., Vol.129, Pt. F, No.3, June 1982, S.113-132. 2. Messtechnische Anwendungen der schnellen Fourier- 5. SAW filters form precise COMINT analyzer; Pascal Gabet - Transformation (FFT); Seyed Ali Azizi; NTZ Bd.34 (1981) Thomson-Sintra, Valbonne Cedex, France; Microwaves & Hefte 3, 4, und 5. RF, 30(1991)3, S.102-105. 3. FFT Background; Infobox, MSN, January 1989, S.31. 6. Identify, Locate, and Exploit; Anzeige von Zeta/Sierra Networks Inc., in JED, December1997, S.11. . FAUST 7. Airborne surveillance, big and small; Zachary Lum; JED, 1. Software-basiertes Gefechtsführungssystem FAUST December1997, S.43-47,73. unterstützt Friedensmission der Bundeswehr; WB; SuT, 8. COMINT goes to cell hell; Zachary Lum; JED, June 1998, März 2003, S.5. S.35-41. 2. Gefechtsfeldführungssystem FAUST; Peter Brendel (EADS 9. Fernmeldetechnik und Elektronik, die Abteilung FE; wt Dornier GmbH), Klaus Eiselen (Baudirektor, BWB), Harald IV/2000, S.172-187. Kuhl (Oberstleutnant); SuT, Juli 2003, S.33-36. 10. Mobile Fernmeldeaufklärung; Bernd Lohnert; SuT, März 2001, S.60. . FBL, Fly-by-Light 11. Luftgestützte signalerfassende Aufklärung; Hubert Wenzl & 1. Erstmals fliegt Hubschrauber mit Fly-by-Light- Jörg Deinert - Oberstleutnants; SuT, November 2002, S.55- Flugsteuerung; E.H.; wt, I/2002, S.132. 57. 2. Hubschauber - Fly-by-Light und Bausatz mit Turbine; Lutz 12. Zukünftige Ausrüstung für nationale Aufklärung; Christina Buchmann; FLIEGERREVUE, 4/2002, S.10-13. Meier-Ewert, C. Plath GmbH, Hanburg; SuT, April 2003, S.12-14. . FBW, Fly-by-Wire 13. Die Strategische Aufklärung in der Bundeswehr; Strategische Aufklärung warum und wozu; Jürgen 1. X-29 tests potential advanced Fighter designs - Fighter Oöppelmann; wt II/2004, S.24-34. Design; David A. Boutacoff; DE, April 1985, S.53-62.

2. Cockpit-Instrumente; Peter Bachmann; Band 9 in Privatpiloten Bibliothek, Motorbuch Verlag, Stuttgart, . Fernmeldesysteme 1998. 1. Internationale Zusammenarbeit - Vorhaben der 3. Foreplanes - Foremost or should the tail wag the dog? Heeresrüstung; B. Gellermann & H. Brandt; SuT, 1/1999, Neville Beckett; Air International, May 1999, S.309-315. S.9-14.

. FCS => Flugführungssystem . Ferrite 1. Ferrites control Microwave energy; F. J. Rosenbaum - . FCS, Future Combat System Central Microwave ; MDSH, Vol. 13, No.12, November 1983, S.153-167. 1. Fort Bliss selected to test FCS; Penton Military Electronics,

February 2006. . FFT => Fast Fourier Transform . FDMA, Frequency Division Multiple Access 1. Taschenbuch der Hochfrequenztechnik, Band 3, Systeme; . FFT-SA Meinke - Gundlach; Springer-Verlag, Berlin, 1992. 1. Spektrumanalyse; Werner Schnorrenberg; Vogel Fachbuch Messtechnik, Würzburg, 1990. . Fehlererkennung, Fehlerkorrekturverfahren, Error Correction . Fiber Optic Links => Lichtwellenleiter

1. Reed-Solomon coding for forward error correction; Jerry D. Walker; DE, July 1995, S.22-24. . Filter 1. Specifying Filters and Multiplexers; ICH, 1st Ed.,June . Feld-Effekt-Transistor 1975/76, S.307-308. 2. Filter performance degradation caused by source and/or 1. P. Briere: 'Microwave Transistors', Chapter 13 in "The load mismatch; ICH, 1st Ed., June 1975/76, S.309-310. Microwave Engineering Handbook", Ed. by

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3. Selectivity, Delay and Insertion Loss characteristics of 5. Design tapered finlines using a calculator; P. Pramanick & P. various Microwave Filters; ICH, 1st Ed., June 1975/76, Bhartia - Ontario, Canada; Microwaves & RF, 26(1987)6, S.311-312. S.111-114. 4. Six Eras Comprise Filter Development; Ralph Levy; MSN, January 1980, S.73-83. . Finmeccanica 5. KWE, The Comlete Filter Technology Company; Beilage von 1. AW&ST Aerospace Source Book, January 11, 1999, S.278. KW Engineering Inc. 1983 in MSN, August 1983. 6. Understanding Filters and Multiplexers; H.L. Schumacher - . FITS Microphase; MDSH, Vol. 13, No.12, November 1983, S.168- 1. FITS Taktiksystem von strategischer Bedeutung; Fernando 180. Ciria; PLANET AEROSPACE, Nr.4. Juli-September 2001, S.60- 7. Filters and Multiplexers designed for ESM applications; J. E. 63. Dean - Filtronic; MSN&CT, October 1986, S.97-104.

8. Filters and Multiplexers designed for ESM applications; J. E. Dean - Filtronic; MSN&CT, November 1986, S.123-1131. . Flach-Antennen, Planar-Antennen 9. Designing active Filters (CAD/CAE); Steven L. Maddy - RLM 1. Conformal Microstrip Antennas; Robert E. Munson; MJ, Research; MSN&CT, March 1988, S.64-66. March 1988, S. 91-109. 10. Determining Bandwidth ratios for Chebyshev Bandpass Filters; Onnig Shahan - Systron Donner; MSN&CT, July . FlakPz Gepard 1988, S.72-74. 1. Firmenprospekt KMW, München: Das Unternehmen. Die 11. Switchable Filter Bank covers 500 to 8000 MHz in one Produkte. Die Konzepte. compact unit; Salisbury Engineering Product; MSN, 2. Flakpanzer Gepard 1 A2/ PRTL - 35 mm GWI Cheetah. February 1989, S.52-53. 3. Flugabwehrkanonenpanzer Gepard - Deutsch- 12. Principles of Filter design; Randall W. Rhea - Circuit Busters; niederländische Modernisierung; Jürgen Erbe; SuT, 1/1999, MSN, June 1989, S.57-61. S.27. 13. Matched bandpass filter screens radar IF signals; N. 4. Waffensysteme der Bundeswehr; S.50-53; Gerhard Krausse, R. Ecker & B. Hohm - DASA, Sensor Systems, ULM; Hubatschek (Hrsg); Report Verlag, Frankfurt a/M, 1999. Microwaves & RF, 35(1996)13, S.121-127. 14. Understand the operation of channelized active filters; . FlaRakPz Roland Boris Kapilevich - Siberia State Academy of 1. Waffensysteme der Bundeswehr; Gerhard Hubatschek Telecommunications and Informatics, Novosibirsk, Russia; (Hrsg), Report Verlag, Frankfurt a/M, 1999. Microwaves & RF, 36(1997)1, S.89-92. 2. Fit für die Zukunft - Die Rüstungsplanungen für die 15. Interdigital design forms low-cost bandpass filters - Part 1; Flugabwehrraketenverbände der Luftwaffe; Heinz Wohak - Giovanni Alessio & Guiseppe Troise - Alenia, Naples, Italy; Oberst i.G., Luftwaffe; SuT, 2/2000, S.93-99. Microwaves & RF, 36(1997)9, S.77-85. 3. Das Waffensystem ROLAND - zuverlässig seit 20 Jahren; 16. Interdigital design forms low-cost bandpass filters - Part 2; Peter Streubel; wt III/2000, S.56-59. Giovanni Alessio & Guiseppe Troise - Alenia, Naples, Italy; 4. Roland - Ein europäisches Waffensystem mit Zukunft; Peter Microwaves & RF, 36(1997)10, S.79-83. Streubel; wt, III/2001, S.82-84. 17. HTS filter technology - Improving EW system performance; 5. 20 Jahre FlaRakPz Roland; Rolf Hilmers; SuT; Juni 2001, Paul A. Ryan; JED, December1997, S.49-51. S.55-58. 18. Superconducting filters enhance military receiver 6. Projektabteilung Land-Kampf; Soldat und Technik, performance; Gordon Roesler; Gordon Roesler - Booz Allen Dezember 2004, S.20-21; Projekt K31 Flugabwehr. & Hamilton, Arlington, VA; Microwaves & RF, 37(1998)6, S.61-68,76. . Flares => Fackel 19. Mikrowellentechnik - Kap. 2: Filter; Werner Bechtold; Vieweg, Braunschweig/Wiesbaden, 1999. . FLIR, Forward Looking Infrared 20. Technology fuels firm’s entry into filter market - Product of 1. A sampling of EO/IR Systems; Don Herskovitz - Technology; Merrimac Industries, West Caldwell, NJ; Jack Browne - JED, February 1999, S.53-57. Publisher/Editor; Microwaves & RF, 38(1999)1, S.113-118. 2. Optronische Multi-Sensor-Plattformen auf Schiffen; Bernd 21. RF notch filters are programmable; Theodore A. Coppola - Naujokat - Oberstleutnant; SuT, 4/1999, S.238-242. Signal Technology, Webster, MA; Microwaves & RF, 3. Hot pursuit; Michael Puttre; JED, October 2001, S.59-61. 39(2000)5 S.113-118. 4. Unavoidable fire; Kenneth B. Sherman; JED, October 2001,

S.62-65. . Finleitung - Finline 5. Nachsichttechnik - Infrarot-Sensorik; Arnulf Wallrabe; 1. Analyse und Entwurf von Finleitungs-Schaltungen, Teil I: Vieweg, Braunschweig/Wiesbaden, August 2001. Die Berechnung der Eigenwellen; Mikrowellenmagazin; 6. Helicopters on Watch - Advanced FLIR systems are giving Vol.9, No.2, 1983, S.186-191. US Army helicopters an eyeful; Michael Puttre; JED, 2. Analyse und Entwurf von Finleitungs-Schaltungen, Teil II: February 2003, S.53-55. Passive Schaltungselemente; Mikrowellenmagazin; Vol.9, 7. Neues Wärmebildbeobachtungsgerät; Jena-Optronik No.3, 1983, S.296-306. GmbH; SuT, Februar 2004, S.18-19. 3. Ein mm-Wellen-Pulsradar in integrierter Finleitungstechnik; 8. Mini-Wärmebildgeräte; J. Schubert & A. Wallrabe; SuT, Mikrowellenmagazin; Vol.9, No.3, 1983, S.322-324. Februar 2007, S.24-25. 4. Analyse und Entwurf von Finleitungs-Schaltungen, Teil III: Schaltungen mit Halbleiter-Bauelementen; . Flugabwehr, Flugabwehrraketensysteme, Mikrowellenmagazin; Vol.9, No.4, 1983, S.404-417. Flugabwehrstellung

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1. Skyguard; SuT, 6/1971, S.346. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 2. The „Wildcat” Air Defense System; Eberhard Skibbe; Springer-Verlag, Heidelberg, 2004. Mikrowellenmagazin, Vol.9, No.2, 1983, S.153-155. 3. Fire control on the modern battlefield; Tom Baranauskas; . Fluginformationsdienst DE, October 1987, S.137-144. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 4. The Soviet Army-Artillery and Fire Control; Scott Gourley; Springer-Verlag, Heidelberg, 2004. DE, January 1989, S.47-58. 5. The Soviet Army - Air Defense and Aviation; Scott Gourley; . Fluginformationsgebiet DE, March 1989, S.100-103. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 6. Die Flugabwehrraketenkräfte der Luftwaffe heute und Springer-Verlag, Heidelberg, 2004. morgen; Ferdinand Mertes & Rüdiger Knappe; wt, II/98,

S.21-23. 7. Erweiterte Luftverteidigung, Sachstand und Ausblick zur . Fluginformationszentrum Flugkörper-Abwehr; Dr.-Ing. Karl-Heinz Allgaier - EADS/LFK; 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; SuT, April 2001, S.22-28. Springer-Verlag, Heidelberg, 2004. 8. Die Flugabwehr des Heeres; Brigadegeneral Dieter Schuster; SuT, Okt. 2002, s.16-22. . Flugkörper - Missiles 9. Rüstungsvorhaben der Flugabwehr; Oberstleutnant 1. Missiles Scoreboard; MSN, September 1977, S.74-79. Helmuth Lehmann; SuT, Okt. 2002, S.25-29. 2. En route to end game: Strategic Missile guidance; James B. 10. Ein Blick über den Zaun, Flugabwehr in anderen Ländern; Schultz; DE, September 1984, S.57-63. Oberstleutnant H.-W. Patzki; SuT, Okt. 2002, S.31-34. 3. Microwave technology in Missile guidance; Don Dugdale; 11. Perspektiven der erweiterten Luftverteidigung; Mario DE, May 1986, S.113-120. Schäfer - Oberstleutnant i.G., Luftwaffe; SuT, Februar 2003, 4. ICBMs under fire; Critical Programm Reviews; DE, July S.34-39. 1986, S.100-113. 12. A missile shield for Europe; M.A. Taverna & A. Nativi 5. Multiplying firepower with Missiles - Tactical Missiles; Jim (Velizy, France); AW&ST, November 17, 2003, S.28-29. Coghlan; DE, August 1986, S.99-111. 13. Kampf gegen Raketen; Jürgen Pöppelmann; wt, I/2005, 6. Battle of Missiles; John Fricker; Air International, February S.23-29. 1997, S.100-105. 14. System Fla: Die Zukunft der Flugabwehr; Hans-Günther 7. Missiles face murky future; Steven J. Zaloga, Teal Group; Behrendt; SuT, Februar 2007, S.22-25. AW&ST Aerospace Source Book, January 12, 1998, S.149- 152. . Flugalarmdienst 8. Air Defense Missiles: Recent trends in the threat; Steven J. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; Zaloga; JED, November 1998, S.37-43. Springer-Verlag, Heidelberg, 2004. 9. Global markets uneven in missile development; Steven J. Zaloga - Teal Group; AW&ST Aerospace Source Book, . Flugberatungsdienst January 11, 1999; S.156-162. 10. Bodengebundene Luftverteidigung vor einer neuen 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; Herausforderung; Heinz-Ulrich Schweitzer - Springer-Verlag, Heidelberg, 2004. Oberstleutnant; SuT, 4/1999, S.227-230.

11. Waffen und Flugkörpersysteme [BWB, Abteilung WF]; SuT, . Flugdatenschreiber - Flight Data Recorder 12/1999, S.763-771. 1. Avionics for the Pilot; Joe Johnston; Airlife Publishing Ltd, 12. 50 Jahre Infrarot-Luft/Luft-Lenkflugkörper; Georg Meyer - Shrewsbury, UK, 1998. Oberst a.D., Luftwaffe; SuT, 1/2000, S.33-35. 2. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 13. Lenkflugkörper für die leichte Flugabwehr; Gerhard Reis - Springer-Verlag, Heidelberg, 2004. Oberstleutnant, Heeresamt Köln; SuT, 10/2000, S.663-667. 14. Waffen und Flugkörpersysteme - die Abteilung WF; wt . Flugerprobung IV/2000, S.194-207. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 15. Facing the Shoulder-fired threat; Michael Puttre; JED, April Springer-Verlag, Heidelberg, 2004. 2001, S.38-45. 16. Ein neuer Seezielflugkörper für die Marine; Gerald Heger; . Fluggeschwindigkeit wt, II/2001, S.76-83. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 17. Precision strike key to US force projection; Steven J. Zaloga, Springer-Verlag, Heidelberg, 2004. Teal Group; AW&ST Aerospace Sourcw Book, January 14, 2002, S.177-179. . Flugführungssystem - Flight Control System, FCS 18. Missiles; AW&ST Aerospace Sourcw Book, January 14, 2002, S.180-195. 1. X-29 tests potential advanced Fighter designs - Fighter 19. Peril on the sea; Lon Nordeen & Larry Brown; JED, January Design; David A. Boutacoff; DE, April 1985, S.53-62. 2002, S.38-46, 72. 2. Fundamentals of airliner design - Part 7, Stability and 20. LFK-Systeme der Deutschen Marine - Gegenwart und Control 1; Ray Whitford; Air International, February 2002, Zukunft; Gerhard Coors - Baudirektor, BWB; SuT, Mai 2002, S.111-116. S.62-65. 3. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 21. Russias roving SAMs; M. Fiszer & J. Gruszczynski; JED, July Springer-Verlag, Heidelberg, 2004. 2002, S.47-56.

. Flughafen

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22. Precision strike experience whets global appetites; Steven 1. Cockpit Instrumente; Privatpiloten Bibliothek, Band 9; J. Zaloga - Teal Group; AW&ST Aerospace Source Book, Peter Bachmann; Motorbuch Verlag, Stuttgart; 1998. January 13, 2003, S.167-169. 2. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 23. Missiles; AW&ST Aerospace Source Book, January 13, 2003, Springer-Verlag, Heidelberg, 2004. S.172-187. 24. Hyperschallflugkörper - Technologielösungen für . Flugplatz militärische Anwendungen von Morgen; Peter Gleich - 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; EADS/LFK; SuT, Mai 2003, S.36-39. Springer-Verlag, Heidelberg, 2004. 25. Die Lenkflugkörpersysteme der neuen Schiffsgenerationen für die Deutsche Marine; Gerhard Coors - Bauoberrat, . Flugregler BWB; MarineForum, 7/8-2003, S.18-20. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 26. Air-to-Air Missile Directory 2004; Rob Hewson; Air Springer-Verlag, Heidelberg, 2004. International, September 2004, S.45-57.

. Flugsicherung . Flugkörper-Lenkverfahren - Missile Guidance 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; Systems Springer-Verlag, Heidelberg, 2004. 1. Guided Missile ECM/ECCM; Stephen L. Johnston - Intern. 2. Flugsicherung in Deutschland; Peter Bachmann; Motorbuch Radar Directory, Huntsville; MJ, September 1978, S.20-26. Verlag, Stuttgart, 2005. 2. Missile Guidance; DE, July 1986, S.111-113. 3. Guidance Systems advance in Air-Launched Missiles; Paul . Flugsimulator R. Jaszka; DE, April 1989, S.46-44. 1. FAA proposes major shift in regulating simulators; Edward 4. A Missile Guidance primer; James W. Rawles; DE, May H. Phillips, Dallas; AW&ST, December 2, 2002, S.54-55. 1989, S.56-58. 2. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 5. 50 Jahre Infrarot-Luft/Luft-Lenkflugkörper; Georg Meyer - Springer-Verlag, Heidelberg, 2004. Oberst a.D., Luftwaffe; SuT, 1/2000, S.33-35. 3. Simulatoren für fliegende Systeme; Jürgen Pöppelmann; wt 6. An overview of EW threats; EW101 - Dave Adamy; JED, II/2005, S.91-97. October 2001, S.76-77.

7. EW threats, Part 2 - Frequency ranges and guidance approaches; EW101 - Dave Adamy; JED, November 2001, . Flugstabilität S.66-67. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; Springer-Verlag, Heidelberg, 2004. . Flugkörper-Warnsysteme 1. Market expanding brisky for missile warning systems; Philip . Flugverkehrskontrolldienst J. Klass; AW&ST, October 27, 1997, S.54,67. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 2. A new approach to Missile Warning; Bill Sweetman; JED, Springer-Verlag, Heidelberg, 2004. October1998, S.41-48,78. 3. The Missile warning challenge; Dr. Meir Danino; JED, July . Flugzeug(e) 1999, S.45-50. 1. Flugzeuge der Welt, Heute - Morgen; W. Green & D. 4. Less agile, sharper eyes; S. Carroll; JED, July 1999, S.48. Punnet; Werner Classen Verlag, Zürich/Stuttgart, 1971. 5. Passive UV Missile-Warning Systems; Larry De Cosimo, et 2. Planning beginns for V/STOL Avionics; James Fawcette; al.; JED, December 1999, S.51-54. EW/DE, February 1978, S.48-52. 6. You bet your life: Today’s Missile Warning Systems- 3. Enzyklopädie Naturwissenschaft und Technik; Band E-J; Technology; Don Herskovitz; JED, April 2000, S.51-55. Verlag Moderne Industrie; München, 1980. 7. EC Monitor: New passive IR Missile Warner unveiled; Hal 4. X-29 tests potential advanced Fighter designs - Fighter Gershanoff; JED, August 2001, S.35. Design; David A. Boutacoff; DE, April 1985, S.53-62. 8. Patterns of protection - Expendable countermeasures offer 5. Brockhaus der Naturwissenschaften und der Technik; dependable defense; Michael Puttre; JED, August 2001, Zweiter Band, EL-IN; F.A. Brockhaus Mannheim, 1989. S.48-52. 6. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen 9. New German Flir also provides missile warning; AW&ST Originalausgabe: Avionic Systems, bei Longman Group UK Aerospace Source Book, January 14, 2002, S.426. Limited 1989; Deutschsprachige Ausgabe bei Transpress 10. Combat vehicle defense: Perception and Protection; Col Verlagsgesellschaft mbH, Berlin, 1993. Cobus van der Merwe & Michael Puttre; JED, October 7. Flugführungssysteme - Blindfluginstrumente, Autopiloten, 2002, S.46-52. Flugsteuerungen; Kurt Kracheel; Bernard & Graefe Verlag, 11. Passive optronische Flugkörper-Warnsensoren - Flugzeuge Bonn, 1993. und Hubschrauber besser schützen; Bernd Uwira; wt, 8. Avionics for the Pilot; Johe Jonston; Airlife Publishing Ltd, I/2004, S.116-117. Shrewsbury, 1998. 12. Passive Flugkörperwarner; Ingo Schwaetzer, Diehl BGT 9. Flugzeuge der Welt 1999; Claudio Müller; Motorbuch Defence; Strategie und Technik, Oktober 2005, S.44-45. Verlag, Stuttgart, 1999. 10. Flugtechnik, Band 5; Jürgen Mies; Motorbuch Verlag, . Flugmanagementsystem => FMS Stuttgart, 1999. 11. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch . Fluglageanzeiger Verlag, Stuttgart, 2000. 12. Luftfahrzeug-Technik; Ernst Götsch; Motorbuch Verlag, Stuttgart, 2000.

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13. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch 3. A Statistical Theory of Target Detection by Pulsed Radar; Verlag, Stuttgart, 2000. Marcum, J.I.; RAND Research Memo, RM-754, December 1, 14. Flugzeuge - Die wichtigsten Flugzeugtypen der Welt; 1947. Riccardo Nocoli; Kaiser Verlag, Klagenfurt, 2001. 4. Die Radargleichung; Werner Gerlitzki; AEG-Telefunken, Nr. 15. Military Aircraft; AW&ST Aerospace Sourcw Book, January N 14/1138, Ausgabe 577 (Gr). 14, 2002, S.30-47. 16. Flugzeuge der Welt 2002; Claudio Müller; Motorbuch . FmAufkl => Fernmeldeaufklärung Verlag, Stuttgart, 2002. . FmEloAufkl => Signalauflärung

. Flugzeugbewaffnung . FMS, Flight Management Systems 1. Aircraft armament; Roy Braybrook; Air International; 1. Flight Management Systems; Capt. Terry Hanson; Avionics November 2003, S.88-92. Magazine - Aviation Today, January 2001. 2. Flight Management System for the A380; Industry Scan; . Flugzeugfestes Koordinatensystem Avionics Magazine - Aviation Today, March 2002. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 3. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; Springer-Verlag, Heidelberg, 2004. Springer-Verlag, Heidelberg, 2004.

. Flugzeuggewicht, Masse . Foxhunter 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 1. The interceptor radar evolves as a sensor; P.W. Spooner - Springer-Verlag, Heidelberg, 2004. GEC Avionics; Microwaves & RF, 24(1985)3, S.127-135.

. Flugzeugträger . FPA, Focal Plane Array 1. Moderne Kriegsschiffe - Technik, Taktik, Bewaffnung; David 1. Staring IR sensors; Donald B. Lloyd; MEC: Miller & Chris Miller; Aus dem Englischen „Modern Naval 2. Part I: November 1979, S.58-61,92-94; Combat”, erschienen 1986 bei Salamander Books Ltd, 3. Part II: December 1979, S.33-39; Londeon, ins deutsche von Werner F.G. Stehr übertragen; 4. Part III: January 1980, S.28-35. Motorbuch-Verlag, 4. Auflage 2001. 5. DARPA unveils starring Focal Plane Array; James A. 2. Flugzeugträger - High-Tech, Jets, Schiffe; Tony Holms; Aus Tegnelia; DE, October 1980, S.101-113. dem Englischen, erschienen bei Airlife Publishing Ltd, 1998, 6. Focal Plane Array chip extends night vision range; D.A.B.; ins Deutsche von Alfred W. Krüger übertragen; Mittler, DE, June 1986, S.58. Hamburg-Berlin-Bonn, 1999. 7. New infrared camera improves U.S. Navy wapons testing; Les Caffee & Patrick Keller; D&SE, May 1996, S.27-28. . Flugzeugtriebwerke, Triebwerke 8. Infrarot-Sensoren; Frank Pfeil; SuT; März 2001, S.70. 1. Enzyklopädie Naturwissenschaft und Technik; Band E-J; Verlag Moderne Industrie; München, 1980. . Fregatten 2. Brockhaus der Naturwissenschaften und der Technik; 1. Wofür Fregatten und Korvetten? Aufgaben, Fünfter Band, SO-Z; F.A. Brockhaus Mannheim, 1989. Einsatzoptionen und Eignung; Frank Ropers, 3. Die stärksten zivilen Turbofans der Welt - Giganten; Patrick Flottilenadmiral; SuT, 11/1997, S.629-632. Hoeveler; FLUG REVUE, November 1999, S.94-99. 2. Marine Enzyklopädie von A bis Z; Jürgen Gebauer & Egon 4. Flugtechnik, Band 5; Jürgen Mies; Motorbuch Verlag, Krenz; Tosa Verlag, Wien, 1998. Stuttgart, 1999. 3. Deutsche Fregatten - Wehrtechnischer Report, D 46892, 5. Luftfahrzeug-Technik; Ernst Götsch; Motorbuch Verlag, 1/2000; Report Verlag GmbH, Bonn und Frankfurt a/M, Stuttgart, 2000. Februar 2000. 6. Das Visuelle Lexikon; Aus dem Englischen ins Deutsche 4. Fregatte 124 im Zulauf; Dietrich Stockfisch; SuT, April 2001, übertragene und überarbeitet version; Neuausgabe 2000; S.18-20. Weltbild GmbH. 5. Fregatte der Zukunft; Dieter Stockfisch; SuT, Februar 2002, 7. Das Große Arena Lexikon der Technik; Arena verlag GmbH, S.44-46. Würzburg, 2002. 6. Fregatten Typ 23 DUKE-Klasse der Royal Navy; Axel Schulz; 8. High-Tech mit Low-Cost - Zukünftige Technologien für zivile SuT, Februar 2002, S.52-55. Triebwerke; Patrick Hoeveler; FLUG REVUE, Januar 2004, 7. Die LCF-Fregatte der Königlich Niederländischen Marine; S.82-87. Leo M. Van Westerhoven & Gerard van Oosbree; SuT, 9. GP7000: Antrieb für den A380; Luft- und Raumfahrt, Nr. 2, September 2002, S.22-26. April-Mai-Juni 2004, S.20-21. 8. Marine Enzyklopädie von A bis Z; Jürgen Gebauer & Egon 10. Mylitary Dynamos - Directory Military Engines; Flight Krenz; Tosa Verlag, Wien, 1998. International, 23-29 May 2006, S.42-51. Data compiled by 9. Automation im Einsatzsystem der Fregatte F 124; Andreas Antoine Fafard, edited by Julian Moxon. Uhl - Korvettenkapitän, Wilhelmshaven; SuT, November 2003, S.44-48. . Fluktuationsverhalten - Fluctuation 10. Fregatten und Korvetten der Deutschen Marine; Stefan 1. Probability of Detection for Fluctuating Targets; Peter Nitschke; wt I/2004, S.79-84. Swerling; RAND Research Memo. RM-1217, March 17, 1954 2. Detection of Radar Echoes in Noise Revisited; Peter . Frequenzagiles Radar Swerling; IEEE Trans. on Information Theory, Vol. IT-12, No.3.

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1. Introduction to frequency agile radar subsystems; J.B. 2. Understanding Filters and Multiplexers; H. L. Schumacher; Fuller & J.R. Martin; VARIAN, USA, Pub . No. 3414, 14 MSDH 1983, S.168-180. Seiten. 3. Coplanar waveguide supports integrated multiplier systems 2. The frequency agile magnetron story; John R. Martin; - Product of VeritechMicrowave, South Plainfield, NJ; Jack Varian, USA, Pub. No. 3757, 11/77. Browne - Executive Editor; Microwaves & RF, 28(1989)3, 3. Local oscillators for frequency agile systems; P. Weissgla & S.137-138. S. Svensson; MJ, Jan. 1977, S.35-38. 4. ECCM from the Radar designer's viepoint; M. A. Johnson & . Frequenzmultiplizierer D.C. Stoner; MJ, March 1978, S.59-63. 1. Single-balanced mixer forms dual mm-wave frequency 5. Introduction to Radar Systems; Skolnik, M.I.; McGraw-Hill multiplier; B.C. Henderson & A.W. Denning - Watkins- Book Company Japan, 1983, S.170,172,485. Johnson, Palo Alto, CA; Northrop-McDonnell fly ATF; 6. Frequency agility -20 years of experience; B. Bergkvist; Microwaves & RF, 29(1990)10, S.81-86. Mikrowellen Magazin, Vol.12, No. 6, 1986, S.614-618. 7. Introduction to Electronic Warfare; D.C. Schleher, Ph.D.; . Frequenzspeicher => DRFM Artech House, Inc., Norwood, MA, 1986. 8. New models improve frequency-agile signal simulation; . Frequenzsprungverfahren - Freqency Hopping Greg Lowitz, et al. - Hp, Palo Alto, CA; Microwaves & RF, 1. Frequency-Hopping Radios outwit”smart” Jammers; Eric 31(1992)1, S.78-87. Ribchester - Racal; Microwaves, 18(1979)11, S.57-63. 9. Handbuch Radar und Radarsignalverarbeitung; Ludloff, 2. Frequency Hopping Transceiver demonstrated; DE, Albrecht; Vieweg, Braunschweig, 1993, S.3-19. February 1980, S.42-46. 3. Frequency Hopping techniques vary with frequency; Eric . Frequenzbandbezeichnungen Ribchester - Racal, UK; Microwaves & RF, 22(1983)3, S.97- 1. Frequency designation chart; ICH, 1st Ed., 1975/76, S.209. 105. 2. ECM Frequency bands & channel codes; ICH, 2nd Ed., 4. Frequency Hop Systems for Navy Communications; Dennis 1976/77, S.331-333. Sweeney -E-Systems; DE, June 1985, S.115-124. 3. IEEE Radar-Frequency designations; Special Report; MJ, June 1977, S.68 . Frequenzsynthesizer - Frequency Synthesizer, FS 4. [1] What Band Designation Standards; Richard Hartman; 1. Microwave Frequency Synthsizers; C.E. Foster, II & T.G. DE, October 1979, S.11. Simon; WJ Tech-notes, Vol.2, No.3, May/June 1975. 5. Editorial: HF, NF, kHz, LF, AF, VLF, RF, Nf, Hf - Terminologie 2. Design strategy for a 2-18 GHz Synthesizer; J. Minck & R. quo vadis? Eberhard Skibbe, Oberst a.D.; Rands; MSN, July 1977, S.80-84. Mikrowellenmagazin, Heft 3/81, S.241. 3. Synthesized Signal Generator; Watkins-Johnson Co., Palo 6. Radio and Radar Band Frequency designations; MSDH, 4th Alto; MJ, May 1978, S.36- Ed., July 1986, Vol. 16, No.7, S.385. 4. Hewlett-Packard, Application Note 218-1, , September 1979. 1. Digital Bearing Discriminator details divulged; Anaren 5. Synthsized tuners use digital techniques; Gordon Larsen - Product; DE, August 1979, S.33-36. Hartman Systems; DE, September 1979, S.97-100. 2. Unique Frequency Discriminator Circuit Aids Automatic 6. Synthesizer delivers high spectral purity; MSN, May 1980, Frequency Acquisition; Z. Galani & R .C. Waterman Jr - S.127. Raytheon Co.; MSN, September 1983, S.74-81 7. EW Systems Synthesizers find a new design approach; J. 3. Automatic Frequency Acquisition Demonstrated Using Step Schiffer (Schrff-Tronics); MSN, December1981, S.86. Function Frequency Discriminator; Z. Galani & R. C. 8. Stable Frequency Source serve as ATE building blocks; D. Waterman Jr - Raytheon Co.; MSN, November 1983, S.92- Pratt (Systron Donner); MSN, May 1982, S.106-119. 102. 9. Synthsized Sweeper Covers 10 MHz to 26,5 GHz; MSN, 4. Filter-based discriminator reads fast pulses - Product of October 1982, S.169-171. K&L, Microwave, Saliybury, MD; Jack Browne - Executive 10. Choose from the leader: HP-Broschüre; Beilage in: Editor & Alan Conrad - Contr. Editor; Microwaves & RF, Microwaves & RF, 22(1983)4. 28(1989)5, S.209-215. 11. Low-Power VHF/UHF Synthsizer design; H.W. Anderson; WJ 5. MFFDs measure 2 to 18 GHz; Alan Conrad - Contr. Editor; Tech-notes, Vol.10, No. 5, Sept./Oct. 1983. Microwaves & RF, 28(1989)5, S.210. 12. Designing Synthesized Signal Generator; H.W. Mette - Giga- 6. Boost performance of discriminators with careful design; tronics; MDSH, Vol. 13, No.12, November 1983, S.182-192. Jerome J. Ferr - Watkis-Johnson, Palo Alto, CA; Microwaves 13. Hewllet-Packard, , Technical Data, 7. A sampling of Digital RF Memories and Frequency 11/1983. Discriminators; Don Herskovitz - Technology; JED, February 14. Frequency synthesizers ride a rising ECM tide; Ivan Anders - 2000, S.57-61. Wiltron, Mountain View, CA; Microwaves & RF, 23(1984)4, 8. Comparator measures frequency and phase; Jack Browne - S.231,234-238,241. Publisher/Editor; Microwaves & RF, 43(2004)6, S.112. 15. Synthesizers benefit from SAW technology; John Richardson - Hewllet-Packard, Spokane, WA; Microwaves & . Frequenzmultiplexer RF, 23(1984)6, S.145-147. 1. Combine Filter Multiplexers; P. LaTourrette; MJ, Aug. 16. Synthesized signal generators offer spectral purity for 1977. system applications - Hewlett-Packard Product; MSN, September 1984, S.139-40.

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17. Synthesized signal generator breaks cost-performance; Dick 41. DDS IC integrates reference multiplier; Jim Surber - Analog Goodall - John Fluke, Everett, WA; Microwaves & RF, Devices, greensboro, NC; Microwaves & RF, 37(1998)5, 23(1984)10, S.153-157. S.235-244. 18. Synthesizer switches across 30 MHz in 70 ns; Sciteq 42. Sources quell phase hits in digital radios - Product of Elcom Electronics; Microwaves & RF, 24(1985)9, S.179. Technologies, Closter, NJ; Microwaves & RF, 37(1998)9, 19. Eaton, , S.143-146. Elektronik, 13/27.06.1986, HF-Messtechnik, Arbeit von H. 43. Choose the synthesizer that’s best fpr you; Anzeige von Hiller. Giga-tronics, San Ramon, CA, in Microwaves & RF, 20. 3-MHz synthesizer: Clean and fast - Product of Sciteq 37(1998)10, S.26-27. Electronics, San Diego, CA; Jack Browne - Senior Editor; 44. Extend DDS bandwidth above the Nyquist limit - Part 1; Microwaves & RF, 25(1986)6, S.183-186. Michael Hopkins - Analog Devices, Greensboro, NC; 21. Synthesizers address EW/ECM, Radar, and Communication Microwaves & RF, 39(2000)1, S.82-91. measurements; Wiltron Co.; MSN&CT, December 1986, 45. A Sampling of RF Synthesizers - Technology Survey; Don S.132-136. Herskovitz; JED, March 2000, S.53-59. 22. Neue Synthesizer-Familie von Wiltron; 46. Microeave synthesizer meets demanding communications Mikrowellenmagazin, Vol.12, No.6, 1986, S.565-566. requirements; Philip J. Rzin - Rockwell Collins, Cedar 23. Hewlett-Packard, , Rapids, IA; Microwaves & RF, 39(2000)3, S.63-72. Seminarunterlagen, 1987. 47. Extend DDS bandwidth above the Nyquist limit - Part 2; 24. Advanced Frequency Synthsizer developed for Radar and Michael Hopkins - Analog Devices, Greensboro, NC; Communications Applications; Roger Rauvola - Sciteq Microwaves & RF, 39(2000)3, S.97-109. Electronics; MSN&CT, January 1987, S.8-12. 48. Synthesizers shave noise in receivers and test equipment - 25. Frequency synthesizers sweep to 26.5 GHz; Jack Browne - Product of Micro Lambda, Fremont, CA; Scott Wettenkamp Senior Editor; Microwaves & RF, 26(1987)1,S.138-140. - Director of Engineering; Microwaves & RF, 40(2001)3, 26. Digital control speeds synthesizer switching; Eitan Sharoni - S.166-168. Tadiran Industries, Holon, Israel; Microwaves & RF, 49. Comparing integer-N and fractional-N synthesizers; 26(1987)4, S.107-111. Brendan Daly - Analog Devices, Limerick, Irland; 27. Bookmark: Microwave Frequency Synthesizers; Microwaves & RF, 40(2001)9, S.93-100,133. Microwaves & RF, 27(1988)6, S.112. 50. Agile synthesizer reaches 6.4 Ghz - Product of Programmed 28. All-GaAs lineup fuels high-speed digital synthesizer- Test Sources, Littleton, CA; Jack Browne - Publisher/Editor; Product of Sciteq Electronics, San Diego, CA; Jack Browne - Microwaves & RF, 40(2001)92-97. Executive Editor; Microwaves & RF, 27(1988)7, S.129-134. 51. A dynamic approach to synthesizer design; Product of ITT 29. Synthesizer switches at 1 µs; Eaton Product; MSN&CT, Industries Inc., Microwave Systems, Lowel, MA; August 1988, S.74. http://www.ittmicrowave.com ; MJ, May 2003, S:270-276. 30. Tomorrow’s Synthesized Signal Generator; Dick Goodall; 52. Compact DDS silences spurious and phase noise; P. MSN, January 1989, S.16-19. Jackson, S. Hardy & C. Martins - Advanced Radio Corp.; 31. Direct synthesizer accelerates modular measurement Microwaves & RF, 42(2003)4, S.94-100. system - Product of Comtron, Plainview, NY; Jack Browne - 53. DDS gains wider application; Jack Browne - Publisher; Chief Editor; Microwaves & RF, 29(1990)8, S.163-166. Microwaves & RF, 42(2003)10, S.17. 32. Novel synthesizer cuts size, weight, and noise levels; P. 54. Frequency Synthesizers yield stable signals; Jack Browne- Vella, G. Basawapatna & M. Shandas - Microsource, Santa Publisher/Editor; Microwaves & RF, 42(2003)10, S.33-41. Rosa, CA; Microwaves & RF, 30(1991)5, S.231- 236. 55. Smart Synthesizers simplify RF integration; David Lyle - 33. Fast-switching synthesizers track agile signals; W.C. Beam & President/CTO; Microwaves & RF, 42(2003)10, S.55-59. P.J. Rezin - Watkins-Johnson, Gaithersburg, MD; 56. Fast Synthesizers switch 5 MHz to 20, 48 GHz; Adrian Microwaves & RF, 30(1991)9, S.117-124. Lalicata - Herley Communications; Microwaves & RF, 34. DDS/PLL methods craft low-noise synthesizers - Product of 43(2004)6, S.110. Communication Techniques, Whippany, NJ; Jack Browne - 57. Frequency Synthesizers generate clean signals; Jack Chief Editor; Microwaves & RF, 30(1991)10, S.133-138. Browne, Publisher/Editor; Microwaves & RF, 44(2005)3, 35. New architecture supports rugged test synthesizer; Tim S.33-40. Carey - Hewlett-Packard, Palo Alto, CA; Microwaves & RF, 31(1992)3, S.212-218. . Frequenzzähler, Frequency Counter 36. Speedy synthesizers cut spurious levels and signal delays - 1. Understanding Frequency Counter specifications; Hewlett- Product of Comstrom, Plainview, NY; Jack Browne - Packard Co Application Note 200-4. Associate Publisher/Editor; Microwaves & RF, 31(1992)10, 2. Counters zero in on high frequencies; Jack Browne & Tian S.110-115. Marie Pisa; Microwaves & RF, 23(1984)7, S.121- 37. High-speed synthesizers benefit Radar/EW systems - 123,126,129. Product of Omega Simulation, Ottawa, Ontario, Canada; 3. Microwave Frequency Counter has range from 10Hz to 18 Microwaves & RF, 36(1997)6, S.136. GHz (EIP Product); MSN&CT, March 1985, S.147. 38. A Sampling of RF Synthesizers - Technology Survey; Don 4. Frequency counter profiles RF pulses from 0.5 to 20 GHz; Herskovitz; JED, February 1998, S.45-49. Hewlett-Packard, Cupertino, CA; Microwaves & RF, 39. Fractional-N synthesizers trim current, phase noise; Craig 28(1989)9, S.173. Conkling- Philips Semiconductors, Sunnyvale, CA; 5. Counting the cycles of time and frequency; Jack Browne - Microwaves & RF, 37(1998)2, S.126-134. Associate Publisher/Editor; Microwaves & RF, 31(1992)2, 40. Fast frequency synthesizers speed production testing - S.146-149. Product of Giga-tronics, San Ramon, CA; Jack Browne - Publisher/Editor; Microwaves & RF, 37(1998)5, S.229-230.

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6. Battery-powered counters read frequency and power - 1. New transmitter locator system operational; EW/DE, Product of Hewlett-Packard, Santa Clara, CA; Jack Browne - August 1978, S.61-64. Associate Publisher/Editor; Microwaves & RF, 36(1997)8, 2. Digitized, synthesized secure voice on ist way to battlefield; S.188-192. D.P. Fulghum; DE, June 1979, S.65-70. 7. Frequency counters are versatile toold; Jack Browne - 3. Rohde & Schwarz: Funk unter Kontrolle, Spezialausgabe zu Publisher/Editor; Microwaves & RF, 37(1998)9, S.124. „Neues von Rohde & Schwarz”, München, 1987.

. Front End . Funkfelddämpfung 1. Noise Figure, Intermodulation Distortion and Sensitivity of 1. Hochfrequenztechnik in Funk und Radar; Hans-Georg a cascade of Front End components; ICH, 1st Ed.,June Unger; Teubner, Stuttgart 1994. 1975/76, S.24-250. 2. Integration shrinks Microwave Front Ends (Part I); John G. . Funkfeuer Gali, u.a.; MSN, September 1980, S.119-130. 1. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 3. Integration shrinks Microwave Front Ends (Part II); John G. Springer-Verlag, Heidelberg, 2004. Gali, et al.; MSN, October 1980, S.70-75. 4. Mixed media optimize phased-array module; W. Horton . Funkkommunikation - Radio Communication Prather - Electromagnetic Sciences, Norcross, CA; 1. Telecommunication Systems survivability; Nicholas T. Microwaves & RF, 24(1985)6, S.74-78. Lampos; EW/DE, January 1978, S.97-102. 5. Receiver design cuts front-end phase errors; Eric Schmidt - 2. Digitized, synthesized secure voice on ist way to battlefield; Varian, Beverly, MA; Microwaves & RF, 24(1985)6, S.81-84. D.P. Fulghum; DE, June 1979, S.65-70. 6. IC techniques slice cost of integrated receiver; P.J. Meier, et 3. Design considerations for Tactical Field Radios; Charles H. al. - Eaton, AIL, Deer Park, NY; Microwaves & RF, Glenn - Magnavox; MSN&CT, October 1988, S.43-52. 24(1985)6, S. 85, 87, 90. 4. Digital Troposcatter Communications Systems; M.G. 7. Techniques evaluated for design and measurement of low- Unkaut, Dr. - Raytheon; MSN&CT, October 1988, S.69-72. noise Receiver Front Ends; Aksel Kiiss - Mitteq, Inc.; MSDH, 5. Digital-RF-Communications System designs; Kwei Tu - 4th Ed., July 1986, Vol. 16, No.7, S.253-279. Lockheed Engineering & Science; MSN, January 1989, S.46- 8. Superconducting filters enhance military receiver 49. performance; Gordon Roesler; Gordon Roesler - Booz Allen 6. Fernmeldetechnik und Elektronik, die Abteilung FE; wt & Hamilton, Arlington, VA; Microwaves & RF, 37(1998)6, IV/2000, S.172-187. S.61-68,76. 7. Kleine Half-Loop-Antennen; Horst Kalweit - JK Industrial Services GmbH, Kempten; SuT, April 2004, S.14-17. . Führung 8. Mit neuen Funksystemen zum militärischen Mobilstandard; 1. Begriffe der Elektronischen Kampfführung; Herausgegeben H.ans-Wilfried Heine, Thales Communications, Pforzheim; von ‘DaimlerChrysler Aerospace AG, Führung und IT-Report 2/2004, Mai 2004, Report Verlag, Bonn & Kommunikation’, Ulm, 1999. Frankfurt a/M, S.29-31. 9. Kommunikationsnetze der Zukunft; Karl Schrodi, Siemens . Führungsinformationssysteme, FüInfoSys AG, München; IT-Report 2/2004, Mai 2004, Report Verlag, 1. Entwicklung der Marineführungssysteme - Blick in die Bonn & Frankfurt a/M, S.32.36. Zukunft; Dieter Stockfisch; SuT, 1/1999, S.29-35. 2. Verteidigungselektronik - made in Germany; Jürgen Dangel; . Funknavigation, Funknavigationssysteme wt III/1999, S.21-23. 1. Navigations- und Waffenleitsysteme eines modernen 3. Führungs- und Waffeneinsatzsysteme des Heeres; Edgar Kampfflugzeuges; SuT, 7/1971, S.402-407. Ziegler & Jörg-Peter Meier; wt III/1999, S.70-72. 2. Automatische Blindlandung; Gert Hahn; SuT, 2/1973, S.70- 4. Begriffe der Elektronischen Kampfführung; Herausgegeben 78. von ‘DaimlerChrysler Aerospace AG, Führung und 3. The application of Imaging Sensors to Aircraft landings in Kommunikation’, Ulm, 1999. adverse weather; Stuart W. Greenwood - Uni of Maryland; 5. Marineführungssystem - Teil I; Michael Droste; wt, III/2000, MJ, September 1992, S.80-89. S.28-34. 4. Vermessung und Ortung mit Satelliten; Manfred Bauer; 6. Marineführungssystem - Teil II; Michael Droste; wt, I/2001, Wichmann, Heidelberg, 1994. S.54-60. 5. Funknavigation; Privatpiloten Bibliothek, Band 3; Jürgen 7. Das Luftwaffenführungssystem CRC Schönewalde; Daniel Mies; Motorbuch Verlag Stuttgart, 1995. Heinz - Oberleutnant, IT-Offizier; SuT, Januar 2002, S.50-54. 6. Funkortung und Funknavigation; Erwin Lertes; Vieweg, 8. Interoperabilität mit NATO- und EU-Streitkräften; J. Braunschweig, 1995. Pöppelmann & H.-J. Wagner; wt II/2003, S.40-47. 7. GPS, Global Positioning System, Technik und Anwendungen 9. Weiterentwicklung der Führungsunterstützung - Network der Satellitennnavigation; Jürgen Strobel; Franzis', Poing, Centric Warfare; Fregattenkapitän Franz-Dietmar Dahmann 1995. - Referent im BMVg; SuT, April 2004, S.42-48. 8. The art of Navigation Warfare; Robert McGahan; JED, April 10. Das Führungsinformationssystem der Streitkräfte; Mark 2001, S.53-55. Lichtenhagen, Uwe List; SuT, September 2004, S,24-26. 9. Introduction to GPS - The Global Positioning System; 11. Führungsinformationssysteme in der Bundeswehr; Ahmed El-Rabbany; Artech House, Inc., Boston, London, Friedrich W. Benz; wt III/2005, S.36-45. 2002. 10. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; . Funkaufklärung Springer-Verlag, Heidelberg, 2004.

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. Funkpeiler 1. Rohde & Schwarz: Funk unter Kontrolle, Spezialausgabe zu „Neues von Rohde & Schwarz”, München, 1987.

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. G Band => Frequenzbandbezeichnungen 15. GaAs MMICs poised for production; Michael Kachmar - Senior Editor; Microwaves & RF, 25(1986)3, S.65-70. 16. Surface-mount pack houses GaAs MMICs; G. Herrick & K.E. . Galileo Jones - Tektronix, Beaverton, OR; Microwaves & RF, 1. Galileo: Mit Europas Satelliten navigieren; PLANET 25(1986)6, S.157-159,169 AEROSPACE, Nr.2. Januar-März 2001, S.52-55. 17. GaAs MMIC subsystems downconvert 8-GHz signals- 2. Galileo: Im Mittelpunkt der Debatte: die Finanzierung; Product of Pacific Monolithics, Santa Ana, Sunnyvale, CA; Frederic Castel; PLANET AEROSPACE, Nr.5. Oktober- Jack Browne - Senior Editor; Microwaves & RF, 25(1986)7, Dezember 2001, S.58-59. S.131-133. 3. US-European row over Galileo: Interference or just static? EC 18. Practical GaAs ICs designed for Microwave Subsystems; A. Monitor - B.P. Rivers, K. Chaison & P. Brunet; JED, February Podell, et al. - Pacific Monolithics; MSDH, 4th Ed., July 2002, S.26-27. 1986, Vol. 16, No.7, S.327-332. 4. EU-Navigationssatellitensystem - Mit Galileo in die mobile 19. GaAs Monolithic Ics applied to Military-Radar design; C. Zukunft; T. Gemsa & O. Göring; FLIEGERREVUE, 4/2002, Adricos & I. Bahl - ITT; MSDH, 4th Ed., July 1986, Vol. 16, No.7, S.335-347. S.42-45. 20. Gallium Arsenide IC symposium repors on latest 5. Galileo; SuT, Mai 2002, S.12. developments; K. J. Sleger - Naval Research Lab; MSN&CT, 6. First Galileo Contract Awarded; MJ, Aug. 2002, S.41. October 1986, S.105-112. 7. Europa navigiert mit Galileo; Wolfgang Engelhardt; 21. Measurement of GaAs FET Noise Parameters; Robert Fliegerkalender 2005, Internationales Jahrbuch der Luft- Froelich; WJ Tech-notes, Vol.13, No.6, Nov./Dec. 1986. und Raumfahrt, Verlag E.S. Mittler & Sohn, Hamburg, 22. GaAs-Lawinenlaufzeitdioden für V-Band Frequenzen; Berlin, Bonn, S.101-103. Jürgen Freyer - TU München; Mikrowellenmagazin, Vol.12, 8. Galileo und GPS - Hochtechnologie im Weltraum; Alexander No.6, 1986, S.553-557. Mager; SuT, September 2005, S.16-19. 23. GaAs MMICs designed for EW applications; Allen Podell, et

al. - Pacific Monolithics; MSN&CT, April 1987, S.8-19. . Gallium-Arsenid, GaAs 24. GaAs FET Amplifiers operate over military temerature 1. GaAs FET - a bilateral device; Carl Peterson; MJ, Jan. 1977, range; J.C. Rosenberg & Doug Hoiles -Avantek; DE, May S.53. 1987, S.161-170. 2. Low-Noise GaAs FET Amplifiers; F.E. Emery; WJ Tsch-notes, 25. Designing GaAs MMIC Transistor amplifiers; J.L.B. Walker - Vol. 4, No. 1, Jan./Feb. 1977. Thorn EMI; MSN&CT, March 1988, S.34D-34L. 3. Competition Intensifies in Monolithic Gallium Arsenide; 26. High-speed SPDT GaAs MMIC switch spans DC to 20 GHZ - James Fawcette; MSN, April 1979, S.35-48. Product of Raytheon Co.; Jack Browne - Executive Editor; 4. Monolithic GaAS Dominates Microwaves at ISSCC; MSN, Microwaves & RF, 27(1988)6, S.216-219. February 1980, S.13-33. 27. GaAs ICs: The technology arrives; Ray Milano; The future of 5. Future of Systems Dependent on Wafer Availability; H.C. Radar Warning Receivers; David L. Adamy; DE, October Nathanson, et al.; MSN, June 1980, S.3756. 1988, S.111-116. 6. GaAs Boosts CCD Speed (Review); MSN, July 1980, S.22-26. 28. Improving EW capabilities with Gallium Arsenide; J.J. 7. Will GaAs ICs be Sold? MSN, February 1981, S.19. Komiak, et al.; DE, January 1989, S.77-84. 8. Wideband Waveguide System Identifies GaAs Oscillator 29. GaAs standard and semi-custom Ics boost performance in Harmonics at 94 GHz; William H. Haydl; MSN, February Military Systems; Thomas D. Dugan; MSN, October 1989, 1982, S.99-103. S.32-37. 9. A GaAs FET primer: Understanding these vital devices; R. J. 30. GaAs amplifiers power applications past 18 GHz - Product Hamilton & N. K. Osbrink - Avantek; MSN, October 1982, of GaAsTEK, Roanoke, VA; Microwaves & RF, 38(1999)1, S.115-130, 133-142. S.126. 10. Gallium Arsenide growth diversifies; J. Barrera - Harris

Microwave Semiconductor; MDSH, Vol. 13, No.12, . Gallium-Arsenid (GaAs) - FET November 1983, S.72-88. 1. Low Noise GaAs GET Amplifiers; Frank E. Emery - WJ; MJ, 11. Galliumarsenidforschung: Überblick aus der Philips- June 1977, S.79-82. Forschung; N. Wiedenhof & J.M. Waalwijk - Eindhoven, NL; 2. GaAs FETs opening gates on power reservoir; Ira Drukier; Mikrowellenmagazin, Vol.11, No.1, 1985, S.3-4. MSN, April 1978, S.49-55. 12. Gallium Arsenide enhances digital signal processing in 3. Devices vital to IFM Limiting Amplifiera; Robert J. Hamilton, Electronic Warfare; B. Hoffman & D. Apte; DE, July 1985, u.a.; MSN, September 1979, S.59-66. S.48-56. 4. EW applications of new Dual-Gate GaAs FETs; R.J. Hamilton 13. GaAs Monolithics for affordable Military Systems; Kenneth & N.K. Osbrink - Avantek; DE, September 1979, S.101-107. J. Sleger - Naval Research Lab.; JED, August 1985, S.27-34, 5. How to select a GaAs FET; Paul Wade; Microwaves, 46 19(1980)2, S.64-66. 14. GaAs ICs prove math for hi-rel demands; Thomas M. 6. GaAs FETs promise much as they come of age; Dr. Joseph S. Reeder - TriQuint Semiconductor, Beaverton, OR; Barrera; Microwaves, 19(1980)2, S.67-69. Microwaves & RF, 24(1985)13, S.71-73.

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7. 5-Watt 8-GHz MESFET Amplifier Directly Replaces TW Tube . Gefechtsfeldaufklärung - Battlefield Intelligence Amplifier (Solid State); S.B. Moghe & W.C. Tsai; MSN, 1. Army IEW: New structure for a new century; James W. February 1981, S.79-85. Rawles; DE, June 1989, S.69-80. 8. In-House FETs Key to Amplifiers; MSN, February 1981, S.86- 2. Filmless Camera technology boosts Image transmission; 87. Larry P. Glidewell; DE, June 1989, S.105-112. 9. Microwave GaAs FET Amplifiers; Firmenunterlage von 3. Army Intelligence and the AirLand Battle; James J. Coghlan, Systron Donner, Beilage in MSN, March 1981. Jr.; DE, August 1989, S.59-72. 10. GaAs-Mikrowellen-Feldeffekttransistor mit geringem Rauschen; P. Baudet, et al.; Mikrowellenmagazin, Heft . Gefechtsstand 5/81, S.568-573. 1. Digitalisierte Gefechtsstände im Heer; Martin Berken, 11. ECM GaAs FET Amplifiers; Anzeige der Firma HARRIS in Oberstleutnant HUKdo II, und Wolfgang Lehmann, MSN, August 1982, S.66. Baudirektor, BWB; Wehrtechnischer Report: 12. GaAs MMIC Ready for Practical Use? Daniel R. CH’en - Schlüsseltechnologien für das Heer, D 46892; Report Verlag Microwave Monolithics; MSN, August 1982, S.68-70. GmbH, 11/2000. 13. Einstufige GaAs-FET-Verstärker; Mikrowellenmagazin, Vol.8, No.6, 1982, S.711. . Gelenkte Waffen => PGB/M/W 14. Government Systems Incorporate GaAs Monolithics; K. J. Sieger - Naval Researche Lab; MSN, September 1983, S.82- . Geodäsie 97. 1. Vermessung und Ortung mit Satelliten; Manfred Bauer; 15. Low Noise GaAs FETs - Techniques and Applications; Dr. Wichmann, Heidelberg, 1994. Ing. Samir Abdin; Mikrowellenmagazin, Vol.9, No.5, 1983, 2. Das Schwerefeld der Erde; C. Reigber & P. Schwintzer; S.562-565. Physik in Unserer Zeit, Nr.5, 34. Jahrgang 2003, S.206-212. 16. GaAs FET Amp Uses One -Quarter Micron Gate, Heralding 3. Die Beulen des Planeten; FLIEGERREVUE, 09/2003, S.9. MIC Opportunities at Up to 60 GHz; E. T. Watkins - Hughes

Aircraft; MSN, December 1983, S.52-62.

17. GaAs FET Amps cover wide bandwidths; WJ-Product; . Glascockpit MSN&CT; June 1986, S.153. 1. Avionik aus Glas; Stefan Maya; FLIEGERREVUE Spezial: 18. Dual-gate GaAs FETs power UHF circuits; H. Ohke, et al. - Avionik und Flugnavigation; September 2002, S.31-34. Sony Corp. Of America, Torrance, CA; Microwaves & RF,

25(1986)6, S.179-180. 19. Dual-gate GaAs FET drives 18-GHz amps; R. Waugh % D. . Glasfaser => Lichtwellenleiter Glajchen - Gould, San Jose, CA; Microwaves & RF, 1. Die Glasfaser, das Übertragungsmedium der Zukunft; HF- 25(1986)9, S.169,180. Report, Mai 1987, S.86-89. 20. GaAs MMIC line controls 1 to 10 Ghz - Product of TriQuint 2. Datenübertragung auf Lichtleitern erreicht neue Semiconductor; Jack Browne - Senior Editor; Microwaves & Dimensionen; HF-Report, Mai 1987, S.97-98. RF, 25(1986)13, S.153-156. 3. Mit der Glasfaser allein its es nicht getan: LWL- 21. GaAs MMIC reliability analysis and its impact on Microwave Netzkomponenten verbinden und überwachen; Friedhelm Systems, Part II; Pang Ho, et al. - Pacific Monolithics; Kerkau; HF-Report, February 1988, S.68-70. MSN&CT, September 1987, S.130-133. . GLONASS . GBDA, Ground Based Air Defense 1. Vermessung und Ortung mit Satelliten; Manfred Bauer; 1. Missile guidance - The UK targets two industry teams to Wichmann, Heidelberg, 1994. lead efforts for future air defense needs; D. Barrie (London) 2. GPS, Global Positioning System; Jürgen Strobel; Franzis- & M.A. Taverna (Paris); AW&ST, June 30, 2003, S.35. Verlag, Poing, 1995. 3. Satellitenortung und Navigation; Werner Mansfeld; . GBU, Glide Bomb Unit Vieweg, Braunschweig, 1998. 1. Unpowered Precisin-guided Weapons; AW&ST 2003 4. Introduction to GPS - The Global Positioning System; Aerospace Source Book, January 13, 2003, S.188-190. Ahmed El-Rabbany; Artech House, Inc., Boston, London, 2. Strike hard - Strike smart; Steve Davies; AFM, January 2003, 2002. S.78-82. 3. Satellitengelenkte Waffen; Michael Puttre; Spektrum der . GMAS Wissenschaft, April 2003, S.66-72. 1. A little lift; Andy Nativi & David A. Fulghum; AW&ST, 4. Per Laser punktgenau ins Ziel; Patrick Hoeveler; FLUG February 21, 2005, S.40-41. REVUE, September 2005, S.42-43. 2. Military Plans Space Buoys; James Fawcette; MSN, March 1977, S.11-14. . GCA, Ground-Controlled Approach 3. New Receivers spur Navstar’s progress; EW/DE, February 1. GCA Radars: Their history and stae of development; H.R. 1978, S.65-69. Ward, Ch.A. Fowler, H.I. Lipson; Proceedings of the IEEE, 4. Early Navstar Tests Successful - Receiver Development Vol.62, No.6, June 1974, S.705-716. Continues; James Fawcette; MSN, August 1978, S.19-20. 5. GPS to Carry Secondary Payloads; MSN, October 1978, . GEC Marconi S.47. 1. Widening the Aperture: EW’s top 25; Byron Callan; JED, 6. Civilian Receivers Navigate by Satellite; Paul D. Perreault; May 1998, S.33-38. MSN, January 1981, S.61-93.

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7. Global Positioning System Measures Time of Arrival; Walter 35. Global Positioning Systems feature greater accuracy and C.Melton; MSN, January 1982, S.136-142. expanded capabilities in smaller packages; DE, August 8. Precision Frequency Standards Upgrade Performance of C3I 1992, S.55-58. Systems; Dr Nicholas F. Yannoni (RADC); MSN, June 1982, 36. GPS receiver chip targets low-power commercial markets; S.114-131. A. Laundrie & K. Negus - Hewlett-Packard, Newark, CA; 9. Design Developments in RF/LSI Technologies Bring Down Microwaves & RF, 31(1992)8, S.135-140. Cost of Commercial GPS Receivers; Andrew M. Chao; MSN, 37. Vermessung und Ortung mit Satelliten; Manfred Bauer; bei June 1984, S.96A-96L. Wichmann, 1994. 10. Navstar GPS - On the Verge of Great Changes; Charles 38. GPS, Global Positioning System, Technik und Anwendungen Trimble (Trimble Navigation); MSN, November 1984, S.36. der Satellitennnavigation; Jürgen Strobel; Franzis’, 1995. 11. Performance/Cost Ratio Optimized for GPS Receiver 39. Funkortungs- und Funknavigationsanlagen; Werner Design; Ralph Eschenbach und Roger Helkey; MSN, Mansfeld, Prof. Dr.-Ing. Habil.; Hüthig Buch Verlag GmbH, November 1984, S.43-52. Heidelberg, 1994, S.345-351. 12. Navstar Global Positioning System Offers Unprecedented 40. Funkortung und Funknavigation; Erwin Lertes; Vieweg, Navigational Accuracy; Robert P. Denaro; MSN, November Braunschweig, 1995. 1984, S.54-83. 41. Genaue Zeit in Wissenschaft und Technik; Andreas Bauch; 13. GPS Accuracy and Reliability Improved with Pseudolites; Physik in Unserer Zeit, 26. Jahrgang, 02/1995, S.60-67. Bradford W. Parkinson, MSN, November 1984, S.85-97. 42. GPS: The Ultimate Dual-Use Technology? Scott R. Gourley, 14. Weltraum ohne Waffen; Herausgeber Reiner Labusch u.a.; DE, August 1995, S.16-20. C. Bertelsmann Verlag, München, 1984. 43. The Commercial and Military Satellite Survivability Crisis; 15. Gefechtsführung im Nuklearkrieg, Rüstung und Sicherheit, R.C. Webb et al.; DE, August 1995, S.21-25 S.41-50; Ashton B. Carter; in Spektrum der Wissenschaft, 44. AW&ST, February 5, 1996, S.96. 1985. 45. GPS für Piloten; Peter Bachmann; Motorbuch Verlag, 16. GPS Receiving System to give unprecedented Navigation Stuttgart, 1997. Accuracy; A. Berthman & H. Tschiesche (SEL); MSN&CT, 46. Interference cancellation improves GPS receiver May 1985, S.144A-144K. performance; Ashok Talwar - AIL Systems, Deer Park, NY; 17. Satellite Navigation techniques mature; P. K. Blair & P. J. Microwaves & RF, 36(1997)4, S.62-68. Hargrave; MSN&CT, June 1985, S.160A-160G. 47. Satellitenortung und Navigation; Werner Mansfeld; 18. GPS L-Band Triplexer Meets Stringent Requirements; G. Vieweg, Braunschweig, 1998. Gorder und J. Ranghelli; MSN&CT, September 1985, S.80A- 48. Time/Frequency standards uses GPS signals; C. Green & A. 80I. Ward; Microwaves & RF, 37(1998)4, S.89-90,194. 19. Cesium clocks keep the world on time; Helmut Hellwig; 49. New civil GPS signal frequency selected in ground radar, Microwaves & RF, 24(1985)9, S.131-138 military data-link band; Philip J. Klass, Washington; AW&ST, 20. SDI, Der Krieg im Weltraum; Hrsg. John Tiraman; Scherz January 11, 1999, S.438. Verlag, Bern, 1985; S.173-193 50. Satellitennavigation, Das Global Positioning System (GPS); 21. The Global Positioning System; Martin R. Stiglitz; MJ, April Georg Ermin Thaler; Verlag für Technik und Handwerk, 1986, S.34-59. Baden-Baden, 1999. 22. Navstar Forecast: Cloudy Now, Clearing Later; David A. 51. GPS, Neue Möglichkeiten für das Funkhobby; Karl H. Ilg; Boutacoff; DE, May 1986, S.90-110. Verlag für Technik und Handwerk, Baden-Baden, 1999. 23. NAVSTAR to bring revolution in Navigation; Bradford W. 52. GPS; Sonderheft, Best.- Nr.4000049, Verlag für Technik und Parkinson and Charles R. Trimble; MSN&CT, November Handwerk, Baden-Baden, 1999. 1986, S.81-93. 53. High accuracy GPS receiver IC enables >0.5m positional 24. Strengthening C3 in Space; David A. Boutacoff und Bruce accuracy - Ttiming resolution less than 5nsec; Anzeige von Gumble; DE, February 1987, S.47-56. Maxim Integrated Products, Sunnyvale, CA; Microwaves & 25. A Miniature GPS Receiver; N.B. Hemesath, u.a.; MJ, RF, 39(2000)8, S.81. September 1987, S.81-100. 54. GPS Insurance Antijamming the System; von Don 26. Using GPS as a Time and Frequency Reference; Gary Smith; Herskovitz; JED, December 2000, S.41-45. MSN & CT, December 1987, S.72-76. 55. A sampling of GPS Receivers - Technology Survey; Don 27. Time and Frequency Standards from GPS; Rick Dielman; Herskovitz; JED, July 2001, S.61-65. MSN&CT, June 1988, S.72-79. 56. Minuscule module tracks 12 GPS channels - Product of 28. And a Star to steer by - NAVSTAR GPS; Christopher H. SyChip, Warren, NJ; Jack Browne - Publisher/Editor; Clarke; DE, June 1989, S.56-64. Microwaves & RF, 40(2001)11, S.103. 29. GPS Positioned to Change Our Lives and Boost Our 57. Introduction to GPS - The Global Positioning System; Industry; Special Report by Craig Sherod, MSN&CT, July Ahmed El-Rabbany; Artech House, Inc., Boston, London, 1989, S.24-33. 2002. 30. High-altitude Satellites to Support the Lower Echelons; 58. EU-Navigationssatellitensystem - Mit Galileo in die mobile James J. Coghlan Jr.; DE, October 1989, S.61-68. Zukunft; Torsten Gemsa & Olaf Göring; FLIEGERREVUE, 31. December GPS satellite launch a success; Block II, DE, 4/2002, S.42-45. February 1990, S.20. 59. USAF renews GPS III focus; Robert Wall, Washington; 32. GPS becoms a high-flying market; Ron Schneiderman - AW&ST, May 20, 2002, S.57. Senior Editor; Microwaves & RF, 30(1991)12, S.30-40. 60. GPS improvements set to help civil users; Michael A. 33. Temporary Glut Slows Military GPS Procurement; DE, Dornheim, Los Angeles; AW&ST, September 23, 2002, S.56- March 1992, S.47-50 58. 34. The Global Positioning System; Howard I. 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61. Eroding GPS worries Pentagon; Robert Wall and Graig . Gunn-Diode => Halbleiter Covault, Nashville, Tenn / Cape Canaveral; AW&ST, November 2002, S.31. . Gunn-Effekt 62. NAVSTAR Global Positioning System; DDN Programm 1. Gunn-Effect Technology; Part I; F.A. Myersm PhD. -The Profile; PBI Media, LLC, 2002: Plessey Company; MSN, April/May 1975, S.67-72. www.defensedaily.com/progprof/usaf/Navstar. 2. Gunn-Effect Technology: Part II - Oscillators; W. Foster & 63. Direktverbindung: Jupiter-PC(1); Dr.-Ing. Klaus Sander; Funk F.A. Myers; MSN, Aug./Sept. 1975, S.83-89. Amateur, Februar 2003, S.156-158. 3. Gunn Effect Technology: Part III; W. Foster & F.A. Myers; 64. Satellitengelenkte Waffen; Michael Puttre; Spektrum der MSN, Oct./Nov. 1975, S.56-64. Wissenschaft, April 2003, S.66-72. 4. Gunn Effect Technology: Part IV - Military, Civil and 65. GPS Rockets - Modernized GPS to propel civil market, Industrial Applications; W. Foster & F.A. Myers; MSN, benefit future emetgency response; Craig Covault - Cape February/March 1976, S.99-104. Canaveral; AW&ST, October 3, 2005, S.28-30. 5. Harmonic gunn oscillators allow frequency growth; K. 66. Calling All Global Positioning Sats; Craig Covault - Cape Solbach, F. Sicking, & H. Barth - AEG, Ulm; Microwaves & Canaveral; AW&ST, October 3, 2005, S.30. RF, 22(1983)4, S.75-80,127. 67. Ibis Aerosystems (?). . Gunn-Oszillatoten . GPWS, EGPWS/TAWS 1. Gunn Oscillators - A Decade Later; Walter R. Day Jr.; MSN, 1. EGPWS: Look what it can do now; David Jensen; Avionics April 1978, S.56-62, 111. Magazine - Aviation Today, November 2000. 2. 94 GHz Gunn Source Delivers up to 20mW CW; MSN, April 2. Safety in Avionics: Slaying the CFIT Monster; David Evans; 1978, S.98. Avionics Magazine - Aviation Today, February 2002. 3. Broadband Gunn Oscillators for ECM Hyperabrupts Make a 3. A TAWS for Rotorcraft; Harry Kraemer; Avionics Magazine - Difference; MSN, May 1980, S.115. Aviation Today, March 2002. 4. Oscillators Lock and Tune at W Band (Millimeters); M. 4. Safety in Avionics: Surviving a ‘Sucker Trap’; David Evans; Crandell & F.J. Berrnues; MSN, December 1980, S.54-60. Avionics Magazine - Aviation Today, June 2002. 5. Gunn source integrated with microstrip patch; H.J. Thomas, 5. Bodenannäherungswarngerät - Mehr Sicherheit in et al. - Marconi Defence Systems, Stanmore, UK; Bodennähe; Sebastian Zacharias; FLIEGERREVUE, Juni 2004, Microwaves & RF, 24(1985)2, S.87-91. S.16-18. 6. Developments continue in Millimeter-Wave Gunn 6. Terrain Avoidance: When COTS won’t do; P.A. Jackson, D. Oscillators; D. C. Greim (Hughes); MSN&CT, May 1985, Bostich & J. Podukiewicz; Avionics Magazine - Aviation S.144. Today, June 2005. 7. Gunn-diode Oscillators, Part 1: Diode active layer sets 7. Terrain Avoidance Technology: What lies ahead? William operating points; Charles M.Howell - M/A-COM, Burlington, Reynish; Avionics Magazine - Aviation Today, April 2006. MA; Microwaves & RF, 26(1987)4, S.125-133. 8. Gunn-diode Oscillators, Part 2: Proper bias cuts noise, . Gripen => JAS 39 Gripen selects frequency; Charles M.Howell - M/A-COM, Burlington, MA; Microwaves & RF, 26(1987)5,S.195-207. . Gruppen-Antennen 9. Millimeter-Wave Cavity-Stabilized GaAs Gunn Oscillator; 1. Aufbau und Skalierung einer 32-Element Microstrip- Terrial Cutsinger; MSN&CT, 1987, December 1987, S.8-16. Antennen-Gruppe; Klaus Solbach - Uni Duisburg; Mikrowellenmagazin, Heft 4/81, S.461-465. . Gyrotron 2. Eine 40 GHz Mikrostreifenleitungsantenne; Wolfgang 1. Gyratron: Reborn Tube is a Millimeter Powerhouse; Dr. Menzel - AEG, Ulm;Mikrowellenmagazin, Heft 4/81, S.466- Terry F. Godlove, Dr. V. L. Granatstein; MSN, Nov. 1977, 469. S.75-82. 3. Conformal Microstrip Antennas; Robert E. Munson; MJ, 2. Gyrotron Aims for 200 kW CW at 28 GHz; MSN, December March 1988, S.91-109. 1977, S.21. 3. New horizons for Microwave tubes; John M. Osepchuk - . GSM Raytheon; MJ, July 1978, S.36,38. 1. Mobilfunknetze; Harald Konrad; wt, 2/96, S.55-58. 4. Gyrotron developments; H. Jory, et al. - Varian, Palo Alto; 2. Nachrichtentechnik; Martin Werner; Vieweg - uni-script, MJ, Aug. 1978, S.30,32. Braunschweig/Wiesbaden, 3. Auflage, 2002. 5. X-band gyrotron generates 1-MW pulsed power; P. Garin, 3. Basiswissen Multimedia; Band 1: Technik; Andreas G. Mourier, J.M. Krieg & A. Dubrovin- Thomson-CSF, Holzinger; Vogel Buchverlag, Würzburg, 2. Auflage, 2002. Boulogne-Billancourt, Cedex, France; Microwaves & RF, 29(1990)11, S.157-159.

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. H Band => Frequenzbandbezeichnungen 22. Elektronik 2, Bauelemente; Klaus Beuth; Vogel-Buchverlag, Würzburg, 1983. . Halbleiter - Solid State, Semiconductors 23. Dual-diode oscillator uses IMPATT devices; Simon C. Mak & 1. A Specifier’s guide to Solid-Stae source terms; Bernard S. Sheik M. Nagi - Marconi Defence Systems, Stanmore, UK; Siegal - Microwave Consultant; Microwaves, 14(1975)6, Microwaves & RF, 24(1985)7, S.73-74. S.42-46. 2. Elektronik; Herbert Frisch; VDI-Verlag Düsseldorf, 1975. 24. Solid State Transmitters for EW Applications; Fuat Agi & 3. State of the art: Solid State devices; ICH, 2nd Ed., 1976/77, D.J. Hoft -M/A-COM; JED, August 1985, S.37-46. S.439-446. 25. Solid State replacing Tubes in Avionic applications; Jeff 4. Microwave Semiconductor applicationsin communications Hume - Acrian; MSN&CT, November 1986, S.68-79. systems - Part I; Special Report - Dr. M.T. Vlaardingerbroek 26. Semiconductors, 2001; Robert E. Anslow; DE, December et al.; MJ, Feb. 1977, S.49-52. 1986, S.53-55. 5. Microwave Semiconductor applicationsin communications 27. Using Tunnel-Diode technology; R.S. Virk - Innowave; systems - Part II; Special Report - Dr. Jan Steinkamp, et al.; MSN&CT, !987, November 1987, S.68-75. MJ, March 1977, S.57-61. 28. Wideband digitally tuned Oscillator technology for 6. Solid State Radar Transmitters; D.J. Hoft - Raytheon Electronic Defense; L.R. Martin, et al. - Avantek; MSN&CT, Company, Wayland, Massachusetts; ME/C, Vol.3, No.11, July 1988, S.46-54. November 1977, S.22,24,26. 29. Mikrowellentechnik, Bd. 2, Antennen und aktive Bauteile; 7. Solid State Technology for millimeter waves; N.B. Kramer - Erich Pehl; Hüthig, Heidelberg, 1989. Hughes; MJ, Aug. 1978, S.57-61. 8. Bipolar quietly dominate; C.P. Snapp; MSN, November 30. New building blocks for future architectures; Jeffrey Rowe; 1979, S.45-67. DE, November 1990, S.31-34. 9. In Microwaves less is more; ICH, 5th Ed.,1979/80, S.363- 31. Hochfrequenztechnik, Bd. 1, Bauelemente und 381. Schaltungen; Edgar Voges, Hüthig, Heidelberg, 1991. 10. Why design with GaAs - and How? P.T. Grelling, et al.; MSN, 32. Taschenbuch der Hochfrequenztechnik, Bd. 1, Grundlagen; January 1980, S.48-60. Meinke - Gundlach; Springer-Verlag, Berlin, Heidelberg, 11. Broadband Gunn Oscillators for ECM hyperabrupts make a difference; MSN, May 1980, S.115. 1992. 12. A µP-Enhanced Solid-State Signal Generator replaces 33. Mikrowellentechnik - Kap. 6: Halbleiterdioden der traditional Klystrons; John Minck - Hewlett-Packard; MSN, Hochfrequenztechnik; Werner Bechtold; Vieweg, December 1981, S.49-59. Braunschweig/Wiesbaden, 1999.

13. Halbleiter-Physik; A. A. Fraser; Oldenburg Verlag, München, . Halbleiterdioden => Halbleiter 1981.

14. InP emerges as near-ideal material for prototype . Half-Loop-Antennen Millimeter-Wave devices; F. B. Frank, Ph.D. - Varian; MSN, 1. Kleine Half-Loop-Antennen; Horst Kalweit - JK Industrial February 1982, S.59-72. Services GmbH, Kempten; SuT, April 2004, S.14-17. 15. Silicon MOSFETs attain high speed via submicron dimensions (Solid State, mm); H.J. Boll et al. - Bell . Handshake Laboratories; MSN, February 1982, S.75-96. 1. PC-Lexikon; Hans Herbert Schulze; Rowohlt Taschenbuch 16. Wideband waveguide system identifies GaAs Oscillator Verlag GmbH, Reinbek bei Hamburg, August 1993. Harmonics at 94 GHz; W.H. Haydl; MSN, February 1982, S.99-103. . HARM, AGM-88 17. Analog use of Superconducting Microelectronics nears 1. Defense Suppression role augmented with fielding of HARM Missile system; J.B.S.; DE, December 1984, S.96, 97. (Josephson Junctions); R. Davidheiser - TRW; MSN, October 2. TI building HARMs; Microwave & RF, 24(1985)8, S.27. 1982, S.100-110, 113. 3. Navy, Air Force plan HARM upgrade to extend missile life 18. Solid State componwnts adapt to sensor environmental through 1990s; AW&ST, February 9, 1987, S.101-103. demands; Peter J. Minett; ME/C, Vol.8, No.11, November 4. TI wins $58M HARM contract; Microwaves & RF, 1982, S.28-33. 29(1990)9, S.23. 19. One company’s quest for solid-state power; Jack Brownie - 5. Air Force Plans a Wilder Weasel; James W. Rawles; DE, September 1990, S.41-46. Associate Editor; Microwaves & RF, 22(1983)3, S.111-119. 6. HARM Missile to Use GPS, Inertial Guidance; AW&ST,

20. Diode switching; R.V. Garver; MSDH, Vol.13, No.11, October 27, 1997, S.74. November 1983, S.194-204. 7. HARM upgrade tackles GPS Jammers, dual seeker design 21. Impact of advanced IC Technologies on future Electronic moves forward; J. Knowles - EC Monitor; JED, October1998, Warfare Systems; Jim Martin; ICH, 8th Ed., 1982/83, S.331- S.29-30. 340.

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8. Waffensysteme der Bundeswehr; Gerhard Hubatschek . Hellfire and missile operability; Marvin Leibstone; NATO’s (Hrsg), Report Verlag, Frankfurt a/M, 1999. Sixteen Nations, Vol.31, No.6, October 1986, S.74-77. 9. New AGM-88 missile will be „smarter”; Philip J. Klass; AW&ST, November 15, 1999, S.90-92. . HEMT 10. AGM-88 HARM; IECH 2001, S.246. . HEMT reaches 20 GHz with quiet gain; Product of Fujitsu 11. BGT Bodenseewerk - Ein Unternehmen der Diehl VA Microelectronics, Santa Clara, CA; Microwaves & RF, Systeme. BGT-Firmnebroschüre, Januar 2003. 25(1986)9, S.185. . Microwave Devices and Circuits; Samuel Y. Liao; Prentice- . Harpoon Hall, Int. Editions, London, 1990. 1. Controlling Harpoon Missile Launches; R.E. Fielding & R.L. . Build an E-pHEMT low noise amplifier; Jan Piper - Agilent Boem - Sperry Rand; DE, July 1979, S.40-44. Technology, San Diego, USA; Microwaves & RF, 43(2004)3, 2. Harpoon Missile targets Ships - and cost; John F. Judge; DE, S.92-96. April 1985, S.92-98. 3. Multiplying Firepower with Missiles; Jim Cogham; DE, . HERMES August 1986, S.99. . Technische unterlagenvon Marconi Defence Systems, 4. Harpoon Proves Lethal from Many Bases; Paul R. Jaszka; Stanmore: MDS/EW/03-3000/6/86. DE, November 1988, S.34-37. 5. AW&ST Aerospace Source Book; January11, 1999, S.170. . HEROS 6. http://www.defensedaily.com/progprof/usaf/AGM . Führungs- und Waffeneinsatzsysteme des Heeres; Edgar Ziegler & Jörg-Peter Meier; wt III/1999, S.70-72. . Harrier => AV-8B . Modernes Führungsinformationssystem; Dr. Jörg Zieglowski (ESG) & Oberst Michael Theisen (IT-Amt der . Have-Quick Bundeswehr); SuT, April 2003, S.30-31. 1. Frequency agile HAVE QUICK System nears completion; . Faust und Heros - Die Säulen des Führungs- und D.M.R. - Industry News; DE, September 1982, S.51-52. Informationssystems des Heeres; Karl-Heinz Quast; wt 2. AF plans to keep Have Quick; L.M.; DE, March. 1985, S.67. I/2003, S.66-67. 3. Tactical voice Communications become user friendly; . IT-Unterstützung für Controlling im Heer; Alfons Herde Christine Castro; DE, June 1990, S.39-46. (CONET AG), Ulrich Müller (Oberstleutnant); SuT, Juli 2003, 4. Managing data to win the Information War; AW&ST, S.39-41. January1, 1996, S1-S8. . HEROS Führungsinformationssystem übergeben; Winfried Scholz - ESG IT-Systenintegrator; SuT, September 2004, . Hawkeye => E-2C Hawkeye S.35-37.

. Head-up Display, HUD . HFüKdo, Heeresführungskommando 1. Navigations- und Waffenleitsysteme eines modernen . Eine Kommandobehörde in Umbruch - Das Kampfflugzeuges; SuT, 7/1971, S.402-407. Heeresführungskommando in der Struktur >Neues Heer>; 2. Marconi-Elliot HUD Sight Chosen for F-16; G.W. Deskin; Wolfgang Otto - Generalleutnant; wt I/2006, S.13-19. EW, Sept./Oct. 1976, S.101-107. 3. EW101 A First Course in Electronic Warfare; David Adamy; . HIDAS Artech House, Inc., Norwood, 2001. . Three faces of Helicopter EW; JED, April 1998, S.33-39, 60. 4. Safety in Avionics: Are two HUDs better than one? David . The EW Top 25; Byron Callan; JED, May 2000, S.42. Evans; Avionics Magazine - Aviation Tiday, July 2002. . HIDAS files on Apache; European Report - Martin Streetly; 5. HUD/EVS: Beyond Infrared; Charlotte Adams; Avionics JED, September 2000, S.18. Magazine - Aviation Today, August 2004. . HIDAS; IECH 2001, S.135. www.aviationtoday.com . The Queen’s Apaches; Tim Ripley; Air International, January 6. Der Blick auf die aktuelle Fluglage; eb; Mforum Juni 2005, 2004, S.38-43. S.16. 7. Kopf hoch! Blickfelddarstellung in Airlinern; Sebastian . Hochfrequenztechnik Steinke; FLUG REVUE, September 2005, S.34-35. . Mikrowellen; A.J. Baden Fuller; Vieweg, Braunschweig, 1974. . Hellas . Elektromagnetische Felder; Prof. Dr. Rer. Nat. Günther 1. Integriert und alltagstauglich - Bundespolizei fliegt mit Lautz; Teubner Studienbücher, Stuttgart, 2. Auflage 1976. aktiver Hinderniswarnung; Renate Strecker; FLUG REVUE - . Das elektromagnetische Feld; Walter Bien; Ernst Klett, Special Helicopter, Oktober 2007, S.20-23. Stuttgart, 1980. 2. Hinderniswarnsystem für NH90; FLIEGERREVUE, 10/2007, . Grundlagen der Elektrotechnik, Teil II: Induktion, S.8. Wechselströme, elektromagnetische Energiegewinnung; Prof. Dr.-Ing. Reinhold Pregla; Hüthig Verlag, Heidelberg, . Helix-Antennen 1980. 1. Breitbannnd-Antennen; G.Dubost & S.Zisler; R. Oldenburg . Elektromagnetische Wellen auf Leitungen; Hans-Georg Verlag, München, 1977, Kap. 3.6, S.165. Unger; Hüthig Verlag, Heidelberg, 1980. 2. Plot radiation patterns of helical antennas; Klaus Breitkopf; . Elektromagnetische Theorie für die Hochfrequenztechnik; Microwaves, 19(1980)9, S.87-89.. Teil I: Algemeine Gesetze und Verfahren, Antennen und Funkübertragung, planare, rechteckige und zylindrische . Hellfire

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Wellenleiter; Hans-Georg Unger; Hüthig Verlag, Heidelberg, . Forschung über die Wirkung von hochenergetischen 1981. Mikrowellen; Hans-Jörg Liersch; EADS-Magazin Mforum, . Elektromagnetische Theorie für die Hochfrequenztechnik; Dezember 2002, S.17. Teil II: Kugelwellen, Feldentwicklungen, Störungs- und . Hochleistungs-Mikrowellenquellen; Dr. Wilhelm Ochs, Variationsverfahren, Mikrowellenkreise und Resonatoren, Frauenhofer-Institut; SuT, Juli 2003, S.42. Wellenkopplung, magnetische Plasmen und Ferrite; Hans- . High Power Microwaves - Nicht-letale Wirksysteme zum Georg Unger; Hüthig Verlag, Heidelberg, 1981. Personen- und Objektschutz; Michael Sporer - Diehl . Theorie der elektromagnetischen Felder; Siegfried Blume; Munitionssysteme; Wehrtechnischer Report 1/2004, Hüthig Verlag, Heidelberg, 1982. Februar 2004, Report Verlag, Bonn & Frankfurt a/M, S.57- . Die elektromagnetischen Felder - Einführung in die 58. Feldtheorie und ihre Anwendungen; Pro. Dr. Techn. . See it, Jam it, Kill it; David A. Fulghum - Washington; Alexander von Weiss; Vieweg, Braunschweig/Wiesbaden, AW&ST, May 2005, S.24-25. 1983. . Einführung on die theoretische Elektrotechnik, 11. Auflage; . HPRF, Pulsdopplerradar Karl Küpfmüller; Springer-Verlag, Berlin Heidelberg New . Handbuch Radar und Radarsignalverarbeitung; Albrecht York Tokyo, 1984. Ludloff; Vieweg, Braunschweig, 1993. . Meßsysteme der Hochfrequenztechnik; Burkhard Schiek; . Introduction to Airborne Radar; George W. Stimson; Hüthig Verlag, Heidelberg, 1984. SciTech Publishing, Inc., Mendham, NJ, 1998. . Grundlagen der Elektrotechnik, Teil I: Felder und Gleichstromnetzwerke; 2. Auflage; Prof. Dr.-Ing. Reinhold . Hubschrauber - Helicopter Pregla; Hüthig Verlag, Heidelberg, 1984. . Kampfhubschrauber, Technik, Bewaffnung, Typen; Karl . Klassische Elektrodynamik, 2. Auflage; John David Jackson; Müller Verlag, Erlangen 1998. Walter de Gruyter, Berlin New York, Nachdruck 1985. . Armed Transport Helicopters; Patrick Allen; Air . Mikrowellentechnik, Band 2: Antennen und aktive Bauteile, International, March 1997, S.180-181. S. 221; Erich Pehl; Hüthig Verlag, Heidelberg, 1989. . Die Luftstreitkräfte der Welt [ The World’s Air Force]; . Mikrowellentechnik, Grundlagen, Anwendungen, Lindsay Peacock; Redaktionsstand:1992; Weltbild Verlag Messtechnik; Käs/Pauli; Franzis Handbuch, München, 1991. GmbH, Augsburg 1998. . Mikrowellentechnik, Grundlagen, Anwendungen, . AW&ST Aerospace Source Book; January 11, 1999. Messtechnik; Käs/Pauli; Franzis Handbuch, München, 1991. . Australia’s Armed Reconnaissance Helicopter; Roy . Hochfrequenztechnik, Band 1: Bauelemente und Braybrook; AIR International, Vol.56, January 1999, S.20- Schaltungen, S.352; Edgar Voges; Hüthig, Heidelberg, 1991. 27. . Hochfrequenztechnik, Bd.2: Leistungsröhren, Antennen . Rotary wings EW - More than survival; Frank Colucci; JED, und Funkübertragung, Funk- und Radartechnik; Edgar May 1999, S.53-61. Voges; Hüthig Verlag, Heidelberg, 1991. . Helicopters hunters not victims; Kathleen Kocks; SEAD: JED, . Taschenbuch der Hochfrequenztechnik, Bd.1/2/3, 5. February 2000, S.33-40. Auflage; Meinke-Gundlach, Springer Verlag, Berlin, 1992. . AW&ST Aerospace Source Book; January 14, 2002. . The Microwave Engineering Handbook, Vol.1/2/3; B.L. . Battle-Tested Helicopter EW; JED, April 2002. Part I: US Smith & M.-H. Carpentier, Ed.; Chapman & Hall, London, Army attack aviation EW, Zachary Lum, S.45-49; Part II: 1993. Eggs in baskets; Adam Geibel, S.50-52. . Mikrowellen in der Anwendung - Funk, Radar, Erwärmung; . Combat Helicopters - A Buyers market; AFM, April Erich Pehl; Hüthig, Heidelberg, 1993. 2002,S.36-40. . Hochfrequenztechnik in Funk und Radar; H.-G. Unger; . Helicopter Ait-to-Air Combat; Lon O Nordeen; AFM, June Teubner Studienskripten, Stuttgart, 1994. 2002, S.68-74. . Hochfrequenztechnik 1, Hochfrequenzfilter, Leitungen, . USAF Helicopters; Robert F Dorr; AFM, September 2002, Antennen. O. Zinke & H. Brunswig; Springer, Berlin, 1995. S.32-35. . Mikrowellentechnik; Werner Bächtold; Vieweg, . Lifting the load - Heavilift Helicopters; David Willis; Air Braunschweig/Wiesbaden, 1999. International, August 2004, S.62-68.

. Honeywell International, Inc. . Hubschrauber der Bundeswehr . Http://www.honeywell.com . Waffensysteme der Bundeswehr; Gerhard Hubatscheck . AW&ST 2004 Aerospace Source Book; January 19, 2004, (Hrsg); Report-Verlag, Frankfurt am Main, 1999. S.302. . Luftfahrzeuge und Luftfahrtgerätetechnik [BWB, Abteilung LG]; SuT, 12/1999, S.731-740. . HPM, High Power Microwaves . Die Hubschrauber in der Bundeswehr; Jürgen Pöppelmann; . Lasers, HPM weapons near operational status; David A. wt I/2004, S.49-54. Fulghum, Los Angeles and Tucson, Arizona; AW&ST, July 22, 2002, S.173-174. . HUD => Head-up Display . UK developing, testing directed energy weapon; David A. Fulghum/Washington and Douglas Barrie/London; AW&ST, . Hummel July 29, 2002, S.26-27. . Störsystem Hummel; wt III/2004, S.144. . Microwave weapons may be ready for Iraq; David A. Fulghum/Washington; AW&ST, August 5, 2002, S.24. . Hybrid . USAF acknoledges beam weapon readiness; David A. . Hybrid circuit applications in Military Systems; Jim Martin; Fulghum/Washington; AW&ST, October 7, 2002, S.27. DE, August 1979, S.100-105.

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. Hybrid circuit selection criteria for modernizing older . Hybrid networks require careful implementation systems detailed; Howard K. Dicken - Integrated Circuit (Application Note, Anzac); MSN, May 1982, S.121-127. Engineering; DE, September 1979, S.79-81. . Thin Film processing of Hybrid ICs; R. Tramposch - . Speed design with Hybrid RF Modules- The impact of Materials Research; MDSH, Vol. 13, No.12, November MMICs: how much, how soon; Northe K. Osbrink; MSN, July 1983, S.104-124. 1980, S.37-60.

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. I Band => Frequenzbandbezeichnungen 8. How to Specify an IFM Receiver´s Parameters; ICH, 4th Ed., 1978/79, S.325-329. . I/Q-Netzwerk, I/Q-Modulator/Demodulator 9. New Receiver Solves Operational Problems with Minimum 1. Novel measurement schemes serve I/Q applications; Radha Complexity; EW/DE, September 1978, S.81. Setty - Mini-Circuits, Brooklyn, NY; Microwaves & RF, 10. IFM Receiver Test and Evaluation; Air Force Avionics 30(1991)9, S.147-154. Laboratory, Wright-Patterson Air Force Base, Ohio, April 2. In-put out-put; Anzeigen-Beilage In-Out/01-2 von Mini- 1979, Technical Report AFAL-TR-79-1049. Circuits, Brooklin, NY; Microwaves & RF, 40(2001)11. 11. Subsystems Provide Key to Radar Warning Receiver; 3. Simulate an I/Q modulator; Andy Howard - Agilent Eesof Michael Paff; MSN; July 1979, S.65. EDA, Westlake Village, CA; Microwaves & RF, 41(2002)2, 12. IFM Limiting Amps Based on Dual-Gates; MSN, July 1979, S.86-91. S.94. 4. Refined I/Q imbalance measurements; Gabor Zoka - Agilent 13. Digital IFM Receiver Planned for the ‘80s Is Ahead of Technologies; Microwaves & RF, 43(2004)6, S.72-78. Schedule; Dean Heaton und David King; DE, August 1979, S.71-75. . ICNIA 14. EW Application of New Dual-Gate GaAs FETs; R. J. 1. ICNIA nod to ITT/TI venture; Microwaves & RF, 23(1984)1, Hamilton, Jr. und N. K. Osbrink; DE, September 1979, S.101. S.27. 15. German Navy selects US IFM System as service standard; 2. The search for airborne antenna commonality; Michael DE, November 1979, S.10. Kachmar; Microwaves & RF, 24(1985)3, S.35. 16. The Systems Engineers Primer on IFM Receivers; Dean 3. More EW capability in smaller packages; Bruce D. Nordwall; Heaton; MJ, Feb. 1980, S.71. AW&ST, November 15, 1999, S.87-88. 17. Neuer Miniatur IFM-Empfänger von TRW-Aertech; MM, Heft 4, 1980, S.292. . ICW-Radar => Radar 18. Proper Delay Discriminator Design Avoids Common Pitfalls; Israel Yuval; MSN, December 1981, S.109.

19. How Limiting Amps Affect DIFM Receiver Performance; . IFE Samuel W. Hammond; Microwaves, 20(1981)4, S.87-90. . A380: Jumbo step fot In-Flight Entertainment; George 20. Advances in Radar Warning Receivers; D. White & S. Rubin; Marsh; Avionics Magazine - Aviation Today, March 2006. ICH, 8th Ed., 1982/83, S.315-325.

21. Digital IFM Series Cuts DFD Coasts in Half; MSN, April 1982, . IFF S.120. 1. The role of precise time in IFF; William M. Bridge; ME/C, 22. Design techniques and performance of digital IFM; P.W. Vol.8, No.4, April 1982, S.53-60. 3 East; IEE PROC., Vol.129, Pt. F, No.3, June 1982, S.154-163. 2. NATO C , IFF, and EW being updated; DE, May 1982, S.50- 23. NSL IFM Receivers; Anzeige der Firma Nothern Scientific 61. Laboratories, Inc., in MSN, November 1982, S.79. 3. Power Transistor ballasting improves performance of 24. Theory and design of the Delay Line Discriminator for Phase Surveillance Radar Interrgators and Transponders; Anthony Noise Measurements; Cristopher Schiebold; MJ, Dec. 1983, T. Harris - SGS-Thomson; MSN, June 1989, S.44-49. S.103-112. 4. Freund-/Feind-Kennsysteme; U. Börner, A. Lüer und J. 25. New technique improves IFM performance; J.D. Rhodes - Rommerskirchen; SuT, 2/1999, S.92-95. Filtronic Components; Microwaves & RF, 24(1985)3, S.121- 5. Combat Identification - The aims and realities; Harry 125. Roberts; Air International, June 2003, S.59-62. 26. Ultra-Wideband IFM Receiver fullfills design requirements; William B. Sullivan; MSN&CT, April 1985, S.105, 107. . IFM-Empfänger 27. Advances in design improve wideband Receiver; W. B. 1. Binary Beam IFM: Multiple Discriminators Improve Sullivan & D. Heller - General Instrument; MSN&CT, April Frequency Resolution; Marc Smirlock, Amecon/Litton 1986, S.97-108. Systems; EW, May/June 1976. 28. Filter technique offer advances for Instantaneous 2. Digital IFM: Intercepting Complex Signals in a Dense frequency Measurement; Larry Chappell; MSN&CT, June Environment; William B. Sullivan, Probe Systems; EW, 1986, S.112-117. May/June 1976. 29. Use delay-line circuit for efficient IFMs; Jeffrey Parkhurst, 3. Typical IFM Receiver; ICH, 2nd Ed., 1976/77, S.433. Texas Instruments, Davis, CA; Microwaves & RF, 4. Automated IFM/DF Handles Dense Threat Environment; 25(1986)10, S.95-98. William R. Bigas; EW, March 1977, S.50-56. 30. DFD/IFM performance under exotic modulations; David 5. Unique MIC Design Produces Tiny IFM Discriminator; John Heller - General Instrument; MSN&CT, September 1988, Reindel; MSN, July 1977, S.63-68. S.81-91 6. Egypt Deploys British ESM; EW/DE, January 1978, S.79. 31. IFM Subsystem reads 15-ns Pulses from 7.5 to 18 GHz, 7. New receivers solve operational problems with minimum Microwaves & RF, 28(1989)12, S.135-141. complexity; William R. Bigas - ARGOSystems; EW/DE, September 1978, S.81-86.

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32. Modular IFM receiver snares 6-to-18-GHz signals - Product 3. Equations provide accurate third-order IMD analysis; John of Wideband Systems, Franklin, NJ; Microwaves & RF, G. Freed - Teletec, Raleigh, NC; Microwaves & RF, 31(1992)7, S.118. 31(1992)8, S.75-84. 33. Design Optimization Improves IFM/DFD Receiver Accuracy; William B. Sullivan; Microwaves & RF, 31(1992)9, S.96-99. . IMINT 34. Delay-Line Design Faithfully serves ESM Applications; Erik 1. U.S. Military Upgrades its Battlefield Eyes and Ears; James Boch und Michael Stapleton, Lockheed Canada; W. Rawles; DE, February 1988, S.56-70. Microwaves & RF, 31(1992)9, S.119-127. 35. Instantaneous Frequency Measurement Receivers for . Impattdiode Maritime Patrol; William B. Sullivan - Wide Band Systems; 1. Trapatts and Impatts, State of the art and applications; Eliot JED, October 2002, S.55-58. D. Cohen; MJ, Feb. 1977, S.22-28, 56D.

36. Firmenunterlagen von Anaren Microwave, Inc., Syracuse, 2. IMPATTs Fortifying Niche Between FETs and Tubes; S. Frank NY, USA: Paik; MSN, April 1978, S.65-73. 37. Digital Frequency Discriminators, Technical Handbook; Pub. 3. IMPATT Sources: Striving for Higher Power and Efficiency; M1824-08. William J. Ress; MSN, April 1978, S.76-82. 38. Digital Frequency Discriminator Miniature 8-Bit; Pub. 4. Impatts Combine to Power Systems (Sources); Glenn M1827-18. Thoren; MSN, October 1980, S.110-145. 39. Digital Frequency Discriminator Miniature 12-Bit; Pub. 5. IMPATT diode progress promises smaller, lightweight Mm- M1823-08. Wave systems; G. R. Thoren (Raytheon); MSN, December 40. Firmenunterlagen von Sanders Microwave Division, 1984, S.96A-96L. Manchester, New Hampshire, USA: 6. Si- and GaAs-Impatt Diodes for Millimeter Waves; W. 41. Generations of IFM Leadership from the Microwave Harth, et al.; Mikrowellenmagazin, Vol.13, No.2, 1987, Division, Pub. No B-80-0203, 1980. S.318-328. 42. DIFM leadership from the Microwave Division, Pub. No B- 7. Mikrowellentechnik, Band 2: Antennen und aktive Bauteile, 80-0203R2, 1982. S. 221; Erich Pehl; Hüthig Verlag, Heidelberg, 1989. 43. Digital Instantaneous Frequemcy Measurement Receivers; 8. Hochfrequenztechnik, Band 1: Bauelemente und Firmenunterlage von TRW Microwave Inc., Sunnyvale, CA, Schaltungen, S.352; Edgar Voges; Hüthig, Heidelberg, 1991. 1983, Catalog No 0681 44. 8 Bit Digital Instantaneous Frequency Measurement . INEWS Receivers; Firmenunterlage von TRW Microwave Inc., 1. Technology development foremost benefit of INEWS; J.B.S.; Sunnyvale, CA, 1983, Form No 0183 AM 183C. DE, September 1985, S.49-50. 2. INEWS ignites technology trade-offs and competition; . IF-Prozesssor James B. Schultz; DE, September 1985, S.136-144. 1. Define IF processor specs accurately; Ronald B. Hirsch - 3. USAF awards INEWS; Michael Kachmar - Senior Editor; RHG, Dear Park, NY; Microwaves & RF, 24(1985)4, S.93-97. Microwaves & RF, 25(1986)8, S.21. 2. Converters change RF input signals to digital outputs - 4. Semifunalists vie for INEWS development contract; AW&ST, Produkt of Steinbrecher, Woburn, MA; Jack Browne - February 9, 1987, S.63. Senior Editor; Microwaves & RF, 27(1988)2, S.153-158. 5. The news about INEWS; James W. Rawles; DE, October 1989, S.52-57. . IHEWS 6. ATF speeding through dem/val (phase); James W. Rawles; . IHEWS; IECH, 2001 Edition, S.162. DE, May 1990, S. 37-41 [dem=demonstration, val=validation]. . ILA, Internationale Luft- und Raumfahrtausstellung, 7. Northrop-McDonnell fly ATF; Microwaves & RF, 29(1990)10, S.21. Berlin 8. Information Warfare; K. Petersen & U. Pracht; SuT, 1. ILA 2004: Chancen für die Jugend; Christian Gritzner; Luft- 12/1995, S.783-788. und Raumfahrt, Heft 3, Juli - September 2004, S.30-31. 9. More EW capability in smaller packages; Bruce D. Nordwall;

AW&ST, November 15, 1999, S.87-88. . ILS => Funknavigation 1. Landen nach Instrumenten; FLIEGERREVUE, 3/2003, S.12- . Informationskriegführung, Information Warfare, IW 16. 1. Information Warfare - Der Krieg der Zukunft hat bereits

begonnen - Wer heute den Einstieg verschläft, wird morgen . Image Jamming manipuliert; Oberstleutnant i.G. Kurt Petersen 1. EW101 A First Course in Electronic Warfare; David Adamy; (Führungsakademie der Bundeswehr) & Oberstabsarzt Dr. Artech House, Inc., Norwood, 2001. Med. Kurt Pracht; SuT, 12/1995, S.783-788. 2. Digital battlefield drives military technology; David Begley - . IMD, Intermodulation Distortion Senior Editor; Microwaves & RF, 36(1997)9, S.47-49. 1. Measuring IMD by properly using the spectrum analyzer; 3. The US transition to Information Warfare; Edward Waltz; Moris Engelson - Tektronix, Beaverton, OR; Microwaves & JED, December 1998, S.35-42. RF, 27(1988)2, S.85-90. 4. Tactical deception in Information Warfare: A new paradigm 2. Proper testing minimizes IMD analysis errors; Dick Goodall - for C4I; Ronald K. Newland; JED, December 1998, S.43-48. John Fluke, Everett, WA; Microwaves & RF, 29(1990)8, 5. Information Warfare: The plain truth; Fred Levien; JED, S.132,137,139. April 1999, S.47-53.

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6. Information Warfare und Aufklärungsverbund; Peter 12. Solid Szate Focal Plane Arrays boost IR Sensor capabilities; Preylowski, Oberst a.D.; SuT, 1/2000, S.28. Michael Cantella, et al.; ME/C, Vol.8, No.9, September 7. Information Warfare: Where’s the action - Technology; 1982, S.38-42. Brendan P. Rivers; JED, October 2000, S.53-56. 13. Infrarot- und Mikrowellensensoren in der Wehrtechnik der 8. Infowar to invade air defense networks; David A. Fulghum, zukunft; Reportage; Mikrowellenmagazin, Vol.10, No.1, Washington; AW&ST, November 4, 2002, S.30. 1984, S.21-28. 9. Focus on Iraq shapes electronic, info warfare; Robert Wall, 14. Thermal imaging technology has versatile and bright Nashville, Tenn.; AW&ST, November 4, 2002, S.34. future; John Haystead; DE, April 1991, S.48-52. 15. Positive identification using infrared facial imagery; David . Informations- und Führungssysteme C. Evans; D&SE, March 1996, S.24-26. 1. Marineführungssystem - Teil I; Michael Droste; wt, III/2000, 16. New imaging technology helps soldiers survive on the S.28-34. battlefield; Scott R. Gourley; D&SE, May 1996. S.25-26. 2. Marineführungssystem - Teil II; Michael Droste; wt, I/2001, 17. New infrared camera improves U.S. Navy wapons testing; S.54-60. Les Caffee & Patrick Keller; D&SE, May 1996, S.27-28. 3. Weiterentwicklung der Führungsunterstützung - Network 18. Understanding the Infrared Threat; William Taylor; JED, Centric Warfare; Fregattenkapitän Franz-Dietmar Dahmann February 1999, S.35-43. - Referent im BMVg; SuT, April 2004, S.42-48. 19. Pointing the heat - Technology; Staff Report; JED, September 2000, S.59-64. . Informationstechnologie 20. Infrarot-Sensoren; Frank Pfeil; SuT, März 2001, S.70. 1. Informationstechnik im BWB - Abteilung IT im Aufbau; 21. Seeing (Infra)Red; Kenneth B. Sherman; JED, August 2001, Heinz Weßling; SuT, 121995, S.757-761. S.54-55. 2. Der Brockhaus Natutwissenschaft und Technik; Band 2, 22. The heat is on - Protecting airlines from the Infrar-Red Seite 964; F.A. Brockhaus, Mannheim & Spektrum Missile threat; Alan Dawes; Air International, April 2003, Akademischer Verlag, Heidelberg, 2003. S.18-22. 23. Passive Flugkörperwarner; Ingo Schwaetzer, Diehl BGT . Infrarotgelenkt Defence; Strategie und Technik, Oktober 2005, S.44-45. 1. 50 Jahre Infrarot-Luft/Luft-Lenkflugkörper; Georg Meyer - Oberst a.D., Luftwaffe; SuT, 1/2000, S.33-35. . Infrarotsignatur, Infrarotstrahlung => Infrarot- 2. Facing the Shoulder-fired threat; Michael Puttre; JED, April Sensoren 2001, S.38-45. 3. EO/IR, Part 2 - IR guided Missiles - EW101 Tutorial; Dave . Infrarottechnik - Infrared Technology Adamy; JED, April 2001, S.64-65. 1. Optronische Multi-Sensor-Plattformen auf Schiffen; Bernd 4. Anzeige von Lacroix: EMBOW Trials in March 2002 in Naujokat - Oberstleutnant; SuT, 4/1999, S.238-242. Biscarosse (France); JED, October 2002, S.22. 2. Nachsichttechnik - Infrarot-Sensorik; Arnulf Wallrabe; 5. The heat is on - Protecting airlines from the Infrar-Red Vieweg, Braunschweig/Wiesbaden, August 2001. Missile threat; Alan Dawes; Air International, April 2003, S.18-22. . INS 6. Passive Flugkörperwarner; Ingo Schwaetzer, Diehl BGT 1. Strapdown Inertials Open New Markets; Barry Miller; Defence; Strategie und Technik, Oktober 2005, S.44-45. EW/DE, March 1978, S.71-90. 2. The Standard for Inertial Navigation Systems; Anzeige der . Infrarot-Sensoren => IRCM Firma Kearfott, EW/DE, June 1978, S.43. 1. The IR/EO EW basis; ICH, 3rd Ed., 1977/78, S.377-396. 3. Laser gyros supplanting Inertial NAVs; John C. Patterson; 2. The sword and the cuirass; Romano Fiore - Selenia, DE, May 1981, S.106-109. Rome,Italy; ME/C, Vol.4, No.2. February 1978, S.22-34. 3. Thermal Imaging Sensor advances pushed; Barry Miller; DE, . InSb, Indiumantimonid April 1978, S.41-47. 1. Nachsichttechnik - Infrarot-Sensorik; Arnulf Wallrabe; 4. US Infrared, Electro-Optic Countermeasure efforts moving Vieweg, Braunschweig/Wiesbaden, August 2001. into full swing; EW/DE, July 1978, S.26-28. 5. IR/EO in EW: An assessment of technology; ICH, 4th Ed., . Interferometrie 1978/79, S.379-386. 1. Synthetic Interferometer Radar for Topographic Mapping; 6. New generation IR/EO devices ready for production; Leroy C. Graham; Proceedings of the IEEE, Vol.62, No.6, Richard Hartman; EW/DE, February 1979, S.58-67. June 1974, S.763-768. 7. Staring IR sensors; Donald B. Lloyd; MEC, Part I: November 2. Microwave Interferometry - New applications for an old 1979, S.58-61,92-94; Part II: December 1979, S.33-39; Part art; Milton R. Seiler; ME/C, Vol.7, No.7, July 1981, S.46- III: January 1980, S.28-35. 50,73. 8. Navy picks AN/AAD-5 Infrared Reconnaissance Set fot ist 3. Polarization errors in phase interferometry; Jösko Budin; Tactical Air Reconnaissance pod system; Ralpph L. Nardone Mikrowellenmagazin, Vol.13, No.5, 1987, S.474-478. - Honeywell; DE, October 1980, S.23-27. 4. Interferometer Direction Finding Systems; EW Tutorial 9. Infrared’s tremendous potential barely scratched; Stefan Section, JED, January 1998, Supplement, S.16-17. Geisenheyner; DE, February 1981, S.29-35. 10. Incoherent Infrared Receiver analysis guidelines; ICH, 7th . Integriertes Avioniksystem Ed., 1981/82, S.351,355-362. 1. AW&ST 2004 Aerospace Source Book; Integrated Avionics 11. Infrared transmission characteristics; ICH, 7th Ed., 1981/82, Systems; S.227-230. S.403.

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. Interoperabilität, von Waffen-Systemen 12. Protecting the big boys: Directed IR countermeasures for 1. Interoperabilität mit ADAM und EVA - Technische Lösung large Aircraft Programs; JED, December 2000, S.47-50. für heute; F. Druhm & Chr. Rehm; SuT, 1/1999, S.17-21. 13. IRCM getting more „VIP” attention - EC Monitor; K. 2. Frage: Verständigung? Jörg Lorentzen; wt, II/2002, S.37-41. Sherman; JED, February 2001, S.37. 3. Convergence meets Interoperability; Dr. Guido Seiler-Clark 14. Facing the Shoulder-fired threat; Michael Puttre; JED, April & Stephan Maihoff - T-Systems; SuT, November 2002, S.19- 2001, S.38-45. 21. 15. EO/IR, Part 7 - IR Countermeasures - EW101 Tutorial; Dave 4. Die Stufen der Interoperabilität; U. Schade & G. Dürr; Adamy; JED, September 2001, S.66-67. Strategie und Technik, Januar 2005, S.16-18. 16. What’s new in EO/IR Countermeasures; Kenneth B. 5. Over the Edge - Die Stufen der Interoperabilität (II); U. Sherman; JED, November 2001, S.49-51. Schade & G. Dürr; Strategie und Technik, September 2005, 17. US Air Force special ops boosts IR self-protection; Robert S.39-41. Wall, Washington; AW&ST, July 8, 2002, S.30. 18. The heat is on - Protecting airlines from the Infrar-Red . Interoperabilität, On-Board Missile threat; Alan Dawes; Air International, April 2003, 1. A complete look at compatibility & integration; John G. S.18-22. McKinley, et al. - Westinghouse Defense and Electronic Warfare Systems Center; ICH, 5th Ed., 1979/80, S.337-347. . IRIS 1. Waffensysteme der Bundeswehr; Gerhard Hubatscheck . Interrogator => IFF (Hrsg); Report-Verlag, Frankfurt am Main, 1999.

. IONDS . IRIS-T 1. Carter, Ashton B.: Gefechtsführung im Nuklearkrieg, 1. IRIS-T, der zukünftige Luft/Luft-Lenkflugkörper kurzer Rüstung und Sicherheit, Spektrum der Wissenschaft., 1985. Reichweite; Jürgen Rößler; SuT, 10/1999, S.624-627. 2. Anzeigen von BGT Bodenseewerk, Überlingen, in den . Ionosphäre Zeitschriften: SuT (3/2000, S.167) sowie wt (IV/2000, S.132). 1. Ionospheric scintillations at SHF; Luke K. McSherry; MJ, 3. IRIS-T; IECM, 2001, S.219. June 1977, S.99-103. 4. IRIS-T completes firings but faces budget hurdle; Douglas 2. Antenna Tests Establish Ionosphäric Limitations; Dominic J. Barrie, Paris; AW&ST, June 24, 2002, S.61-62. Marino - The Mitre Corp.; MSN, June 1982, S.108-113. 5. BGT Bodenseewerk - Ein Unternehmen der Diehl VA 3. Probing the ionosphere at high latitudes; Bill Mitchell; Systeme. BGT-Firmnebroschüre, Januar 2003. Microwaves & RF, 24(1985)4, S.45-49. 6. Beschaffung von IRIS-T beschlossen; pp; SuT, März 2003, 4. Ionospheric modificationspawns new propagation; Frank T. S.4. Djuth; Microwaves & RF, 24(1985)8, S.75-80. 7. Anzeige von BGT Bodenseewerk: IRIS-T SL - ‘Plug & Play’ Air 5. Solid-State Amplifier delivers reliable meteor-burst Defense for the Lower Tier; wt IV/2003, S.80. Communication; J.H. Johnsob - Microwave Modules & 8. Missile alignment; M. A. Taverna (Paris) & R. Wall Devices; MSN&CT, September 1987, S.8-16. (München); AW&ST, January 12, 2004, S.42-43. 6. Communications EW, Part 2 - HF Propagation; Dave Adamy; 9. Air-to-Air Missile Directory 2004; Rob Hewson; Air JED, July 2003, S.64-65. International, September 2004, S.45-57.

. IRCM, Infrared Countermeasures . IRLS, Infrared Linescanners 1. Countering the IR threat; Al Arnot; Countermeasures, Vo.3, 1. EO/IR, Part 3 - Infrared Linescanners - EW101 Tutorial; No.2, February 1977, S.44,48,70. Dave Adamy; JED, May 2001, S.74-75. 2. US Infrared, Electro-Optic Countermeasure effords moving

into full swing; EW/DE, July 1978, S.26-286. 3. Active Infrared Countermeasures provide continuous . IRST protection for today’s Aircraft; Jim Carey; ICH, 8th 1. EO/IR, Part 4 - Infrared Imagery and IRST - EW101 Tutorial; Ed.,1982/83, S.345-347. Dave Adamy; JED, June 2001, S.70-71. 4. Infrared Seeker threats from attack missiles can be reduced significantly; Rex L. Waddell; ME/C, Vol.9, No.2, February . Isotropstrahler, Kugelstrahler => Antennen 1983, S.31-33. 5. Mobile SAM threat spurs new EW System sales; Philip J. . ISS, International Space Station Klass; AW&ST, October27, 1997, S.38-42. 1. Der Brockhaus Natutwissenschaft und Technik; Band 2, 6. Is seeing believing? Don Herskovitz; JED, April 1998, S.41- Seite 1008; F.A. Brockhaus, Mannheim & Spektrum 46,61. Akademischer Verlag, Heidelberg, 2003. 7. A new approach to Missile Warning; Bill Sweetman; JED, October 1998, S.41-48, 78. . IT-Sicherheit 8. Air Defense Missiles: Recent trends in the threat; Steven J. 1. Zur Realisierung von modernen Informationssystemen - Ein Zaloga; JED, November 1998, S.37-43. Disukussionsbeitrag; Heinz de Wilde, Oberst, & Karl 9. Understanding the Infrared Threat; William Taylor; JED, Steiger, Oberstleutnant i.G.; SuT, 11/1997, S.647-651. February 1999, S.35-43. 2. IT-Sicherheit in der Marine; Wolfgang Köhler, 10. Pre-emptive versus reactive Infrared Countermeasures; Bill Korvettenkapitän; SuT, 2/1999, S.103-106. Taylor; JED, March 2000, S.33-37. 11. You bet your life: Todays Missile Warning Systems; Don . ITT Industries Herskovitz; JED, April 2000, S.54.

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1. Widening the Aperture: EW’s top 25; Byron Callan; JED, May 1998, S.33-38.

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. J Band => Frequenzbandbezeichnungen 21. Gripen, Lion of the Sky; Bill Sweetman; JED, August 2004, S.59-64. . Jagdbomber 22. Http://www.grippen.com 1. Moderne Kampfflugzeuge; Thomas Bättig; Verlag E. S. Mittler & Sohn GmbH, Hamburg-Berlin-Bonn, 2000. . JASSM, AGM-158 1. Stealthy Jassm approved for Low-Rate production; David A. . Jaguar Fulghum; AW&ST, January 7, 2002, S.25. 1. Geschärfte Krallen - Jaguars der RAF bleiben miz neuen 2. Distanzwaffe, AGM-158 JASSM geht in Produktion; Karl Systemen effektiv; P. & F. Notre/KS; FLUG REVUE, Januar Schwarz; FLUGREVUE, Mai 2002, S.37-28. 2004, S.58-62. 3. Hammers of the Gods; Michael Puttre; JED, September 2002, S.48-55. . Jammer => Störung 4. Satellitengelenkte Waffen; Michael Puttre; Spektrum der Wissenschaft, April 2003, S.66-72. . JAR . AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen . Javelin Originalausgabe: Avionic Systems, bei Longman Group UK 1. Das amerikanische Panzerabwehr-Lenkwaffen-System Limited 1989; Deutschsprachige Ausgabe bei Transpress Javelin; RJ; SuT, April 2003, S.62. Verlagsgesellschaft mbH, Berlin, 1993. . JDAM, Joint Direct Attack Munition . JAS 39 Gripen 1. Of JDAM, JASSM and JSOW; Don Herskovitz; JED, July 1999, 1. Electronics play a critical role in future combat aircraft; S.61. Warren K. Christolon; DE, January 1985, S.65-76. 2. JDAM and the Cat; Ted Cerlson - Fotodynamics; AFM, April 2. Europe’s new Fighters; Kenneth R. Timmerman; DE, May 2002, S.60-63. 1989, S.61-65. 3. Programmable fuse for JDAM; AW&ST, July 15, 2002, S.54. 3. The Electronics of Europe's new Fighters; Don Parry; DE, 4. Hammers of the Gods; Michael Puttre; JED, September Vol.22, No.5, May 1990, S.51-54 . 2002, S.48-55. 4. Collaborative efforts driving European defense programs; 5. JDAM sales expected to reach $6 Billion; David A. Fulghum, Kay Atwal, et al.; DE, August 1992, S.34-44. St. Louis; AW&ST, October 28, 2002, S.30. 5. Recce pod selected for Gripen; B. Rivers - EC Monitor; JED, 6. New weapons for a new doctrine; Alan Dawes; Air October1998, S.35. International, May 2003, S.16-19. 6. Flugzeuge der Welt, 1999; Claudio Müller; Motorbuch 7. Precise strikes; Steve Davies; AFM, May 2003, S.40-41. Verlag, Stuttgart, 1999. 8. Seek and destroy; M. R. Rip & J. M. Hasik; AFM, June 2003, 7. Saab JAS 39 Gripen; Flugzeug-Katalog 2000, S.52-57. Militärflugzeuge; GeraNova Verlag, München. 9. Boeing´s JDAM Programm wins Aviation Week´s 2003 8. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, quality center award; Barry Rosenberg; AW&ST, September Hamburg, 2000. 15, S.S14. 9. Gripen EW taking shape; B. Rivers - EC Monitor; JED, March 10. Joint Direct Attack Munition - On target in all weathers; 2000, S.25. Carlo Kopp; Air International, September 2003, S.26-30. 10. Saab JAS 39 Gripen; SuT, Januar 2001, S.51. 11. Flugzeuge, Die wichtigsten Flugzeugtypen der Welt; . JED, Journal of Electronic Defence Riccardo Niccoli; Kaiser, Klagenfurt, 2001. 1. Http://www.jedoline.com 12. IECH 2001, S.132. 2. Association of Old Crows; Eberhard Skibbe, Oberst a.D.; 13. Electronic Warfare goes stealthy; Alan Dawes; Air Mikrowellenmagazin, Heft 2/81, S.149-150. International, February 2002, S.106-110. 14. Gripen, Lion of the Sky; Bill Sweetman, JED, April 2002, . JHMCS, Joint Helmet Mounted Cueing System S.38-43. 1. Aimimng for more; David Hughes - Washington; AW&ST, 15. Fighter EW, the next generation; Bill Sweetman; JED, July August 16, 2004, s.28-29. 2000, S.41-47. 16. Farnborough International 2002- SAAB JAS 39 Gripen; The . JSOW, AGM-154 official souvenir programme; Published on behalf of SBAC 1. First JSOW free-flight test successful; R.T.L.; De, March by Key Exhibitions Ltd, Stamford, S.22. 1995, S.15. 17. Gripen coms of age; Alan Warnes; AFM, August 2002, S.28- 2. Hammers of the Gods; Michael Puttre; JED, September 31. 2002, S.48-55. 18. Hohes C - Saab liefert erste JAS 39C Gripen aus; Karl 3. Satellitengelenkte Waffen; Michael Puttre; Spektrum der Schwarz; FLUGREVUE, Dezember 2002, S.40-44. Wissenschaft, April 2003, S.66-72. 19. Sweden’s swinger Gripen - Gripen Special; Malcolm English; 4. New weapons for a new doctrine; Alan Dawes; Air Air International, March 2003, S.35-46. International, May 2003, S.16-19. 20. Formidable Fighters into service; AFM; June 2003, S.37-48. 5. Precise strikes; Steve Davies; AFM, May 2003, S.40-41.

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Limited 1989; Deutschsprachige Ausgabe bei Transpress . JSTARS, Joint STARS => E-8A/B/C, Hawkeye Verlagsgesellschaft mbH, Berlin, 1993. 18. JTIDS, Joint Tactical Information Distribution System; . JTIDS http://www.rockwellcollins.com/ecat/gs/JTIDS.html; 21. 1. Telecommunications impact on Strategy; T.A. Campobasso April 2003. - Rockwell Intern. Corp.; ME/C, June 1977, S.32-34. 19. JTIDS Components; http://www.rsmicro.com/jtids.htm; 21. 2. EW Review (Ed.); JTIDS/TIES Consolidate Tactical April 2003. Communications; EW/DE, Sept./Oct. 1977, S.45-53. 20. Joint Surveillance Target Attack Radar System (Joint STARS, 3. DTDMA in JTIDS; J. Rubin, ITT Avionics; ME/C, October JSTARS); 1977, S. 22-26. http://www.globalsecurity.org/intell/systems/jstars.htm; 4. Mystic Link Revealed; James Fawcette; MSN, September 21. April 2003. 1977, S.81-94. 21. Militärische Datenübertragungsverfahren (Datenlinks): 5. JTIDS forges ahead; MSN, November 1979, S.42. Standards sichern die reibungslose militärische 6. JTIDS coordinates Tactical Elements; Nelson E. Bolen - The Kommunikation; Dr. Rüdiger Leschhorn; R&S MIL NEWS, Mitre Corp.; DE, January 1982, S.104-105. 2002, Nr.6, S.28-32. 7. NAVELEX looks future in serving the electronic needs of the 22. Militärische Datenübertragungsverfahren (Teil 2): Fleet; DE, April 1982, S.59-62. Standards sichern die reibungslose Kommunikation; 8. Spread Spectrum Systems serve nearly all C3 aspects; MSN, Rüdiger Leschhorn; MIL NEWS, 2003, Nr. 7, S.20-23. April 1982, S.78-91. 9. Army firms up JTIDS planning; Col. William S. Jones, U.S. . JTRS, Joint Tactical Radio Systems Army; Is VHSIC a panacea? Or, facing the von Neumann 1. Operational Requirements Document (ORD) for Joint bottleneck; DE, August 1982, S.81-87. Tactical Radio (JTR), Department of Defense, 1997. 10. [3] Neue, auch störresistente Möglichkeiten zur Führung 2. The emerging world of JTRS; Charlotte Adams, Avionics von Flugzeugen und Flugkörpern; Horst Seipl, in 'Elektronik Magazine - Aviation Today, March 2002. in der Luftverteidigung'; Bernard & Graefe Verlag, , 3. Funknetze für Einsatzsysteme der Zukunft; Raimund Koblenz, 1984, S. 43-50. Richter; Wehrtechnischer Report 1/2004, Report Verlag; 11. JTIDS airborne terminals demonstrate operating problems; Moderne Technologien für die Ausrüstung des Heeres, DE, January 1985, S.26. Februar 2004, S.30-32. 12. JTIDS Class 2 Terminals tested; D.A.B.; DE, June 1986, S.54- 4. Software Radios für militärische Anwendungen; Dr. Boyd 56. Buchin & Dr. Rüdiger Leschhorn; Wehrtechnischer Report 13. The Joint Tactical Information Distribution System; Martin 1/2004, Report Verlag; Moderne Technologien für die R. Stiglitz; MJ, October 1987, S.26-41. Ausrüstung des Heeres, Februar 2004, S.33-35. 14. Introduction to Electronic Warfare; D. Curtis Schleher, Ph. 5. Thales Tallies; Michael A. Taverna, Farnborough; AW&ST, D.; Artech House Inc., Norwood, MA, 1986, S.326-330. July 26, 2004, S.37. 15. USAF completes JTIDS; Microwaves & RF, 28(1989)2, S.21. 6. LM-Pressemitteilung vom 8. September 2004: Lockheed 16. JTIDS - A Primary Data Link; Paul R. Jaszka; DE, February Martin Team selected for $51 Million Pre-System 1989, S.54-63. Development and Demonstration Phase of AMF JTRS 17. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen Program. Originalausgabe: Avionic Systems, bei Longman Group UK 7. Military Communications - Translation ‘Jitters’; David A. Fulghum - Washington; AW&ST, February 28, 2005, S.55- 56.

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. K Band => Frequenzbandbezeichnungen 22. Flugzeuge, Die wichtigsten Flugzeugtypen der Welt; Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001. . Kalibrieren 23. Flieger-Kalender 2002; Internationales Jahrbuch der Luft- 1. Die Kalibrierorganisation für die Bundeswehr; und Raumfahrt; Mittler, Hamburg, Berlin, Bonn, 23. Oberstleutnant i.G. Gerd Güttner, Luftwaffe; SuT, April Jahrgang, 2001. 2001, S.47-49. 24. F-16 Replacement; Malcolm English; AIR International, June 2001, S.362-366. . Kampfflugzeuge - Fighter Aircraft 25. Die häufigsten Kampfflugzeuge; SuT, November 2001, S.51. 1. Top Gun Fighters & America’s Jet Power; George Hall; 26. Flugzeuge der Welt 2002; Claudio Müller; Motorbuch Publications International Ltd, 1988. Verlag, Stuttgart, 2002. 2. Brockhaus der Naturwissenschaften und der Technik; 27. Future Fighters; Andrew Brookes; Air International, June Zweiter Band, IO-NG; F.A. Brockhaus Mannheim, 1989. 2003, S.18-22. 3. Europe’s new Fighters; Kenneth R. Timmerman; DE, May 28. Formidable Fighters into service; AFM, June 2003, S.37-48. 1989, S.61-65. 29. Global Fighter market; Roy Braybrook; Air International, 4. Soviet Air Forces: The Fighters; James J. Coghlan, Jr.; DE, July 2004, S.66-70. October 1989, S.90-101. 5. Soviel Aircraft makers catch the West; James W. Rawles; . Kampfhubschrauber => Hubschrauber DE, May 1990, S.59-66. 6. The World’s Great Stealth and Reconnaissance Aircraft; . Kartesisches Koordinatensystem Published for W. H. SMITH Ltd; Aerospace Publishing, 1. Der Brockhaus Natutwissenschaft und Technik; F.A. 1991. Brockhaus, Mannheim & Spektrum Akademischer Verlag, 7. Taktische Militärflugzeuge in Deutschland; Joachim Dressel Heidelberg, 2003. & Manfred Griehl; Bechtermünz Verlag, Augsburg, 1996. 8. Luftkampf; Geschichte, Technik, Taktik; Mike Spick; . KC-30 Deutschsprachige Ausgabe von Karl Müller Verlag, 1. Back on track; David Fulghum - Washington; AW&ST, April Erlangen, 1997. 24, 2006, S.28-29. 9. Kampfflugzeuge; Originaltitel der englischen Ausgabe: Fighter; Bill Gunston; Parragon 1997, deutschsprachige . KC-135 Stratotanker Ausgabe bei Gondrom Verlag GmbH, Bindlach 1998. 1. Luftbetankung; Unterstzüzung des MATO-E-3A-Verbandes 10. Die Luftstreitkräfte der Welt; Originaltitel: The World’s Air durch die Air National Guard; Andreas Hunold; SuT, Force; Lindsay Peacock; Redaktionsstand:1992; Weltbild September 2003, S.38-41. Verlag GmbH, Augsburg 1998. 2. KC-135 Stratotanker; 11. Are fighters meeting global market needs? Richard Http://www.globalscurity.org/military/systems/aircraft/kc- Aboulafia - Teal Group; AW&ST Aerospace Source Book, 135.htm January 11, 1999, S.15-18. 12. World Fighter market - Trends aand prospects; David . Keulenbreite Baker; Air International, April 1999, S.208-214. 1. Use simple equations to calculate beam width; Mark J. 13. Foreplanes - Foremost or should the tail wag the dog? Komen - Honeywell, Hopkins, MN; Microwaves, 20(1981)12 Neville Beckett; Air International, May 1999, S.309-315. (December), S.61-63. 14. Fighters - single or twin? Ph.D. David Baker; Air

International, June 1999, S.358-361. . Klystron 15. Luftfahrzeuge und Luftfahrtgerätetechnik [BWB, Abteilung 1. High-Power Klystrons Used for new-Generation ATC LG]; SuT, 12/1999, S.731-740. Radars; G. Faillon & E. D. Maloney - Thomson-CSF; MSN, 16. Waffensysteme der Bundeswehr; Gerhard Hubatscheck June 1984, S.62-78. (Hrsg); Report-Verlag, Frankfurt am Main, 1999. 2. 3-MW wideband klystron powers agile radars; Barry Manz - 17. Luftfahrzeug-Technik; Ernst Götsch; Motorbuch Verlag, Chief Editor; Microwaves & RF, 25(1986)1, S.225-226. Stuttgart, 2000. 3. Three-Megawatt wideband pulsed Klystron provides 18. Transportflugzeuge; Achim Figgen, Diethmar Plath & Frequency Agility for modern S-Band Radas; A. Auberdiac, Brigitte Rothfischer; Bechtermünz Verlag, Augsburg, 2000. et al. - Thomson-CSF; MSN-CT, June 1986, S.74-80. 19. Kampfflugzeuge von heute, Typen, Entwicklungen; 4. Mikrowellentechnik, Grundlagen, Anwendungen, Aerospace Publishing Ltd., deutschsprachige Ausgabe bei Messtechnik; Käs/Pauli; Franzis Handbuch, München, 1991. Kaiser Verlag, Klagenfurt, 2000. 5. The Microwave Engineering Handbook, Vol.1, Microwave 20. Moderne Kampfflugzeuge; Thomas Bättig; Mittler, Components; B.L. Smith & M.-H. Carpentier, Ed.; Chapman Hamburg, Berlin, Bonn, 2. Auflage, 2000. & Hall, London, 1993. 21. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch

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1. Specifying coaxial RF transmission lines for today’s airborne 10. Blind-mate connectors catch on, but slowly; Allan Conrad - ECM systems; E.C. Ball; MSN, Oct./Nov. 1975, S.47-54. Configuration Analysis Management, and Jack Browne - 2. A Clean Sweep is Coming for Cable Specs; David Peterson; Senior Editor; Microwaves & RF, 26(1987)1, S.41-44. MSN, July 1977, S. 73-78. 11. Choose connectors for performance and cost-effectiveness; 3. Precision coaxial cables and connectors reach 45 GHz; Jack Ron Laudig - AMP, Harrisburg, PA; Microwaves & RF, Browne - Associate Editor; Microwaves & RF, 22(1983)9, 28(1989)3, S.117-1123. S.131,134, 136. 12. Walter Reed; Compact Electromagnetic Switches Meet 4. Refresh your thinking about microwave cable; John Zorzy; Aerospace Performance Demands; MSN, June 1989, S.50- Microwaves & RF, 25(1986)7, S.71-74. 56. 5. Coaxial technology vies for emerging V-band applikations; 13. Coaxial connectors, a look to the past and future; Bruno Barry Manz - Manz Communications, Montville, NJ; Weinschel- Weinschel associates; MSN, February 1990, Microwaves & RF, 28(1989)7, S.35-41. S.24-31. 6. Semiflexible coax finds increased use for interconnects; 14. Vibration testing simulates connectors operating R.D. Perelman & W.H. Stansfield - Andrew, Orland Park, IL; conditions; Microwaves & RF, 29(1990)6, S.175-181. Microwaves & RF, 28(1989)9, S.117-126. 15. Microwave Coaxial Connector Technology: A Continuing 7. Flexible assemblies match performance of semirigid cables Evolution; Mario A. Maury, Jr.; MJ, State of the Art - Product of W.L. Gore & Associates; Jack Browne - Chief Reference, 1990, S.39-59. Editor; Microwaves & RF, 29(1990)9, S.208-209. 16. Microwave Devices and Circuits; Samuel Y. Liao; Prentice- 8. Cable & Connectors; A special suplement to Microwave Hall, Intern. Editions, Inc., London, 1990. Journal, Issue March 2003. 17. Mikrowellentechnik, Grundlagen, Anwendungen, 9. Firmenunterlagen von „IW, Insulated Wire Incorporated”, Meßtechnik; Günther Käs & Peter Pauli; Franzis, München, Microwave Product Division, Danbury, CT 06810, USA. 1991. Vertreter in Deutschland: Pro Nova Elektronik GmbH, 18. The Microwave Engineering Handbokk, Volume 1; Bradford Ludwigsburg. L. Smid & Michel-Henri Carpentier, Editors; Chapman & 10. Cables & Connectors; A special suplement to Microwave Hall, London, 1993. Journal, Issue March 2003. 19. Suhner Coaxial Connectors General Catalogue, Edition 11. Cables & Connectors; A special suplement to Microwave 2001, Herisau, Schweiz. Http://www.hubersuhner.com Journal, Issue March 2006. 20. Cables & Connectors; A special suplement to Microwave Journal, Issue March 2003. . KNG, Kampfschiffe neuer Generation 21. Cables & Connectors; A special suplement to Microwave 1. Fregatten und Korvetten der Deutschen Marine; Stefan Journal, Issue March 2006. Nitschke; wt I/2004, S.79-84. 22. Microwave Connector choices determine system performance; Steve Thomas, Anritsu Co.; Microwaves & RF, . Koaxialschalter March 2006, S.78-84, 92. 1. Koaxial SPDT switch controls DC to 40 GHz; Jack Browne - Senior Editor; Product of RLC Electronics, Mt. Kisco, NY; . Kommunikation, Funkkommunikation - Microwaves & RF, 25(1986)10, S.139-140. Communications 1. Telecommunications impact on Strategy; T.A. Campobasso . Koaxialstecker - Coaxial Connectors - Rockwell International; ME/C, June 1977, S.32-34. 1. Improving SMA tests with APC3.5 hardware; Mario A. 2. Status report: Microwave Communications update - 1978; Maury Jr. - Maury Microwave, Cucamonga, CA; C.L. Cuccia & C. Hellman; MSN Feb./March 1976, S.21-53. Microwaves, 20(1981)9, S.71-76. 3. Rapid synchronization: Carrier and clock recovery for high- 2. Precision coaxial cables and connectors reach 45 GHz; Jack speed, Digital Communications; Floyd M. Gardner; MSN, Browne - Associate Editor; Microwaves & RF, 22(1983)9, Feb./March 1976, S.57-64. S.131, 134, 136. 4. Bandwidth conversation is essential; C. Louis Cuccia; MSN, 3. Sexless connectors mate to 40 GHz; Ishan Bhawnani - October 1978, S.67-72, 161. Kelvin Microwave, Woburn, MA; Microwaves & RF, 5. Frequency division solves systems problems; Robert G. 24(1985)6, S.149-153. Harrison; MSN, October 1978, S.97-101. 4. Comparing miniature coaxial connectors; William W. 6. Digitized, synthesized secure voice on its way to battlefield; Oldfield - Wiltron, Morgan Hill, CA; Microwaves & RF, D. P. Fulghum; DE, June 1979, S.65-70. 24(1985)9, S.171-174. 7. DoD protected communications programm growing; DE, 5. 50-GHz Coaxial Connectors developed in team effort; August 1979, S.77-80. 3 MSN&CT, April 1986, S.119-121. 8. Internetting and ADP bolster strategic C ; Richard Hartman; 6. Team effort yields 50-GHz connectors; Jack Browne - Senior DE, September 1979, S.55-63, 111. Editor; Microwaves & RF, 25(1986)4, S.131. 9. Oszillator alternatives examined; Ferdo Ivanek; MSN, 7. Feedback: Connectors; Letter to the Editors by M.A. Maury, November 1979, S.69-80. Jr., Maury Microwave, Cucamonga and Authors reply; 10. New communications jamming systems surfacing; Richard Microwaves & RF, 25(1986)5, S.13-262. Hartmann; DE, February 1980, S.49-59. 8. Keeping account of connector standards; John Pustai, 11. Generator is cornerstone of communications simulators; Senior Editor; Microwaves & RF, 25(1986)12 (November), MSN, October 1980, S.148. S.70-79. 12. Challenges and opportunities face USAF’s Tactical 9. The 2.4-mm Connector Vital to the Future of 50-GHz Coax; Communication; D.B. Brick & F.W. Ellersick; DE, March Kachigan, K., J. Botka, and P. Watson; MSN & CT, October 1981, S.45-55. 1986, S.90-94.

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13. Digital European backbone protects US Communications; 39. Digital Radio, Part 1: Modulation schemes aid digital radio DE, September 1981, S.120124. growth; Hugh Walker - Hewlett-Packard, Scotland; 14. Digital transmission of analog signals; J.F. DeLozier; WJ Microwaves & RF, 26(1987)2, S.75-84. Tech-notes, Vol.8, No.5, Sept./Oct. 1981. 40. Frequency management improves for HF data 15. Meteoric bursts could keep post-attack Communications transmission; J. Galanos, et al. - Andrew; MSN&CT, March open; Irving Gottlieb - Staff Editor; DE, November 1981, 1987, S.24-31. S.61-69. 41. Digital Radio, Part 2: Gauging errors sets digital radio 16. Tactical Communications Jamming; J.O. Burrough - Racal quality; Hugh Walker - Hewlett-Packard, Scotland; Communications; Mikrowellenmagazin, Vol.8, No.1, 1982, Microwaves & RF, 26(1987)4, S.89-99. S.23-24. 42. Calculate interference, speed radio link design; Michael C. 17. 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Frequency Hopping techniques vary with frequency; Eric Communications; Daniel Brisset -Thomson-CSF; DE, Ribchester - Racal, UK; Microwaves & RF, 22(1983)3, S.97- November 1987, S.172-178. 105. 46. Bookmark: Telecommunications Measurements, Analysis, 21. Packed radios provide link for distributed, survivable C3 in and Instrumentation; Microwaves & RF, 27(1988)6, S.115. post-attack scenarios; M. S. Frankel - SRI Intern.; MSN, June 47. Eliminating multipath fading in digital radios; Ted Duffy - 1983, S.80-108. Tekelec, Calabasas, CA; Microwaves & RF, 27(1988)6, 22. Military Systems needs drive component demands; K.J. S.127-134. Sleger, Dr - Naval Research Lab; MDSH, Vol. 13, No.12, 48. Tactical voice Communications become user friendly; November 1983, S.15,17,20. Christine Castro; DE, June 1990, S.39-46. 23. Plessey’s new transceivers serve civilians and military; Bill 49. Optimize ADCs for enhanced signal processing; T. Gratzek & Mitchell; Microwaves & RF, 23(1984)9, S.62. F. 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Noise/Com, Paramus,NJ; Microwaves & RF, 36(1997)13, 29. Simulate tropospheric amplitude scintillation; M. Richaria; S.254. Microwaves & RF, 24(1985)4, S.79-82. 54. Fernmeldetechnik und Elektronik, die Abteilung FE; wt 30. Technology and capabilities for Tactical Communications IV/2000, S.172-187. Jamming; W.S. Elliott - Rockwell International; DE, May 55. A sampling of tactical transceivers - Technology Survey; 1985, S.201-209. Don Herskovitz; JED, May 2001, S.67-71. 31. Frequency Hop Systems for Navy Communications; Dennis 56. Battlefield communications; Brendan P. Rivers; JED, June Sweeney -E-Systems; DE, June 1985, S.115-124. 2001, S.40-47. 32. The bright outlook for Lasers; Lori A. McClelland; DE, July 57. Moderne U-Boote; Udo Ude; wt, II/2001, S.84-89. 1985, S.71-80. 58. Flugsicherheitsnetzwerk für SFOR-Truppen in Bosnien: 33. 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Boutacoff; DE, June 1986, S.107-112. 63. EW threats, Part 5 - Communications signals; EW101- Dave 38. Fiber-Optic technology adopted for Military Adamy; JED, February 2002, S.58-59. Communications; Harvey Blustain - IGI Consulting; 64. Advanced Radios ready to take the field; Peter Costa; JED, MSN&CT, January 1987, S.32-41. May 2002, S.48-52.

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65. A sampling of Tactical Transceivers - Technology Survey; 3. Conformal Microstrip Antennas; Robert E. Munson; MJ, Robert V. McGahan; JED, June 2002, S.59-63. March 1988, S. 91-109. 66. Schiffskommunikationssysteme: Verbindungen auf allen 4. Monolithic Phased Arrays for EHF Communications Frequenzen - sicher und geschützt; Ulf Reissberg; R&S MIL Terminals; John F. Mcllvenna; MJ, March 1988, S. 113-125. NEWS, 6/2002, S.4-11. 5. Integrated Multiple Beam Microstrip Arrays; P.S. Hall & S.J. 67. Information & Communication System PostMan II; T.A. Vetterlein; MJ, Jan. 1992, S. 103-114. Kneidel & Hansjörg Herrbold; R&S MIL NEWS, 6/2002, S.23- 6. CAE Programm models conformal antennas - Product of 25. Boulder Microwave Technologies, Boulder, CO; Microwaves 68. Militärische Datenübertragungsverfahren (Datenlinks): & RF, 36(1997)8, S.186. Standards sichern die reibungslose militärische 7. Kompakten Antennen gehört die Zukunft; cb/dan; Mforum, Kommunikation; Dr. Rüdiger Leschhorn; R&S MIL News Dezember 2005, S.18-19. (2002), Nr.6, S.28-32. 8. Integrierte Antennen bei Militärflugzeugen - Unter der 69. Communication/Navigation systems; AW&ST Aerospace Oberfläche; Claas Belling & Daniella Bommer; Planet Source Book, January 13, 2003, S.203-208. aerospace, 2/2006, S.66-68. 70. Taktische Troposcatter - eine sinnvolle Ergänzung zu Richtfunk und SATCOM; SuT, März 2003, S.27-28. . Konforme Treibstofftanks 71. EW against Communications signals - Part 1; Dave Adamy; 1. World News Roundup: Lockheed Martin Aeronautics Co. JED, June 2003, S.62-63. (LMAC); AW&ST, December 9, 2002, S.21. 72. Kommunikationstechnologie; Rainer Schwiebert, Oberstleutnant; SuT, Juli 2003, S.8-11. . Konische Abtastung 73. Communications EW, Part 2 - HF Propagation; Dave Adamy; JED, July 2003, S.64-65. . Konische Antennen => Antennen 74. Communications EW, Part 3 - VHF/UHF Propagation; Dave Adamy; JED, August 2003, S.62-63. . Koordinatensysteme 75. Communications EW, Part 4 - Additionals Factors in 1. Der Brockhaus Natutwissenschaft und Technik; F.A. Communications-Signal Propagation; Dave Adamy; JED, Brockhaus, Mannheim & Spektrum Akademischer Verlag, September 2003, S.66-67. Heidelberg, 2003. 76. Communications EW, Part 5 - Digitization; Dave Adamy; 2. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; JED, October 2003, S.64-65. Springer-Verlag, Heidelberg, 2004. 77. Communications EW, Part 6 - RF Modulations for Digital

Signals; Dave Adamy; JED, November 2003, S.64-65. . Kormoran 78. Communications EW, Part 7 - Bandwidth required for 1. AS 34 Kormoran; IECM 2001, S.234. Digital Signals; Dave Adamy; JED, December 2003, S.62-63. 2. Kormoran, der heimliche Bruder der Exocet; Wolfgang 79. Militärische Datenübertragungsverfahren (Teil 2): Mühlbauer; PLANET AEROSPACE, 3/2002, S.88-91. Standards sichern die reibungslose Kommunikation;

Rüdiger Leschhorn; MIL NEWS, 2003, Nr. 7, S.20-23. 80. Communications EW, Part 8 - Communications Jamming; . Kreisel Dave Adamy; JED, January 2004, S.62-63. 1. Flugtechnik, Band 5; Jürgen Mies; Motorbuch Verlag, 81. Communications EW, Part 9 - Spread-Spectrum Signals; Stuttgart, 1999. Dave Adamy; JED, February 2004, S.38-39. 82. Communications EW, Part 10 - Jamming Spread-Spectrum . Kreisgruppenantennen => Antennen Signals; Dave Adamy; JED, March 2004, S.62-63. 83. Kleine Half-Loop-Antennen; Horst Kalweit - JK Industrial . Kreuzer Services GmbH, Kempten; SuT, April 2004, S.14-17. 1. Marine Enzyklopädie von A bis Z; Jürgen Gebauer & 84. Communications EW, Part 11 - Jamming Spread-Spectrum Egon Krenz; Tosa Verlag, Wien, 1998. Signals; Dave Adamy; JED, April 2004, S.64-65. 85. Communications EW, Part 12 - Locating Spread-Spectrum . Kreuzrahmenantennen => Antennen Emitters; Dave Adamy; JED, May 2004, S.60-61. 86. Lebenswichtige Kommunikation zwischen Abflug und . Kristallvideo-Empfänger => Empfänger Ankunft - Fliegender ‘Antennenwald’; Matthias Gründer; 1. Typical Crystal Video Receiver; ICH, 2nd Ed., 1976/77, FLUG REVUE, Juli 2004, S.82-85. S.433. 87. Software-basierte Funkgeräte - Überblick und Hardware- 2. Anzeige von Radar Micro-Systems in MSN, August 1980, Aspekte; Dr. Rüdiger Leschhorn und Dr. Boyd Buchin; S.28 Neues von Rohde und Schwarz, Heft 182 (2004/II), S.58-61. . Kryptologie . Konforme Gruppenantennen 1. Kryptologie; Dr. Henner Wessel - Frauenhofer-Institut; SuT, 1. Ein passives Speisesystem für sphärische Antennengruppen 2/2000, S.121. mit variabler Amplitudenbelegung; Dr. Gerhard Seehausen - RWTH Aachen; Mikrowellen Magazin, 9(1983)4, S.418- . Künstlicher Horizont 422. 1. Cockpit Instrumente; Privatpiloten Bibliothek, Band 9; 2. Untersuchungen über beliebig geformte Peter Bachmann; Motorbuch Verlag, Stuttgart; 1998. Mikrostreifenleitungsantennen unter Berücksichtigung von 2. Flugtechnik; Privatpiloten Bibliothek, Band 5; Jürgen Mies; Oberflächenwelleneffekten; J.R. Mosig & F.E. Gardiol; Motorbuch Verlag, Stuttgart, 1999. Mikrowellen Magazin, 9(1983)4, S.423-425.

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. Künstliche Intelligenz, KI - Artificial Intelligence, AI 3. Kleine Half-Loop-Antennen; Horst Kalweit - JK Industrial 1. An AI Approach to Information Fusion; T.D. Garvey & J.D. Services GmbH, Kempten; SuT, April 2004, S.14-17. Lowrance; JED, July 1984, S.31-41. 2. Artificial Intelligence in 2000 A.D.; Jan David Wald - . KZO, Kleinfluggerät Zielortung Honeywell; DE, July 1985, S.111-113. 1. KZO - das fliegende Auge über dem Gefechtsfeld; 3. The future of Artificial Intelligence in defense; Brian P. Technische Unterlage von STN ATLAS Elektronik, 21405.00. McCune; DE, July 1985, S.114-115. 2. Anwendung der Drohnentechnologie für das Heer; 4. Artificial Intelligence: A New Dimension in EW; Thomas H. Bernhard Frhr. V. Bothmer; Wehrtechnischer Report, Greer; DE; September 1985, S.191-206. Schlüsseltechnologien für das Heer, D46892, 11/2000, S.29- 5. Artificial Intelligence: A new dimension in EW; T.H. Greer; 31. DE, October 1985, S.108-128. 3. Luftfahrzeuge und Luftfahrtgerätetechnik, die Abteilung LG; 6. AI Issues for real time systems; E.M. Drogin; DE, August wt IV/2000, S.146. 1986, S.150-160. 4. Drohnen - Die unbemannte Aufklärung; Jürgen 7. B-1B maintenance diagnostics gain long memory; David Pöppelmann; wt II/2001, S.56-64. Papenhausen; DE, September 1986, S.73-76. 5. Entscheidungen zur Ausrüstung der Bundeswehr; SuT, 8. AI: The technology that wasn’t; Garry R. Martins; DE, Januar 2002, S.4-5. December 1986, S.56-59. 6. KZO, TAIFUN - Mittel zum Kampf in der Tiefe; Otto Fior - Oberstleutnant, BMVg; WTR Ausrüstung Heer, Januar 2002, . Kurskreisel S.29-39. 1. Flugtechnik, Band 5; Jürgen Mies; Motorbuch Verlag, 7. KZO und die Artillerie der Zukunft: Führung, Aufklärung, Stuttgart, 1999. Wirkung; Manfred Lehnigk - STN Atlas Elektronik, Bremen; SuT, Mai 2002, S.43-47. . Kurslageanzeiger (HSI) 8. Recce expansion - German army plans to field UVA to 1. Cockpit Instrumente; Privatpiloten Bibliothek, Band 9; support artillery operations; R. Wall (Bonn) & M.A. Taverna Peter Bachmann; Motorbuch Verlag, Stuttgart; 1998. (Paris); AW&ST, November 17, 2003, S.34. 9. Drohnen in der Bundeswehr - Die aufstrebende Waffe; . Kurzwellen Jürgen Pöppelmann; wt/III, 2004, S.44-51. 1. Signalübertragung; Harald Schumny; Vieweg, 10. Präzise Daten - sichere Entscheidung; D. Keller & L. Schulz; Braunschweig, 1978. Strategie und Technik, Januar 2005, S.26-27. 2. Hochfrequenztechnik in Funk und Radar; Professor Hans- 11. KZO übergeben; Strategie und Technik, Januar 2007, S.15. Georg Unger; Teubner Studienskripten, Stuttgart, 1994.

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. L Band => Frequenzbandbezeichnungen 1. SETAC: Anflug- und Landesystem für die 80er Jahre; Guntram Minkwitz - SEL, Stuttgart; Mikrowellenmagazin, . L-3 Communications Vol.8, No.6, 1982, S.680-684. 1. Transatlantic defence tie-up planned - A background of 2. The application of Imaging Sensors to Aircraft landings in acquisitions; Paul Lewis; Flight International, No. 4785, Vol. adverse weather; Stuart W. Greenwood - Uni of Maryland; 159, 19-25 June 2001, S.6. MJ, September 1992, S.80-89. 2. L.3’s acquisition of AIS alters competive field; Antony I. Velocci, Jr; AW&ST, January 21, 2002, S.37. . Langdrahtantennen => Antennen 3. AW&ST 2003 Aerospace Source Book, January 13, 2003; L-3 Communications, S.300. . LANTIRN 1. Lantirn modernization and the defense industry; Michael . LAAS, Local Area Augmentation System Kachmar - Associate Editor; Microwaves & RF, 23(1984)12 1. LAAS, to be or not to be? The FAA is exploring whether (December), S.33. WAAS and onboard avionics are a LAAS alternative; David 2. Opening the night window; Microwaves & RF, 24(1985)3, Hughes (Washington); AW&ST, January 31, 2005, S.41-42. S.33. 2. Ground-Based Augmentation Military and Civil Programs; 3. Lantirn: A technical report; D. W. Kelly & M.C.Spear; DE, Adrian Gerold; Avionics Magazine - Aviation Today, September 1986, S.63-68. February 2006. 4. Lantirn gives Tomcat night attack role; W.B. Scott; AW&ST, June 1996, S.40-43. . Ladar => Lidar 5. Lantirn selected for Danish F-16 MLU; B. Rivers - EC Monitor JED, February 1999, S.30. 1. LAIRCM, Large Aircraft Infrared Countermeasures 6. Scharfer Blick; Karl Schwarz; FLUGREVUE, Okt. 2002, S.50- 2. Protecting the big boys: Directed IR countermeasures for 53. large Aircraft Programs; JED, December 2000, S.47-50. 7. Enhanced Lantirn; William B. Scott; AW&ST, July 21, 2003, 3. LAIRCM proposals submitted -EC Monitor; B. Rivers; JED, S.44-48. February 2001, S.26. 8. Amercan Eagles; Steve Davis; Air International, April 2004, 4. LIFE closes the loop - A DIRCM technology once shelved as S.50-55. ahead of ist time scores a hit; ec monitor - Michael Puttrrrre; JED, July 2001, S.24-25. 9. Laser, Laserkommunikation, Laserwaffen 5. Northrop Grumman gets LAIRCM award; ec monitor; JED, 10. Todesstrahlen aus Laserwaffen ? Dr H. Bender; SuT, 1971, November 2001, S.33. S.508-515. 6. EC Monitor: LAIRCM for USAF Transporters; Brendan P. 11. Laser Tracking concept under development; EW/DE, April Rivers; JED, October 2002, S.34. 1978, S.31-33. 7. USAF wants LAIRCM - Start; Americas Report, Brendan P. 12. Space Laser Communications Airborne; EW/DE, October Rivers; JED, February 2003, S.20 1978, S.49-53. 8. Protecting the sky trains; Brendan P. Rivers; JED, June 2003, 13. Military users for Lasers increase; John Beach, DE, S.55-59. November 1979, S.81-89. 14. Improving Laser Warning; William L. Janning - Systems . LAMPS Research Laboratories; DE, April 1981, S.90-94. 1. LAMPS MK III; George Houser, ME/C, Vol.4, No.10, October 15. Laser Weapons, Tactical Lasers: Moving toward lethality, 1978, S.34,36,40,41. Part 1; Jeff Hecht; ME/C, Vol.8, No.6, June 1982, S.42-46. 2. LAMPS lights the way to new Soviel Subs; Paul R. Jaszka; 16. Laser Weapons, Strategic Laser Weapons, Part 2; Jeff DE, March 1989, S.62-67. Hecht; ME/C, Vol.8, No.7, July 1982, S.16-19. 3. Kampfhubschrauber, Technik, Bewaffnung, Typen; Karl 17. Laser Weapons, High-energy Lasers for Weapons Müller Verlag, Erlangen 1998. applications, Part 3; Jeff Hecht; ME/C, Vol.8, No.8, August 4. US Navy buys IR ranging and detection systems; S. Mallegol 1982, S.73-75. -EC Monitor; JED, July 1999, S.33-34. 18. Design considerations for deep-space transmitters; Morris Katzman; Microwaves & RF, 22(1983)1, S.94-98. . LAN 19. Laser Battlefield Simulation reaches new levels of 1. Zivile Informationstechnik militärisch genutzt - Konzeption sophistication; John M. Keating & Rudolph R. Gammarino; und Betrieb von LAN für verlegbare militärische ME/C, Vol.9, No.2, February 1983, S.40-42. Hauptquartiere und Stäbe; Hauptmann Dipl.-Inf. Frank 20. The bright outlook for Lasers; Lori A. McClelland; DE, July Ender - Fernmeldetruppe der Bundeswehr; SuT, November 1985, S.71-80. 2002, S.22-29. 21. Semiconductor Lasers expand their Military applications; Thomas E. Stockton -STC Defense Systems; DE, October . Landesysteme 1986, S.101-106.

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22. Lasers: The battlefield tools of tomorrow are here; James 6. LeFlaSys Fähigkeitslücke geschlossen, Leichtes W. Rawles; DE, July 1989, S.73-78. Flugabwehrsystem bei der Truppe; Jürgen Erbe; SuT, 23. The Laser and its Military applications: A primer; Paul R. August 2001, S.15-18. Jaszka: DE, July 1989, S.80-83. 7. Das Leicte Flugabwehrsystem (LeFlaSys); Detlef H. Keller - 24. Laser weapons on the battlefield; James W. Rawles; DE, Oberstleutnant a.D.; WTR Ausrüstung Heer, Januar 2002, August 1989, S.77-86. S.40-44. 25. Laser countermeasures developed for tactical Aircraft; Bruce D. Nordwall; AW&ST, Vol.147, No.17, October 27, . Leistungsmesser - Power Meter 1997, S.52-53. 1. Techniques explained for CW Power measurement; B. O. 26. Mittel- und Hochenergielaser; Jürgen Kohlhoff, SuT, Weinschel, Ch. W. Hancock & R. C. Powell - Weinschell 4/1999, S.218. Engineering; MSN&CT, May 1986, S.78-103. 27. EO/IR, Part 6 - Laser Target Designator - EW101 Tutorial; 2. Peak Powe Meters, 30 MHz to 40 GHz; Series 8500; Beilage Dave Adamy; JED, August 2001, S.60-61. von Wavetek Microwave, Sunnyvale, CA, in Microwaves & 28. LIFE closes the loop - A DIRCM technology once shelved as RF, 26(1987)8. ahead of its time scores a hit; ec monitor - Michael 3. Sensitive meters probe the limits of microwave power; Puttrrrre; JED, July 2001, S.24-25. Robert M. Clarke - Freelance Writer, Marblehead, MA; 29. Laserfunk zwischen Himmel und Weltraum, PLANET Microwaves & RF, 27(1988)5, S.241-252. AEROSPACE, 4/2002, Okt.-Nov.-Dez., S.49-49. 4. Single-channel power meter reaches 50 GHz - Hewlett- 30. Northrop Grumman selected to demonstrate Laser Packard Product; Jack Browne - Senior Editor; Microwaves Communication technology; Defense News; Microwave & RF, 27(1988)5, S.263-265. Journal, November 2004, S.51. 5. Peak-power meter measures pulse levels from 3ß MHz to 40 GHz; Product of Boonton Electronics, Randolph, NJ; . Laser Countermeasures => Laser Microwaves & RF, 29(1990)7, S.148. . Laserentfernungsmesser => Laser 6. Power meters offer flexible test capabilities; Product of . Lasergelenkte Bomben => LGB Gugatronics, San Ramon; CA; Microwaves & RF, 36(1997)1, . Laserzielbeleuchter => Laser S.134. . Laserwarnsensoren, LWS => Laser 7. Power meters add speed and power to test line - Product of Hewlett-Packard, Santa Clara, CA; Jack Browne - . Lasint => Laser Associate Publisher/Editor; Microwaves & RF, 36(1997)5,

S.209-212. . Laufzeitröhren 8. Analyzers measure peak power up to 40 GHz - Product of Boonton Electronics, Parsippany, NJ; Victor Ferrote, Senior . LCD, Liquid Crystall Diode Editor; Microwaves & RF, 36(1997)8, S.194-196. 1. Nanomotoren aus Flüssigkristallen; Christian Tolksdorf, et 9. Microwave power meter adds potent options - Product of al., Physik in Unserer Zeit, 33(2002)3, S.130-136. Krytar, Sannyvale, CA; Microwaves & RF, 36(1997)10, 2. Farbige Displays aus Lösung; Klaus Meerholz, Uni Köln; S.146. Physik in Unserer Zeit, 34(2003)3, S.105-106. 10. Peak power meter probes wide bandwidths - Product of 3. Großes Bild für guten Durchblick - Neue Display-Tchnologie Boonton Electronics, Parsippany, NJ; Jack Browne - im Fighter-Cockpit; Karl Schwarz; FLUGREVUE, Juni 2004, Associate Publisher/Editor; Microwaves & RF, 37(1998)6, S.78-83. S.147. 11. Choose the best power meter for Your communications . LDMOS, Lateraly-Defused Metall-Oxide- test needs; Anzeige von Giga-tronics, San Ramon, CA, in Semiconductor Microwaves & RF, 37(1998)13, S.24-25. 1. MOSFET devices, Part 1: Understanding LDMOS device 12. Instrument advances enable high-speed power fundamentals; John Pritiskutch & Dr. Brett Hanson - ST measurements; ken Harvey - Anritsu, Morgan Hill, CA; Microelectronics, Montgomeryville, PA; Microwaves & RF, Microwaves & RF, 38(1999)1, S.59-64. 37(1998)7, S.114-116. 13. Power meters measure wide-ranging levels; Jack Browne - 2. LDMOS delivers 500 W for IFF systems Product of GHz Publisher/Editor; Microwaves & RF, 38(1999)1, S.101-108. Technology, Santa Clara, CA; R. Olso, et al; Microwaves & 14. Fast meter gauges next-generation power - Product of RF, 40(2002)8, S.185-190. Giga-tronics, San Ramon, CA; Jack Browne - Publisher/Editor; Microwaves & RF, 38(1999)1, S.132-135. . LeFlaSys 15. Use a sampling power meter to determone the 1. Waffensysteme der Bundeswehr; Gerhard Hubatschek characterisrics of RF and microwave devices - Part 1; Eric (Hrsg.), Report Verlag, Frankfurt am Main, 1999. Breakenridge - AT UK, South Queensferry, UK; Microwaves 2. Leichtes Flugabwehrsystem (LeFlaSys), Typenblatt, SuT, & RF, 40(2001)9, S.81-90. 2/1999, S.111-112. 16. Use a sampling power meter to determone the 3. German improved-HARD order quantified; Martin Streetly - characterisrics of RF and microwave devices - Part 2; Eric European Report; JED, January 2000, S.18. Breakenridge - AT UK, South Queensferry, UK; Microwaves 4. Das leichte Flugabwehrsystem LeFlaSys auf WIESEL 2; WT, & RF, 40(2001)10, S.97-104,122. IV/2000, S.69. 5. Das Leichte Flugabwehrsystem: Detlef H. Keller; SuT, . Leistungssensoren Februar 2001, S.31-34. 1. Techniques explained for CW Power measurement; B. O. Weinschel, Ch. W. Hancock & R. C. Powell - Weinschell Engineering; MSN&CT, May 1986, S.78-103.

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2. Wide-range sensors gauges power of complex signals; Ron 15. Fiber optics takes hold for analog applications; Jeff Hogan - Hewlett-Packard, Santa Rosa, CA; Microwaves & Montgomery, et al. - ElectroniCast, San Mateo, CA; RF, 38(1999)9, S.128-137. Microwaves & RF, 25(1986)2, S.47-48. 16. Fiber-Optic Technology adopted for Military . Leistungsteiler/Kombinierer => Signalverarbeitung Communications; Harvey Blustain - IGI Consulting; 1. Power Divider/Combiners: Small size, big specs; Richard C. MSN&CT, January 1987, S.32-41. Webb - Magnavox, Fort Wayne, IN; Microwaves, 17. Die Glasfaser, das Übertragungsmedium der Zukunft; HF- 20(1981)11, S.67-74. Report, Mai 1987, S.86-89. 2. Power Splitters; Anzeige-Beilage von Mini-Circuits, 18. Datenübertragung auf Lichtleitern erreicht neue Brooklyn, NY; Microwaves & RF, 40(2001)3. Dimensionen; HF-Report, Mai 1987, S.97-98. 3. Choosing to combine or divide power; Jack Browne - 19. Leap seen for microwave fiber-optics; J. Montgomery & J. Publischer/Editor; Microwaves & RF, 43(2004)7, S.33-40. Ryan- ElectroniCast, San Mateo, CA; Microwaves & RF, 26(1987)6, S.53-56. . Leitungslinsen-Antennen 20. The Fiber-Optics Link to future systems; T.R. Joseph & W.E. 1. Taschenbuch der Hochfrequenztechnik, Bd.2, 5. Aufl., Stephens - TRW; MSN&CT, June 1987, S.59-65. S.N54, von Meinke-Gundlach, Springer Verlag, Berlin, 1992. 21. Military taps into optical fiber; James Vernon; DE, June 1987, S.153-163. . Lenkverfahren => Flugkörperlenkung 22. Fiber Optics and Opto-Electronics for Radar and Electronic - Warfare applications; J.J. Pan - E-Tek Dynamics; MSN&CT, . LFK NG leFla October 1987, S.30-43. 23. LWL etwas näher betrachtet; HF-Report, February 1988, 1. Lenkflugkörper für die leichte Flugabwehr; Gerhard Reis - S.6-7. Oberstleutnant; Soldat und Technik, 10/2000, S.663-667. 24. Mit der Glasfaser allein ist es nicht getan: LWL-

Netzkomponenten verbinden und überwachen; Friedhelm . LET, Licht emittierende Transistoren Kerkau; HF-Report, Februar 1988, S.68-70. 1. Physics News, Physik in unserer Zeit, 35(2004)2, S.62. 3 25. Optical Fiber and tomorrow’s C I systems; James C. Vernon;

DE, June 1988, S.62-69. . Lichtwellenleiter, LWL 26. Optics illuminate next-generation radar systems; M. 1. Optical fiber communications; MSN, Feb./March 1976, Lawrence - BT&D Technologies, Ipswich, Sufolk, UK; S.16A-16G. Microwaves & RF, 27(1988)6, S.165-191. 2. Fiber Optics use IC interface; B. Stephen & T. Bunch; DE, 27. Dielektrische Wellenleiter für 18 bis 100 GHz. Die flexible August 1979, S.106-107. Ergänzung zur starren Hohlleitertechnologie; Jochen Lösch; 3. Fiber Optics - Wire of the future/present? J.J. Concordia, et Mikrowellen Magazin, Vol. 14, No. 7, 1988, S.656-658. al. - GTE Sylvania Systems Group; ICH, 6th Ed., 1980/81, 28. Probleme bei LWL-Steckern; Hans-Jürgen Rüschenbaum; S.384-398. Elektronik Journal / Ausgabe Messtechnik 1/89, S.72-74. 4. Manufactoring communication-grade glass optic fiber; W. 29. Ships transfer data on Fiber-Optic cables; T. Felisky & G.W. Edward Naugler, Jr.; ME/C, Vol.7, No.4, April 1981, S.50-52. Macheel; DE, March 1989, S.69-76. 5. Fiber optics in Military communications; C. Louis Cuccia; 30. Fiber Optics for Microwave/Millimeter-Wave Phased ME/C, Vol.7, No.4, April 1981, S.58-63 Arrays; J.J. Pan - E-Tek Dynamics; MSN, July 1989, S.48-54. 6. MIL fiber optics enhance defense capabilities. Directories: 31. Fiber Optics Basics; MSN, August 1989, S.46. Product Listings & Manufaturers; ME/C, Vol.7, No.4, June 32. Fiber-optic links quell leaks in recon receivers; Judith A. Kay 1981, S.79-86. - Watkins-Johnson, San Jose, CA; Microwaves & RF, 7. Communications enhanced by air-layable Fiber Optic cable; 29(1990)9, S.87-96. Dr. H. Wichanski & X.G. Glavas; ME/C, Vol.7, No.10, 33. Fiber-optic delay lines aid radar signal processing; G. October 1981, S.56-57. Grimes & L.A. Stark - Ortel, Alhambra, CA; Microwaves & 8. Optical waveguides for the 1980s; Dr. H.L. Charies & F. RF, 30(1991)5, S.219-221. Quan; ME/C, Vol.7, No.10, October 1981, S.103-106. 34. Analog Fiber-Optic links with intrinsic gain; C.H. Cox, III - 9. Military Fiber-Optic links: Can they take the heat? Antonio MIT; MJ, September 1992, S.90-99. N. Paolantonio; Microwaves, 21(1982)3, S.88G-88H. 35. Low-noise amplifiers boost fiber-optic data systems - 10. Nachrichtenübertragung mit Licht - Ein neues Product of MITEQ, Hauppauge, NY; Microwaves & RF, Übertragungsmedium für vielfältige Anwendungsbereiche; 36(1997)6, S.130. W. Ludloff & E. Gauger - Richard Hirschman, Esslingen; 36. Converting signals in SDH/SONET systems; Andreas Mikrowellenmagazin, Vol.8, No.5, 1982, S.580-590. Muelschein - Maxim Integrated Products, Sunnyvale, CA; 11. Fiber-Optic technology takes to the air; Theodore J. Microwaves & RF, 37(1998)6, S.189-201. Urbanik; ME/C, Vol.8, No.10, October1982, S.32-36. 37. Glasfaser-Übertragungsstrecke bis 13-GHz-Signale; 12. Fiber Optics for Electronic Warfare applications surveyed; Mikrowellen Zeitung, Ausgabe 2000, S.3-5 - Publikation von Adrian E. Popa; ICH, 8th Ed.,1982/83, S.301-305. Parzich GmbH, Puergen. 13. Das Lichtwunder in der Kommunikationstechnik; John 38. Fiber-optic link connects 10-GHz signals; D. Krautheimer, Williamson - BSc, London; Mikrowellenmagazin, Vol.10, M. Syed & D. Sundberg - MITEQ, Hauppauge, NY; No.3, 1984, S.299-300. Microwaves & RF, 39(2000)4, S.133-139. 14. Coherent detection: Where light meets radio; Michael 39. Optical systems look to 10 Gb/s and beyond; Jack Browne - Kachmar - Senior Editor; Microwaves & RF, 25(1986)2, Publisher/Editor; Microwaves & RF, 39(2000)7, S.29-34.. S.34-38. 40. Seeking light at the end of the fiber; Jack Browne - Publisher/Editor; Microwaves & RF, 41(2002)2, S.33-44.

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41. Entwicklungsreif: TRIFOM/POLYPHEM; Wolfram Lautner; Planet aerospace, 3/2002, S.36-37. . Logarithmisch-Periodische Antennen 42. Fiber Optic Links; Anzeige von Miteq in MRF, 43(2004)10, S.11. [www.miteq.com]. . Logarithmische Verstärker 43. Standards to tie Fiber Optics together; Charlotte Adams; 1. Approach performs RF detection directly; J. Greichen & E. Avionics Magazine - Aviation Today, November 2005. Nash - Analog Devices, Wilmington, MA; Microwaves & RF, 37(1998)9, S.84-87. . Lidar 2. Taschenbuch der Hochfrequenztechnik; Meinke - 1. Laser Radar delivered for autonomous missile guidance; Gundlach; Springer-Verlag, Berlin, 1992, §2.4, S.F25. J.R.R.; DE, July 1992, S.19. 3. Ultrafast wideband microwave logarithmic amplifiers; 2. Waffentechnik - Raketen unter Wasser; Steven Ashley; Anzeige von MITEQ in Microwaves & RF, 37(1998)13, S.71. Spektrum der Wissenschaft, August 2001, S.62-69. 4. Design a logamp RF pulse detector; Eamon Nash - Analog Devices, Wilmington, MA; Microwaves & RF, 39(2000)1, . Linearantennen => Antennen S.62-71.

. Linescanner => Infrarot-Sensoren . Lokaloszillator, Local Oscillator 1. Local oscillators for Frequency Agile systems; P. Weissgla & . Linsenantennen => Antennen S. Svensson; MJ, Jan. 1977, S.35-38. 1. Lenses can upgrade mm-wave antennas; T. Milligan & J. 2. Local oscillator phase noise; C. J. Grebenkemper; W J Tech- McDonell - Martin Marietta, Denver, CO; Microwaves & RF, notes, Vol. 8, No 6, Nov./Dec. 1981. 25(1986)9, S.103-108. . Look-Through . Litening 1. Look-Through and LPI; Dave Adamy - EW101 Tutorial; JED, 1. Texas Vipers; Ted Carlson; FLUGREVUE, Oktober 2002, May 1998, S.64-65. S.47-49. 2. EW101 A First Course in Electronic Warfare; David Adamy; 2. Scharfer Blick; Karl Schwarz; FLUGREVUE, Oktober 2002, Artech House, Inc., Norwood, 2001. S.50-53. 3. On the Mark; Robert Wall; AW&ST, March 31, 2003, S.55- . LORAN => Funknavigation 56. 4. Litening Strike; AFM, June 2003, S.12. . LPI-Radar 5. Per Laser punktgenau ins Ziel; Patrick Hoeveler; FLUG 1. Some considerations for Low Probability of Intercept Radar; REVUE, September 2005, S.42-43. John R. Forrest; DE, August 1983, S.97-103. 6. Litening strikes in Australia; P. Brendan; JED, November 2. Challenge Remains in Designing LPI Radar; J. R. Forrest (Uni 2005, S.36-40. College London); MSN, December 1983, S.64A-64H. 3. Radar and Communications Low Probability of Intercept; . Littoral Combat Ship John R. Forrest; ICH, 1985, S.287-293. 1. Euronaval 2004; Dieter Stockfisch; Strategie und Technik, 4. Low-Propability-of-Detection Radar designs challenge Januar 2005, S.42-47. Tactical ESM capabilities; David B. Hoisington; ICH, 1986, S.350-354. . LMDS, Local Multipoint-Distribution System 5. Low probability of intercept signals (Part 1) - Frequency 1. Low-cost manufactoring holds the key to LMDS success; F. Hoppers; Dave Adamy - EW 101 Tutorial; JED, June 1998, Javier, et al. - Universidad Politecnica de Madrid; S.56-57. Microwaves & RF, 40(2001)5, S.59-66,185. 6. LPI signals - chirp signals (Part II); Dave Adamy - EW 101 2. Considering antenna options for LMDS; Dr. Jamal S. Izadian Tutorial; JED, July 1998, S.60-61. - AntennEM Communications, San Jose, CA; Microwaves & 7. Low probability of intercept signals - Direct-Sequence RF, 40(2001)11, S.65-74,107. Spread-Spectrum Signals; Dave Adamy - EW 101 Tutorial; JED, August 1998, S.62-63. . LOCAAS, Low Cost Autonomous Attack System 8. Low probability of intercept signals - Some real-world 1. Gelenkte Waffen; Christian Hauser; FLIEGERREVUE, 7/2002, considerations; Dave Adamy - EW 101 Tutorial; JED, S.23-27. September 1998, S.64-65. 2. Seek and destroy; Michael Russell Rip & James M Hasik; 9. Radar - LPI Radars (Part 9); Dave Adamy - EW 101 Tutorial; AFM, June 2003, S.52-57. JED, January 2001, S.66-67. 10. Radar - LPI Radars (Part 10, Cont.); Dave Adamy - EW 101 . Lockheed Martin Tutorial; JED, February 2001, S.66-67. 1. Http://www.lockheedmartin.com 11. EW101 A First Course in Electronic Warfare; David Adamy; 2. Widening the Aperture: EW’s top 25; Byron Callan; JED, Artech House, Inc., Norwood, 2001. May 1998, S.33-38. 3. AW&ST Aerospace Source Book, January 1999, S.292. . LPRF Radar 4. Top 25 EW 2001; B. Callan & M. Lynch; JED, May 2001, 1. Albrecht Ludloff: Handbuch Radar und S.59-52. Radarsignalverarbeitung; Vieweg, 5. Ein Konzern stellt sich vor: Lockheed Martin; Peter Braunschweig/Wiesbaden, 1993 Preylowski; SuT, Mai 2002, S.28-30. 2. George W. Stimson: Introduction to Airborne Radar; 2nd 6. Lockheed Martin-Beilage in AW&ST, December 30, 2002, Edition, IEE, Michael Faraday House, Stevenage, UK, 1998 S.61-80 [S1-S20].

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. LSI 7. Wo stehet die deutsche Luftverteidigung; Jürgen 1. LSI Technology, Part I; Saul Zatz - Martin Marietta, Orlando, Pöppelmann; wt IV/2003, S.81-84. FL; Countermeasures, January 1977, S.30,35,36. 8. Die deutsche Luftverteidigung - Mit SAMOC und MEADS auf 2. LSI Technology, Part II; Saul Zatz - Martin Marietta, neuen Wegen; Jürgen Pöpelmann; wt II/2004, S.64-69. Orlando, FL; Countermeasures, February 1977, S.22,23,53. 9. Air-Defence for the 21st Century, Part One; Tim Ripley; Air International, June 2004, S.59-61. . Luftbetankung 10. Air-Defence for the 21st Century, Part Two; Tim Ripley; Air 1. Luftbetankung; Unterstzüzung des MATO-E-3A-Verbandes International, July 2004, S.76-80. durch die Air National Guard; Andreas Hunold; SuT, 11. Kampf gegen Raketen; Jürgen Pöppelmann; wt, I/2005, September 2003, S.38-41. S.23-29.

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. M Band => Frequenzbandbezeichnungen 3. Phase noise performance of Magnetrons; W.E. Garrigus - Ford Aerospace; MJ, July 1977, S.59-64, 73. . M3AR, M3SR, M3TR 4. Mikrowellen; Günter Nimitz; Carl Hanser, München-Wien, 1. Http://www.m3tr.rohde-schwarz.com 1980. 2. M3TR - universal software radio for the digital battlefield; 5. Millimetre Wave Magnetrons, Firmenunterlagen von Ulrich Otto; R&S MIL NEWS, 1999/II, S.3-6. English Electric Valve Co Ltd, Enland, UK, 1981. 3. Digital Reprogrammable Software Radio R&S M3SR: 6. Magnetrons offer advantages in coherent transmitters Software Radios lösen konventionelle Funkgeräte ab; (Radar); B. Vyse, M.O. White; MSN, October 1983, S.118- Robert Vielhuber; R&S MIL NEWS, 6/2002, S.20-22. 127. 4. Rohde & Schwarz: Taktische Kommunikation - neu 7. Tuning-Fork design improves Magnetron performance in definiert. M3TR - für den Weg in die Zukunft; Anzeige in wt Frequency-Agile Radars; A.H. Pickering & G.J. Rowlands IV/2003, S.26. (EEV); MSN&CT, June 1986, S.70-73. 5. Software Defined Radio System R&S M3TR - Digitale 8. 60-Megawatt Magnetron developed; S.G.; DE, January taktische Funknetze mit MIL-STD-188-220B; Dr. Günter 1992, S.21. Greiner; MIL NEWS (von Rohde & Schwarz), (2004), Nr. 8, S.4-11. . Maigret 6. Softwaredefinierte Funkgeräte - Die Funkgerätefamilie R&S 1. Http://www.mrcm.net M3xR von Rohde & Schwarz im Einsatz; Dr. Rüdiger 2. MRCM-Anzeige in JED, September 2004, S.6. Leschhorn - R&S; Strategie und Technik, August 2005, S.28- 3. MRCM Systems: MAIGRET 5000, Combined Naval RESM, 29. ELINT, CESM, COMMINT and SIGINT System; Version 05/2004. . MAD 4. Marinefunksystem MAIGRET 5000; www.eads.net. 1. Anti-Submarine Warfare Oceanography, Part III; Roland J. Starkey, Jr.; ME/C, Vol.7, No.7, July 1981, S.67-72. . Mako 2. Advanced integrated MAD system - AIMS; 1. Air Force Special - Militärfuftfahrt heute, No.2; GeraNova Mikrowellenmagazin, Vol.13, No.6, 1987, S.625-629. Zeitschriftenverlag GmbH, München, 2000-2. 2. Mako light Combat Aircraft and Advanced Trainer; . Magnetblasenspeicher - Magnetic Bubble Memory Firmenprospekt: EADS Military Aircraft, München, Nr. 310 1. Megabit-level Magnetic Bubble Memory impacts military 02/01. computer systems; Bernard C. Cole; DE, September 1979, 3. Mako, Prototyp soll 2005 startklar sein; Daniela Bommer; S.69-77. PLANET AEROSPACE, Nr.4. Juli-September 2001, S.58-59. 2. Magnetic Bubble Memories: Technology and applications; 4. Mako - Ein Flugzeug für ein modernes Ausbildungskonzept; W.A. Bellmer & E.R. Davis; ME/C, Vo.7, No.8, August 1981, Peter Preylowski; SuT, Mai 2002, S.22-23. S.67-70, 89, 90. 5. EADS Mako; Alan Dawes, AIR International, May 2002, 3. The Bubble Memory option; Carol Weisenstein - Intel; DE, S.284-290. September1985, S.97-104. 6. Training für Piloten von morgen - Mako HEAT; dan; 4. Bubbles on the rise; P.V. Cooper & P.M. Maclntosh -Plessey Mforum, Juni 2003, S.8-9. Microsystems; DE, June 1986, S.139-149. 7. Mako Heat - Ein Trainer fast wie ein Jäger; Daniela 5. Bubble subsystems challenge conventional memories; Bommer; Planet aerospace, Okt.-Nov.-Dez. 4/2003, S.42- Barry Lieberman, et al.; DE, December 1986, S.107-114. 43.

. Magnetostatics . Manpads 1. Beyond SAW Filters: Magnetostatics Show Promise; J.M. 1. Ground-Based Manpads defense; John Porcello - L3 Owens & C.V. Smith, Jr.; MSN, June 1979, S.44-48. Communications; JED, May 2004, S.55-59. 2. Magnetostatics Promise Analog Processing at Microwave 2. The complexity of civil Counter MANPADS; Adrian Gerold; Frequencies; J.C. Sethares; MSN, March 1981, S.82-99. Avionics Magazine - Aviation Today, April 2005. 3. Advanced Microwave signal processing in 3. Counter Manpads: Live-fire finale? Ed McKenna; Avionics Telecommunications, Radar, and Elelectronic-Warfare Magazine - Aviation Today, 1. July 2007. Systems; Fulvio Ananasso, et al.; MSN&CT, October 1987, S.108-126. . Marine 1. Weltweit anerkannt - der deutsche Marineschiffbau; . Magnetron Werner Schöttelndreyer; wt III/1999, S.39-41. 1. Magnetrons; Hinkel, K. Dr.; Philips Technische Bibliothek, 2. Marineführungssystem - Teil I; Michael Droste; wt III/2000, 1961. S.28-34. 2. Mikrowellen; A.J. Baden Fuller; Vieweg, Braunschweig, 3. Marineführungssystem - Teil II; Michael Droste; wt, I/2001, 1974. S.54-60. 4. Marine-Enzyklopädie von A bis Z; Jürgen Gebauer & Egon Krenz; Tosa Verlag, Wien, 2003.

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5. Führung von Streitkräften im Frieden; Lutz Feldt, 5. MBDA Missile Systems; PLANET AEROSPACE, Nr.4. Juli- Vizeadmiral, Inspekteur der Deutschen Marine; SuT, September 2001, S.50-53 Februar 2004, S.48-52. 6. Leserbrief - Lserforum; SuT, November 2001, S.66. 6. Weiterentwicklung der Führungsunterstützung - Network 7. European Missile manufacturers merge; European Report - Centric Warfare; Fregattenkapitän Franz-Dietmar Dahmann Brendan P. Rivers; JED, February 2002, S.20. - Referent im BMVg; SuT, April 2004, S.42-48. 8. MBDA auf allen Märkten präsent; Stephane Ferrard; 7. Die Deutsche Marine 2004; Stefan Nitschke; wt II/2004, PLANET AEROSPACE, 2/2002, S.14-17. S.51-58. 9. MBDA, Matra BAe Dynamics ALenia; SuT, April 2002, S.41. 8. Marineschiffbau in Deutschland - Bericht zur Lage; Dieter 10. MBDA Firmengruppe im Dienst der Verteidigung; PLANET Stockfisch; SuT, September 2004, S.66-68. AEROSPACE, 4/2002 (Okt.-Nov.-Dez.), S.38-41. 11. MBDA in Europa bei schiffsgestützten Flugkörpern führend; . MARS/MLRS Pierre Bayle; PLANET AEROSPACE, 4/2004, S.38-41. 1. Waffensysteme der Bundeswehr; Gerhard Hubatschek 2 2 (Hrsg), Report Verlag, Frankfurt a/M, 1999, S.148. . MC A => E-10A MC A 2. EADS entwickelt Feuerleitsystem für MLRS; dk; SuT, Juli 2003, S.5. . MCCIS 3. Raketenwerfer MARS; Klaus-Jörg Himstedt; SuT, Oktober 1. Weiterentwicklung der Führungsunterstützung - Network 2004, S.31-33. Centric Warfare; Fregattenkapitän Franz-Dietmar Dahmann - Referent im BMVg; SuT, April 2004, S.42-48. . Marschflugkörper - Cruise Missiles 1. The dawn of a new era - Cruise Missiles; Bill Walsh; . MCT Countermeasures,Vol.3, No.1, January 1977, S.20-26, 52. 1. Passive Flugkörperwarner; Ingo Schwaetzer, Diehl BGT 2. Special Report: Cruise Missile Technology; MSN, September Defence; Strategie und Technik, Oktober 2005, S.44-45. 1977, S.53-79. 3. The Multirole Cruise Missile; Bill Walsh; ME/C, Vol.4, No.9, . MEADS September 1978, S.42-48. 1. Fit für die Zukunft - Die Rüstungsplanungen für die 4. U.S. Cruise Missiles gird Strategic Defense; Floyd C. Painter; Flugabwehrraketenverbände der Luftwaffe; Heinz Wohak - DE, November 1988, S.38-41. Oberst i.G., Luftwaffe; SuT, 2/2000, S.93-99. 2. Flugkörper in der Bundeswehr; Wolf-Rüdiger Petereit; wt, . Master Clock II/2000, S.18-23. 1. Master Clocks for improving overall System performance; 3. MEADS, Ein Erfolgsmodell für die transatlantische J.W. Porter - Austron; MSN&CT, August 1988, S.62-66. Kooperation; Horst Binder; SuT, November 2001, S.40-43. 4. Fragen zu MEADS; SuT, August 2001, S.36. . MAV, Micro Air Vehicle 5. Abwehr ballistischer Flugkörper; Hans Joachim Wagner; wt 1. MAVs and ants; Malcolm Davis; Air International, II/2002, S.33-34. December 1999, S.342-345. 6. Triple Threat Missile Defense; Michael Valenti; JED, July 2002, S.57-59. . Maverick, AGM-65A/B/C/D/E/F/G/H/J/K 7. MEADS - Premiere in der transatlantischen Kooperation; 1. Maverick-Flugerprobung beendet; SuT, 3/1973, S.134-135. Horst Binder; PLANET AEROSPACE, 1/2003, S.26,27. 2. The Maverick Missile counters modern sea weapons; Cmdr. 8. Meads; Alle Fakten liegen auf dem Tisch; PP; SuT, Joseph Wiggins; USN; ME/C, Vol.8. No.11, November 1982, September 2003, S.42-43. S.42-47. 9. Der erfolgreiche Abnahmetest; pp; SuT, Oktober 2003, 3. Maverick: A story of guidance progress; James W. Rawles; S.62. DE, November 1988, S.56-69. 10. MEADS Systemvorführung erfolgreich; FLUG REVUE, Juli 4. Waffensysteme der Bundeswehr; Gerhard Hubatschek 2004, S.24. (Hrsg), Report Verlag, Frankfurt a/M, 1999, S.148. 11. Die deutsche Luftverteidigung - Mit SAMOC und MEADS auf 5. AGM-65 Maverick; IECM 2001, S.244. neuen Wegen; Jürgen Pöpelmann; wt II/2004, S.64-69. 6. AGM-65 Maverick; 12. MEADS - Bereit für die Entwicklungsphase; Julia Http://www.periscope.ucg.com/sampleweapon.htm l; 21. Strohbusch; PLANET AEROSPACE, 1/2004, Jan.-Feb.-März, April 2003. S.46-47. 7. AGM-65 Maverick; 13. MEADS - Beispiel für erfolgreiche transatlantische http://www.defensedaily.com/progprof/usaf/AGM_65_Ma Zusammenarbeit; PP; SuT, September 2004, S.50-52. verick.html , 29.02.2004 14. Multinational MEADS Programm launches forward; P Brendan; JED, November 2004, S.14-16. . MBDA 15. Kampf gegen Raketen; Jürgen Pöppelmann; wt, I/2005, . Http://www.mbda.net S.23-29. 1. Info-Broschüre: MBDA Missile Systems. 16. Durchblick und Weitblick; Martin Billeisen; Planet 2. Aus der Industrie: MBDA; SuT, Juli 2001, S.8. aerospace, 4/2005, Okt./Nov./Dez., S.74-77. 3. Lenkwaffenfusion: Europäer gründen MBDA; Flugrevue, Juli 17. Luftwaffe: Material- und Ausrüstungsplanung; Markus 2001, S.19. Schetilin - Luftwaffe; Strategie und Technik, Mai 2006, S.20- 4. Le Bourget 2001: Die erste große Leistungsschau der 27. Luftfahrt im neuen Jahrtausend; Peter Preyloswski; SuT, August 2001, S.26-34. . Mehrfachkeulen-Abtastung => Radar

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. Mehrfachreflexionen - Multipath 2. Meteor bringt die Überlegenheit in der Luft; Stephane 1. Test generator accurately mimics multipath fading - Ferrard; PLANET AEROSPACE, Nr.1, November-Dezember Product of Tekelec, Calabasas, CA; Jack Browne - Senior 2000, S.44-46. Editor; Microwaves & RF, 26(1987)9, S.229. 3. SuT, Dez. 2001, S.46. 2. Eliminating multipath fading in digital radios; Ted Duffy - 4. Meteor: Schnell und weit mit dem Ramjet; Stephane Tekelec, Calabasas, CA; Microwaves & RF, 27(1988)6, Ferrard; PLANET AEROSPACE, 2/2002, S.36-37. S.127-134. 5. Meteor; Volker F. Späth; SuT, September 2003, S.34-37. 6. Air-to-Air Missile Directory 2004; Rob Hewson; Air . Mehrfachkeulen-Antennen International, September 2004, S.45-57. 1. MBA vs. Phased Array: What’s Best for Satellite Application? Leon J. Ricardi; MSN, May 1978, S.32-37. . MIC, Microwave Integrated Circuit 2. Multibeam Antennas Improve Satellite Communication; Dr. 1. Millimeter MICs Rely On Hybrid-Open Microstrip; T.H. Satyen Das; MSN, December 1977, S.42-55. Oxley; MSN, September 1979, S.75-83, 155, 159. 3. Multibeam Array Controls RPVs; D.F. Lehman; MSN, 2. MIC sources hold key to future EW systems; W.A. Crofut & October 1978, S.113-114, 131. A. Reynolds - Narda Microwave, Hauppauge, NY; 4. Integrated Multiple Beam Microstrip Arrays; P.S. Hall & S.J. Microwaves, 21(1982)6, S.83-87. Vetterlein; MJ, Jan. 1992, S. 103-114. 3. Microwave Integrated Circuits Offer Alternatives to the Radar System Designer; R. W. Shillady (AEL); MSN, August . Mehrfunktions-Antennen 1983, S.100, 107,119. 1. Antennas: Highly Visible and Hardly Visible; Don Herskovitz; JED, May 1999, S.63-68. . MICA 2. Single slotted array achives multimode performance; John 1. Luft/Luft-Flugkörper der nächsten Generation, Cross, Don Collier und Len Goldstone; Microwaves & RF, Realisierungsmöglichkeiten und Vorschläge. Beitrag von 30(1991)4, S. Rudi Meller, in „Elektronik in der Luftverteidigung”, S.81- 88; Bernard & Graefe Verlag, Koblenz 1984. . MEKO 2. AW&ST, June 16, 1977, S.183. 1. MEKO D-Fregatte - ein Konzept der Zukunft; Dieter 3. MICA; IECH 2001, S.218. Stockfisch; SuT, November 2002, S.44-47. . Microcomputer, Microprocessor . MEMS 1. The microprocessor processing process; John Springer; 1. MEMS make noise at NTT-S; Jack Browne - ME/C, Vol.3, No.9, September 1977, S.32,36,37,38,42. Publisher/Editor; Microwaves & RF, 43(2004)6, S.17. 2. Microcomputers for Avionics and EW; ICH, 3rd Ed., 2. 6-GHz MEMS switch handls 1 Million Cycles; Microwaves & 1977/78, S.477-483. RF, 43(2004)6, S.44. 3. The Microprocessor revolution in military systems; Rocky 3. MEMS and the MTT-S Show; Letter to the Editor by John Evans - Intel, Santa Clara, CA; ME/C, 4(1978)2, S.14-15. Maciel - Radant Technologies; Microwaves & RF, 4. Specifications of selected military Microprocessors; EW/DE, 43(2004)7, S.40. June 1978, S.52-53. 4. MEMS switches run for 100 Billion cycles; Product 5. Integrating Microprocessor characterization and test data Technology - Jack Browne - Publisher/Editor; Microwaves & for use in systems design; John D. Shea; - Integrated Circuit RF, 43(2004)7, S.102. Engineering; DE, September 1980, S.91-97. 5. An Introduction to Microelectromechanical Systems 6. Microcomputers - Infokasten; DE, September 1980, S.94. Engineering, Second Edition; Nadim Maluf & Kirt Williams; 7. A Microprocessor mediates the Noise-Figure dwbate; Mik Artech House Books, Horizon House Publications, Inc., Cuevas - Hewlett-Packard, Palo Alto, CA; Microwaves, 2004. 20(1981)13, S.51-58,81. 6. Introduction to Microelectromechanical Microwave 8. Developement systems fill programmimg needs; J. Gorell & Systems, Second Edition; hector J. De Los Santos; Artech G. Plant; DE, February 1982, S.72-80. House Books, Horizon House Publications, Inc., 2004. 9. Military Microprecessor directory; DE, August 1991, S.49- 7. MEMS Mechanical Sensors; Steve P. Beeby, Graham Ensel, 55. Michel Kraft, Neil M. White, University of Southampton; Artech House Books, Horizon House Publications, Inc., . Microscanempfänger 2004. 1. Microscan Revisited - Candidate for the Agile Environment; 8. Intelligente Winzlinge; Nicole Geffert; Report; MTU Aero Harry Hewitt; EW, September 1976, S.49-53. Engines, Sommer/Herbst 2005, S.20-21. 2. Time of Compressive Receivers has not come; DE, May Http://www.mtu.de/report. 1981, S.50. 9. Tracking MEMS in navigation systems; Kathleen Kocks; 3. Compressive Receiver Technology; W.D. Daniels, M. Avionics Magazine - Aviation Today, January 2006. Churchman, R. Kyle & W. Skudera; MJ, April 1986, S.175- 185. . Messmittel => Mikrowellen-Mess- und Testmittel 4. Compressive Receivers apllied to ESM system design; K. D. Breuer et al. - Eaton Corp., AIL Division; MSN&CT, October . Meteor 1986, S.66-75. 1. Flugkörpersystem Luft-Luft mittlere Reichweite, METEOR, 5. Microscan Receivers boost intercept probability; Hermann für das Kampfflugzeug Eurofighter 2000; wt, IV/2000, F. Schmid - SRI International; DE, October 1986, S.205-214. S.202-203. . Microstrip/Mikrostreifen- Antennen

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1. Distributed line analysis for Microstrip Antennas; Murray 3. Hochfrequenztechnik 1, Hochfrequenzfilter, Leitungen, Hoffman - The Mitre, Bedford, MA; Microwaves, 21(1982)3, Antennen. O. Zinke & H. Brunswig; Springer, Berlin, 1995. S.71-74. 4. Reviewing the basics of micristrip lines; Leo G. Maloratsky - 2. Printed Antennas - Technology close-up; Microwaves & RF, Rockwell Collins, Melbourne, FL; Microwaves & RF, 27(1988)3, S.181-198. 39(2000)3, S.79-88. 3. Inching closer to invincibility, S.181. 4. The challenge of the patch, S.182-188. . Mikrowellen - Microwaves 5. Active antennas: new mm-wave goal, S.190-195. 1. Founations for Microwave Engineering; Robert E. Collin; 6. Airlink: A patch to call home, S.196-198. McGraw-Hill Book Company, International Student Edition, Auckland-Tokyo, 1966. . Microwave Remote Sensing 2. Mikrowellen - Lehrbuch für Studierende der Elektrotechnik 1. An introduction to Microwave Remote Sensing; Howard I. und Physik höherer Semester; A.J. Baden Fuller; Vieweg, Ellowitz - Cons. Editor; MJ, September 1992, S.69-70. Braunschweig, 1974. Originalausgabe: Microwaves, 2. Microwave Remote Sensing of the global environment; B. Pergamon Press Ltd., Oxford, 1969. McIntosh & C. Swift - Uni of Massachusetts; MJ, September 3. Microwave technology in missile guidance; Don Dugdale; 1992, S75-78. DE, May 1986, S.113-120. 3. The application of Imaging Sensors to Aircraft landings in 4. RF and Microwaves: Business or hobby; Bert Berson - adverse weather; Stuart W. Greenwood - Uni of Maryland; Acrian; MSN&CT, October 1986, S.59-60. MJ, September 1992, S.80-89. 5. Microwave education: Meeting thr need for Engineers; M. L. Edwards - John Hopkins Uni; MSN&CT, October 1986, . MIDS S.115-120. 1. Sensor Synergy; Graham Warwick, Flight International, 4. 6. Mikrowellentechnik; Erich Pehl; Hüthig, Heidelberg: February 1989, S.30-32. 7. Band 1: 2. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen 8. Band 2: Antennen und aktive Bauteile, 2. Auflage, 1989. Originalausgabe: Avionic Systems, bei Longman Group UK 9. Mikrowellentechnik - Grundlagen, Anwendungen, Limited 1989; Deutschsprachige Ausgabe bei Transpress Meßtechnik; Günter Käs & Peter Pauli (Hrsg); Franzis- Verlagsgesellschaft mbH, Berlin, 1993. Verlag, München, 1991. 3. MIDS/Link 16 Technologie-Demonstrator ist in der Luft; 10. Mikrowellen in der Anwendung - Funk, Radar, Erwärmung; ww; EADS-Magazin: Mforum, März 2001, S.18. Erich Pehl; Hüthig, Heidelberg, 1993. 4. Fit für internationale Missionen - Vorteile der Integration 11. The Microwave Engineering Handbook; Ed. by Bradford L. von MIDS in Eurofighter; Jose Fco. Perez Pomares; Mforum, Smith & Michel-Henri Carpentier; Chapman & Hall, Heft 4/2003, Dezember 2003, S.16. Bradford, 1993. 12. Vol.1: Microwave components. . MiG-29, Mikojan-Gurewitsch 13. Vol.2: Microwave circuits, antennas and propagation. 1. Soviel Aircraft makers cath the West; James W. Rawles; DE, 14. Vol. 3: Microwave systems and applications. May 1990, S.59-66. 15. Hochfrequenztechnik in Funk und Radar, 4. Auflage; H.-G. 2. Waffensysteme der Bundeswehr; Gerhard Hubatschek Unger; Teubner Verlag, 1994. (Hrsg); Report Verlag, Frankfurt am Main, 1999, S.134. 16. Mikrowellentechnik; Werner Bächtold; Vieweg, 3. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, Braunschweig/Wiesbaden, 1999. Hamburg, 2000. 4. Mikojan MiG-29 Fulcrum; Flugzeug-Katalog 2000, . Mikrowellendetektoren Militärflugzeuge; GeraNova Verlag, München. 1. Multidiode approach offers improved micriwave detector 5. Die erste „MIG” fliegt; Peter Preylowski - Redakteur, Oberst performance; B. Siegal & C. Lai; MSN, Aug./Sept. 1975, a.D.; SuT, 4/2000, S.238-241. S.101-110. 6. Flugzeuge; Die wichtigsten Flugzeugtypen der Welt; 2. Mikrowellentechnik - Kap. 8: Detektoren und Mischer; Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001. Werner Bechtold; Vieweg, Braunschweig/Wiesbaden, 1999. 7. Flugzeuge der Welt, 2001; Claudio Müller; Motorbuch Verlag, Stuttgart, 2001. . Mikrowellen-Komponenten 8. Von der legendären Mikojan-Gurewtsch MiG-29 zur MiG- 1. Microwave components for future EW systems; Special 29SMT; Beitrag von Hans-Joachim Schröder in Report; MJ, Jan. 1977, S.16, 21. Fliegerkalender, Internationales Jahrbuch der Luft- und 2. Feedback Applied to Balanced FET Amps (Amplifiers); Karl Raumfahrt 2002; Verlag E. S. Mittler & Sohn, Hamburg- B. Niclas & Ramon R. Pereira; MSN, November 1980, S.66- Berlin-Bonn, 2001, S.146. 69. 3. Bradley Microwave, Shortform Catalogue, Publication No . MIKADO HP5400; Beilage in MSN, November 1981. 1. MIKADO: Die Mikroaufklärungsdrohne für den Ortsbereich; 4. Planar integrierte MM-Wellen Komponenten; B. Adelseck, Hauptmann Dipl. Kfm. Gunnar Ben Schievelbein, et al.; Mikrowellenmagazin, Vol.8, No.4, 1982, S.420-425. Heeresamt III; Strategie und Technik, Mai 2007, S.16-19. 5. Entwicklung von breitbandigen koaxialen Komponenten für einen 0,01-40 GHz Meßplatz; William Oldfield; . Mikrostreifenleitungen, Microstrip Lines Mikrowellenmagazin, Vol.9, No.5, 1983, S.566-569. 1. Integrierte Mikrowellenschaltungen; R. K. Hoffmann; 6. The 1985 IEEE MTT-S international Microwave Symposium Springer, Berlin, 1983. highlights important developments in the industry; 2. Microwave Devices and Circuits; Samuel Y. Liao; Prentice- Editorial, MSN&CT, May 1985, S.156-259. Hall International, Inc., London, 1990.

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7. Electronic-Warfare reqirements drive Microwave markets 15. ATE System upgrades production efficiency and accuracy and technology ; Editorial, MSN&CT, June 1985, S.83-121. (Testing); Dale Harpester (Omni Sprctra) & Dean Amann - 8. Design trends evaluated for pasive components; J. L. Minck Pacific Measurements; MSN, June 1982, S.142-144. - Hewlett-Packard; MSN&CT, February 1986, S.83-92. 16. Design of automatic Receiver Test Systems; S.A. Moser; WJ 9. The evolution of hardware preprocessors in Telemetry Tech-notes, Vol.9, No.4, July/Aug. 1982. applications [ITC/USA/’87]; Mike O’Brien & Art Kelly - 17. 18 to 60 GHz Signal Generator from existing sources; R.S. Fairchild Wesston Systems; MSN&CT, September 1987, Napier & J. Cowell; W J Tech-notes, Vol. 9, No 5, Sept./Oct. S.110-122. 1982. 10. Construction geometries for coaxial Millimeter 18. Application and Operation of the 8970A Noise Figure components; Willian W. Oldfield - Wiltron; MSN&CT, Meter; Hewlett-Packard Product Note 8970A-1, October December 1987, S.96-101. 1982. 11. Evaluating and integrating connectorless (drop-in) 19. Low Frequency sample provides Pulse Frequency Microwave Components; Dov Herstein; MSN&CT, April Measurement; C. S. Aitchison - Uni of London; MSN, 1988, S.65-71. February 1983, S.172180. 12. Microwave Supercomponents evolve into higher 20. Image and Second-Stage correction resolve Noise Figure performance synthesized systems; Ganesh R. Basawapatna Measurement Confusion; W. E. Pastori - Eaton; MSN, May - Microsource; MSN, August 1989, S.26-34. 1983, S.67-86. 13. Mikrowellentechnik - Kap. 9: Schalter, Attenuatoren, 21. Synthesized Signal Generators find many Microwave Phasenschieber und Frequenzvervielfacher; Werner applications; B. Hull - Racal-Dana; MSN, June 1983, S.7078. Bechtold; Vieweg, Braunschweig/Wiesbaden, 1999. 22. Evaluate noise figure and noise temperature; Nick Kuhn - Hewlett-Packard, Palto Alto, CA; Microwaves & RF, . Mikrowellenleitungen 22(1983)11, S.113-119. 1. Refresh your thinking about microwave cable; John Zorzy; 23. Noise-Figure Meter broadens coverage with two new Microwaves & RF, 25(1986)7, S.71-74. Excess-Noise sources - Product of Hewlett-Packard; MSN, November 1983, S.134-135. . Mikrowellen Mess- & Testmittel 24. RF power meters: Measurement workhorses; Jack Browne - 1. Microwave Measurement Techniques; ICH, 2nd Ed., Associate Editor; Microwaves & RF, 23(1984)1, S.65- 1976/77, S.362-373. 70,92,143. 2. Advances in Microwave Receiver Testing; C.E. Foster,II & 25. Market blooms for microwave test equipment; Microwaves K.J. Wong; WJ Tech-notes, Vol.4, No.2, March/April 1977. & RF, 23(1984)4, S.55. 3. Power Meter Aids Computer Measurement (Application 26. Test and Measurement equipment: The demand Note); MSN, March 1980, S.94-96. intensifies; Editorial; MSN, November 1984, S.108-159. 4. Multiport Network Analyzers (Instrumentation): Meeting 27. Microwave system testing; A.W. Carlson - M/A-COM; the design need; Ross A. Speciale; MSN, June 1980, S.6789. MSDH, Vol.13, No.11, November 1983, S.244-256. 5. Hochfrequenz- und Mikrowellen-Meßtechnik in der Praxis; 28. Testing Oscillators, Amplifiers, and Mixers; C.E. Foster, et Wolf Dieter Schleifer; Hüthig Verlag, Heidelberg, 1981. al. - Wavetek;MSDH, Vol.13, No.11, November 1983, 6. Automated frequency domain analysis using a Microwave S.267-277. Frequency Counter; Shmuel Shalem -EIP Microwave; MSN, 29. Handbuch der elektronischen Meßgeräte; J. Osinga & J.W. November 1981, S.54-59. Maaskant; Franzis’, München 1984. 7. Noise Measurements for Low-Noise GaAs FET Amplifiers 30. Procedures explained for Mm-Wave vector measurements (Instrumentation); Eric Strid -Tektronix; MSN, November with the Hewlett-Packard 8510A analyzer; Hewlett- 1981, S.62-70. Packerd Co.; MSN, December 1984, S.65-90. 8. Automated dual tone tests with Generator/Sweeper Duo 31. Modular measurement system: More than a spectrum (Instrumentation); James Hice, et al. -Wiltron; MSN, analyzer; Frank Angelo & Al Schmidt - Hewlett-Packard, November 1981, S.73-88. Santa Rosa, CA; Microwaves & RF, 23(1984)13, 9. A Microprocessor mediates the Noise-Figure dwbate; Mik S.117,118,122,125. Cuevas - Hewlett-Packard, Palo Alto, CA; Microwaves, 32. Automated testing speeds EW receiver evaluation; K.J. 20(1981)12, S.51-58, 81. Allen & B.Y. Tsui - Wright-Patterson AFB; Microwaves & RF, 10. Noise Measurement checklist eliminates costly errors; Eric 24(1985)3, S.113-118. Strid -Tektronix; MSN, December 1981, S.88-107. 33. Design considerations for Automated RF Test Equipment; 11. Automated Testing needs simplicity and control, Part 1; C.S. Fitterer & M.A. Nurmi; WJ Tech-notes, Vol.12, No.2, Robert Rheinlander - Motorola, Phoenix, AZ; Microwaves, March/April 1985. 21(1982)1, S.59-66. 34. Military EMC tests benefit from automation; E.L. Bronaugh 12. Automated Testing needs simplicity and control, Part II; & P.A. Sikora - Electro Metrics, Amsterdam, NY; Robert Rheinlander - Motorola, Phoenix, AZ; Microwaves, Microwaves & RF, 24(1985)9, S.87-93. 21(1982)2, S.49-53. 35. Radar targets reveal all to automated tester; Rick E. 13. Practical approach makes TSS measurement simple; Hartman; Microwaves & RF, 24(1985)9, S.101-107. Richard Smith Hughes - Naval Weapons Center, China Lake, 36. RF synthesizer system tailors waveforms; Jack Browne - CA; Microwaves, 21(1982)1, S.69-72. Senior Editor; Microwaves & RF, 25(1986)2, S.129-132. 14. ATE: Trends in Communication/Microwave Test 37. Pulse generator races to 4 GHz; Siegfried Knorr - Colby Instruments; Asad M. Madni & Stanley M. Wolf; ME/C, Instruments, Santa Monica, CA; Microwaves & RF, Vol.8, No.6, June 1982, S.15-21. 25(1986)3, S.155-157. 38. Techniques explained for CW Power measurement; B. O. Weinschel, Ch. W. Hancock & R. C. Powell (Weinschell Engineering); MSN&CT, May 1986, S.78-103.

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39. ATE Tower of Babel under siege by DOD; Michael Kachmar - 65. Signal Analyzer captures Signals at 2 GS/s for instant Senior Editor; Microwaves & RF, 25(1986)8, S.33-43. measurement and display; Tektronix Product; MSN, June 40. Spectrum Analyzers „take control” of Microwave stimulus- 1989, S.67. response measurements; D. Handlon & L. Ulrich - Hewlett- 66. Understanding RF/Microwave ATE Switching - Tutorial; Paul Packard; MSN&CT, September 1986, S.102. Dhillon - Racal-Dana Instruments; MSN, August1989, S.53- 41. Putting EW Systems to the test; W.D. Spencer & T.M. 58. Miller- Georgia Tech.; DE, October 1986, S.217-240. 67. Reate complex waveforms with simulation software; Daren 42. Anzeige von Millitech Corporation, South Deerfield, MA, B. McClearnon - Hewlett-Packard, Santa Rosa, CA; USA;; MSN&CT, November 1986, S.27. Microwaves & RF, 29(1990)11, S.81-86. 43. Spectrum Analyzers achieve more power on the front 68. Transition analyzer scans amplitude and phase of 40-GHz panel; Ken Dawson - Tektronix; MSN&CT, December 1986, pulses - Product of Hewlett-Packered; Jack Browne - Chief S.81-93 Editor; Microwaves & RF, 30(1991)3, S.150-157. 44. Noise generator spans 2 to 18 GHz - Product of Noise Com, 69. Portable set runs array of tests to 26.5 GHz - Product of Hackensack, NJ; Microwaves & RF, 25(1986)13, S.171,175. Marconi Instruments; Jack Browne - Chief Editor; 45. Testing digital Fiber-Optic Systems; John Curtin - Anritsu Microwaves & RF, 31(1992)1, S.123-129. America - & Gerald Campell - Telco systems Fiber Optic; 70. Test and Measurement equipment keep pace with MSN&CT, January 1987, S.68-70. electronic technology advances: DE, August 1993, S.49-51. 46. Complex Modulation testing of components and Systems 71. Equipment tests wireless system performance; Janine accomplished using new tools; J.L. Minck & D. Gildea - Sullivan - Associate Editor; Microwaves & RF, 36(1997)1, Hewlett-Packard; MSN&CT, February 1987, S.8-19. S.29-36. 47. Digital Osciloscope provides fast, automated Pulse- 72. Calibrating changes in test equipment; Jack Browne - Modulation measurements; D. Schwartz & B. Lord - Associate Publisher/Editor; Microwaves & RF, 37(1998)1, Hewlett-Packard; MSN&CT, March 1987, S.36-46. S.32-39. 48. Analyzer improvements make real-time Antenna tests 73. MT8801B Radio Communication Analyzer; Anzeige von practical; Wayne Briggs; MSN&CT, May 1987, S.74-86. Anritsu Wiltron in: Microwaves & RF, 37(1998)7, S.30. 49. Test and Measurement Matrix; MSN&CT, May 1987, S.115- 74. Tracking trends in test equipment; Jack Browne - 154. Publisher/editor; Microwaves & RF, 37(1998)9, S.108-109. 50. Spectrum Analyzers cover 100 Hz to 325 GHz; Tektronix 75. Test group focuses on spread spectrum; Victor Perrote - Product; MSN&CT, June 1987, S.90-92. Executive Editor; Microwaves & RF, 37(1998)9, S.121-122. 51. Spectrum-Analyzer Counters eliminate false counts; Ken 76. A sampling of portable EW test sets; Don Herskovitz; JED, Dawson - Tektronix; MSN&CT, August 1987, S.86-95. May 1999, S.69-73. 52. Peak Powe Meters, 30 MHz to 40 GHz; Series 8500; Beilage 77. Making the most of EW T&E resources- Technology; Robert von Wavetek Microwave, Sunnyvale, CA, in Microwaves & W. Hilke; JED, March 2000, S.45-52. RF, 26(1987)8. 78. Test receivers measure EMI compliance - Product of Rohde 53. Vector Analyzer speeds power.sensor calibration results; & Schwarz, München; Microwaves & RF, 40(2001)4, S.46. John Gregory Burns - John Hopkins University, Laurel, MS; 79. T&M firms forge ahead despite the communications slump; Microwaves & RF, 26(1987)8, S.91-96. Gene Heftman - SE; Microwaves & RF, 40(2001)7, S.35-44. 54. Automation and accuracy requirements force new pulsed- 80. Instrument evaluates Oscillator performance; Jack Browne Rf Measurement techniques; Gene Waltz - Tektronix; - Publischer/Editor; Microwaves & RF, 43(2004)7, S.97-98. MSN&CT, September 1987, S.28-41. 55. Electronic-Warfare Automatic Test Equipment; Steven D. . Mikrowellen-Röhren - Microwave Tubes, Transmitter Adams & Clifford S. Fitterer WJ; MSN&CT, October 1987, 1. Mikrowellen; Kapitel l9; A.J. Baden Fuller; Vieweg, S.8-19. Braunschweig, 1974. 56. Evaluating Noise sources for Noise-Figure measurement; 2. Forecast of available RF power source performance for the Gary Simonyan - Noise Com; MSN&CT, October 1987, S.68- 1980-1990 time frame; S.F. Kaisel; ICH, 2nd Ed., 1976/77, 71. S.494-504. 57. High-speed analyzer measures frequency changes with 3. Microwave Transmitter Technology development; time - HP-Product, Palo Alto, CA; Johnathan Cross - Durwood Creed - Rome Air Development Center, AFB; MJ, Hewlett-Packard, Santa Clara, CA; Microwaves & RF, September 1977, S.38,39. 26(1987)13, S.131-134. 4. Microwave Transmitter Technolgy development; Henry 58. Buying a Digital Oscilloscope; R. Loop & B. Adams - Friedman - Rome Air Development Center, AFB; MJ, March Tektronix; MSN&CT, January 1988, S.70-76. 1978, S.28,54. 59. Statistical calibration assures accurate vector; E. McHenry 5. Tubes find wide use in Military Systems; ICH, 4th Ed., & K. Kafadar; MSN&CT, March 1988, S.70-76. 1978/79, S.372-377. 60. Redundancy solves ambiguity in ATE System test, Part I; 6. Modern Microwave Tubes; J.M. Baird & T.H. Schultz; JED, Brian MacArthur, et al.; MSN&CT, March 1988, S.80-88. October 1984, S.103-108. 61. Redundancy solves ambiguity in ATE System test, Part II; 7. High-Power Microwave Tubes for state-of-the art military Brian MacArthur, et al.; MSN&CT, April 1988, S.107-114. and scientific applications; Bradford L. Smith - Thomson 62. Microwave Test Equipment - Where next? R.J. Buxton - CSF; Mikrowellenmagazin, Vol.13, No.6, 1987, S.647-655. Marconi Instruments; MSN&CT, August 1988, S.30-36. 8. Evolution of Microwave power sources; Armand Staprans - 63. Test-Systems architecture for the future; Joseph DePond - Varian; MSN, June 1989, S.20-25. Hewlett-Packard; MSN&CT, August 1988, S.42-50. 9. From Magnetrons to Gyratrons: A technical summary; 64. Advanced Frequency-Agile Signal Simulator provides EW, MSN, June 1989, S.29. Radar testing; Product of Hewlett-Packard; MSN, April 1989, S.55-56.

93 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

10. Mikrowellentechnik, Grundlagen, Anwendungen, 6. Millimeter Radar, fundamentals and applications; Part One; Messtechnik; Kapitel 3; Günther Käs & Peter Pauli, (Hrsg); E.K. Reedy; ME/C, Aug. 1980, S.62-65. Franzis-Verlag GmbH, München, 1991. 7. Millimeter Radar, fundamentals and applications; Part Two; E.K. Reedy; ME/C, September 1980, S.95-99. . Mikrowellenschalter, Schalter - Switches 8. Prototype Tests Secure Millimeter Communications 1. DC bis 100 GHz- Das HF-Schalter-Programm von Telemeter (Millimeter Receiver); Paul G. Steffes & Ronald A. Meck; Electronic; Mikrowellenmagazin, Vol.8, No.5, 1982, S.591- MSN, October 1980, S.59-68. 592. 9. InP Emerges as Near-Ideal Material for Prototype 2. Microwave Switch selection techniques; S.J. Algeri & G.R. Millimeter-Wave Devices; F. Berlin Frank, Ph.D. (Varian Hicks; WJ Tech-notes, Vol.11, No.1, Jan./Feb. 1984. Associates); MSN, February 1982, S.59-72. 3. Techniques developed for the design and implementation 10. Silicon MOSFETs Attain High Speed via Submicron of Microwave switch matrices; E. R. Farren & E. McDowell; Dimensions (Solid State, mm); H.J. Boll u.a. (Bell MSN&CT, April 1986, S.78-94 Laboratories); MSN, February 1982, S.75-96. 4. Transmission: Connector Technology and Key 11. Gunn Technology’s Low-Noise Advantage is Boosting MM- characteristics of major Microwave Transmission media; Wave Radar Capabilities; R. H. Merriam (General Electric); MSDH, 4th Ed., July 1986, Vol. 16, No.7, S.407. MSN, August 1983, S.80-99. 5. Coaxial SPDT switch controls DC to 40 GHz; Jack Browne - 12. Millimeter-wave Radar features unique characteristics and Senior Editor; Microwaves & RF, 25(1986)10, S.139-140. designs; James C. Wiltse; MSN, May 1984, S.58-76. 6. Compact electromagnetic Switches meet Aerospace 13. Radar Frequency management and the new mm-Wave performance demands; Walter Reed - Dynatech Microwave Radar operating Frequencies; MJ, Dec. 1984, S.36-44. Technology; MSN, June 1989, S.50-56. 14. Technique allows measurement of small millimeter 7. Switches perform high-frequency signal routing; Jack antenna patterns; Paul L. Goldsmith, Ellen Moore; MSN, Browne - Executive Editor; Microwaves & RF, 28(1989)7, December 1984, S.59-63. S.125-132. 15. Radar Warning Receivers Going Millimeter; Richard 8. Matrix switches enhance ATE system performance- Product Hartman; ICH, 1984, S.315-323. of Hewlett-Packard; Microwaves & RF, 37(1998)2, S.164- 16. Chart the availability of mm-wave seekers; J.M. Schuchardt 166. & J.M. Butterfield; Microwaves & RF, 24(1985)3, S.107-111, 9. Select a mechanical RF relay or switch; John Wenger - Dow- 180. Key Microwaves, Ventura, CA; Microwaves & RF, 17. Hybrid design proves effective for flat millimeter-wave 37(1998)5, S.183-189. antennas; Klaus Solbach, AEG-Telefunken; MSN, June 1985, S.123-138. . Mikrowellen- und HF-Signalgeneratoren 18. Mm-wave Radar challenges and benefits EW applications; 1. Hewlett Packard, Signalgeneratoren bei höheren Stephen L. Johnston; MSN & CT, June 1986, S.95-110. Frequenzen, Böblingen, 1974. 2. 18 to 60 GHz Signal Generator from existing sources; R.S. . Millimeterwellen, Technologie Napier & J. Cowell; W J Tech-notes, Vol. 9, No. 5, Sept./Oct. 1. Millimeter Technology - The future looks promising; C.G. 1982. Thornton - USA; MJ, March 1977, S.14, 16. 3. Hewlett Packard, HF und Mikrowellen-Signalgeneratoren, 2. Millimeter waveguide systems; Special Staff Report; MJ, Seminarunterlagen, Böblingen, 1987. March 1977, S.24, 26. 4. Signal sources yield improved performance at diminishing 3. Millimeter Wave Technology - New criteris or comeback? cost; Jack Browne - Executive Editor; Microwaves & RF, ME/C, May 1977, S.28,30. 28(1989)11, S.135-141. 4. Millimeter-Waves: A solution that’s finally found a 5. Modern signal generators emulate complex waveforms; problem; Richard Davis; MSN, September 1977, S.63-70. Jack Browne - Publisher/Editor; Microwaves & RF, 5. Millimeter Wave Radiometry developments; Dr. J.E. Adair - 40(20021)7, S.111-116,137. AFB; MJ, Nov. 1977, S.32-34. 6. Millimeter wave image guide integrated circuits; Yu-Wen . Milan Chang; ME/C, May 1978, S.34-36. 1. Panzerabwehr-Lenkflugkörpersystem Milan; Jürgen Erbe; 7. Millimeter Waves - They’re alive and healthy; James C. SuT, Mai 2003, S.28-29. Wiltse, Jr. - Georgia Institute of Technology, Atlanta; MJ, 2. Weiterentwicklung von MILAN; WT-Berichte; WT II/2005, Aug. 1978, S.16, 18. S.16-17. 8. Solid State Technology for Millimeter Waves; N.B. Kramer - Hughes; MJ, Aug. 1978, S.57-61. . Millimeter-Radar 9. Millimeter components: Lucrative sellers market brewing; 1. Low cost airborne Radar; Richard Hartman; ME/C, May Thomas W. Glynn; MSN, May 1979, S.40-41. 1977, S.84,86,88. 10. Planar devices make production practical; Apostle G. 2. Millimeter Radar; Stephen L. Johnston - US Army; MJ, Cardiasmenos; MSN, May 1979, S.46-56. November 1977, S.16-28 11. Devices ready for Millimeter Systems; John Kuno; MSN, 3. Mm-Wave Instrumentation Radar systems; N.C. Currie, et May 1979, S.71-77. al. - Georgia Institute of Technology, Atlanta; MJ, August 12. Solid State Oscillators key to Millimeter Radar; Francisco J. 1978, S.35-44. Bernues, u.a.; MSN, May 1979, S.79-86. 4. Solid State Oscillators Key to Millimeter Radar; Francisco J. 13. Will component advances finally yield Millimeter Systems? Bernues, u.a.; MSN, May 1979, S.79-86. Jesse J. Taub; MSN, January 1980, S. 62-71. 5. NASA Radar Uses Ka-Band (Review); MSN, April 1980, S.31. 14. Millimeters turn practical; MSN, May 1980, S.19-28.

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15. Military Microwaves ’80 features mm Systems; John Clarke; 40. Mm-Wave threats continue to grow; A.E. Braun - EW MSN, June 1980, S.59-64. Communications; MDSH, Vol. 13, No.12, November 1983, 16. Practical MICs ready for Millimeter receivers, Rart One; S.22-30. Apostle G. Cardiasmenos; MSN, August 1980, S.37-51. 41. Solid-State soueces power Millimeter transmitters; R.S. 17. Mixers simplify Millimeter surveillance; John Reindel; MSN, Ying - Hughes Aircraft; MSDH, Vol. 13, No.12, November August 1980, S.71-74. 1983, S.280-286. 18. Receiver yields 8 dB SSB at 90-100 GHz (Millimeter MICS, 42. Specifying Millimeter Downconverters; J.A. Paul - Hughes Part II); Apostle G. Cardiasmenos; MSN, September 1980, Aircraft; MSDH, Vol. 13, No.12, November 1983, S.288-289. S.71-81. 43. W-Plane Filters designed for Millimeter use; D.W. Ball & 19. Is Millimeter technology ready for Systems? MSN, L.Q. Bui - Hughes Aircraft; MSDH, Vol. 13, No.12, November December 1980, S.15. 1983, S.290-291. 20. Millimeter Frond End provides Frequency Agility (Radar); J. 44. Mm-Wave horizon is broadened by GaAs FETs; H. J. Kuno - Cadwallader & D. English; MSN, December 1980, S.41-51. Hughes Aircraft; MSN, December 1983, S.51. 21. Oscillators lock and tune at W Band (Millimeters); M. 45. Quasioptical techniques offer advantages at millimeter Crandell & F.J. Berrnues; MSN, December 1980, S.54-60. frequencies; Paul F. Goldsmith; MSN, December 1983, S.65- 22. Millimeters turn practical; ICH, 6th Ed., 1980/81, S.305-314. 84. 23. MM Wave innovation; Frederick B. Dyer; Vol.7, No.2, ME/C, 46. Millimeter-Waves for Electronic Warfare; James C. Wiltse; Vol.Vol.7, No.2, February 1981, S.84-90. JED, January 1984, S.55-61. 24. EIA technology comes of age; Nicholas C. Currie, David S. 47. Miniature mm-wave source advances phase-lock Ladd, J. Clark Butterworth; ME/C, Vol.7, No.5, May 1981, technology; Mark S. Smith - Alpha Industries; MSN, January S.34-42. 1984, S.84-93. 25. Future trends i Millimeter-Wave receiver design; Dr. 48. Millimeter waves: Radio Astronomy looks at higher Apostle G. Cardiasmenos - Alpha; ME/C, Vol.7, No.6, June frequencies; P.G. Mezger - Max Planck Institute; MSN, 1981, S.49-56. January 1984, S.95-129. 26. Dual Frequency Antenna locates mmWave Transmitters; 49. Millimeter-wave Technology - Part 1: Operating diodes at Lenrode Goldstone; MSN, October 1981, S.69-74. mm-wave frequencies; R.A. Johnson - Hughes Aircraft, 27. Assessing Antennas for Small Satcom Terminals; J.R. Torrance, CA; Microwaves & RF, 23(1984)4, S.143-148,153. Forrest; MSN, October 1981, S.77-100. 50. Millimeter-wave Technology - Part 2: Generating power at 28. MM-Wave and Infrared - A hybrid for all-weather mm-wave frequencies; N.B. Ktamer & R.A. Johnson - weaponsdelivery; Arthur C. Levitan; Vol. 8, No.2, ME/C, Hughes Aircraft, Torrance, CA; Microwaves & RF, February 1882, S.100-103. 23(1984)5, S.243-249. 29. Great Britain’s Military Microwaves concentraits on 51. Millimeter-wave Technology - Part 2: Generating power at Millimeters and beyond (Military Microwaves ‘82); Robert mm-wave frequencies; N.B. Ktamer & R.A. Johnson - M. Vanderheiden; MSN, August 1982, S.109-118. Hughes Aircraft, Torrance, CA; Microwaves & RF, 30. 18 to 60 GHz Signal Generator from existing sources; R.S. 23(1984)6, S.162-167,186. Napier & J. Cowell; W J Tech-notes, Vol. 9, No 5, Sept./Oct. 52. Millimeter waves close-up; Microwaves & RF, 23(1984)9, 1982. S.87-141. 31. MM-Wave Seeker guides autonomous wasp (Review); 53. Finally, a market in millimeter waves; Barry Manz - Senior MSN, October 1982, S.44-46. Editor; Microwaves & RF, 23(1984)9, S.90-94. 32. Mm Solid State Transmitter sources come of age; Robert S. 54. MM-Radar snapshot reveals maturing technology; David M. Ying (Hughes Aircraft Company); MSN, October 1982, S.91- Russel; DE, October 1984, S.113-121. 99. 55. Planar Waveguide approach optimizes Mm-Waveguide 33. Millimeter wave technology advances the science of force supercomponent design; Chandra Gupta - Alpha Industries; multiplication; Robert Roeder; Vol.8, No. 12, ME/C, MSN, December 1984, S.93-98. December 1982, S.24-26. 56. Millimeter-Wave Synthesizer cover full-waveguide 34. Millimeterwellen-Technik, Teil 1: Ausbreitungsbedingungen bandwidths to 100 GHz (Hughes Product); MSN, December und Anwendungen; H. Meinel, B. Rembold; 1984, S.103-106. Mikrowellenmagazin, Vol. 9, No. 2, 1983, S.208-210. 57. Understanding fast wave devices used in Millimeter-Wave 35. Millimeterwellen-Technik, Teil II: Komponenten in EW Systems; G. Döhler, Ph.D. & F. Voltaggio, Jr.; ICH, 9th Hohlleitertechnik; H. Barth, u.a.; Mikrowellenmagazin, Vol. Ed.,1984, S.341-354. 9, No. 3, 1983, S.307-321. 58. Progress continues in Millimeter-Wave signal analysis; 36. Millimeterwellen-Technik, Teil III: Planar integrierte Mohamed Sayed - Hewlett-Packard; MSN, January 1985, Komponenten; W. Menzel, K. Solbach; S.126-140. Mikrowellenmagazin, Vol. 9, No.4, 1983, S.380-390. 59. Building a Millimeter-Wave infrastructure; Apostle G. 37. Most reliable messenger: MM-wave get through; G.B. Cardiasmenos - Raytheon; DE, July 1985, S.96-98. Tiffany - The Mitre; Microwaves & RF, 22(1983)9, S.64- 60. Millimeter-Wave components - when? A. E. Braun, Editor; 73,164. MSN&CT, September 1985, S.61-63. 38. Millimeter-Wave IMPATT technology offers alternatives for 61. Mm-Wave Radar challenges and benefits EW applications; higher performance; G. R. Thoren, PhD (Raytheon); MSN, Stephen L Johnston (International Radar Directory); September 1983, S.109-121. MSN&CT, June 1986, S.95-110. 39. Implementation of Millimeter-wave technology offers 62. Design considerations examined for Millimeter-Wave improved missile guidance performance; Georg Ziff, Dr. Defense-Electronic Systems; Apostle G. Cardiasmenos - Paul Schwarz; MSN, November 1983, S.65-75. Frequency Sources; MSDH, 4th Ed., July 1986, Vol. 16, No.7, S.280-296.

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63. Fundamental issues and instrumentation reviewed for 7. Milstar Soars Beyond Budgut and Schedule Goals; DE, Millimeter-Wave measurements; D. Harris - Tektronix, Inc.; February 1989, S.66-72. MSDH, 4th Ed., July 1986, Vol. 16, No.7, S.298-311. 8. Raytheon to begin Milstar low-rate production; Business 64. Atmospheric absoption of Millimeter Waves; MSDH, 4th News; DE, February 1990, S.30. Ed., July 1986, Vol. 16, No.7, S.419. 9. Milstar fights for survival; James W. Rawles; DE, March 65. Extending surveillance to millimeter waves; J.L. Barnum & 1990, S.49-54. W.M. Brasier - Conder Systems, Campbell, CA; Microwaves 10. Milstar Satellite Communications System, DDN Programm & RF, 25(1986)9, S.111-117. profiles; PBI Media, LLC, 2002: 66. Progress in millimeter waves - where is the infrastructure? www.defensedaily.com/progprof/USAF/Milstar. Alexander E. Braun; DE, December 1986, S.77-82. 67. Mm-Wave Imaging Sensor produces modarate-resolution . MIL-STD, Military Standard images; W. J. Wilson et al. - Jet Propulsion Lab; MSN&CT, 1. New methods for IC Static Discharge Testing - MIL-STD- December 1986, S.94-99. 883C; W. Simmons & P. Adamosky; DE, June 1988, S.152- 68. The ascent to mm-waves; James C. Wiltse - Georgia Tech 158. Research Institute, Atlanta, GA; Microwaves & RF, 2. VLSI controllers for the Mil-Std-1553B Bus; Clay Lain; DE, 26(1987)3, S.325-328. September 1988, S.124-129. 69. Integrated Front End designed for multichannel EHF 3. Personal Computer models Mil-Std-1750A Avionics Radios; Arthur Blaisdell - M/A-COM, & F.G. Loso - U.S. systems; P.R.J. -Product; Army; MSN&CT, April 1987, S.118-127. 4. 1553, Still a key Standard; Charlotte Adams - Product 70. Construction geometries for coaxial Millimeter Focus; Avionics Magazine - Aviation Today, December components; Willian W. Oldfield - Wiltron; MSN&CT, 2000. [http://www.aviationtoday.com] December 1987, S.96-101. 5. Mil-Std-1553: Evolution continues; Kim Rosenlof; Avionics 71. Large Millimeter-Wave Antenna Systems; L.E. Rhoades & J. Magazine - Aviation Today, September 2005. Eisenberger - Electronic Space Systems; MSN&CT, December 1988, S.19-28. . Mirage, Dassault Mirage 2000 72. Millimeter-Wave Tactical/Small-Aperture Antennas; Fazin 1. Flugzeuge der Welt, heute - morgen; William Green & Lalezari, et al. - Ball Communications systems; MSN&CT, Dennis Punnett; Werner Classen Verlag, Zürich/Stuttgart, December 1988, S.41-50. 1971. 73. Millimeter-Wave Radar Seekers: An historical perspective; 2. French developing systems for combat aircraft; AW&ST, Thomas W. Glynn - Glynn Scientific; MSN&CT, December February 16, 1987, S.65-66. 1988, S.63-66. 3. Flugzeug-Katalog 2000, Militärflugzeuge; Dassault Mirage 74. 95-GHz Radar studies targets and clutter; P.R.J. - Industry III; GeraNova Verlag, München. News;DE, April 1989, S.42-44. 4. Flugzeug-Katalog 2000, Militärflugzeuge; Dassault Mirage 75. Fiber Optics for Microwave/Millimeter-Wave Phased F.1; GeraNova Verlag, München. Arrays; J.J. Pan - E-Tek Dynamics; MSN, July 1989, S.48-54. 5. Flugzeug-Katalog 2000, Militärflugzeuge; Dassault Mirage 76. Millimeterwellen-Technologie; Wolfgang Holp; HF-Report, 2000; GeraNova Verlag, München. September 1989, S.50-56. 6. Flugzeuge; Die wichtigsten Flugzeugtypen der Welt; 77. Design optimizes broadband mm-wave receiver Riccardo Niccoli; Kaiser Verlag, Klagenfurt, 2001. performance; dr. Chandra Gupta - Alpha Industries, 7. Moderne Kampfflugzeuge; Thomas Bättig; Verlag Mittler, Methuen, MA; Microwaves & RF, 29(1990)9, S.153-159. Hamburg, 2000. 78. W-band exciter delivers fast switching speed; Chuck Oleson 8. Flugzeuge der Welt, 2001; Claudio Müller; Motorbuch - Varian Associates, Santa Clara, CA, & Anthony Archdale, Verlag, Stuttgart, 2001. BAe,Military Aircraft, Warton, UK; Microwaves & RF, 9. Killer angels, France’s Rafale has fire, but will glory remain a 29(1990)10, S.89-94. mirage? Bill Sweetman; JED, November 2002, S.44-48. 79. Components and assemblies serve millimeter-wave 10. Dassault Mirage 2000; Typenplatt 11/2002; SuT, November systems - Product of Cernex, Sunnyvale, CA; Jack Browne - 2002, S.53-54. Associate Publisher/Editor; Microwaves & RF, 36(1997)10, 11. Mirage 2000-5s in Taiwan; Henri-Pierre Grolleau; AFN, July S.170-172. 2003, S.60-64.

. MILSTAR . Mischer - Mixer 1. Command Control Communications, C3I; MSN, May 1984, 1. Microwave Mixer and Detector Diodes; Technische S.184-199. Firmenunterlage von AEI Semiconductors Ltd, Lincoln, UK, 2. Finally, a market in millimeter waves; Barry Manz - Senior June 1974. Editor; Microwaves & RF, 23(1984)9, S.90-94. 2. The Coplanar Mixer; F.A. Marki; WJ Tech-notes, Vol.1, No.4, 3. Milstar Satellite project under watchfull eye; J.B.S. & July/Aug. 1974. D.A.D.; DE, June 1985, S.64. 3. Mixers as Phase Detectors; S. R. Kurtz; W J Tech-notes, Vol. 4. Raytheon wins Navy’s MILSTAR; Michael Kachmar - Senior 5, No 1, Jan./Feb. 1978. Editor; Microwaves & RF, 25(1986)13 (December), S.21. 4. How to talk to Mixers, Learn the language of mixer 5. The ascent to mm-waves; James C. Wiltse - Georgia Tech specification; Dr J. F. Raynolds & M. R. Rosenzweig, Research Institute, Atlanta, GA; Microwaves & RF, Microwave Associates; Reprint from Microwaves, 26(1987)3, S.325-328. 17(1978)5. 6. Two-Year delay seen for Milstar Programm, Tests 5. Specifying high-rel Mixers and Amplifiers; B.D. Bakner; WJ rescheduled; Microwaves & RF, 26(1987)10, S.35-36. Tech-notes, Vol.7, No.6, Nov./Dec. 1980.

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6. Mixers: Part 1; B. C. Henderson; WJ Tech-notes, Vol. 8, 3. Civil Avionics gain importance; David Steigman - Teal No.2, March/April 1981. Group; AW&ST Aerospace Source Book, January 12, 1998, 7. Mixers: Part 2; B. C. Henderson; WJ Tech-notes, Vol. 8, S.173-174. No.3, May/June 1981. 4. Military Avionics: Geography role; David L. Rockwell - Teal 8. Broadband Mixer is Designed for EW Applications; MSN, Group; AW&ST Aerospace Source Book, January 11, 1999, May 1981, S.127. S.181-182. 9. Mixer Design Considerations Improve Performance; Bert 5. Safety: Focus of civil Avionics; David Steigman - Teal Group; Henderson; MSN, October 1981, S.103-118. &ST Aerospace Source Book, January 11, 1999, S.181-182. 10. Local Oscillator Phase Noise; C. J. Grebenkemper; W J Tech- 6. More EW capability in smaller packages; Bruce D. Nordwall; notes, Vol. 8, No 6, Nov./Dec. 1981. AW&ST, November 15, 1999, S.87-88. 11. Full-Range Orthogonal Circuit Mixers Reach 2 to 26 GHz 7. Fighter EW, the next generation; Bill Sweetman; JED, July (Product Feature); Bert Henderson (WJ); MSN, January 2000, S.41-47. 1982, S.122-126. 8. Afghan operations underscore value of avionics arsenal; 12. Even Harmonic Mixers Offer Unique Features for David I. Rockwell, Teal Group; AW&ST Aerospace Sourcw Millimeter Bands; Donald Neuf -RHG; MSN, April 1982, Book, January 14, 2002, S.199-200. S.103-119. 13. Predicting intermodulation suppression in double-balanced . Missionsdatenspeicher, MDR Mixers; B.C. Henderson; WJ Tech-notes, Vol.10, No.4, 1. Mission Data Recorders; David Jensen; Avionics Magazine - July/Aug. 1983. Aviation Today, March 2002. 14. Microwave sampling for Ultra-Broadband Frequency Conversion; S.E. Moore; WJ Tech-notes, Vol.10, No.6, . Missionsplanung Nov./Dec. 1983. 1. U.S. Mission planning systems strive for portability; Lousa 15. Image-Reject and Single-Sideband Mixers; B.C. Henderson Griffin; DE, February 1992, S.38-41. & J. A. Cock; W J Tech-notes, Vol. 12, No 3, May/June 1985. 2. What’s the plan; Michael Puttre; JED, February 2001, S.51- 16. How to pick a microwave mixer; Victor Lander, et al. - 57. Triangle Microwave, Hanover, NJ; Microwaves & RF, 3. Planning Strike Missions; Michael Puttre; JED, November 24(1985)9, S.183-188. 2002, S.54-55. 17. Dual Mixers; S.E. Avery; W J Tech-notes, Vol. 13, No 4, July/August 1986. . Mistral 18. Thin-film processing yields repeatable mixers; Richard G. 1. Mistral Version 2: eine schlagfertige Ergänzung; Stephane Barber - Avantek, Santa Clara, CA; Microwaves & RF, Ferrard; PLANET AEROSPACE, Nr.1, November-Dezember 25(1986)10, S.117-123. 2000, S.50-51. 19. Multioctave, Double-Balanced Mixers designed using MIC 2. Mistral; IECH 2001, S.218 & S.264. Technology; R.M. Narayanan; MSN&CT, January 1987, S.108-115. . MLRS => MARS/MLRS 20. W-Band Mixer with 35-GHz Bandwidth offers broad

applications; R.C. Chedester & D.K. Walker - Millitech; . MLS, Microwave Landing System MSN&CT, February 1987, S.94-99. 1. More delays for Microwave Landing System; Staff Report; 21. Subsystem building blocks for high-performance MJ, September 1977, s.28. Microwave Systems; S.P. MacCabe; WJ Tech-notes, Vol.14, 2. Military awaits landing system decision - Review; EW/DE, No.3, May/June 1987. March 1978, S.28-31. 22. MIL-Specification Mixers; S.A. Schindler; WJ Tech-notes, 3. Microwave Landing System to revolutionize aviation - Part Vol.15, No.2, March/April 1988. I; John F. Judge; MSN&CT, May 1986, S.112A-112L. 23. Coplanar mixer diodes as an alternative to beam lead dides 4. Microwave Landing System to revolutionize aviation - Part for millimetre wave systems; S. Neylon, et al. - Marconi I; John F. Judge; MSN&CT, June 1986, S.64A-64L. Electronic Devices Ltd, Lincoln, UK; issue 2, June 1988. 5. Microwave Landing Systems touch down; Eugene Robinson 24. Mixers in Microwave Systems - Tutorial, Part I; Bert - Ass. Editor; MSN&CT, November 1986, S.119-121. Henderson -WJ; MSN, October 1989, S.64-74.

25. Mixers in Microwave Systems - Tutorial, Part II; Bert Henderson -WJ; MSN, November 1989, S.71-75. . MMA, Multi-mission Maritime Aircraft 26. Microwave Mixers in the 90s; Stephen A. Maas; MJ, 1990 1. MMA Update; AFM, May 2002, S.10. State of the Art Reference. 2. World News Roundup: In a surprise move; AW&ST, 27. Mikrowellentechnik - Kap. 8: Detektoren und Mischer; September 16, 2002, S.19. Werner Bechtold; Vieweg, Braunschweig/Wiesbaden, 1999. 3. US Navy’y MMA programm enters next phase; Kenneth B. 28. Mixer Poducts, Catalog No. 0981; Aertech Industries. Sherman - EC Monitor; JED, May 2003, S.40. 4. Sea change; R. Wall & D. A. Fulghum; AW&ST, June 21, 2004, S.30-32. . Missionsavionik, Military Avionics 5. Lying in wait; Andy Nativi; AW&ST, June 21, 2004, S.32. 1. AVIONIK; Donald H. Middleton (Hrsg); Titel der englischen 6. MMA contract awarded; Americas Report - Brendan P. Originalausgabe: Avionic Systems, bei Longman Group UK Riverd; JED, August 2004, S.18. Limited 1989; Deutschsprachige Ausgabe bei Transpress 7. Western Anti-Submarine Warfare; David Hobbs; Air Verlagsgesellschaft mbH, Berlin, 1993. International, February 2005, S.38-44. 2. Military Avionics new directions; David Rockwell - Teal

Group; AW&ST Aerospace Source Book, January 12, 1998, . MMIC, Monolithic Microwave Integrated Circuit S.170-171. 1. Why go Monolithic? MSN, May 1980, S.72-75.

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2. Monolithic Microwaves means Si, too... (Review); MSN, 25. Reviewing the basics of MMIC design; J. Penn & C. Moore - July 1980, S.19. John Hopkins University, Laurel, MD; Microwaves & RF, 3. Yield considerations in the design and fabrication of GaAs 40(2001)6, S.55-70. MMICs; A.K. Gupta, W.C. Petersen, and D.R. Decker; MJ, November 1982, S.77-83. . MMR, Multi-Mode Receiver 4. Hybrid Vs. Monolithic Micriwave Circuits - A matter of cost; 1. Multimode Receivers: More demand, more capability; R. S. Pengelly (Plessey Research); MSN, January 1983, S.77- Charlotte Adams; Avionics Magazine - Aviation Today, April 114. 2002. 5. Are MMICs a fad or fact; D. R. Decker (Lehigh Uni); MSN, 2. VIEW [The News Magazine for Thales Defence Business], July 1983, S.84-92. No 10, September 2003, S.9. 6. MMIC Amplifier and Attenuator Modules Run 2 to 20 GHz and on Batteries; T. Tsukil, et al. - Raytheon; MSN, July . Mode S 1983, S.94- 1. Europe’s energized Mode S program; David Jensen; 7. High-Volume Microwave Markets Will Demand MMICs Avionics Magazine - Aviation Today, April 2003; Over Hybrids (MMIC Applications); R. E. Lee - Hughes www.defensedaily.com. Research Labs; MSN, August 1983, S.120-130. 2. Military/Civil interoperability extented scope for CNS/ATC; 8. The MMIC (R)evolution; Harry Emerzian - Loral; MSN&CT, Charlotte Adams; Avionics Magazine - Aviation Today, March 1986, S.61-62. February 2005. 9. Techniques further the design and realization of MMICs; J. Tenedorio - Harris Microwave Semiconductor; MSN&CT, . Modulation March 1986, S.66-77. 1. Digital Radio, Part 1: Modulation schemes aid digital radio 10. MMIC reshape EW system design; J. G. Tenedorio - Harris growth; Hugh Walker - Hewlett-Packard, Scotland; Microwave Semiconductor; MSN&CT, November 1986, Microwaves & RF, 26(1987)2, S.75-84. S.95-104. 2. Digital Radio, Part 2: Gauging errors sets digital radio 11. MMICs near their 25th birthday; Raymond S. Pengelly & quality; Hugh Walker - Hewlett-Packard, Scotland; Douglas Maki - Tachonics, Plainsboro, NJ; Microwaves & RF, Microwaves & RF, 26(1987) ,S.89-99. 26(1987)3, S.314-324. 3. Time Modulation, Part 1: Modulation scheme helps air- 12. Electronic-Warfare System design moves to MMIC traffic safety; Edmond R. Gunny - Consultant, Los Angeles, amplifiers; Andy Bonnot, et al. - Texas Instruments; CA; Microwaves & RF, 26(1987)5, S.245-254. MSN&CT, July 1987, S.8-21. 4. Time Modulation, Part 2: Scheme codes avoidance 13. GaAs MMIC reliability analysis and its impact on Microwave maneuvers for aircraft; Edmond R. Gunny - Consultant, Los Systems, Part II; Pang Ho, et al. - Pacific Monolithics; Angeles, CA; Microwaves & RF, 26(1987)6, S.86-93. MSN&CT, September 1987, S.130-133. 5. Understanding the Principles of Amplitude and Frequency 14. Neue MMIC’s für Leistungsstufen und Kleinsignal- Modulation; MSN, Tutorial, July 1989, S.63-67. Applikationen bis 18 GHz; Mikrowellenmagazin, Vol.13, 6. Digital modulation and dynamic range; Morris Engelson - No.5, 1987, S.557-561. President Joint Management Strategy, Portland, OR; 15. GaAs MMICs switch from DC to 18 GHz; Amin Ezzeddine - Microwaves & RF, 37(1998)9, S.110-112,122. Tachonics; Microwaves & RF, 27(1988)2, S.167-168. 7. Biphase modulators serve wireless and radar systems; A.E. Produkt von: Tachonics, Plainsboro, NJ. Ashtiani (King’s College London, UK) & I.D. Robertson 16. Surface-mount MMIC sources reach 18 GHz; Jack Browne - (University of Surrey, Guilford, UK); Microwaves & RF, Senior Editor; Microwaves & RF, 27(1988)2, S.169-172. 39(2000)10, S.75-87. Pazific Monolithics, Sunnyvale, CA. 17. MMIC modules for active Phased-Array applications in . Modulationsformate Communications Satellites; J.R. Potukuchi, et al. - Comsat 1. Proper drsign yields efficient digital transmitters; Dennis A. Laboratories; MSN&CT, November 1988, S.20-27. Jiraud - Defense Systems, McLean, VA; Microwaves & RF, 18. Silicon MMIC challenges GaAs in performance; Peter S. 30(1991)8, S.91-101. Bachert - Motorola Semiconductor; MSN&CT, November 2. Modulation formats drive communications design; Helen 1988, S.50-51. Wright, Hewlett-Packard, Santa Rosa, CA; Microwaves & 19. MMIC Attenuator chip has input/output mach to 50 GHz; RF, 38(1999)8, S.80-91. Hewlett-Packard Microwave Semiconductor; MSN&CT,

November 1988, S.56. . Monopuls 20. What’s behind the MMIC programm? Jo Ann McDonald - 1. Monopuls Radar Needs Dictate Component Choice; MSN-Editor; MSN, September 1989, S.27-38. Theodore W. Stone; MSN, August 1980, S.5368. 21. MIMIC programm shifts to high gear; J.W. Rawles; DE, May 2. Monopulse Receivers Poses Difficult Design Challenges 1991, S.49-56. (Monopulse: Part II); Theodore W. Stone; MSN, September 22. MMICs breaking out of their niche; Jeffrey Rowe; DE, May 1980, S.109-114. 1992, S.44-49. 3. Monopulse Receiver Design Depends on IF Processor 23. Power-amplifier MMICs drive commercial circuits; Jack Success; T. W. Stone (RHG); MSN, August 1983, S.53-63. Broene - Publisher/Editor; Microwaves & RF, 37(1998)7, 4. Using touchstone to design a Monopulse Receiving System; S.116-124. Steve Hamilton - EEsof; MSN&CT, July 1987, S.71-75. 24. GaAs MMIC switch is designed around low-capacitance 5. System simulates monopulse target returns; Ronald Harris - MESFETs; Alan Noll - M/A-COM, Lowell, MA; Microwaves & President of Freestate Electronics, Warrenton, VA; RF, 39(2000)3, S.93-94. Microwaves & RF, 37(1998)8, S.186-188.

98 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013

. Monopuls-Antennen-Systeme 25. The World’s Great Stealth and Reconnaissance Aircraft; 1. Introduction to Monopulse; Donald R. Rhodes, Ph.D.; Aerospace Publishing 1991; Oriole Publishing Ltd, W.H. Artech House, Inc., Boston-London, 1980. Smith Ltd. 26. ASW planners confront old and new threats; Myron Struck; . MOS => CMOS DE, July 1991, S.49-57. 1. LSI Technology; Saul Zatz - Martin Marietta, Orlando, FL; 27. U-Jagd-Sonarsysteme der deutschen Marine, Sachstand Countermeasures, January 1977, S.30,35,36. und Ausblick; Regierungsdirektor Dr. Rer. Nat. Gert Maass; 2. Radiation Hardned CMOS; Countermeasures, Vol.3, No.1, SuT, 12/1995, S.789-794. January 1977, S.46. 28. Out of the blue: airborne maritime patrol goes littoral; John Knows; JED, July 1998, S.45-50. . MPA/ASW, Maritime Patrol Aircraft/Anti Submarine 29. AW&ST Aerospace Source Book, January 11, 1999, S.36. Warfare 30. Nachfolge des Maritime Patrol Aircraft MPA, Das zukünftige luftgestützte Aufklärungs- und Waffensystem 1. Flugzeuge der Welt, heute - morgen; W. Green und D. der Marine; Uwe Budiner; SuT, 7/1999, S.418. Punnet; Werner Classen Verlag, Zürich/Stuttgart, 1971. 31. MPA - Wie sieht der Nachfolger aus? Jürgen Pöppelmann; 2. ASW - The deterrent; F. Glenn Peters; EW, July/August wt, IV/99, S.68. 1976, S.49-54. 32. MPA - Mehrere Firmen beteiligen sich an Ausschreibung; 3. Acoustic countermeasures in the undersea environment; EADS-Magazin Mforum, Dezember 2000, S.9. Owen Flynn, Westinghouse, Baltimore), EW, Sept./Oct. 33. Feet dry, Maritime Patrol goes ashore; Kenneth B. 1976, S.62-66. Sherman; JED, March 2001, S.37-43. 4. How Submarines collect signal intelligence; Harry F. 34. Up periscope, up antenna; Norman Friedman; JED, March Eustace; MSN, Oct./Nov. 1976, S.51-52. 2001, S.45-50. 5. Minimizing reverberation in active Sonar; Owen Flynn; 35. Flugzeuge der Welt 2001; Claudio Müller; Motorbuch EW/DE, Sept./Oct. 1977, S.149-158. Verlag, Stuttgart, 2001. 6. Seeüberwachung - Teil 1: Flugzeuge; IWR, 5/1979, S.787- 36. Submarine sensors come to the surface; David L. Rockwell; 794,798. JED, August 2001, S.56-59. 7. UK readies new generation of Electronic Systems; DE, 37. Instantaneous Frequency Measurement Receivers for August 1979, S.58-60. Maritime Patrol; William B. Sullivan - Wide Band Systems; 8. Computers add new effektivness to SOSUS/CAESAR; Jim JED, October 2002, S.55-58. Bussert; DE, October 1979, S.59-64. 38. Luftgestützte signalerfassende Aufklärung; Hubert Wenzl & 9. New solutions emerge to solve old Sonar problems; George Jörg Deinert - Oberstleutnants; SuT, November 2002, S.55- Rand; DE, October 1980, S.17-20. 57. 10. To see and not be seen - That is the problem; DE, October 39. EC Monitor: MMA development takes another step ahead; 1980, S.78-84. Kenneth B. Sherman; JED, November 2002, S.30-31. 11. Radar and Sonar can identify targets; G. C. Gaunaurd, H.M. 40. Seefernaufklärung aus der Luft tut Not! Gottfried Reichert; Überall; MSN, April 1981, S.108-113. wt, I/2003, S.93-99. 12. Sonar tests based on Bistatic Radar successes; DE, June 41. The Airbus A320; EADS-Anzeige; wt, I/2003, S.94-95. 1981, S.101-104. 42. Maritime Patrol; Jon Lake; Air International, May 2003, 13. Undersea systems - Competition growing in ASW systems S.38-43. market; John F. Judge; DE, March 1985, S.138-146. 43. B737 joins the Navy; David Jensen; Avionics Magazine - 14. Antisubmarine Warfare - Versatile P-3C Orion meets Aviation Today, September 2004. www.aviationstoday.com growing ASW challenge; Lori A. McClelland; DE, April 1985,

S.132-141. 15. Tough problems in arctic ASW; Dr. Garry M. Jacyna; JED, . MRAM, Magnetic RAM March 1986, S.37-58. 1. Ultraschnelle Magnetspeicher; Hans Werner Schumacher - 16. Meeting todays ASW challenge; John C. Dale, Fred W. PTB, Braunschweig; Physik in Unserer Zeit, 6/2005(36), Weidmann; DE, June 1986, S.91-97. S.261. 17. The case for the air-transportable towed array; Marc Liebman; DE, April 1987, S.141-153. . MRCA Tornado => Panavia Tornado 18. Luftgestützte U-Jagd in der Marine; Udo Thenhausen, Dornier; wt, 6/1987, S.52-59. . MRCM 19. Can the Navy avert an air ASW airframe shortfall; James W. 1. Http://www.mrcm.net Rawles; DE, March 1988, S.59-74. 2. Aus der Industrie; Redaktion, SuT, Oktober 2002, S.49. 20. The nonacoustic detection of Submarines; Tom Stefanick; 3. Lightweight ESM and DF Units; product focus; JED, August Scientific American; March 1988, S.25-31. 2004, S.29. 21. Not just a warmed-over P-3; James W. Rawles; DE, March 1989, S.47-52. . MSW => Magnetostatics 22. Lamps lights the way to new Soviet subs; Paul R. Jaszka; DE, March 1989, S.62-67. . MTI-Radar => Radar 23. Signal processors give Navy an edge in ASW; James A. 1. Isodoppler and mocomp corrections improve MTI Radar; Cochran, Curtis A. Weaver, Jr.; DE, March 1989, S.79-87. Allan Nirenberg - Horizon Technology, Melbourne, FL; 24. The electronics of airborne ASW; Tod Shumway; DE, April Microwaves & RF, 31(1992)6, S.117-120. 1990, S.51-60. 2. Radar characteristics, Part 7 - EW101 Tutorial; Moving- Target-Indicator Radars; Dave Adamy; JED, November 2000, S.62-63.

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1. Specifying Filters and Multiplexers; ICH, 1st Ed., June . MTU Aero Engines Holding AG 1975/76, S.307-308. 1. Http://www.mtu.de 2. Coax Multiplexers: Key to EW signal sorting; Harold L. 2. MTU Aero Engines 2001; E.H.; wt, II/2002, S.49-50. Schumacher; MSN, Aug./Sept. 1976, S.89-93. 3. Firmenprospekt: MTU Aero Engines, Engine Programs; GER 3. Multiplexers for ESM Receivers; Peter M. LaTourrette; 02/04/MUC/02000/DE/BE/E. EW/DE, January 1979, S.65-69. 4. Firmenprospekt: MTU Aero Engines, Power for the World; 4. Multiplexing Filter Key to Flsatcom; William H. Harrison; GER 02/04/MUC/03000/DE/BE/E. MSN, June 1979, S.50-52 5. REPORT, MTU Aero Engines, Winter 04 / Spring 04. 5. Coaxial Multiplexers aid in EW signal sorting (EW); H. L. 6. GP7000: Antrieb für den A380; Luft- und Raumfahrt, Nr. 2, Schumacher - Microphase Corp.; MSN, October 1983, April-Mai-Juni 2004, S.20-21. S.105-117. 7. Geschäftsbericht 2005 - Innovationen für Generationen; 6. Understanding Filters and Multiplexers; H.L. Schumacher - GER 03/06MUC/05500/DC/EB/D Microphase Corp.; MDSH, Vol. 13, No.12, November 1983, S.168-180. . MTV, Magnesium-Teflon-Viton 7. Filters and Multiplexers designed for ESM applications; J. E. 1. New Tricks for Flares; John Knowles und Craig Lawrence; Dean - Filtronic Components; MSN&CT, October 1986, JED, October 2006, S.25-27. S.97-104. 8. Filters and Multiplexers designed for ESM applications; J. E. . Mücke, Drohnensystem Mücke Dean - Filtronic Components; MSN&CT, November 1986, 1. STN ATLAS Firmenprospekt 211 05.00. S.123-1131. 2. Drohnen in der Bundeswehr - Die aufstrebende Waffe; 9. Anzeige ‘2-20 GHz Comb-Line Multiplexers’ von Jürgen Pöppelmann; wt/III, 2004, S.44-51. „Microphase” in MSN&CT, September 1988, S.66-67. 10. Filtronic, Electronic Defence, Multiplexers & Channelisers: . Multibeam-Abtastung => Antennen, Radar Http://www.filtronic.co.uk/products

. . Multifunktions-Display Multisensorsystem 1. Multisensor warning receiver tackels growing threat;

Richard Hartman; DE, May 1979, S.79-85. . Multifunktions-Radar

1. Naval Radars Incorporate Phased Arrays (Radar); Fabrizio . MUSS Martello & Stefano Protto; MSN, January 1981, S.109-116. 1. Aktiver Schutz für Waffensysteme: MUSS -

Multifunktionales Selbstschutzsystem; WT II/2005, S.10-12. . Multiplexers

100

. Nachtsichttechnik - Night Vision 3. Second-Generation VORTAC equipment has remote 1. Night Vision boost comes from third-generation device; maintenance and monitoring capabilities; A. H. Lang -ITT Irving M. Gottlieb; ME/C, Vol.8, No.7, July 1982, S.34-37. Avionics Division; MSN&CT, January 1985, S.144A-144L. 2. Night Vision for NATO; James Millard; NATO’s Sixteen 4. Digital techniques and RF solid-state Technology improve Nations, Vol.31, No.6, October 1986, S.101-109. TACAN and DME equipment; G. Bertocchi; MSN&CT, March 3. Piercing the Darkness; Scott R. Gourley; DE, July 1989, S.85- 1985, S.80A-80F. 89. 5. Offshore Helicopter Radio Navigation uses DME-based 4. At night: first look, first shot wins; Mark Tapscott; DE, April system; M. Bohm -SEL; MSN&CT, April 1985, S.112A-112O. 1992, S.50-54. 6. Traditional civil Navigation Systems continue in use; S. H. 5. Night Vision System adds Laser target designator; J.R.R.; Dodington -ITT; MSN&CT, October 1985, S.80A-80L. DE, July 1992, S.14. 7. Army MAPS for battlefield survey; M. Hadfield & T. Dahlin - 6. Die technologische Weiterentwicklung der Honeywell; DE, October 1985, S.91-101. Nachtsichttechnik - Eine Vergleichsbetrachtung zwischen 8. Hardware and Software structures control Navigation Aids USA und Europa; Manfred Hartl; S.38-46: Jahrbuch der (Part II); F. Limbach & K. Pahlig (SEL); MSN&CT, February Wehrtechnik, Folge 21, 1992, Bernard & Graefe Verlag 1986, S.80A-80F. Bonn. 9. Hardware and Software structures control Navigation Aids 7. Night vision technology update: Improvements for the (Part I); F. Limbach & K. Pahlig (SEL); MSN&CT, January soldier and the civilian; C.A.; De, July 1995, S.13-14. 1986, S.80A-80F. 8. A sampling of Night-Vision Systems; Don Herskovitz - 10. Microwave Landing System to revolutionize aviation - Part Technology; JED, January 2000, S.57-61. I; John F. Judge; MSN&CT, May 1986, S.112A-112L. 9. EO/IR, Part 5 -Night Vision devices - EW101 Tutorial; Dave 11. Funkortungs- und Funknavigationsanlagen; Werner Adamy; JED, July 2001, S.66-67. Mansfeld, Prof. Dr.-Ing. Habil.; Hüthig Buch Verlag GmbH, 10. Nachsichttechnik - Infrarot-Sensorik; Arnulf Wallrabe; Heidelberg, 1994, S.345-351. Vieweg, Braunschweig/Wiesbaden, August 2001. 12. Funknavigation; Jürgen Mies; Motorbuch Verlag Stuttgart, 11. Bring on the Night; Robert N. Sulentic; JED, February 2002, 1995. S.53-56. 13. Funkortung und Funknavigation, Einführung in die Grundlagen, Verfahren und Anwendungen; Erwin Lertes; . NADGE Vieweg, 1995. 1. NADGE-System 18 Monate hart getestet; SuT, 5/1973, 14. Vermessung und Ortung mit Satelliten; Manfred Bauer; S.226-227. Wichmann, 1994 2. Strengthening NATO’s Air Defense C3I; Jim Coghlan; DE, 15. GPS, Global Positioning System, Technik und Anwendungen June 1986, S.179-184. der Satellitennavigation; Jürgen Strobel; Franzis', 1995. 16. Communication/Navigation systems; AW&ST Aerospace . Nahfeld Source Book, January 14, 2002, S.211-219. 1. Sperical near-field Antenna measurements improve 17. Communication/Navigation systems; AW&ST Aerospace through expanded software features; D. W. Hess, et al. - Source Book, January 13, 2003, S.203-208. Scientific-Atlanta; MSN&CT, March 1985, S.64-83. 2. Near-field antenna measurement system, small, accurate . NAVSTAR-GPS => GPS and inexpensive; Greg Hindman & Dan Slater; MSN, November 1989, S. 48. . NCW, Network-Centric Warfare => Vernetzte Operationsführung . NAMFI 1. Das Waffensystem Roland - zuverlässig seit 20 Jahren; . NEACP Peter Streubel; wt, III/2000, S.56. 1. Gefechtsführung im Nuklearkrieg; Ashton B. Carter; Beitrag 2. Roland - Ein europäisches Waffensystem mit Zukunft; Peter in „Rüstung und Sicherheit”, Spektrum der Wissenschaft, Streubel; wt, III/2001, S.82. Heidelberg, 1985, S.42-50.

. Narda . Nebenkeulenstörung - Side Lobe Jamming 1. Narda Microwave celebrates 50 years; Jack Browne - 1. Auxiliary Microstrip Antenna reduces Side-Lobe Jamming; Publisher/Editor; Microwaves & RF, 43(2004)6, S.33-38. Klaus Solbach - AEG; MSN, March 1989, S.26-29.

. Navigation, Funknavigation . NEMP 1. Navigations- und Waffenleitsysteme eines modernen 1. Simulating the Nuclear Electromagnetic Pulse; Joseph C. Kampfflugzeuges; SuT, 7/1971, S.402-407. Giles -EG&G Inc.; ME/C, Vol.3, No.8, August 1977, S.60-62. 2. Military Systems needs drive component demands; K.J. 2. Radiation Hardned CMOS; A. London, D. Matteucci & R. Sleger, Dr -Naval Research Lab; MDSH, Vol. 13, No.12, Wang; ME/C, Vol.3, No.22, November 1977, S.42-47. November 1983, S.15,17, 20.

3. Industry pushes new Rad Hardened Microcircuits to 31. Unclear Qualifications for Rad-Hard Devices; Chrystopher skeptical Missile planners; Richard Davis; EW/DE, March H. Clarke; DE, February 1989, S.47-50. 1978, S.45-66. 32. DOD hardens standards against EMP threat; James W. 4. The Nuclear Environment - What’s it like? EW/DE, March Rawles; DE, June 1990, S.87-91. 1978, S.52-53. 33. Gauging the effects of nuclear radiationon microstrip 5. Digital ICs and how they work; EW/DE, March 1978, S.60- antennas in space; A. Kumar - AK Elektromagnetique, 61. Quebec, Canada; Microwaves & RF, 39(2000)8, S.145-146. 6. VLSI Advances Rad-Hard Technology; EW/DE, September 1978, S.115-122. . Network-Centric Warfare, NCW => Vernetzte 7. Nuclear Hardening of Weapon Systems, Part I; Marion A. Operationsführung Rose; DE, September 1979, S.43-53. 8. Nuclear Hardening of Weapon Systems, Part II; Marion A. . Netzwerkanalysator, NWA - Scalar Network Rose; DE, October 1979, S.71-80. Analyzer, SNA 9. Nuclear Hardening of Weapon Systems, Part III; Marion A. 1. Automatic Network Analyzer Accuracy: How to Get It, Lose Rose; DE, November 1979, S.65-69, 92-93. It, Then Regain It; Jim K. Fitzpatrick; MSN, May 1980, S.77- 10. Redaktion - Simulation des Nuklearen EMP; 93. Mikrowellenmagazin, Heft 3/81, S.321-324. 2. Der neue automatisierte Scalar Network Analyzer von 11. NEMP, Potential Crippler; Hans Seidel; Wiltron 10 MHz... 40 GHz; G. Lang, Gilching; Mikrowellenmagazin, Vol. 8, No.2, 1982, S.178-185. Mikrowellenmagazin, Heft 3/81, S.283-285. 12. Der Nukleare Elektromagnetische Puls (NEMP); Dieter 3. K-band analyzers materialize on the FER measurement Jaeger; Mikrowellenmagazin, Vol. 8, No.3, 1982, S293-302. scene; Wayne Kennan - Avantek; Microwaves, 20(1981)9, 13. Is VLSI vulnerable to Radiation failures; C.R.B. - Industry S.61-68. News; DE, July 1982, S.51-52. 4. Hochfrequenz- und Mikrowellen-Meßtechnik in der Praxis; 14. Space-Hardned Microelectronics bring new advances; Dr. Wolf Dieter Schleifer; Hüthig Verlag, Heidelberg, 1981. D. Howard Phillips; ME/C, Vol.8, No.8, August 1982, S.76- 5. SNA simplifies loss measurements from 10 MHz to 40 GHz; 78. HP-Product; Microwaves & RF, 22(1983)3, S.138-142. 15. Rad Hardening poses problems in large systems; Cedric R. 6. New, large-screen Scalar Network Analyzer with expanded Braun; DE, October 1982; S.177-183. capabilities; Karl R. Kachigan - Hewlett-Packard; MJ, Dec. 16. Nuclear Effects on RF Propagation; Edwin Smith; DE, 1984, S.137-140. October 1984, S.228-232. 7. Handbuch der elektronischen Meßgeräte; J. Osinga & J.W. 17. Rad-Tolerant ICs are available off the shelf; Joseph S. Tirado Maaskant; Franzis’, München 1984. - Harris; DE, November 1984, S.56-65. 8. Recruit an ANA for RCS tests; John Boyles, Hewlett-Packard; 18. Schutz von HF-Geräten vor den Einwirkungen von NEMP; Microwaves & RF, 24(1985)3, S.87-92. Walter Leuenberger; Mikrowellenmagazin, Vol. 11, No.3, 9. Selecting an SNA: Software and sensitivity; Jack Browne - 1985, S.243-247. Senior Editor; Microwaves & RF, 24(1985)8, S.115-121. 19. Vergeltungsschlag bei nuklearem Angriff; John Steinbruner; 10. RF engineers get a vector analyzer; Jack Browne - Senior Beitrag in „Rüstung und Sicherheit”, Spektrum der Editor; Microwaves & RF, 25(1986)1, S.119-121. Wissenschaft, Heidelberg, 1985, S.30-41. 11. Vector network analyzer views 0.5 to 40.0 GHz; Robert 20. Radiation Hardened ICs; J.M. Killiany, et al.; JED, February Bathiany - Wiltron, Morgan Hill, CA; Microwaves & RF, 1986, S.33-49. 26(1987)4, S.147-156. 21. Optocouplers help defeat radiation; Andrew Gurbaxani - 12. Fast pulses modulate L-band synthesizer; Richard Goodall - HP, Stanford University; DE, June 1986, S.163-166. John Fluke, Everett, WA; Microwaves & RF, 26(1987)4, 22. CMOS design yields Radiation Hardness; Richard Hall; DE, S.161-164. June 1986, S.197-204. 13. New Scalar Network Analyzer boasts powerfull Processsing; 23. Strahlungsfestigkeit von Optokopplern von Hewlett- John J. Pink - Wiltron, Stevenage, UK; MSN&CT, May 1987, Packard; Mikrowellenmagazin, Vol.12, No.3, 1986, S.225- S.8-16. 228. 14. Network analyzer enhancements expand microwave 24. Radiation resistance gives CMOS/SOS the aerospace edge; applications - Product of EIP; Michael Pervere - Hewlett- Don Carly and Jack Handon - RCA Solid State Division; DE, Packard, Santa Rosa, CA; Microwaves & RF, 26(1987)5, October 1986, S.243-249. S.297-300. 25. Shielding electronic components from Nuclear effects; 15. Modular system fits a multitude of ATE applications; Jack Rudy Garbely; DE, May 1987, S.151-157. Browne - Senior Editor; Microwaves & RF, 26(1987)12, 26. Understanding the EMP Threat; Dr. Gordon K. Soper und S.156-160. Dr. Kendall F. Casey; DE, November 1987, S.156-169. 16. Economical vector network analyzer scans 0.13 to 20 GHz; 27. Radiation hardned MOSFETs enhance surveivability of Frank David & Karl Kachigan - Hewlett-Packard, Santa Rosa, military systems; Phillip E. Thibodeau; DE, January 1988, CA; Microwaves & RF, 27(1988)3, S.205-210. S.102-110. 17. Vector analyzer breaks 60-GHz coax barrier - Product of 28. Radiation Effect on Microwave-amplifier performance; Wiltron,Morgan Hill, CA; Jack Browne - Executive Editor; D.W. Hughes, et al. - Georgia Institute of Technology; Microwaves & RF, 28(1989)1, S.133-138. MSN&CT, March 1988, S.56-60. 18. Analyzer achieves improved accuracy and speed to 50 GHz 29. Elektromagnetische Verträglichkeit (EMV); K.-H. - Product of Hewlett-Packard; Jack Browne - Chief Editor; Gonschorek und A. Kohling; Physik in unserer Zeit, Mai Microwaves & RF, 29(1990)11, S.148-151. 1988, Nr.3., S.80-91. 30. Selecting Ics for a radiation environment; Joe Tirado -Harris Semiconductor; DE, June 1988, S.137-151.

19. A Network Analyzer exhibits high performance at 50 GHz in 17. Premiere: NH90-Serienhubschrauber; Karl Schwarz; FLUG coaxial transmission lines; Product of Hewlett-Packard, Palo REVUE, Juli 2004, S.14. Alto; MJ, Feb. 1991, S.144-146. 18. Software-Entwicklungsmodell für das Projekt NH90 bei 20. Integrated SNAs mate analyzer and RF source - Product of Eurocopter Deutschland; Bernhard Huber; Luft-und Wiltron, Morgan Hill, CA; Jack Browne - Chief Editor; Raumfahrt, Heft 3, Juli - September 2004, S.26-29. Microwaves & RF, 30(1991)8, S.174-175. 19. Der NH90 hebt erstmals außerhalb Europas ab; James 21. Vector analyzer improves with latest upgrade - Product of Sarazin; PLANET AEROSPACE 4/2004, Okt.-Nov.-Dez., S.54. Wiltron, Morgan Hill, CA; Jack Browne - Chief Editor; 20. Bedarf von 300 bis 450 Maschinen weltweit; Interview mit Microwaves & RF, 30(1991)10, S.158-159. Alain Brunello; PLANET AEROSPACE 4/2004, Okt.-Nov.-Dez., 22. Low cost SNA receiver measures across a 70-dB range; S.55-57. Daniel Talbot - President Talbot Technology, Hudson, MA; 21. NH90 setzt sich in Australien durch; Karl Schwarz; FLUG Microwaves & RF, 36(1997)1, S.77-86. REVUE, November 2004, S.47. 23. Vector analyzers combine speed with wide dynamic range; 22. Maßnahmen vor Einführung NH90; Bernd Claus, Product of Rohde & Schwarz, Munich; Microwaves & RF, Oberstleutnant; SuT, September 2005, S.31-35. 36(1997)2, S.142. 23. Luftwaffe: Material- und Ausrüstungsplanung; Markus 24. Use network and spectrum analysis for mixer Schetilin - Luftwaffe; Strategie und Technik, Mai 2006, S.20- measurements - Mixer testing, Part 1; 27. Dunleavy/Weller/Grimes - University of South Florida & James Culver - Raytheon E-Systems, St. Petersburg, FL; . Nimrod, MR.2, MRA.4 Microwaves & RF, 36(1997)5, S.143-152. 1. A Britisch AEW Radar System. 25. Millimeter-wave VNAs extend to 110 GHz - Product of 2. 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1. Introduction to Electronic Warfare - Chapter 5: Command Schleher, Ph.D.; Artech House, Inc., Norwood, MA, 1986. Control and Communications (C3) Systems; D. Curtis

. OCCAR 4. Hochfrequenz- und Mikrowellen-Meßtechnik in der Praxis; 1. WT-Gespräch mit Dr. Klaus von Sperber, Direktor OCCAR; Wolf Dieter Schleifer; Hüthig Verlag, Heidelberg, 1981. wt, I/2001, S.92-94. 5. Local Oscillator Phase Noise; C. J. Grebenkemper; W J Tech- 2. OCCAR hat Status einer juristischen Person; RJ; SuT, März notes, Vol. 8, No.6, Nov./Dec. 1981. 2001, S.4-5. 6. Ku-Band digitally tuned Oscillator will sonn be available for 3. OCCAR-Festakt; Peter Streubel; wt, I/2002, S.108-111. systems designers; Cuong M. Pham, et al. - Avantek; DE, 4. Fünf Jahre OCCAR - Auf dem Weg nach Europa; Jürgen February 1982, S.46-54. Erbe; SuT, März 2002, S.16. 7. Atomic oscillators stand test of time; Hugo Fruehauf - Ball, 5. OCCAR als solider Baustein einer europäischen Irvine, CA; Microwaves & RF, 23(1984)6, S.95-101,121-124. Rüstungsagentur; SuT, April 2002, S.15. 8. Introduction to Oscillators; KDI Electronics/Alpha, Inc.; MSDH, 4th Ed., July 1986, Vol. 16, No.7, S.173-195. . Ocean Master 9. Wideband digitally tuned Oscillator technology for 1. Ocean Master, Airborne Maritime Patrol Radar; Electronic Defense; L.R. Martin, et al. - Avantek; MSN&CT, Firmenunterlage von Thomson-CSF & Daimler-Benz July 1988, S.46-54. Aerospace; 5M9553.223.39, (Ma) 03/97. 10. Microwave sources generate higher performance levels; 2. Radar mit realer und synthetischer Apertur; H. Klausing & Jack Browne - Executive Editor; Microwaves & RF, W. Holpp (Hrsg); Oldenburg Verlag München Wien, 2000, 28(1989)4, S.131-139,165,166. S.373-376. 11. Control drift in digitally-tuned sources; R.J. Blaser & J.F. 3. Radar und FLIR: Ein starkes Duo; PLANET AEROSPACE, Nr. 2, Reynolds - M/A-COM, Chandler, AZ; Microwaves & RF, Januar-März 2001, S.45. 30(1991)3, S.94-101. 12. Analysis method characterizes microwave oscillators- Part . Oerlikon Contraves Defense 1; Stanislaw Alechno - W.Z.R. Rawar, Warsaw, Polen; Microwaves & RF, 36(1997)11, S.82-86. 1. Field-Sky-Sea-Guard; Mikrowellenmagazin, Heft 6/81, 13. Analysis method characterizes microwave oscillators- Part S.671-674. 2; Stanislaw Alechno - W.Z.R. Rawar, Warsaw, Polen; 2. High Tech von Oerlikon Contraves; wt III/2001, S.125. Microwaves & RF, 36(1997)13, S.125-136.

14. Analysis method characterizes microwave oscillators- Part . OHB Technologie AG 3; Stanislaw Alechno - W.Z.R. Rawar, Warsaw, Polen; 1. Visionen wurden Wirklichkeit; Dr. Frank-E. Rietz; Luft- und Microwaves & RF, 37(1998)1, S.71-78. Raumfahrt, 1/2007, S.22-24. 15. Analysis method characterizes microwave oscillators- Part

4; Stanislaw Alechno - W.Z.R. Rawar, Warsaw, Polen; . Omega => Funknavigation Microwaves & RF, 37(1998)2, S.65-72. 16. Oscillator offers wide data bandwidth and high noise . Ophelios rejection; Vasil Uzunoglu - Synthtrack, Gaithersburg, MD; 1. Optronische Multi-Sensor-Plattformen auf Schiffen; Bernd Microwaves & RF, 37(1998)9, S.77-82. Naujokat - Oberstleutnant; SuT, 4/1999, S.238-242. 17. OCXOs shrink in size and power consumption- Product of Milliren Technolies, Newburyport, MA; Jack Brrowne - . Optronik Publisher/Editor; Microwaves & RF, 39(2000)4, S.140-143. 1. Optronische Multi-Sensor-Plattformen auf Schiffen; Bernd 18. DDS enhances ovenized oscillator - Product of FEI Naujokat - Oberstleutnant; SuT, 4/1999, S.238-242. Communications, Mitchel Field, NY; M. Block & J. Ho ; 2. Sensoren für U-Boote; Traugott Tietz & Roland Volz - Carl Microwaves & RF, 41(2002)3, S.100-104. Zeiss Optronics, Oberkochen; Strategie & Technik, März 2005, S.45-48. . Oszilloskop 1. Wie arbeite ich mit dem Elektronenstrahl-Oszilloskop? . Orka-1200 Sutaner/Wißler; Franzis', 1982. 1. Orka will die Meere regieren; F.C.; PLANET AEROSPACE, 2. Handbuch der elektronischen Meßgeräte; Jan Osinga & 4/2003, S.46. Johannes Willem Maaskant; Franzis', 1982. 2. EADS targets world; D. Fulghum & R. Wall; AW&ST, 3. Digital Osciloscope provides fast, automated Pulse- September 15, 2003, S.70-74. Modulation measurements; D. Schwartz & B. Lord - Hewlett-Packard; MSN&CT, March 1987, S.36-46. . Oszillatoren, Oscillators 4. Digital scopes tackle high-speed time-domain tests; Robert 1. Voltage Controlled Oscillators - In modern ECM Systems; R. M. Clarke - Freelance Writer; Microwaves & RF, N. Buswell; W J Tech-notes, Vol. 1, No. 6, Nov./Dec. 1974. 26(1987)13, S.143-152. 2. Cavity controlled Oscillators; T.R. Bushnell & R.N. Buswell; 5. Buying a Digital Oscilloscope; R. Loop & B. Adams - WJ Tech-notes, Vol.4, No.6, Nov./Dec. 1977. Tektronix; MSN&CT, January 1989, S.70-76. 3. Hyperabrupt Varactor-Tuned Oscillators; R. M. Beach; W J 6. Digitizing Scope uses TDR and statical analysis; Product of Tech-notes, Vol. 5, No.4, July/Aug. 1978. Hewlett-Packard; MSN, October 1989, S.76.

7. Color scopes recall 1-GHz bandwidths with long memories; 1. Over-the-Horizon Radar in the HF Band; James M. Headrick Product of LeCroy, Chestnut Ridge, NY; Microwaves & RF, & Merrill I. Skolnik; Proceedings of the IEEE, Vol. 62, No. 6, 36(1997)3, S.189. June 1974, S.664-673. 8. Versatile oscilloscope saves measurement time - Product of 2. Pave Paws guards U.S. perimeter; J.F.J.; DE, December LeCroy, Chestnut Ridge, NY; Microwaves & RF, 36(1997)6, 1984, S.110-111. S.128. 3. Bachscatter Radar extends Early Warning times - HF Radar; 9. Digital oscilloscopes attack communications applications - David A. Boutacoff; DE, May 1985, S.71-83. Product of Tektronix, Beavetron, OR; Microwaves & RF, 4. Air Forces Upgrading Defenses at NORARD; Bruce Gumble; 36(1997)6, S.132. DE, August 1985, S.86-108. 10. Digital scopes adapt to serve designers’ changing needs; 5. Cloudy Skies for the ADI? B.L.G.; DE, January 1987, S.59-64. Gene Heftman - Senior Editor; Microwaves & RF, 6. Whose Phased-Array Radars violate the ABM Treaty? Jim 37(1998)1, S.135-146. Bussert; DE, April 1987, S.116-124. 11. Learn more about digital scopes; Alan Conrad - Special 7. OTH-B Radar Begins Limited Operations; MSN & CT, Projects Editor; Microwaves & RF, 37(1998)5, S.210. February 1988, S.60. 12. Scopes offer high bandwidth and time-saving features - 8. Over-the-Horizon Backscatter Radar; M. R. Stiglitz & C. Product of LeCroy, Chestnut, NY; Don Keller - Senior Editor; Blanchard; MJ, May 1990, S.32-34. Microwaves & RF, 39(2000)10, S.146. 9. Air Force accepts first OTH-Radar; Ron Schneiderman - Senior Ed./News; Microwaves & RF, 29(1990)5, S.48-52. . OTH-Radar

. P-3C Orion 5. Panavia Tornado; Flugzeug-Katalog 2000, Militärflugzeuge; 1. P-3C Orion accomodates system changes; Tug Wilson; GeraNova Verlag, München. ME/C, Vol.9, No.3, March 1983, S.39-45. 6. Moderne Kampfflugzeuge; Thomas Bättig; Mittler, 2. Versatile P-3C Orion meets growing ASW challenge; Lori A. Hamburg, 2000, S.118-123. McClelland; DE, April 1985, S.132-141. 7. Air Force Special - Militärfuftfahrt heute, No.2; GeraNova 3. Not Just a Warmed-Over P-3; James W. Rawles; DE, March Zeitschriftenverlag GmbH, München, 2000-2. 1989, S.46-52. 8. Tornado in Vorbereitung für die nächsten Dekaden; 4. The Electronics of Airborne ASW; Todd Shumway; DE, April Anzeige von *Panavia Aircraft GmbH in wt, IV/2000, S.44. 1990, S.51-60. 9. Luftfahrzeuge und Luftfahrtgerätetechnik, die Abteilung LG; 5. Japan funds P-3Cs for update IV ASW; J.S.H.; DE, July 1991, wt IV/2000, S.148-150. S.45-47. 10. Luftfahrzeuge und Luftfahrtgerätetechnik; SuT, 12/2000, 6. 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1. PARS 3 LR - Waffensystem des . Paveway Unterstützungshubschraubers Tiger; Hans-Dieter Schulz; 1. BGT Bodenseewerk - Ein Unternehmen der Diehl VA SuT, 10/2000, S.649-652. Systeme. BGT-Firmnebroschüre, Januar 2003. 2. Schießversuche mit PARS 3 LR erfolgreich beendet; SuT, 2. Per Laser punktgenau ins Ziel; Patrick Hoeveler; FLUG Februar 2002, S.4-5. REVUE, September 2005, S.42-43. 3. PARS 3 Lange Reichweite - Hauptbewaffnung des Tiger qualifiziert; Jürgen Erbe; SuT, Februar 2002, S.24-25. . Peiler, Peilung - Direction Finding, DF 4. Lenkflugkörper des Heeres; Wol-Rüdiger Petereit; wt, 1. Airborne Rotary DF Antenna systems; Terry Harper; WJ III/2002, S.61-66. Tech-notes, Vol.2, No.2, March/April 1975. 5. BGT Bodenseewerk - Ein Unternehmen der Diehl VA 2. DF Antenna System selection; Dr. Robert H. Kyle - EM Systeme. BGT-Firmnebroschüre, Januar 2003. Systems, Sunnyvale, CA; ME/C, July 1977, S.20,64,65. 3. UHF/VHF Direction Finding; J.B. Harrington & T.G. . 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Monochannel Direction Finding improves Monopulse Furse - Uta State University, Logan, UT; Microwaves & RF, Techniques; D.E. Klaus & R.P. Hollis - WJ; DE, March 1982, 39(2000)3, S.73-76. S.35-43. 5. Mini patch antennas target telecomm - Product of 8. DF system and correction techniques; J.B. Harrington; WJ Spectrum Control, Fairview, PA; Microwaves & RF, Tech-notes, Vol.9, No.2, March/April 1982. 40(2001)5, S.49. 9. Advanced HF DF System provides ranging by vertical triangulation; S.M. Bennett & K.B. Jenkins - Sanders DE, . Patriot June 1982, S.90-95. 1. SAM-D is a Patriot; Richard Hartman; ME/C, July 1977, 10. Target Location is determined by DF Systems’ Bearing S.26,35,36. Accuracy; R. R. Keenly - Condor Systems; MSN, February 2. Patriot goes into limited Production; DE, December 1980, 1983, S.146-156. S.37-38. 11. Direction-Finding in Tactical Communications is constrained 3. Raytheon tackels Patriots; Michael Kachmar - Senior Editor; by topography, not technology; J. B. Harrington - WJ; MSN, Microwaves & RF, 25(1986)4, S.21. August 1983, S.64-78. 4. The Patriot Radar in Tactical Air Defense; David R. Carey 12. DF system developed for AirLand battle 2000; Douglas W. (Raytheon) & William Evans (Patriot Project Office, Bonnot - Tech Comm.; DE, October 1984, S.157-164. Huntsville, AL); MJ, May 1988, S.325-332. 13. Moderne Peilverfahren für die FM-Aufklärung; Gerhard 5. Waffensysteme der Bundeswehr; Gerhard Hubatschek Bodemann; Mikrowellenmagazin, Vol.11, No.2, 1985, (Hrsg); Report Verlag, Frankfurt a/M, 1999, S.154-157. S.135-147. 6. Fit für die Zukunft - Die Rüstungsplanungen für die 14. Accuracy considerations for reliable position fixing - Flugabwehrraketenverbände der Luftwaffe; Heinz Wohak - Direction Finding; Hans-Christoph Höring; DE, May 1985, Oberst i.G., Luftwaffe; SuT, 2/2000, S.93-99. S.173-181. 7. Flugkörper in der Bundeswehr; Wolf-Rüdiger Petereit, wt, 15. TELEGON 8 - Moderne Geräteentwicklung auf dem Gebiet II/2000, S.18-23. der Peiltechnik; Kurt Zehendner - AEG, Ulm; 8. Leserbrief - Lserforum; SuT, November 2001, S.66. Mikrowellenmagazin, Vol.11, No.3, 1985, S.248-253. 9. Die deutsche Luftverteidigung - Mit SAMOC und MEADS auf 16. New directions for the Army’s DF Receivers; E. Schmidt & C. neuen Wegen; Jürgen Pöpelmann; wt II/2004, S.64-69. Davis; DE, October 1985, S.103-107. 17. Low-profile antenna improves DF accuracy; John E. Hill - . PAVE PAWS WJ, San Josw, CA; Microwaves & RF, 25(1986)8, S.109-114. 1. Radar requirements on the upswing; MSN, March 1978, 18. Polarization errors in phase interferometry; Jösko Budin; S.33. Mikrowellenmagazin, Vol.13, No.5, 1987, S.474-478. 2. Solid State Transmit/Receive module for the PAVE PAWS 19. Über die Zusammenhänge zwischen Ortungsfehlern und Phased Array Radar; Donald J. Hoft - Raytheon, Wayland; Meßfehlern; Dr. Friedrich Jondral, AEG, Ulm; MJ, October 1978, S.33-35. Mikrowellenmagazin, Vol.13, No.6, 1987, S.673-677. 3. Raytheon Phased Array technology at work: A Radar that 20. Spinning DF Antenna systems in modern Electronic can spot targets as small as a basketball 1.200 miles away; Warfare; Mark D. Hanson - WJ; MSN&CT, September 1988, Anzeige von Raytheon in DE, November 1981, S.13. S.22-30. 4. Phasengesteuertes Radar; Eli Brookner; Beitrag in „Rüstung 21. Enhancing the accuracy of Direction-Finding EW systems; und Sicherheit”, Spektrum der Wissenschaft, Heidelberg, Chuck Davis - Varian; MSN&CT, September 1988, S.52-64. 1985, S.128-137. 22. Funkpeiltechnik; Rudolf Grabau & Klaus Pfaff; Franckh, 5. Raystheon upgrades Paws; Microwaves & RF, 27(1988)4, Stuttgart 1989. S.21. 23. Elevation-Caused Errors in Azimuth-only DF Systems; David Adamay; MSN, February 1989, S.48-50.

24. Rate the merits od pseudo-doppler direction finding; Clark 6. Präzisionswaffen in der Luftwaffe; Obertsleutnant Karsten Oden - Frontier Engineering, Oklahoma, OK; Microwaves & Stoye - Jagdbombergeschwader 31; SuT, Juni 2002, S.59-63. RF, 28(1989)3, S.79-82. 7. Gelenkte Waffen; Christian Hauser; FLIEGERREVUE, 7/2002, 25. DF system intercepts 25 to 1000 MHz - Product of Maxim S.23-27. Technologies, Santa Clara, CA; Microwaves & RF, 8. Navy joins JSOW exodus; Robert Wall; AW&ST, June 17, 30(1991)3, S.166. 2002, S.32. 26. Optimal Programm passively finds radar threats; Raymond 9. Precision strike experience whets global appetites; Steven H. Burros; Microwaves & RF, 31(1992)9, S.87-90. J. Zaloga - Teal Group; AW&ST Aerospace Source Book, 27. Funkortungs- und Funknavigationsanlagen; Werner January 13, 2003, S.167-169. Mansfeld; Hüthig, Heidelberg 1994. 10. Unpowered precision-guided weapons; AW&ST Aerospace 28. VHF-UHF-Peler DDF 190 - Digitales Peilen von 20 bis 3000 Source Book, January 13, 2003, S.188-190. Mhz nach ITU-Richtlinien, Neues von R&S (1996) Nr. 152, 11. Satellitengelenkte Waffen; Michael Puttre; Spektrum der S.30-32. Wissenschaft, April 2003, S.66-72. 29. Compact DF antenna delivers high AoA accuracy; Paul M. 12. Hard, smart and accurate; David C Isby; AFN, July 2003, Eyring - Senior Engineer, AIL Systems, Deer Park, NY; S.28-32. Microwaves & RF, 36(1997)6, S.61-68. 13. Per Laser punktgenau ins Ziel; Patrick Hoeveler; FLUG 30. A sampling of Direction Finding Systems; Don Herskovitz - REVUE, September 2005, S.42-43. Technology Survey; JED, August 1998, S.53-61. 31. Precision location and identification: A revolution in threat . Phasendetektor warning and situational awareness; Lt Col Jon Wilson, 1. Designing with Phase Detectors; Don Neuf & Phil Piro - RHG USAF; JED, November1999, S.43-48. Electronics Laboratory; MSN&CT, September 1987, S.76-82. 32. Digitaler Peiler DDF 190 jetzt von 0,5 MHz bis 3000 Mhz. 2. Technische Unterlage der US-Firma Mini-Circuits, Brooklyn, Neues von R&S (2000) Nr. 166, S.16-17. NY, USA: 29 most frequently asked questions about phase 33. A sampling of Direction Finding Systems - Technology detectors, C46 REV F. Survey; Don Herskovitz; JED, August 2000, S.57-65. 34. EW101 A First Course in Electronic Warfare; David Adamy; . Phase-Locked Oscillators Artech House, Inc., Norwood, 2001. 1. Firmenunterlage von „RFD, Inc.”, Tampa, Florida, USA. 35. Digital Peiler R&S DDF 195 - Neuer Digitaler Peiler für 0,5 MHz ... 3000 MHz; Neues von R&S, 2002/2, Nr. 174, S.47- . Phasengesteuerte Gruppenantennen 49. 1. Electronically-scanned phased array augments EW power 36. Review of Emitter-Location approaches; EW101; Dave management; O.B. Mitchell - Emerson Electric; EW, Adamy; JED, August 2002, S.58-59. May/June 1975, S.24-29. 37. Emitter-Location: Reporting Location accuracy; EW101; 2. Phased Array Antenna fundamentals; Robert Kyle - E- Dave Adamy; JED, September 2002, S.62-63. Systems, Sunnyvale, CA; ME/C, Vol.4, No.3. March 1978, 38. Review of Emitter-LocationTechniques; EW101; Dave S.26-28,54. Adamy; JED, October 2002, S.60-61. 3. MBA vs. Phased Array: What’s Best for Satellite 39. Distace-Measuring and Inteferometric Techniques; EW101; Application? Leon J. Ricardi; MSN, May 1978, S.32-37. Dave Adamy; JED, November 2002, S.62-63. 4. Designing a broadband Phased Array Antenna suitable for 40. Precision Emitter-Location Techniques; EW101; Dave use in ECM Systems; Lars Josefsson - LM Ericsson; DE, Adamy; JED, December 2002, S.66-67. February 1980, S.85-88. 41. Sichere Peilung von Schiffen in Küstennähe - Digitaler Peiler 5. Optimize phased-array T/R performance; T.L. Martinec; R&S DDF 100; Ulrich Unselt; Neues von R&S, Heft Microwaves & RF, 24(1985)3, S.95-97. 182(2004/II), S.54-55. 6. Phased arrays loom as intelligent antennas; Allan C. Schell - Rome Air Development Center, Bedford, MA; Microwaves . Permittivität & RF, 26(1987)7, S.65. 1. Microwaves measure complex permittivity; M. Martinelli, 7. Fiber Optics for Microwave/Millimeter-Wave Phased P.A. Rolla & E. Tombari - Pisa Uni, Pisa, Iltaly; Microwaves & Arrays; J.J. Pan - E-Tek Dynamics; MSN, July 1989, S.48-54. RF, 25(1986)3, S.147-152. 8. Phased Array Antennas - EW101 Tutorial; Dave Adamy; JED, 2. Permittivity of Fiber-Polymer composites: A study to December 1997, S.60-61. determine the effects of the environment; Rick L. Moore, et al. - Georgia Institute of Technology; MJ, Feb. 1991, S.67- . Phasenrauschen, Phase Noise 82. 1. Phase Noise Characterization of Microwave Oscillators; Hewlett-Packard, Product Note 11729B-1, March 1984. . PGB, PGM, PGW 2. Phase-noise analysis, Part 1: Evaluate the impact of phase 1. Smart weapons changing tactical warfare; Robert Carroll; noise on receiver performance; Mohamed K. Nezami - DE, June 1981, S.37-43. Florida Atlantic University; Microwaves & RF, 37(1998)5, 2. Smart Munitions - Are they affordable? Tony Corrado - S.165-172. Aerojet Electro Systems; MSN&CT, December 1988, S.32- 3. Phase-noise analysis, Part 2; Evaluate the impact of phase 36. noise on receiver performance; Mohamed K. Nezami - 3. Directed Energy; Fred Levien; JED, November 2000, S.43- Florida Atlantic University, FL; Microwaves & RF, 37(1998)6, 48. S.101-108. 4. Unpowered precision-guided weapons; AW&ST Aerospace 4. Phasenrauschen - Harmonische und subharmonische Sourcw Book, January 14, 2002, S.196-197. Schwingungen bei Oszillatoren; Mikrowellenzeitung, 5. Lasing the Israeli way; AFM, February 2002, S.40.

Ausgabe 2002, S.16-17 - Publikation der Parzich GmbH, 4. Simplifying thr specs of PIN-diode switches; S.J. Algeri & Puergen. G.R. Hicks - WJ, Palo Alro, CA; Microwaves & RF, 25(1986)7, 5. „Blue Phase” - Festfrequenzquellen und Synthesizer bieten S.83-91. geringes Phasenrauschen; Mikrowellenzeitung, Ausgabe 5. PIN-Diode switching used at Microwave Frequencies; New 2002, S.18-19 - Publikation der Parzich GmbH, Puergen. England Microwave Corp.; MSN&CT, November 1986, 6. Theory and practical considerations for measuring phase S.107-109. noise better than -165 dBc/Hz: Part I; Pankaj Goyal - 6. A review of Solid-State Radar receiver protection devices; National Semiconductor; Microwave Journal, October Neil Roberts - EEV Inc. Lincoln; MJ, Feb. 1991, S.121-125. 2004, S.62-76. 7. Theory and practical considerations for measuring phase . Pitot noise better than -165 dBc/Hz: Part II; Pankaj Goyal - 1. Flugtechnik, Band 5; Jürgen Mies; Motorbuch Verlag, National Semiconductor; Microwave Journal, November Stuttgart, 1999. 2004, S.70-93. . Plasma . Phasenschieber 1. Plasmatechnik; Dr. Thomas Kretschmer; SuT, 2/1999, S.88. 1. Technology advances design of Microwave diode Phase Shifters; H. Endler - Systron Donner; MSDH, 4th Ed., July . PLL, Phase-Locked Loop 1986, Vol. 16, No.7, S.321-325. 1. Fast-switching synthesizers track agile signals; W.C. Beam & 2. Phase shifters and delay lines fine-tune systems; Jack P.J. Rezin - Watkins-Johnson, Gaithersburg, MD; Browne - Executive Editor; Microwaves & RF, 28(1989)6, Microwaves & RF, 30(1991)8, S.152-157. S.131-140. 2. DDS/PLL methods craft low-noise synthesizers - Product of 3. High-Power switchable Ferrites meet EW needs; Henry Communication Techniques, Whippany, NJ; Jack Browne - Stewart - Gamma Microwave; MSN, October 1989, S.38-46. Chief Editor; Microwaves & RF, 30(1991)10, S.133-138.

. Phasenumtastung - Phase Shifting . POI, Probability of Intercept 1. Taschenbuch der Hochfrequenztechnik; Meinke - 1. Statistical Analysis yields probability of timely intercept; Gundlach; Springer-Verlag, Berlin, 1992, §2.4, S.O19. Arthur G. Self - MEL, Ontario, Canada; Microwaves & RF, 2. Mikrowellen in der Anwendung; Erich Pehl; Hüthig, 28(1989)9, S.93-100. Heidelberg, 1993, §1.5, S.13. . Polarisation . Phönix, AIM-54 1. Watkins-Johnson, San Jose: Polarization Considerations in 1. Improved Phönix Missile joins Fleet; James B. Schultz; DE, Selecting Surveillance Antennas; John Hill; JED, August April 1985, S.115-119. 1982. 2. AIM-54 Phönix; IECH 2001, S.230. 2. Electronic Intelligence, The Analysis of Radar Signals, Chapter 4, Polarization; Richard G. Wiley - Syracuse . Photodetektor, -diode, -effekt, und -zele Researce; Artech House, Boston London. 1. Elektronik - Grundlagen der Elektronik und der 3. Polarimetry augments microwave system measurement elektronischen Schaltungstechnik; Herbert Frisch; Lexika- ability; David L. Hawthorne - WJ, San Jose, CA; Microwaves Verlag Grafenau und VDI-Verlag, Düsseldorf, 1975. & RF, 26(1987)9, S.162-170. 2. Enzyklopädie Naturwissenschaft und Technik; Band 4, P- 4. Polarization errors in phase interferometry; Jösko Budin; Sto; Verlag Moderne Industrie, Landsberg a. Lech, 1981. Mikrowellenmagazin, Vol.13, No.5, 1987, S.474-478. 3. Physik; Gerthsen, Kneser, Vogel; Springer-Verlag, Berlin 5. Polarization Measurement: Part 1; D. L. Hawthorne; WJ Heidelberg New York, 1982. Tech-notes, Vol.14, No. 6, Nov./Dec. 1987. 4. Brockhaus Naturwissenschaft und Technik, Band 4, Ni-Sn, 6. Polarization Measurement: Part 2; D. L. Hawthorne; WJ F.A. Brockhaus Mannheim, 1989. Tech-notes, Vol.15, No.1, Nov./Dec. 1988.

. PIMAWS . Polarisationsagilität 1. Passive optronische Flugkörper-Warnsensoren; Bernd 1. Advanced Intrapulse Polarization Agile Radar Nears Uwira - BGT, Überlingen; wt I/2004, S.116-117. Deployment; R. Efurd, M. Cohen, E. Sjoberg; MSN, February 1984, S.67-76. . PIN-Dioden, PIN-Schalter 2. Intrapulse Polarization Agile Radar Evolves Into Working 1. Unleash the potential of the new PIN diodes; Robert J. system; M.N. Cohen, E.E. Martin, E.S. Sjoberg; MSN, Preston, et al. - SDI Inc., North Billerica, MA; Microwaves & September 1984, S.96A-96L. RF, 24(1985)13, S.87-91. 2. Predict intercept points in PIN-diode switches , Part 1; . Polyphem => Trifom Gerald Hiller - M/A-COM Semiconductor Products & Prof. Robert Caverly - Southeastern Masschusetts University, . Präzisionsanflugradar Burlington, MA; Microwaves & RF, 24(1985)13, S.103-108. 1. Scanning-Pencil-Beam technique provides accurate 3-D 3. Predict PIN-diode switch distortion, Part 2; Gerald Hiller - Radar coverage; R. E. Johnson (ITT Gilfillan); MSN&CT, M/A-COM Semiconductor Products & Prof. Robert Caverly - August 1985, S.80A-80K. Southeastern Masschusetts University, Burlington, MA; Microwaves & RF, 25(1986)1, S.111-116. . Predator => RQ-1 Predator

. PRF => Radar

1. Understanding the Pulse Repetition Intervall - Part 1; Joel . PtSi, Platinsilizid Schindall & M.J. Caraballo - WJ, San Jose, CA; Microwaves & 1. Nachsichttechnik - Infrarot-Sensorik; Arnulf Wallrabe; RF, 22(1983)9, S.84-91. Vieweg, Braunschweig/Wiesbaden, August 2001. 2. A Pulse Intervall processor to fill intelligence missions - Part 2; Joel Schindall & M.J. Caraballo - WJ, San Jose, CA; . Puls-Doppler-Radar => Radar Microwaves & RF, 22(1983)10, S.115-119. 1. Radar characteristics, Part 6 - EW101 Tutorial; CW and 3. Handbuch Radar und Radarsignalverarbeitung; Albrecht Pulse-Doppler Radars; Dave Adamy; JED, October 2000, Ludloff; Vieweg, 1993, S.2-28. S.66-67. 2. Generic doppler processor speeds Radar analysis; H.F. . Primärradar => Radar Engler, Jr., P.D. West, M.D. Austin & T.R. Gardos - Georgia Institute of Technology, Georgia Tech Research Institute, . Programmiersprachen Atlanta, GA; Microwaves & RF, 30(1991)3, S.874-93. 1. Programmiersprachen; Frank Pfeil; SuT, Januar 2002, S.29. . Puls-Kompression => Radar . PSK 1. Seven tips on specifying pulse-compression systems; 1. Digital Phase Modulation (PSK) and Wideband FM... Using Walter A. Crofut - Andersen Lab., Bloomfield; Microwaves, the 8660A/C Synthesized Signal Generator; Hewlett- 19(1980)4, S.66-68. Packard Co Application Note 164-4, August 1975. 2. Digital design improves radar pulse compression; 2. Understanding PSK demodulation techniques - Part 1; J. Tortolli/Baldanzi/Guidi/Atzeni - University of Florence, Mark Steber - WJ, Gaitherburg, MD; Microwaves & RF, Italy; Microwaves & RF, 36(1997)5, S.135-140. 23(1984)3, S.137-139, 142, 145. 3. Radar characteristics, Part 5 - EW101 Tutorial; Pulse 3. Understanding PSK demodulation techniques - Part 2; J. Compression; Dave Adamy; JED, September 2000, S.79-80. Mark Steber - WJ, Gaitherburg, MD; Microwaves & RF, 23(1984)4, S.113-118. . Pyrophoric 4. Optimize PSK systems through direct-sequence techniques; 1. New Tricks for Flares; John Knowles und Craig Lawrence; Tien Mahn Nguyen; Microwaves & RF, 24(1985)1, S.118, JED, October 2006, S.25-27. 120, 123, 126.

SCHRIFTTUM ZU AVIONIK, AEROSPACE UND WEHRTECHNIK ~ 1 ~

. QAM, QPSK 2. Produktinformation von MUNICOM, Grassau: Präzisions- 1. Check the performance of digital microwave radios; Russell Quarzoszillatoren von ERC. C. Pepe - Anritsu America, Oakland,NJ; Microwaves & RF, 3. Anzeige”Precision Crystal Oscillators, Series 8000” von ERC 24(1985)3, S.157-159. in Microwaves & RF, 26(1987)2, S.18. 2. Electronic Communication Systems; George Kennedy; 4. Fundamentals of Time and Frequency Standards; Hewlett- McGraw-Hill International Editions, New York, 1985. Packard Application Note 52-1, Rev. October 1974. 3. QPSK Modulators produce RF output to 270 degrees; Mini- 5. Crystal oscillators set frequency standards - Special Report; Circuit Product; MSN&CT, May 1988, S.174. Jack Browne - Senior Editor; Microwaves & RF, 26(1987)2, 4. QPSQ Modulators serve as building blocks for multi-octave S.117-128. Communications; Mini-Circuit Product; MSN, April 1989, 6. Crystal oscillator features fast warm-up - Produuct of S.57. Frequency and Time Systems, Beverly, MA; Steven M. Bass, 5. Fachbegriffe der Elektronik, Telekommunikation und et al.; Microwaves & RF, 26(1987)2, S.144; Computertechnik; Ulrich Freyer; Franzis Verlag, Poing, 7. Anzeige von Bliley Electric Company: Digitally compensated 2000. crystal oscillators; Microwaves & RF, 27(1988)5, S.79. 6. Mikrowellen in der Anwendung; Erich Pehl; Hüthig, 8. Understanding crystal oscillators; Pezo Crystals, Carlisle, Heidelberg, 1993. PA; Microwaves & RF, 36(1997)3, S.166. 9. Precision tuned crystal oscillators - Beilage von MTI Milliren . Quarzoszillatoren, Crystal Oscillators Technologies, 02985K, Http://www.mti-milliren.com , in 1. Fundamentals of Quarz Oscillators; Hewlett-Packard Co Microwaves & RF, 37(1998)5. Application Note 200-2.

. Radar, Radartechnik 13. Will Tactical Aircraft use Bistatic Radar? Daniel C. Lorti & 1. Über die Erfassungsreichweite von Radaranlagen; Max John J. Bowman; MSN, September1978, S. 49-54. Drachner; SuT, 5/1971, S.260-162. 14. Electronic Warfare Principles; Air Force Pamphlet, AFP 51- 2. AGARD-LS-59, Determination and Use of Radar Scattering 3; 1. September 1978. Characteristics; October 1973. 15. Pulse compression Radar drive developed - Review; EW/DE, 3. How to Speak Radar, Basic Fundamentals and Applications October 1978, S.29. of Radar; Arnold E. Acker; Varian Associates, January 1974. 16. EARS flight testing begins - Review; EW/DE, November 4. Electronically-scanned phased array augments EW power 1978, S.29-30. management; O.B. Mitchell - Emerson Electric; EW, 17. Gigabit Logic Force Will Systems Integration; MSN, June May/June 1975, S.24-29. 1979, S.21-26. 5. Radar retrofit: Increase receiver sensitivity cost effectvely; 18. Radar and Submarines in World War II; Edward L. Beach, Donald Neuf; MSN, April/May 1976, S.55-60. US Navy; DE, October 1979, S.48-56. 6. AGARD-CPP-197, New Devices, Techniques and Systems in 19. Jamming Frequency Agile Radars; Bengt Bergkvist - Philips Radar; June 1976. Elektronikindustrier AB; DE, January 1980, S.75-83. 7. Radar ‘77: If You’re not Phased by Arrays, how about Multi- 20. Radar marches on - Review; Robert T. Hill; MSN, April 1980, Radar or Bistatic Systems? Frank J. Moncrief; MSN, October S.13-17. 1977, S.19-31. 21. Simulator Calibrates Radar Noise Analyzers (Radar Testing); 8. Small Aircraft Radar copes with offshore clutter; Eckhard F. Richard S. Napier; MSN, July 1980, S.63-73. Natter, et al.; MSN, October 1977, S.51-56. 22. Realistic range estimation at sea; William R. Bigas; DE, July 9. Solid State mm-Wave Pulse-Compression Radar Sensor; J.B. 1980, S.69-75. Winderman & G.N. Hulderman - General Dynamics; MJ, 23. Tactical bistatic Radar demonstrated; Robret Blumgold; DE, November 1977, S.45-50 December 1980, S.78-82. 10. Predicting Target-Caused errors in Radar measurements; 24. Naval Radars Incorporate Phased Arrays; F. Martello & S. Dean D. Howard; EW/DE, February 1978, S.88-95. Protto; MSN, January 1981, S.109-116. 11. Radar RF losses, a method for measuring; G.W. Randig - 25. FM Doppler Radar Simulatior Eliminates Test Clutter MITRE; Mj, May 1978, S.73-75. Problems; Dieter R. Lohrmann - Harry Diamond 12. Soviets push Radar deployment; EW/DE, July 1978, S.49-51. Laboratories; MSN, March 1982, S.86-92.

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26. Exacting military demands drive a vast Radar market; Barry 52. Fiber Optics and Opto-Electronics for Radar and Electronic - Manz - Associate Editor/News; Microwaves, 21(1982)4, Warfare applications; J.J. Pan - E-Tek Dynamics; MSN&CT, S.15,17-19. October 1987, S.30-43. 27. Matched filters up power, reduce noise in Radar; Fulvio 53. Radars, Countermeasures and Missile Electronics; Ananasso - Telespazio, Rome, Italy; Microwaves, 21(1982)4, Mikrowellenmagazin, Vol.13, No.5, 1987, S.511-513. S.61-67. 54. Interaction between component and system design 28. Array Radars solve Communication jams; H.D. Lewis - RCA, examined for Radar developmend; M.S. Peters - Plessey Moorestown, NJ; Microwaves, 21(1982)4, S.73-78. Microwave; MSN&CT, April 1988, S.28-34. 29. Cw Radars find new uses in the ‘80s; Andrzej B. Przedpelski; 55. Multiband design boosts resolution of imaging radar; Microwaves, 21(1982)4, S.89-94. William C. Parnell - Radar Systems Engineer, Eglin Air Force 30. Amp brings Solid-State S-Band Radar closer to reality; Base, FL; Microwaves & RF, 27(1988)9, S.85-94. Walter Poole, et al. - Microwave Semiconductor; MSN, July 56. Radartechnik; Jürgen Detlefsen; Springer-Verlag, Berlin, 1982, S.81-86. 1989. 31. The deadly game: Search Radar versus Aircraft; Edwin M. 57. Component advances open new doors for Radar designers; Drogin - Eaton/AIL; DE, August 1982, S.56-70. Robert J. Sanders - ITT Gilfilan; MSN, March 1989, S.15-21. 32. Is VHSIC a panacea? Or, facing the von Neumann 58. Vector arbitrary Waveform Synthesis simplifies Chirp Radar bottleneck; DE, August 1982, S.72-73. Testing; Eric Murno & Chris Pedersen - Hewlett-Packard; 33. Compact Ranges Provide Accurate Measurement of Radar MSN, March 1989, S.22-25. Cross-Section; Doren W. Hess (Scientific-atlanta) & Richard 59. Auxiliary Microstrip Antenna reduces Side-Lobe Jamming; C. Johnson- Georgia Institute of Technology; MSN, Klaus Solbach - AEG; MSN, March 1989, S.26-29. 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Lincoln; MJ, Feb. 1991, S.121-125. 38. Digital beamforming: New technology for tomorrow’s 64. Defense Electronics Airborne Radar directory; DE, May Radars; Pat A. Valentino - Sperry; DE, October 1984, S.102- 1991, S.41-47. 107. 65. Radar simulation software employs component data; 39. Air Force, Navy narrow requirements for space-based Robert J. Hancock - CAE Soft; Rockwall, TX; Microwaves & Radar; James B. Schultz; DE, October 1984, S.127-132. RF, 30(1991)9, S.67-73. 40. Pulse-Compression Radar: ECM and ECCM; Leroy B. Van 66. Bistatic system passively tracks radar targets; A. Munich & Brunt; DE, October 1984, S.170-185. E. Schecker - AIL Systems, Deer Park, NY; Microwaves & RF, 41. Radar in transition; David K. Barton; MJ, Dec. 1984, S.24-31. 30(1991)9, S.78-83. 42. Radar Frequency management and the new mm-Wave 67. Gauge modulation-induced sidebands in chirped signals; Radar operating Frequencies; MJ, Dec. 1984, S.36-44. Raymond Moskaluk - Hewlett-Packard, Santa Clara, CA; 43. Target identification by means of Radar; E.D. Mese, eta.; Microwaves & RF, 30(1991)9, S.85-90. MJ, Dec. 1984, S.85-103. 68. Handbuch Radar und Radarsignalverarbeitung; Albrecht 44. Instrumentation Radars fulfill role in RCS measurement; J. Ludloff; Vieweg, Braunschweig, 1993. Tavormina (Scientific-Atlanta); MSN&CT, February 1985, 69. Mikrowellenanwendungen; Erich Pehl; Hüthig Heidelberg, S.75-96. 1993. 45. The interceptor radar evolves as a sensor; P.W. Spooner - 70. A sampling of Airborne Radar Systems; Don Herskovitz; GEC Avionics; Microwaves & RF, 24(1985)3, S.127-135. JED, January 1998, Supplement, S.24-29. 46. Phasengesteuertes Radar; Eli Brookner; Beitrag in „Rüstung 71. AT3 Programm to speed Radar geo-locations; Philip J. Klass; und Sicherheit”, Spektrum der Wissenschaft, Heidelberg, AW&ST, October 26, 1998, S.45-46. 1985, S.128-137. 72. Introduction to Airborne Radar; George W. Stimson; 47. 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Range vs. Detectability Range; Dave Adamy; JED, July 2000, 51. Ka-Band Radar - Which Tube to choose? Brian Moen, et al. - S.66-67. Varian Associates; MSN&CT, July 1987, S.90-96. 78. Radar characteristics, Part 4 - EW101 Tutorial; Radar Modulation; Dave Adamy; JED, August 2000, S.66-67.

79. Radar characteristics, Part 5 - EW101 Tutorial; Pulse 3. Klassifikation von Mikrowellenradiometriedaten, Teil I; Compression; Dave Adamy; JED, September 2000, S.79-80. Rudolf H. Dittel - DFVLR Oberpfaffenhofen; 80. Radar characteristics, Part 6 - EW101 Tutorial; CW and Mikrowellenmagazin, Vol.9, No.1, 1983, S.46-51. Pulse-Doppler Radars; Dave Adamy; JED, October 2000, 4. Klassifikation von Mikrowellenradiometriedaten, Teil II; S.66-67. Rudolf H. Dittel - DFVLR Oberpfaffenhofen; 81. Radar characteristics, Part 7 - EW101 Tutorial; Moving- Mikrowellenmagazin, Vol.9, No.2, 1983, S.197-206. Target-Indicator Radars; Dave Adamy; JED, November 5. Klassifikation von Mikrowellenradiometriedaten, Teil III; 2000, S.62-63. Rudolf H. Dittel - DFVLR Oberpfaffenhofen; 82. Radar characteristics, Part 8 - EW101 Tutorial; Synthetic- Mikrowellenmagazin, Vol.9, No.4, 1983, S.430-437. Aperture Radars; Dave Adamy; JED, December 2000, S.66- 6. Millimeterwellen-Radiometer mit supraleitenden 67. Empfangsmischer; W. Hilberath & B. Vowinkel - Uni Köln; 83. Radar - LPI Radars (Part 9); Dave Adamy - EW 101 Tutorial; Mikrowellenmagazin, Vol.12, No.4, 1986, S.332-336. JED, January 2001, S.66-67. 7. Radiometers detect hidden objects using millimeter waves; 84. A sampling of Military Radar Systems; Don Herskovitz - Ted Barber - US Army, White Sands Missile Range, NM; Technology; JED, February 2001, S.61-64. Microwaves & R, 28(1989)10, S.79-86. 85. Radar - LPI Radars (Part 10, Cont.); Dave Adamy - EW 101 8. MM waves aid commercial applications - Product of Tutorial; JED, February 2001, S.66-67. Millitech, South Deerfield, MA; Jack Browne - Associate 86. Radartechnik, Grundlagen und Anwendungen; Jürgen Publisher/Editor; Microwaves & RF, 31(1992)7, S.113-116. Göbel; VDE Verlag, Berlin-Offenbach, 2001. 87. Principles of Radar and Sonar Signalprocessing; Francois Le . Radom Chevalier; Artech House, Inc., Norwood, 2002. 1. Radomes Provides Stable Environments for Antenna 88. Radars & Sensors; AW&ST Aerospace Source Book, January Subsystems; R. L. Moynihan & R. R. Strickland (Electronic 14, 2002, S.233-237. Space Systems Corp.); MSN, September 1983, S.122-126. 89. EW Threats, Part 4 - Modulation characteristics of threat 2. EW radomes present rigorous challenges; G.S. Mani - Radars; EW101 - Dave Adamy; JED, January 2002, S.54-55. Ministry of Defense, India; Microwaves & RF, 23(1984)13 90. Got you covered; M. Fiszer & J. Gruszynski; JED, August (December), S.102, 107-110. 2002, S.52-56. 3. ECM Radome design for the airborne environment; R. O. 91. Radars & Sensors; AW&ST Aerospace Source Book, January Magatagan, et al.; DE, September 1986, S.143-160. 13, 2003, S.223-227. 92. Backboards of the fleet: Shipboard Phased-Array Radars; . Rafale, Dassault Rafale Dimitris V. Dranidis;JED, May 2003, S.55-62. 1. France going solo with Rafale; Kenneth R. Timmerman; DE, 93. Radar Today; David K. Barton; MJ, January 2005, S.24-36. June 1987, S.187-192. 94. Die unsichtbare Hilfe - RADAR, Radargeräte in der 2. Europe’s new Fighters; Kenneth R. Timmerman; DE, May Bundeswehr; Jürgen Pöppelmann; WT II/2005, S.98-103. 1989, S.61-65. 95. Durchblick und Weitblick; Martin Billeisen; Planet 3. The Electronics of Europe's new Fighters; Don Parry; DE, aerospace, 4/2005, Okt./Nov./Dez., S.74-77. Vol.22, No.5, May 1990, S.51-54 . 4. International Report: Rafale Radar begins Flight Trials; . Radarhöhenmesser - Radar Altimeter Martin Streetly; MJ, September 1992, S.49. 1. A new approach to lightweight Radar Altimeters; Nadav 5. Dassault Rafale; Rafale Supplement; Air International, May Levanon, et al.; Proceedings of the IEEE, Vol.62, No.6, June 1997, S.I-XVI. 1974, S.784-792. 6. Rafale, Ready to to go! Krieg der Sterne auf Französisch; E. 2. New Altimeters provide next-generation and retrofit Desplaces & P. Roman; Airforce Special, Militärluftfahrt capabilities; David Bennett; ME/C, Vol.8, No.7, July 1982, heute, No.1, 2000-01, S.68-76; GeraNova Verlag, München. S.51-5. 7. Resourceful Rafale; Jan Parker; Avionics Magazine - 3. Integration produces small Ku-Band altimeter; L.D. Clough, Aviation Today, September 2000. et al. -Ministry of Defence, UK; Microwaves & RF, 8. Flugzeug-Katalog 2000, Militärflugzeuge; Dassault Rafale; 22(19983)7, S.79-80. GeraNova Verlag, München. 4. An aircraft single-antenna FM radio altimeter; Leo G. 9. Moderne Kampfflugzeuge; Thomas Bättig; Mittler, Maloratsky - Rockwell Collins, Melbourne, FL; MJ, May Hamburg, 2000. 2003, S.196-210. 10. Fighter EW: The next generation; Bill Sweetman; JED, July 2000, S.41-47. . Radarsignalgenerator => EloKa-Missions-Simulator 11. Laser Rangefinder selected for Rafale - European Report; Brendan P. Rivers; JED, August 2001, S.22. . Radarzsenariogenerator => EloKa-Missions- 12. Flugzeuge der Welt, 2001; Claudio Müller; Motorbuch Simulator Verlag, Stuttgart, 2001. 13. Dienstantritt, Rafale-Staffel der Aeronavale aufgestellt; Karl . Radarwarnempfänger => Empfänger Schwarz; FLUG REVUE, Juli 2001, S.86-91. 14. Electronic Warfare goes stealthy; Alan Dawes; Air

International, February 2002, S.106-110. . Radiometer, Radiometrie 15. Killer angels, France’s Rafale has fire, but will glory remain a 1. Millimeter Wave Radiometry developments; Dr. J.E. Adair - mirage? Bill Sweetman; JED, November 2002, S.44-48. AFB; MJ, Nov. 1977, S.32-34. 16. Formidable Fighters into service; AFM; June 2003, S.37-48. 2. Cruise Missiles can be detected with contrast Radiometry; 17. Dassault Rafale - The Gallic wonder; Henri-Pierre Grolleau; Ph.D. M. Sharon & Ph.D. Richard D. Brewer; ME/C, Vol.8, Air International, June 2003, S.35-46. No.7, July 1982, S.20-25.

18. Leistungsstark in allen Rollen; Henri-Pierre Grolleau/KS; 4. Convert specifications between competing noise sources; FLUG REVUE (Extra), Paris Airshow 2003, Juli 2003, S.6-10. Seymour Schneider - Micronetics, Norwood, NJ; 19. Dassault Rafale, Special Supplement, AI, June 2005. Microwaves & RF, 26(1987)5, S.229-241. 20. Storm Warning - The Dassault Rafale is poised to become 5. Broadband noise source components and instruments DC Europe’s premier fighter-bomber; Michael Fiszer; JED, June to 110 GHz; Beilage von Noise/Com, Paramus, New Jersey, 2005, S.40-51. in Microwaves & RF, 27(1988)6, S.167-190. 21. Evolving Fighter - Rafale nears operational status with 6. Digital generator makes programmable noise - Product of French air force; Robert Wall - Istres, Frankreich; AW&ST, Noise Com., Paramus, NJ; Jack Browne - Publisher/Editor; June 13, 2005, S.42-44. Microwaves & RF, 41(2002)1, S.96-98.

. Raketen-Abwehrsystem . Rauschstörverfahren 1. Raketen-Abwehrsystem für Europa? Dietrich Stockfisch, 1. Typical CW noise jamming system; ICH, 2nd Ed., 1976/77, Kommentar; SuT, 3/2000, S.129. S.432. 2. Mit ABM eine globale Allianz für eine begrenzte 2. Jammer serves Jeeps and Helicopters; EW/DE, Sept./Oct. Raketenabwehr; Martin Agüera; SuT, Januar 2002, S.7-8. 1977, S.85-86. 3. Raketenabwehr: Vision für den Frieden? (rj); SuT, Juni 3. Noise quality optimizes Jammer performance; F.M. Turner 2001, S.17. et al. - SRI International; EW/DE, Nov./Dec. 1977, S.117- 4. Nationale Raketenabwehr der USA - Einbindung des AEGIS- 122. Systems; Sidney E. Dean; MarineForum, September 2004, S-16-18. . Rauschzahl 1. Noise-Figure test setup provides high accuracy; Nick Kuhn - . RAM => Rolling Airframe Missile Hewlett-Packard; Microwaves, 18(1979)12 (November), S.73-76. . Range Gate Pull-Off, RGPO => Radar 2. A microprocessor mediates the noise-figure debate; Mik 1. Frequency Memory Loops; Richard N. DeGunther und Cuevas - Hewlett-Packard, Palo Alto, CA; Microwaves, Stephen P. MacCabe; WJ Tech-notes, Vol.10, No.2, 20(1981)13 (December), S.51-58,81. March/April 1983. 3. Evaluate noise figure and noise temperature; Nick Kuhn - 2. EW101 A First Course in Electronic Warfare; David Adamy; Hewlett-Packard, Palto Alto, CA; Microwaves & RF, Artech House, Inc., Norwood, 2001. 22(1983)12 (November), S.113-119.

. Rapier . Rauschzahlmesser 1. Rapier Laserfire - A new Low-Level Air Defence system; 1. Application and Operation of the 8970A Noise Figure Mikrowellenmagazin, Vol.9, No.5, 1983, S.535-536. Meter; Hewlett-Packard Product Note 8970A-1, October 2. Rapier getting Marconi radar; Michael Kachmar - Senior 1982. Editor; Microwaves & RF, 26(1987)2, S.31. 2. Fundamentals of RF and Microwave Noise Figure Measurements; Hewlett-Packard Application Note 57-1, . RaSigma July 1983. 1. Moderne Messanlage für Radarsignaturen eröffnet neue 3. System measures noise from 10 MHz to 18 GHz - Product of Dimensionen; Claas Belling; Mforum, Dezember 2005, S.04- Hewlett-Packard, Palo Alto, CA; Jack Browne - Senior 06. Editor; Microwaves & RF, 26(1987)4, S.181-183. 4. Analyzer adds speed and accuracy to NF testing; G. Thomas . Rasterabtastung => Raumabtastverfahren & E. Shepherd - Agilent Technologies, West Lothian, Scotland; Microwaves & RF, 39(2000)5, S.199-204. . Raumabtastverfahren, Raumabtastung, Scan 5. Using Noise for RF receiver built-in test applications; Patrick Robbins, Micronetics Inc. Hudson, NH; Microwave Journal, 1. Electronic Warfare Principles; Air Force Pamphlet, AFP 51- 47(2004)2, S.138-147. 3; 1. September 1978.

2. Modern EW simulation techniques; ICH, 4th Ed., 1978/79, S.390-402. . Raytheon 3. Fundamental parameters used in Radar Emitter Simulation; 1. Http://www.raytheon.com/ew Doug Lanterman; ICH, 8th Ed.,1982/83, S.306-312. 2. Widening the Aperture: EW’s top 25; Byron Callan; JED, 4. EW threats, Part 3 - Scan characteristics of threat Radars; May 1998, S.33-38. RW101, Dave Adamy; JED, December 2001, S.64-65. 3. AW&ST Aerospace Source Book, January 11, 1999. 4. Top 25 EW 2001; B. Callan & M. Lynch; JED, May 2001, . Raumwelle => Wellenausbreitung S.59-52.

. . Rauschen, Rauschleistung, Rauschquellen RBS 15 Mk 3 1. LFK-Systeme der Deutschen Marine; Gerhard Coors - 1. What’s all this noise in Satellite Communications Systems? Baudirektor, BEB; SuT, Mai 2002, S.62-65. Francis Edden; MSN, June/July 1976, S.43-48A. 2. Der Flugkörper RBS 15 Mk 3; Redaktion, SuT, November 2. Making Difficult Measurements of Noise Power Ratios on 2002, S.48-50. Transmitters (Measurements); Robert M. Easson; MSN, 3. BGT Bodenseewerk - Ein Unternehmen der Diehl VA February 1981, S.88-99. Systeme. BGT-Firmnebroschüre, Januar 2003. 3. Where lies the thermal noise floor? Terry Harper & John Grebenkemper; Microwaves & RF, 23(1984)7, S.115-117.

4. Die Lenkflugkörpersysteme der neuen Schiffsgenerationen 13. Radar targets reveal all to automated tester; Rick E. für die Deutsche Marine; Gerhard Coors - Bauoberrat, Hartman; Microwaves & RF, 24(1985)9, S.101-107. BWB; MarineForum, 7/8-2003, S.18-20. 14. Acetylene black rubber reduces target RCS; A. Kumar - Spar 5. Anzeige von *BGT und *SAAB in SuT, August 2003, S.47. Aerospace, Quebec, Canada; Microwaves & RF, 26(1987)3, 6. Ein leistungsstarker Flugkörper für die Korvette K 130; S.85-86. Dieter Stockfisch; SuT, Juli 2005, S.49. 15. Radar Cross-Section and Imaging Measurement Systems; William G. Swarner & Richard H. Bryan - Scientific-Atlanta; . RC-135 Rivet Joint MSN&CT, April 1988, S.8-16. 1. Pentagon oks restart to COMINT project; Robert Wall, 16. Unterstanding Radar Cross Section Measurements; Washington; AW&ST, September 30, 2002, S.32-33. Lawrence R. Burgess & Jack Berlekamp; MSN&CT, October 2. Storied Rivet Joint adds new missions; David A. Fulghum; 1988, S.54-67. AW&ST, November 25, 2002, S.54-55. 17. Software or Hardware gating - What’s best for RCS 3. Agile targets challenge Intel; David A. Fulghum; AW&ST, Measurements; Greg McCarter; MSN, November 1989, November 25, 2002, S.55-56. S.60-65. 4. Upgrated Rivet Joints prepared to deploy; David A. 18. Selecting Antennas for Terrestrial Microwave Systems - Fulghum; AW&ST, November 25, 2002, S.56-58. Tutorial; Craig M. Skarpiak - Andrew; MSN, November 5. Information operations become an 8th AF combat mission; 1989, S.66-70. David A. Fulghum; AW&ST, November 25, 2002, S.58. 19. Super-resolution signal processing aids RCS testing; B.W. 6. Crew positions reconfigured for long, complex Flights; Deats, D.J. Farina & J.F. Bull - Flam & Russell, Horsham, PA; David A. Fulghum; AW&ST, November 25, 2002, S.59-61. Microwaves & RF, 30(1991)3, S.74-82. 7. AWACS, Rivet Joint and Joint STARS; David C Isby; AFM, 20. Signaturvermessungsanlage in Betrieb genommen (eb); March 2003, S.20-24. EADS-Magazin: Mforum, Mai 2001, S.20. 8. Intelligence air war; David C Isby; AFM, June 2003, S.30-35. 21. RCS measurements detect power lines; A. Kumar - President, AK Electromagnetique, Quebec, Canada; . RCS, Radar Cross Section Microwaves & RF, 43(2004)3, S.82-90. 1. Introductory lecture target scattering characteristics of importance to Radar; L.A. Cram - EMI Electronics; AGARD- . RDY LS-59, Determination and use of Radar scattering 1. RDY - A new Radar for combat aircraft; characteristics, October 1973, S.1(a)-1 bis 4. Mikrowellenmagazin, Vol.13, No.6, 1987, S.623-624. 2. Static full scale measurement of RCS; Carroll R. Criffin, Jr. - 2. Flugzeuge der Welt 1999, heute-morgen; Claudio Müller; Lt Col. USAF; AGARD-LS-59, Determination and use of Motorbuch Verlag, Stuttgart, 1999, S.140. Radar scattering characteristics, October 1973, S.1(c)-1 bis 11. . Rechner, Computer 3. Dynamic full scale measurement of RCS; William F. Bahret - 1. Tactical Computers: Technolgy insertion; Don J. Lemke - USAF Avionics Lab; AGARD-LS-59, Determination and use of Control Data, Minneapolis, Minnesota; ME/C, Vol.4, No.7, Radar scattering characteristics, October 1973, S.1(d)-1 bis June 1978, S.34-37. 16. 2. Computer use in Electronic Warfare - Example: The Navy’s 4. Target characteristics; S.C. Woolcock - EMI Electronics; SLQ-32 EW System; Bill Hatch, Raytheon, Goleta; MJ, AGARD-LS-59, Determination and use of Radar scattering September 1978, S.53-60. characteristics, October 1973, S. 2(a)-1 bis 18. 3. The military Computer family today; Dr. E. Lieblein & Dr. 5. Presentation and storage of Radar Cross-Section Data; C. R. E.W. Martin; ME/C, Vol.7, No.10, October 1981, Criffin, Jr. - Lt Colonel, USAF; AGARD-LS-59, Determination S.40,44,46,48,52,53. and use of Radar scattering characteristics, October 1973, 4. Military computers and computer peripherals directory; S.3(a)-1 bis 24. ME/C, Vol.7, No.12, December 1981, S.35- 52. 6. A new look at Radar Cross Section and Antenna pattern 5. Protecting stored data remains a serious problem; Carl measurement in the 100 MHz to GHz region; L.R. Hughes; Landwehr, Ph.D.; ME/C, Vol.9, No.4, April 1983, S.26-36. ME/C, Vol.7, No.5, May 1981, S.50-53. 6. Super Computers; Edwin Drogin - Eaton/AIL; DE, November 7. Compact Ranges Provide Accurate Measurement of Radar 1984, S.31. Cross-Section; Doren W. Hess (Scientific-atlanta) & Richard 7. Flexible Computer design accommodates growth; Industry C. Johnson (Georgia Institute of Technology); MSN, News; DE, November 1984, S.33-34. September 1982, S.150-160. 8. Military Computer industry faces challenging future; DE, 8. Is this how your aircraft looks to enemy radar? Beilage von June 1985, S.88-92. Scientific-Atlanta in MSN, November 1983. 9. Computers in combat; Don Dugdale; DE, June 1986, S.99- 9. RCS tests utilize ground-plane effects; Eugene F. Knott - 105. georgia Institute of Technology, Atlanta, GA; Microwaves & 10. Military computing in Europe - Inerview with the chairman; RF, 23(1984)3, S.79-84. DE, July 1986, S.145-156. 10. Seeing double improve indoor range; V. J. Vokurka - 11. The Scandinavian connection - Milcomp ‘86; DE, July 1986, Eidhoven Uni, The Netherlands; Microwaves & RF, S.169-174. 24(1985)2, S.71-76,94. 12. The future of computers and software; Steve Wallach; DE, 11. Instrumentation Radars fulfill role in RCS measurement; J. December 1986, S.72-75. Tavormina - Scientific-Atlanta; MSN&CT, February 1985, 13. Ruggedized Computers offer low-cost readiness; James B. S.75-96. Schultz - Enigma Communications; DE, January 1987, S.69- 12. Recruit an ANA for RCS tests; John Boyles - Hewlett- 79. Packard; Microwaves & RF, 24(1985)3, S.87-92.

14. How tough are ruggedized Computers? Bruce Gumble; The 2. Introduction to Couplers / Dividers; KDI Electronics/Alpha, future of Radar Warning Receivers; David L. Adamy; DE, Inc.; MSDH, 4th Ed., July 1986, Vol. 16, No.7, S.142-172. October 1988, S99-106. 3. New CAD approach to optimizing microstrip couplers; 15. Computer virus countermeasures - A new type of EW; Zelman M. Harbater - Haifa, Israel; Microwaves & RF, Myron L. Cramer & Stepphen R. Pratt; DE, October 1989, 26(1987)5, S.187-190. S.75-86. 16. Supercomputers/CAD advance aircraft design; Christine . Rillenhornantennen Castro; DE, February 1990, S.48-53. 1. Berechnung und Auslegung von 17. The viraltreat; James W. Rawles; DE, February 1990, S.62- Rechteckrillenhornstrahlern; Dr. -Ing. D. Fasold & Dipl.-Ing. 67. H. Pecher - MBB, München; Mikrowellenmagazin, Heft 18. Affordable Supercomputers; Todd Shumway; DE, February 1/81, S.39-52. 1990, S.68-75. 19. Airborne Computers take off; Jeffrey Rowe; DE, August . RMS 1990, S.31-39. 1. Emitter Location: Reporting Location Accuracy; Dave 20. Mil-Spec board design presents unique challenges - Part I; Adamy; JED, September 2002, S.62-63. David Schiff & Paul Wilson; DE, January 1991, S.51-55. 21. Military Computers and peripheral directory; DE, February . RNP, Required Navigation Performance 1991, S.61-75. 1. Cover Story: Horizon’s Push for RNP; Charlotte Adams; 22. Mil-Spec Computers demand rugged design - Part II; Art Avionics Magazine - Aviation Today, May 2002. Doehla & Micael L’Bassi; DE, February 1991, S.76-78. 2. Military/Civil interoperability extented scope for CNS/ATC; 23. Test strategies for ensuring NDI System quality - Part III; Charlotte Adams; Avionics Magazine - Aviation Today, Bruce de Graaf & D.P. Eldrige; DE, March 1991, S.71-77. February 2005. 24. Military Computers directory; DE, February 1992, S.42-60. 3. RNP goes public; David Hughes, Washington; AW&ST, 25. Military Computer peripherals directory; DE, March 1992, January 2, 2006, S.64-65. S.54-60. 26. Getting the most for your ruggedized computer dollar; Curt . Rohde & Schwarz Alway; DE, May 1996, S.6-7. 1. [email protected] 27. A sampling of Tactical Computers; Don Herskovitz; JED, 2. Rohde & Schwarz; Katalog 1999/2000 „Meßgeräte & June 1998, S.49-54. Meßsysteme”. 28. Attack! (Send): Computer overdependence in combat units; 3. Rohde & Schwarz; Catalog 1999/2000 „Antennas HF-VHF- LTC Steve Henderson - Operations; JED, January 2000, S.43- UHF-SHF”. 49. 4. Rohde & Schwarz; Katalog „EMV-Meßtechnik”. 29. Pass the Computer (and the Ammunition); Peter Costa; JED, 5. Rohde & Schwarz; „Funk unter Kontrolle”, Neues von R&S, December 2002, S.58-64. Special Issue.

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2. Durchbruch beim Export von RAM; Redaktion; SuT, . Resonatoren - Resonators 10/2000, S.680. 1. Hertz resonator explains modern oscillators; Max J. Lazarus 3. Die Lenkflugkörpersysteme der neuen Schiffsgenerationen et al.; Microwaves & RF, 24(1985)12 (November), S.103- für die Deutsche Marine; Gerhard Coors - Bauoberrat, 104. BWB; MarineForum, 7/8-2003, S.18-20. 2. Mikrowellentechnik - Kap. 1: Resonatoren; Werner 4. BGT Bodenseewerk - Ein Unternehmen der Diehl VA Bechtold; Vieweg, Braunschweig/Wiesbaden, 1999. Systeme. BGT-Firmnebroschüre, 2003. 5. Kampf gegen Raketen; Jürgen Pöppelmann; wt, I/2005, . Rheinmetall De Tec AG S.23-29. 1. Http://www.stn-atlas.de 2. [email protected] . Rollkarten 3. Rheinmetall De Tec AG; SuT, September 2001, S.32-34. 1. Moving Maps new connections; Matthew Matarozza;

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10. SAW Devices Meet High-Rel Systems Needs; Jeff Collins and 38. Understanding SAW Resonators; Robert J. Kansy - RF John Owens; MSN, October 1977, S.58-70. Monolithics, Dallas; Microwaves & RF, 22(1983)11 11. Modular SAW Filters Sort JTIDS/TIES Waveforms; Charles L. (November), S.99-106. Grasse; MSN, October 1977, S.73-80. 39. SAW device provides hyperbolic chirp; R.H. Johnson - 12. Chirp Transforms Open New Processing Possibilities; H. M. Motorola; Microwaves & RF, 22(1983)11 (November), Gerard und O. W. Otto; MSN, October 1977, S.85-92. S.108-110. 13. CCD/SAW Combination Improves Radar Design; M. A. Jack; 40. SAW filters improve channelized receivers; Earl McCune - MSN, October 1977, S.109-114. WJ, Palo Alto, CA; Microwaves & RF, 23(1984)1, S.103-110. 14. Surface Acoustic Wave Bandpass Filters; Anzeige von 41. Akustische Oberflächenwellen-Bauelemente; Dr. Helmut Andersen Laboratories, Inc.; Beilage bei MSN, October Stocker; Elektronik, Heft 18, 7.9.1984, S.87-93. 1977. 42. 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Estrick and G.W. Judd; MJ, July 1982, S.97-106. . Scalp EG, Storm Shadow 36. SAW prosperity depends on production readiness; Carl A. 1. Zielgenau auf 250 Kilometer; Stephane Ferrard; PLANET Erikson, Jr. - Andersen Lab.; Microwaves & RF, 22(1983)11 AEROSPACE, Nr.3, April-Juni 2001, S.46-51. (November), S.75-83. 2. Scalp; IECH 2001, S.255. 37. SAW Filter basics guide designer choices; G.A. Monetti & 3. Storm Shadow; IECH 2001, S.255. R.M. Hays, Jr. - Sawtek, Orlando, FL; Microwaves & RF, 22(1983)11 (November), S.86-96,106.

4. Storm Shadow - Launched in anger; AFM, May 2003, S.38- . Scout 39. 1. Die LCF-Fregatte der Königlich Niederländischen Marine; 5. Precise strikes; Steve Davies; AFM, May 2003, S.40-41. Leo M. Van Westerhoven & Gerard van Oosbree; SuT, 6. RAF Storm Shadow; Geoffrey Lee; AFM, August 2003, S.64- September 2002, S.22-26. 65. . SDH . Schall - Sound 1. Optical outlook is brightening; Microwaves & RF, 37(1998)6, S.52. . Schleppseil-Antennen - Trailled Antennas 2. Understanding SDH networks - Application Notes, Product 1. U-Boot-Funkverkehr mit ELF- ein neuer Anlauf der US Navy; of Wandel & Goltermann, Eningen; Microwaves & RF, Dan Boyle; IWR, 7/1978, S.1149-1151. 37(1998)9, S.131. 2. The Renaissance in Submarine Communications, Part III, The ELF Odyssey 1958-1979; Roland J. Starkey, Jr.; ME/C, . SDI Vol.7, No.1, January 1981, S. 26-39. 1. DoD sets sights on SDI complements; John Rhea - Freelance 3. Gefechtsführung im Nuklearkrieg; Beitrag von Ashton B. Writer; Microwaves & RF, 26(1987)6, S.44-49. Carter in „Rüstung und Sicherheit”; Spektrum der 2. SDI funds terahertz, „cheapsats” programms; John Rhea - Wissenschaft, Heidelberg, 1985, S.42-50. Freelance Writer; Microwaves & RF, 26(1987)9, S.47-49. 4. ELF lets Subs stay deep and out of sight; David A. Boutacoff; DE, January 1985, S. 95-98. . SDMA, Space Division Multiple Access 3 5. Upbeat outlook for C I; David A. Boutacoff; DE, February 1985, S. 47-56. . SDR, Software Defined Radios 6. Building an Electronic Navy; James B. Schultz; DE, March 1. Operational Requirements Document (ORD) for Joint 1985, S. 74-93. Tactical Radio (JTR), Department of Defense, 1997. 7. New Tacamo Aircraft being developed to support Trident 2. Funknetze für Einsatzsysteme der Zukunft; Raimund Missile Submarines; David A. Boutacoff; DE, March 1985, S. Richter; Wehrtechnischer Report 1/2004, Report Verlag; 108-111. Moderne Technologien für die Ausrüstung des Heeres, 8. Gefechtsführung im Nuklearkrieg; Beitrag von A.B. Carter, Februar 2004, S.30-32. in „Rüstung und Sicherheit”; Spektrum der Wissenschaft, 3. Software Radios für militärische Anwendungen; Dr. Boyd Heidelberg, 1985, S.42.50. Buchin & Dr. Rüdiger Leschhorn; Wehrtechnischer Report 9. Tacamo at Tinker: An Operational or Political Decision? 1/2004, Report Verlag; Moderne Technologien für die Floyd Painter; DE, April 1987, S.28. Ausrüstung des Heeres, Februar 2004, S.33-35. 10. Aircraft Upgrades: New Life for a Vintage Flet; Bruce 4. Thales Tallies; Michael A. Taverna, Farnborough; AW&ST, Gumble and Floyd Painter; DE, April 1987, S. 74-92. July 26, 2004, S.37. 11. Funkortung und Funknavigation; Erwin Lertes; Vieweg, 5. LM-Pressemitteilung vom 8. September 2004: Lockheed Braunschweig, 1995, S. 130. Martin Team selected for $51 Million Pre-System 12. A Sampling of EW Antennas; Don Herskovitz; JED, Development and Demonstration Phase of AMF JTRS December 1997, S. 53-57. Programm. 13. Antennas: Highly Visible and Hardly Visible; Don Herskovitz; 6. Softwaredefinierte Funkgeräte - Die Funkgerätefamilie R&S JED, May 1999, S. 63-68. M3xR von Rohde & Schwarz im Einsatz; Dr. Rüdiger Leschhorn - R&S; Strategie und Technik, August 2005, S.28- . Schleudersitz 29. 1. What a let down; Brian Walters; AIR International, Vol. 57, 7. Software Radio: The Bright Side; Don Moore; Avionics August 1999, S.78-83. Magazine - Aviation Today, January 2006.

. Schlitzantennen => Antennen . Sea Lynx 1. Build a circularly polarized waveguide slot antenna; M. 1. Sea Lynx Mk 88A; Dieter Stockfisch; SuT, Oktober 2001, Kisliuk, Associate Professor & A. Axelrod, Reserch Assistent, S.47-50. Tel-Aviv University, Israel; Microwaves & RF, 26(1987)6, S.139-146.. . SEAD, Suppression of Enemy Air Defense 1. The A to Z of lethal SEAD; Zachary Lum; JED, July 1998, . Schubumkehr S.35-44, 66. 1. Luftfahrzeugtechnik; Ernst Götsch; Motorbuch Verlag, 2. New Anti-Radar missile uses dual-mode seeker; Philip J. Stuttgart, 2000, S.175. Klass; AW&ST, October 26, 1998, S.60. 2. Schnelles Bremsen mit Schubumkehr - Vollgas zurück; P. 3. The game of SEAD; Zachary Lum; JED, May 1999, S.35-43. Hoeveler & M. Gründer; FLUG REVUE, März 2002, S.82-85. 4. Future SEAD: A USAF perspective; Lt. Col. Ken Spaar, USAF, Eglin AFB; JED, May 1999, S.44-25. . Schubvektorsteuerung 5. SEAD: Operation Allied Force and beyond; Capt David S. 1. Brockhaus - Naturwissenschaften und Technik; Bd. 4, NI- Levenson, USAF, et al.; JED, January 2000, S.51-56. SN; F.A. Brockhaus Mannheim, 1989, S.276. 6. New thinking in air defense networks puts SEAD in check; 2. Enzyklopädie Naturwissenschaft und Technik, Bd. 4, P-Sto; Michael Puttre; JED, May 2001, S.39-44. Verlag Moderne Industrie, München, 1981, S.3866. 7. SEAD - An insider’s view of suppression-of-enemy-air- 3. Schubvektorsteuerung für moderne Kampfflugzeuge; defense weapons and doctrine, Soviel-style; Michael Fiszer Erhard Heckmann; wt III/2000, S.54-55. & Jerzy Gruszczyski; JED, October 2001, S.44-56.

8. German SEAD - The Tornado ECRs JaBoG 32; Steve Davis; . Selbstschutz, Selbstschutzsysteme - Self AFM, March 2003, S.32-35. Defense/Protection Systems 9. SEAD Tornado EF.3; AFM, May 2003, S.78-79. 1. XF-19 EW Suite; Richard Hartman; ME/C, Vol.3, No.7, July 1977, S.13,18,69,73-75. . SEAMOS 2. Principles in practice: The advanced Self-Protection 1. Unmanned Rotorcraft; Roy Braybrook; Air International, Jammer; ME/C, Vol.7, No.11, November 1981, S.6. March 2003, S.55-22. 3. Radars, Countermeasures and Missile Electronics; §2: 2. Drohnen in der Bundeswehr - Die aufstrebende Waffe; Electronic countermeasure self-protection system; Jürgen Pöppelmann; wt/III, 2004, S.44-51. Mikrowellenmagazin, Vol.13, No.5, 1987, S.511-513. 4. Protecting Tactical Aircraft: Which capabilities are . Secom required? Lt. Colonel David Brog; EW/DE, Nov./Dec. 1977, . EPM-Verfahren SECOM-V: Sichere Kommunikation - S.105-108. speziell für den Bedarf des Heeres; Ulrich Otto; R&S MIL 5. Protecting large Aircraft; Sean Carroll; JED, September1999, NEWS, 6/2002, S.12-14. S.45-450.. . Im Vergleich: SECOS und SECOM-V. Zwei optimierte 6. A sampling of EW Warning Systems; Don Herskovitz - Lösungen für spezifische Szenarien; Peter Iselt; R&S MIL Technology; JED, December1999, S.61-65. NEWS, 6/2002, S.18-19. 7. A sampling of EW Warning Systems; Don Herskovitz - Technology; JED, April 2000, S59-63. . Secos 8. Avoiding the Sting; ec monitor - Brendan P. Rivers; JED, 1. SECOS - ein EPM-Verfahren für alle drei Waffengattungen; October 2001, S.26-27. R&S MIL NEWS, (1999) Nr 2, S.12-14. 9. With static and sword, Part I: The offensive EW concept, 2. EPM-Verfahren SECOS: SECOS jetzt auch mit TDMA- Tactical Aircraft must take the offensive against future Funktionalität; Rainer Bott; R&S MIL NEWS, (2002) Nr.6, threats; Lt. Col. Omer Regev (ret.); JED, December 2001, S.15-17. S.45-46. 3. Im Vergleich: SECOS und SECOM-V. Zwei optimierte 10. With static and sword, Part II: Ooffensive EW in action; Lösungen für spezifische Szenarien; Peter Iselt; R&S MIL Maj. Mike „Starbaby” Pietrucha, USAF; JED, December NEWS, (2002) Nr.6, S.18-19. 2001, S.47-48. 11. A sampling of EW Warning Systems - Technology Survey; . Seitensichtradar, SAR, SLAR, ISAR Robert V. McGahan; JED, March 2002, S.61-65. 1. Synthetic Interferometer Radar for Topographic Mapping; 12. Unsichtbarer Schutzschild für Flugzeuge und Hubschrauber; Leroy C. Graham; Proceedings of the IEEE, Vol.62, No.6, Martin Billeeeisen; PLANET AEROSPACE, 2/2002, S.38-40. June 1974, S.763-768. 13. The Japanese art of self-defense - Part 1; Paul Thompson; 2. SAR Matures (Review); J. Pasek; MSN, April 1980, S.20-23. Air International, July 2003, S.58-63. 3. Synthetic Aperture Radar improves reconnaissance; J.H. 14. The Japanese art of self-defense - Part 2; Paul Thompson; Jolley & Ch. Dotson; DE, September 1981, S.111-118. Air International, August 2003, S.26-31.. 4. Tactical Uses of Imaging Radars; S.A. Hovanessian & J.C. 15. Selbstschutz für die fliegenden Waffensysteme der Naviaux; MJ, Feb. 1984, S.109-123. Luftwaffe; Günter May; wt IV/2004, S.80-82 5. Side-Looking airborne Radar see their market growing; James Wiley; DE, October 1984, S.211-216. . Sender 6. Advanced SAR aystem maps Artic regions; A. Nichols et al. ; 1. Digital transmitter: simple, yet precise; F. Davarian & J. Microwaves & RF, 24(1985)3, S.80-85. Sumida - Jet Propulsion Lab., California Institute for 7. Radar mit synthetischer Apertur (SAR); E. Schanda; Technology, Pasadena, CA; Microwaves & RF, 25(1986)13 Mikrowellenmagazin, Vol.12, No.6, 1986, S. 534-543. (December), S.73-78. 8. Multiprocessor architecture gives SLAR new features; Peter C. Strickland; DE, February 1987, S. 92-101. . SEPECAT Jaguar 9. SAR Seeker among JDAM candidates; M.T.; DE, May 1992, 1. Flight Line: SEPECAT Jaguar; FLUG REVUE, März 2005, S.53- S.14-15. 56. 10. Synthetik-Apertur-Radar - Technik und Anwendung; P. Seifert & M. Zink; Physik in uns. Zeit, 24, (1/1993), S. 24-32. . Shrike, AGM-45 11. Radar mit realer und synthetischer Apertur; H. Klausing & 1. AGM-45 SHRIKE; IECH 2001, S.245. W. Holpp (Hrsg); Oldenburg Verlag, München, 2000. 12. Airborne ISR Market Forcast, Part II: Synthetic-Aperture . Sidewinder, AIM-9 Radars; David L. Rockwell - Teal Group Corp.; JED, 1. Improved Sidewinder Surfaces; Richard Hartman; DE, April November 2005, S.53-60. 1980, S.27-29. 2. Multiplying Firepower with MIssiles; Jim Coghlan; DE, . Sekundärradar => IFF August 1986, S.99. 1. Funkortungs- und Funknavigationsanlagen; Werner 3. Waffensysteme der Bundeswehr; Gerhard Hubatschek Mansfeld, Prof. Dr.-Ing. Habil.; Hüthig Buch Verlag GmbH, (Hrsg); Report Verlag, Frankfurt a/M, 1999, S.144. Heidelberg, 1994, S.124-141. 4. Understanding the Infrared Threat; William Taylor; JED, 2. Radar mit realer und synthetischer Apertur, Kap. 7.4, February 1999, S.35-43. Sekundärradar-Verfahren; H. Klausing & W. Holpp (Hrsg); 5. AIM-9/X Sidewinder; IECH 2001, S.230. Oldenburg Verlag München Wien, 2000, S.184-202. 6. BGT Bodenseewerk - Ein Unternehmen der Diehl VA Systeme. BGT-Firmnebroschüre, Januar 2003.

7. Air-to-Air Missile Directory 2004; Rob Hewson; Air International, September 2004, S.45-57. . Signal/Rausch-Verhältnis - Signal-to-Noise Ratio 1. Know the meaning of signal-to-noise ratio; Ronald B. Hirsch . Signalaufklärung, SigAufkl - Signal Intelligence, - RHG, Deer Park, NY; Microwaves & RF, 23(1984)2, S.153- SIGINT 156,174. 1. Reconnoitering the Electromagnetic Spectrum; Maj. M.J. 2. Necessity’s grandchild (the roots of noise figure); Kessler - U.S. Air Force; DE, September 1985, S.107-114. Microwaves & RF, 39(2000)5, S.202. 2. SIGINT receiver displays 500 MHz to 18.5 GHz; Condor 3. The Receiver Noise Equation: A Method for System Level Systems, Campbell, CA; Microwaves & RF, 24(1985)12 Design of an RF Receiver; Hyung Joun Yoo and JI-Hoo Kim; (November), S.137. MJ, Aug. 2002, S.20-34. 3. Marine Corps Sigint is lean but mean; James W. Rawles; DE, April. 1990, S.43-48. . Signalverarbeitung - Signal Processing 4. Airborne surveillance, big and small; Zachary Lum; JED, 1. Signal sorting in dense environments; Thomas L. Gunn; December 1997, S.43-47,73. EW/DE, Sept./Oct. 1977, S.95-98. 5. A sampling of SIGINT Systems; Don Herskovitz; JED, 2. EW/ESM Receiver signal and data processing problems: January 1998, Supplement, S.30-36. Methods and solutions; ICH, 4th Ed.,1978/79, S.343-350. 6. A sampling of SIGINT Systems; Don Herskovitz; JED, July 3. Signal processing drives systems design; Peter M. Grant; 1998, S.51-59. MSN, December 1979, S.51-74. 7. A sampling of SIGINT Systems; Don Herskovitz; JED, June 4. Processing basics examined from RC to sampled data filters 1999, S.59-66. (Signal Processing, Part I); Edwin M. Drogin); MSN, 8. A sampling of SIGINT Systems; Don Herskovitz; JED, September 1980, S.45-62. December 2000, S.59-65. 5. Processing alternatives tax Radar designers’ bandwidths 9. Luftgestützte signalerfassende Aufklärung; Hubert Wenzl & (Radar Processing); W.D. Dicknson; MSN, September 1980, Jörg Deinert - Oberstleutnants; SuT, November 2002, S.55- S.95-108. 57. 6. Pipeline architecture battles array (Signal Processing, Part 10. French SIGINT revelations; Henri-Pierre Grolleau; AFM, II); Edwin M. Drogin; MSN, October 1980, S.93-109. March 2002, S.60-61. 7. Pipeline processors battle Bragg Cells (Signal Processing, 11. Sigint, Jamming joint in single package; David A. Fulghum, Part II); E. M. Drogin; MSN, November 1980, S.70-76. Washington; AW&ST, December 23, 2002, S.34. 8. Can analog Signal Processing survive the VHSIC challenge? 12. Die Strategische Aufklärung in der Bundeswehr; Harper J. Whitehouse & K. Bromley; MSN, April 1981, S.91- Strategische Aufklärung warum und wozu; Jürgen 98. Pöppelmann; wt II/2004, S.24-34. 9. Signal Processing pivotal to next generation ESM Receivers; J.H. Collins & P.M. Grant; MSN, April 1981, S.10-32. . Signalgeneratoren - Signal Generators, Sources 10. Adaptive processing improves Filters and Antennas (Part I); 1. Recent Advances in Solid-State, Phased-Locked Microwave P.M. Grant & C.F.N. Cowan; MSN, July 1981, S.62-77. Signal Sources, Part I; Dr. John B. Payne III; MSN, 11. Adaptive Filters await breakthroughs (Part II); C.F.N. Cowan Feb./March 1976, S. 79-87. & P.M. Grant; MSN, August 1981, S.69-79. 2. Recent Advances in Solid-State, Phased-Locked Microwave 12. Adaptive Antennas find Military and Civilian applications Signal Sources, Part II; Dr. John B. Payne III; MSN, April/May (Part III); P.M. Grant & C.F.N. Cowan; MSN, September 1976, S. 118-129. 1981, S.97-107. 3. Hochfrequenz- und Mikrowellen-Meßtechnik in der Praxis; 13. Acousto-Optic Processing increases EW apabilities; B.J. Wolf Dieter Schleifer; Hüthig Verlag, Heidelberg, 1981. Berg, M.W. Casseday, and I.J. Abramovitz; MSN, February 4. 18 to 60 GHz Signal Generator from existing sources; R.S. 1982, S.106-118. Napier & J. Cowell; W J Tech-notes, Vol. 9, No 5, Sept./Oct. 14. Folded and Focused Acoustic Beams greatly improve BAW 1982. Delay Lines; J. Puyhaubert, et al. - Thomson-CSF; MSN, 5. Signal source specs hold key to receiver tests, Part 1; February 1982, S.119-126. Richard Goodall - Communication Products, John Fluke, 15. Time-Domain Receivers for pulsed sdignals - Part 1; J.E. Everett, WA; Microwaves & RF, 25(1986)12 (November), Schindall & M.J. Caraballo; WJ Tech-notes, Vol. 9, No. 6, S.129-134. Nov./Dec. 1982. 6. Tiny signal sources sweep 1 to 18 GHz; Product of Marconi 16. Time-Domain Receivers for pulsed sdignals - Part 1; J.E. Instruments, Allendale, NJ; Microwaves & RF, 25(1986)12 Schindall & M.J. Caraballo; WJ Tech-notes, Vol.10, No.1, (November) S.183. Jan./Feb. 1983. 7. „Dirty” signal sources muddy receiver analysis, Part 2; 17. Advanced Electronic Support System for Radar Processing; Richard Goodall - Communication Products, John Fluke, Gregory M. Pope - EM Systems, Sunnyvale, CA; DE, October Everett, WA; Microwaves & RF, 25(1986)13 (December), 1983, S.182-200. S.83,84,86-89. 18. DDLs perform vital signal-processing role; C. Erikson, et al. - 8. Tomorrow’s synthesized Signal Generator; Dick Goodall - Andersen Labs; MSN&CT, July 1985, S.99-103. Fluke; MSN, January 1989, S.16-19. 19. Log Amplifiers solve dynamic-range and rapid-pulse- 9. Signal generators command complex modulation formats; response problems; K. H. Lansdowne & D. E. Norton Jack Browne - Associate Publisher/Editor; Microwaves & (Adams Russel, Anzac Division); MSN&CT, October 1985, RF, 36(1997)5, S.195-202. S.99-109. 10. Signal generators offer enhanced spectral purity - product 20. Time Tracking of high PRI signals with Bit-Slice of Hewlett-Packard, Santa Rosa, CA; Don Keller - Senior Microprocessors; Douglas Seter; WJ Tech-notes, Vol.13, Editor; Microwaves & RF, 38(1999)8, S.157-158. No.3, May/June 1986.

21. Digital Osciloscope provides fast, automated Pulse- 12. Simulation and Training: A well-protected piece of the DOD Modulation measurements; D. Schwartz & B. Lord - budget pie? Louisa Griffin; DE, April 1992, S.45-49. Hewlett-Packard; MSN&CT, March 1987, S.36-46. 13. Simulation und Simulatoren in der Luftwaffe; Jürgen 22. Parallel processing: A simulation solution; Virgil Hornstein; Pöppelmann; wt, IV/2001, S.95-99. DE, May 1987, S.S33-S40. 23. Advanced Microwave signal Processing in . SINCGARS Telecommunications, Radar, and Elelectronic-Warfare 1. C3: Key challenges face military planners; James Fawcette; Systems; Fulvio Ananasso, et al.; MSN&CT, October 1987, EW/DE, June 1978, S.57-66, 86. S.108-126. 2. SINCGARS from ITT: The Army’s radios grow up; Michael 24. I-Q Vector Modulator - The ideal control component? Kachmar; Microwaves & RF, 23(1984)4, S.29-37. Mitchell Tuckman - General Microwave; MSN&CT, May 3. Sincgars second source: Several suppliers seek selection; 1988, S.105-115. Industry News; DE, January 1988; S.61-65. 25. Aspects in developing higher Frequency Digital Spectrum 4. Sincgars delivered to Army; Microwaves & RF, 27(1988)3, Analyzer; Douglas Goodma - Tektronix; MSN, January 1989, S.21. S.2023. 5. General Dynamics/ Sincgars; Microwaves & RF, 27(1988)6, 26. Digital processing of RF signals; Charles Lane - Analog S.21. Devices, Greensboro, NC; Microwaves & RF, 28(1989)2, 6. Sincgars update; J.W.R.; DE, February 1989, S.38. S.119-128. 7. ITT Defense delivers 10,000th Sincgars Radio to Army; DE, 27. Fast converter digitizes DC to 250 MHz in 8 Product of May 1990, S.78. Tektronix, Portland, OR; Microwaves & RF, 28(1989)2, 8. Tactical voice Communications become user friendly; S.145. Christine Castro; DE, June 1990, S.39-46. 28. Digital processing improves analyzer test accuracy; Sam 9. IBM and ITT propose SINCGARS-based solution to friendly Wilkie - Hewlett-Pachard, Everett, WA; Microwaves & RF, fire problem; S.G.; DE, August 1992, S.12-13. 29(1990)9, S.194-196. 29. Optimize ADCs for enhanced signal processing; T. Gratzek & . SIRA F. Murden - Analog Devices, Greensboro, NC; Microwaves 1. Das Gefechtsübungssimulationssystem SIRA; Wolfgang & RF, 30(1991)3, S.129-136. Gelpke - Major, Dezernat Simulation; Wehrtechnischer 30. The DSP explosion; Don Herskovitz - Technology; JED, Report, Schlüsseltechnologien für das Heer, D 46892, December 1999, S.43. 11/2000, S.78-80. 31. Communications in a Multi-DSP System; Dave Hobbs; JED, December 1999, S.44-47. . Skirt Jamming 32. Hard-core DSP - Making it happen; Lynn Patterson; JED, 1. EW101 A First Course in Electronic Warfare; David Adamy; December 1999, S.48-50. Artech House, Inc., Norwood, 2001.

. Sikorsky S-70B bzw UH-60 Seahawk . Sky Buzzer 1. S-70B International Seahawk Technical Information; 1. EADS, Ulm, Firmenprospekt 5M.9553.224.44 (E), von 07/97 www.sikorsky.com, Produkte, S70B TI JUNE 2001. (Ma): Towed Decoy Aircraft Protection against Radar Threats. . Simulation, Simulatoren, Ausbildung, Training 2. DASA reveals additional FOTD details; H. Gershanoff - EC 1. Simulation: Land of opportunity; Julian S. Lake - Editorial; Monitor; JED, November 1998, S.32-33. ME/C, Vol. 3, No.5, May 1977, S.6. 2. Super Simulation Center; ME/C, Vol. 3, No.5, May 1977, . Sky Flash S.8,10,12,80,82. 1. Sky Flash; IECH 2001, S.228. 3. Simulation Breakthroughs; A Solution to Complex Combat 2. Lenk- und Abwurfwaffen der NATO-Luftwaffen; Jeremy Problems; EW/DE, July 1978, S.5360. Flack; Motorbuch Verlag, Stuttgart, 2005. 4. Military Simulators: A 10 Billion Dollar Market; James C. Appleyard; ME/C, Vol.4, No.10, October 1978, . Skynet S.12,14,44,45. 1. Skynet 5 vermietet seine Dienste ans britische Militär; J. S.; 5. Simulation - An effective military strategy; Julian S. Lake; PLANET AEROSPACE, 1/2004, Jan.-Feb.-März, S.30-31. ME/C, Vol.4, No.10, October 1978, S.25. 2. Sicherheit für Europa: Skynet 5; Paul Frederic; Planet 6. First-of-its-Kind Simulator features diverse capabilities; aerospace 3/2005, Juli/Aug./Sept., S.34-37. MC/C, Vol.7, No.1, January 1981, S.52-55.

7. Laser Battlefield Simulation reaches new levels of . SLAM/SLAM-ER sophistication; John M. Keating & Rudolph R. Gammarino; 1. SLAM/SLAM-ER; IECH 2001, S.257. ME/C, Vol.9, No.2, February 1983, S.40-42.

8. DATASAAB: RADAR-Simulation in der Flugsicherungsausbildung der Luftwaffe; . SLQ => AAQ Mikrowellenmagazin, Vol.9, No.2, 1983, S.132-134. 9. CAE: CAE-Ausbildungsgerät; Mikrowellenmagazin, Vol.9, . SLQ-32(V) No.2, 1983, S.134-136. 1. Navy to Equip Fleet with Multibeam EW Systems; MSN, July 10. MBB/VFW: Simulatoren für den Marine-Einsatz; 1977, S.13-16. Mikrowellenmagazin, Vol.9, No.2, 1983, S.142-144. 2. DPEWS, Das neue Mehrzweck-EloKa-System der US- 11. Simulation and Modeling Trends; Johnson Yan; DE, May Marine; G. S. Sundaram; IWR, 4/1978, S.618-619. (DPEWS = 1990, S.67-72. Design to Price Electronic Warfare System).

3. Shipboard Electronic Warfare; Richard Hartman; ME/C, 6. Sniper shines - Targeting pod design is paying off inflight Vol.4, No.5. May 1978, S.18-24. and on the flightline; William B. Scott/Edwards AFB., Calif.; 4. SLQ-32: Multibeam Technology Goes to Sea; Beilage in AW&ST, October 4, 2004, S.56. EW/DE, May 1978, S.49-98. 5. The Mighty Five; James W. Rawles; DE, November 1987, . SONAR S.58-74. 1. Acoustic Countermeasures in the Undersea Environment; 6. Countering Anti-Ship Missiles; James W. Rawles; DE, Owen Flynn; EW, Sept./Oct. 1976, S.62-66. September 1990, S.67-76. 2. Minimizing Reverberation in Active Sonar; Owen Flynn; 7. Navy’s primary shipboard EW Systems to undergo EW/DE, Sept./Oct. 1977, S.149-158. restoration; Washington Report; JED, August1998; S.15. 3. AN/BQQ-5: Submarine Sonar goes digital; ME/C, Vol.3, 8. AN/SLQ-32(V)5; Firmenunterlage von E-Systems Goleta No.10, October 1977, S.56-59. Division, 2000 (?). 4. New Solution Emerge to Solve Old Sonar Problems; Georg 9. AN/SLQ-32; IECM 2001, S.154. Rand; DE, October 1980, S.17-20. 5. Radar and Sonar can identify Targets; G.C. Gaunaud & H.M. . SMA => Koaxialstecker Überall; MSN, April 1981, S.108113. 6. Sonar tests based on bistatic Radar success; DE, June 1981, . SMART-L S.101-102. 1. Fregatte 124 im Zulauf; Dietrich Stockfisch; SuT, April 2001, 7. Hand-Held Sonar aids underwater detection; L.M.; DE, S.18-20. March 1985, S.56. 2. Die LCF-Fregatte der Königlich Niederländischen Marine; 8. Systeme zur U-Bootbekämpfung; Joel S. Wit; Beitrag in Leo M. Van Westerhoven & Gerard van Oosbree; SuT, , Spektrum der Wissenschaft, September 2002, S.22-26. Heidelberg, 1985, S.104-116. 9. The Case for the Air-Transportable Towed Array; Marc . Smart-Antennen Liebman; DE, April 1987, S.140-153. 1. Smart antennas enhance cellular/PCS performance, Part 1; 10. ASW planners confront old and new threats; Myron Struck; Carl B. Dietrich & Warren L. Stutzman - Virginia Polytechnic DE, July 1991, S.49-57. Institute and State University, Blacksburg, VA; Microwaves 11. U-Jagd-Sonarsysteme der deutschen Marine, Sachstand & RF, 36(1997)4, S.76-86. und Ausblick; Regierungsdirektor Dr. Rer. Nat. Gert Maass; 2. Smart antennas enhance cellular/PCS performance, Part 2; SuT, 12/1995, S.789-794. Carl B. Dietrich & Warren L. Stutzman - Virginia Polytechnic 12. Schiffe, Schiffsgerät und Unterwasserwaffen; SuT, 12/1999, Institute and State University, Blacksburg, VA; Microwaves S.741-750. & RF, 36(1997)5, S.164-168. 13. Kampfsysteme der US Navy: Waffen und Elektronik auf 3. Smart-antenna systems get a comprehensive look; amerikanischen Kriegsschiffen; Stefan Terzibaschitsch; Microwaves & RF, 39(2000)3, S.53. Koehler, Hamburg, 2001. 14. Principles of Radar and Sonar Signalprocessing; Francois Le . Smart-Skin-Antennen Chevalier; Artech House, Inc., Norwood, 2002. 1. TRW Anzeigenbeilage in JED, April 1999. 15. Low Frequency Towed Active Sonar / LFTAS; Joachim 2. Antennas and Radar; Robert J. Mailloux; MJ, March 1989, Kimpel, BWB; SuT, Juli 2003, S.16-18. S.28-33. 3. Smart-Antenna Technology is the Wave of the Wireless . SONET Future; Gene Heftman; Microwaves & RF, 38(1999)5, S.29- 1. Optical outlook is brightening; Microwaves & RF, 36. 37(1998)6, S.52. 4. Antenna Technology Tunes to Wireless Markets; Jack 2. Wafer probing fast SONET devices; Gean Gahagan - Brown; Microwaves & RF, 39(2000)5, S.31-37. Cascade Microtech, Beaverton, OR; Microwaves & RF, 38(1999)3, S.108-112. . Smart Weapons, Intelligente Waffen 1. Autonomous weapons - Are we smart enough for them? . SOSTAR-X John Haystead; DE, February 1992, S.29-37, 65. 1. Europäisches Gemeinschaftsunternehmen SOSTAR gegründet; SuT, April 2001, S.4. . SNA => Netzwerkanalysator 2. SOSTAR Consortium formed; European Report - Martin Streetly; JED, April 2001, S.20. . Sniper XR, Pantera 3. Entscheidungen zur Ausrüstung der Bundeswehr; SuT, Januar 2002, S.4-5. 1. USAF selects advanced Targeting Pod; ec monitor - Brendan 4. SOSTAR demonstration contract awarded; European P. Rivers; JED, September 2001, S.34-35. Report - Brendan P. Rivers; JED, January 2002, S.19. 2. USAF targering pods on track for flight tests this spring; 5. Ein neues Aufklärungssystem; pp; SuT, März 2002, S.61. William B. Scott, Colorado Springs; AW&ST, January 28, 6. SOSTAR on Track; International Report; MJ, 45(2002)3, 2002, S.65. S.53-54. 3. Lockheed Martin’s Pantera; AW&ST, July 15, 2002, S.18. 7. Euro-Aufklärungsradar von Sostar; Karl Schwarz; FLUG 4. Scharfer Blick; Karl Schwarz; FLUGREVUE, Oktober 2002, REVUE, März 2002, S.60. S.50-52. 8. SOSTAR: Die Europäische Lösung für luftgestützte 5. Nowhere to hide - Sniper XR targeting pod allows pilots to Gefechtsfeldüberwachung (Airborne Ground Surveillance); put a bomb through a single window from long standoff wt II/2002, S.24-25. ranges; William B. Scott/Edwards AFB., Calif.; AW&ST, October 4, 2004, S.52-56.

9. AGS, SOSTAR, NATAR - Wer hat da noch den Durchblick? 13. Ein wirtschaftlicher, programmierbarer Mikrowellen- E.H.; wt, II/2002, S.50. Spektrumanalysator; Mikrowellen Magazin, 10(1984)3, 10. Ein Meilenstein für SOSTAR-X; pp; SuT, Oktober 2003, S.63. S.220-226. 11. Target Tracking; Robert Wall; AW&ST, October 3, 2005, 14. Basics are useful in operation of Spectrum Analyzers; S.32-33. Tektronix Application Note; MSN, July 1984, S.93-102. 15. Aufbau, Handhabung und Einsatzmöglichkeiten von . Sparrow, AIM-7 Spektrumanalysatoren, Teil I; Werner Schnorrenberg - 1. Navy considers British Monopulse Seeker for Sparrow; Köln; Mikrowellenmagazin, 10(1984)5, S.492-506. MSN, September 1977, S.19-20. 16. Aufbau, Handhabung und Einsatzmöglichkeiten von 2. AIM-7 Sparrow; IECH 2001, S.228. Spektrumanalysatoren, Teil II; Werner Schnorrenberg - Köln; Mikrowellenmagazin, 10(1984)6, S.612-623. . Spectra 17. Aufbau, Handhabung und Einsatzmöglichkeiten von 1. Technische Unterlage von Dassault Electronique, 06/97, Sd. Spektrumanalysatoren, Teil III; Werner Schnorrenberg - 11452 A.g15. Köln; Mikrowellenmagazin, 11(1985)1, S.48-66. 2. Storm Warning - The Dassault Rafale is poised to become 18. Digital processing powers RF analyzer, Part 1; John Europe’s premier fighter-bomber; Michael Fiszer; JED, June Middleton - Marconi Instruments, Allendale, NJ; 2005, S.40-51. Microwaves & RF, 24(1985)6, S.133-140. 19. Receiver commands high resolution, Part 2; John Middleton . Speicher, Halbleiterspeicher - Marconi Instruments, Allendale, NJ; Microwaves & RF, 1. Semiconductor memory: Groundwork for systems 24(1985)7, S.134-138. improvements; Ronald Floyd, et al.; EW/DE, November 20. Spectrum Analyzer incorporates useful features; Marconi 1978, S.47-57. Instruments Product; MSN&CT, August 1985, S.178-179. 2. Memory devices to fit every application; David S. Lo - 21. Analyzer’s display traces RF spectrum, Part 3; John Sperry; DE, August 1984, S.119-134. Middleton - Marconi Instruments, Allendale, NJ; 3. Selecting Memory devices for Military applications; David S. Microwaves & RF, 24(1985)9, S.215-216. Lo - Sperry; DE, September 1984, S.167-186. 22. Sharpen pulse signal measurement accuracy; Morris 4. EEROMs are in shape; Ken Kwong; DE, October 1984, Engelson - Tektronix, Beaverton, OR; Microwaves & RF, S.234-237. 25(1986)8, S.81-83. 5. EEPROMs add flexibility to military systems; Mike Villott; 23. Spectrum Analyzers „take control” of Microwave stimulus- DE, June 1988, S.160-167. response measurements; D. Handlon & L. Ulrich - Hewlett- 6. New options in memory technology; James W. Rawles; DE, Packard; MSN&CT, September 1986, S.102. February 1990, S.42-47. 24. Spectrum Analyzers achieve more power on the front panel; Ken Dawson - Tektronix; MSN&CT, December 1986, . Spektrumanalysatoren, SA S.81-93. 25. Portable RF analyzer is true tech’s tool; Jack Browne - 1. Aufbau und Anwendungen von Spektrumanalysatoren im Senior Editor; Product of Tektronix, Beaverton, OR; Hochfrequenzgebiet; November 1974. Hewlett-Packard, Microwaves & RF, 25(1986)12 (November), S.143-145. Spectrum Analyzer Series, Appl. Notes 150, 150-1... 150-14. 26. Portable analyzer scrutinizes 1.5 GHz - Product of Hewlett- 2. The D-70R as a Broadband, Wide-Open Real-Time Packard, Palo, Alto, CA; Jack Browne - Senior Editor;; Spectrum Analyzer; ICH, 2nd Ed., June 1976/77, S.402-404. Microwaves & RF, 25(1986)12 (November), S.181-182. 3. Microprocessor Simplifies Spectrum Analysis; Bob Alm, 27. Spectrum Analyzer Network Measurements; Steve Gledhill Dave Shores, Al Huegli; MSN, May 1977, S.63-70. - Marconi Instruments; MSN&CT, February 1987, S.75-84. 4. Spectrum Analyzer Theory and Applications; Morris 28. Current probe used with Spectrum Analyzer for EMI Engelson; Artech House, Boston, 1979. measurements; R. Mayo - Marconi Instruments; MSN&CT, 5. Spektrumanalyse im Mikrowellenbereich - Prinzip und July 1987, S.81-87. Applikationen; Dr. Wolfgang Schmitz; MM, Heft 4/80, 29. Spectrum-Analyzer Counters eliminate false counts; Ken S.268-273. Dawson - Tektronix; MSN&CT, August 1987, S.86-95. 6. Spectrum Analyzers from Hewett-Packard; Firmenprospekt, 30. New digital Spectrum Analyzer solves difficult Beilage in: Microwaves, 20(1981)12 (December). Measurement problems; Douglas Goodman - Tektronix; 7. Hochfrequenz- und Mikrowellen-Meßtechnik in der Praxis; MSN&CT, August 1988, S.8-13. Wolf Dieter Schleifer; Hüthig, Heidelberg, 1981. 31. Aspects in developing higher Frequency Digital Spectrum 8. Compact Programmable Spectrum Analyzer Aids EMI Analyzer; Douglas Goodman - Tektronix; MSN, January Measurements; Dave Barnard (Tektronix); MSN, April 1982, 1989, S.20-23. S.65-76. 32. Selecting a Spectrum Analyzer; Craig Short; MSN, January 9. Spectrum analyzer is portable lab assistant; Dave Barnard - 1989, S.26-32. Tektronix, Beaverton, OR; Microwaves & RF, 23(1984)1, 33. Portable analyzer sets sensitivity and noise standards - S.117, 124, 137. Product of Tektronix, Beaverton, OR; Jack Browne - 10. Spectrum analyzers: Windows on an RF world; Jack Browne Executive Editor; Microwaves & RF, 28(1989)6, S.123-128. - Associate Editor; Microwaves & RF, 23(1984)4, S.71,75- 34. Half a Century of measurement progress: Development of 81,153. the modern Spectrum Analyzer; Morris Engelson; MSN, 11. Use a spectrum analyzer to make EMI measurements; October 1989, S.47-61. Henry Benitez - Tektronix, Beaverton,OR; Microwaves & RF, 35. Spektrumanalyse; Werner Schnorrenberg; Vogel Fachbuch 23(1984)4, S.134,135,139,141,142. Messtechnik, Würzburg, 1990. 12. Spectrum analyzers get „brain” transplant; HP-Product; Microwaves & RF, 23(1984)4, S.152,155.

36. Portable spectrum analyzer scans 9 kHz to 22 GHz - Product 7. Designer polarization for EW Antennas; Robert O. of IFR Systems, Wichita, KS; Jack Browne - Chief Editor; Magatagan; JED, December 2000, S.51-53. Microwaves & RF, 30(1991)8, S.169-172. 37. Spectrum analyzers interlock users to performance - . SPY => AAQ Product of Tektronix, Beaverton, OR; Jack Browne - Associate Publisher/Editor; Microwaves & RF, 31(1992)9, . SPY-1A/D S.147-151. 1. AEGIS; Richard Hartman; ME/C; September 1977, S.16-20. 38. Hewlett-Pachard „Test- und Meßtechnik” Katalog 2. USS Ticonderoga joins blue water battle group; J.F.J.; DE, 1994/1995. December 1984, S.112-114. 39. Spectrum analyzers scan wideband wireless signals; Janine 3. Long-awaited Arleigh Burke destroyer carries improved Sullivan - Associate Editor; Microwaves & RF, 36(1997)4, Aegis system; J.F.J.; DE, December 1984, S.116-118. S.110-116. 4. Aegis System still gets high marks; Paul R. Jaszka; DE, 40. Understand spectrum analyzers’ dynamic-range October 1988, S.48-61. specifications; Scott Lukes - Hewlett-Packard, Santa Rosa, 5. Lockheed Martin AN/SPY-1D; Stratigiki (griechische CA; Microwaves & RF, 36(1997)9, S.47-49. Zeitschrift), Athen, June 2001, S.83. 41. Spectrum analyzers tackle vector signals - Product of 6. Spaniens Fregatte F-100; Dieter Stockfisch; SuT, November Tektronix, Beaverton, OR; Jack Browne - Associate 2001, S.56. Publisher/Editor; Microwaves & RF, 36(1997)11, S.138-140. 7. Backboards of the fleet: Shipboard Phased-Array Radars; 42. Spectrum analyzers measure to 40 GHz - Product of Dimitris V. Dranidis; JED, May 2003, S.55-62. Tektronix, Pittsfield, MA; Microwaves & RF, 36(1997)13, S.246. . Squitter => ACAS/TCAS 43. Using a spectrum analyzer’s video-filter bandwidth; Morris Engelson - JMS Consulting, Portland, OR; Microwaves & RF, . SRAM 38(1999)3, S.94-95. 1. Luft/Boden-Lenkwaffe SRAM; SuT, 3/1973, S.135. 44. Spectrum analyzer suits noise-parameter testing; Christos 2. Sram-2 enhances mission flexibility for long-range Tsironis - President, Focus Microwaves, Laurent, Quebec, Bombers; Paul R. Jaszka; DE, January 1989, S.89-93. Canada; Microwaves & RF, 38(1999)3, S.98-107.

45. Rohde & Schwarz „Meßgeräte und Meßsysteme”, Katalog . STALO 1999/2000. 1. Radar Technology Encyclopedia; Edited by D.K. Barton und 46. Measure harmonics with a spectrum analyzer; Joe Gorin - S.A. Leonov; Artech House, Inc., Boston, London; 1997, Agilent technologies, Santa Rosa, CA; Microwaves & RF, S.241. 39(2000)1, S.55-60. 2. Radar mit realer und synthetischer Apertur; Kap. 7.3 Puls- 47. Analyzer adds speed and accuracy to NF testing; G. Thomas Doppler-Verfahren; H. Klausing & W. Holpp (Hrsg); & E. Shepherd - Agilent Technologies, West Lothian, Oldenburg Verlag, München, 2000. Scotland; Microwaves & RF, 39(2000)5, S.199-204.

48. Spectrum analyzers tune to new levels of test performance - Product of Agilent Technologies, Palo Alto, CA; Jack . Standard Browne - Publisher/Editor; Microwaves & RF, 39(2000)11, 1. AGM-78 Standard; IECH 2001, S.246. S.137-144. 49. Spektrumanalysator R&S FSU 26; Josef Wolf; R&S Heft . Staurohr 174(2002/II), S.25-27. 1. Flugtechnik; Jürgen Mies; Privatpiloten Bibliothek, Band 5, 50. Handheld Spectrun Analyzer R&S FSH 3 - Die neue Motorbuchverlag Stuttgart, 1999. Mobilität in der Spektrumanalyse; Josef Wolf; R&S, Heft 2. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; 175(2002/III), S.20-25. Springer-Verlag, Heidelberg, 2004. 51. Spektrumanalysator R&S FS 300 - Preisgünstig und universell für Labor, Service und Produktion; Robert . Stealth, Stealth-Prinzipien/Technologien Obertreis; R&S, Heft 177(2003/I), S.20-23. 1. Ferranti development in Stealth technology; ME/C, Vol.7, No.12, June 1981, S.22. . Spiral-Antennen => Antennen 2. Advanced technology to blossom in next-generation 1. New Spiral-Helix Antenna developed; EW, May/June 1975, Fighter - Stealth Fighter; James B. Schultz; DE, August 1985, S.67-72. S.62-69. 2. L-Band Spiralphase Reflectarray; H. Richard Phelan - Harris; 3. The B-1B versus Stealth Bomber; J.F.J.; DE, August 1985, MJ, Jan. 1977, S.47-50. S.78-79. 3. Spiralphase Reflectarray for multitarget Radar; H. Richard 4. Is the ATB too stealthy to sevive; Charles Rabb; DE, July Phelan - Harris; MJ, July 1977, S.67-73. 1986, S.66-72. 4. Cavity-Backed Spiral has microstrip feed; David L. Saul; 5. Stealth ist tot - es lebe das Radar! Bill Sweetman; Interavia Microwaves, Vol.20, No.10, Oct. 1981, S.88-89. 4/1987, S.331-333. 5. Anzeige von Loral Randron Systems in DE, May 1992, S.30: 6. Stealth Technologien zur Verminderung der Entdeckbarkeit The Randron Dual Polarization Sinous Antennas! An End to von Fluggeräten; Kay Dittrich, Dr. Joachim Grashof; EW/ESM „Polarization Blindness”. Mikrowellen & HF Magazin; Vol.15, No.7, 1989, S.575-577. 6. Anzeige von L3 Communications, Randtron Antenna 7. Fundamentals of Fighter design, Part 10 - Stealth; Ray Systems in JED, May 1999, S.65: The Sinous Antenna drop- Whitford; Air International, September 1997, S.175-181. in spiral replacement enables your EW system to be all that 8. Backfitting Stealth; William A. Schoneberger; JED, March it should be. 1998, S.33-37.

9. Looking for stealth in all the right places; H. Gershanoff - EC 8. Jamming on the modern Battlefield; ICH, 5th Ed.,1979/80, Monitor; JED, November 1998, S.27-28. S.297-303. 10. Nachträgliche Stealth-Maßnahmen für Flugzeuge; Peter 9. Monopuls, Doppler and Fuse Jamming primers; Prof. D.B. Preylowski; SuT, 5/2000, S.322. Hoisington - US Naval Postgraduate School, Monterey, CA; 11. Is elektro-aerodynamics the new stealth? Roy Braybrook & ICH, 5th Ed., 1979/80, S.349-354. John Weal (Illustrations); Air International, February 2001, 10. Jamming equations; ICH, 5th Ed., 1979/80, S.356-358. S.93-96. 11. ECM Techniques glossary; ICH, 5th Ed., 1979/80, S.359. 12. Die Tarnkappen-Schneider - EADS Militärflugzeuge 12. Jamming Frequency Agile Radars; Bengt Bergkvist - Philips entwickelt in Bremen Stealth-Technologien; Hans-Jörg Elektronikindustrier AB; DE, January 1980, S.75-83. Liersch; Mforum, März 2001, S.4-5. 13. Rapport Jammer Design Criteria; John D. Spano; DE, March 13. Radar und Stealth - Die Anfänge; Hans-Jörg Liersch; 1980, S.29-38. Mforum, März 2001, S.6. [Leiseflieger] 14. Tactical support Jamming; Alexander Robert Salzmann - 14. Stealth Fighter test ops; Paul Crickmore; AFN, October Grumman; JED, December 1983, S.29-33. 2001, S.42-47. 15. Expendable jammers prove indispensable; A.G.Self - Royal 15. Stealth-Technologie: Radarabsorbierende Strukturen als Signals, Worcestershire, UK; Microwaves & RF, 23(1984)9, Nachrüstsatz; Michael Blesin; Flieger-Kalender 2003, S.143-149. Mittler & Sohn, Hamburg/Berlin/Bonn, Sommer 2002, S.84- 16. A sampling of EW Jammers - Technology Survey; Don 93. [Leiseflieger] Herskovitz; JED, September 1998, S.57-63. 16. Advanced stealth appears in Boeing `BOP´ prototype; David 17. RF Jamming: The first 100 Years; Dan Gobel; JED, February A. Fulghum, St. Louis; AW&ST, October 28, 2002, S.36-38. 1999, S.45-51. 17. Stealth, Unsichtbare Flugzeuge, Täuschen und Tarnen in 18. Jam with everything - Part 1; Alan Dawes; Air International, der Luft; Doug Richardson; Motorbuch Verlag, Stuttgart, October 1999, S.250-254. 2002. 19. Jam with everything - Part 2; Alan Dawes; Air International, 18. Stealth-Technologie: Quo vadis Tarnkappe? Christian November 1999, S.282-286. Hauser; FLIEGERREVUE, 5/2004, S.26-29. 20. When weapons cheat; Kenneth B. Sherman; JED, July 2000, 19. EW and Stealth - Deceptive appearances explained; Mike S.49-54. Hirst; Air International, November 2004, S.62-65. 21. A sampling of EW countermeasure decoys -Technology Survey; Don Herskovitz; JED, July 2000, S.61-64. . Stiel-Antennen, Dielektrische 22. A sampling of EW Jammers - Technology Survey; Don 1. Solid Dielectric Horn Antennas; Carlos Salema, Carlos Herskovitz; JED, September 2000, S.71-78. Fernandes & Rama Kant Jha; Artech House, Boston - 23. Jammers - How solid is their state? Don Herskovitz; JED, London, 1998. November 2000, S.51-57. 24. EW101 A First Course in Electronic Warfare; David Adamy; . Stinger Artech House, Inc., Norwood, 2001. 1. Stinger: Requiem for the Combat Helicopter? James W. 25. A sampling of EW Jammers - Technology Survey; Robert V. Rawles; DE, November 1988, S.30-33. McGahan; JED, February 2002, S.61-65. 2. Europäische STINGER-Produktion; wt III/2000, S.51. 3. IECH 2001, S.231. . STOVL, Short Take-Off and Vertical Landing 1. V/STOL - Reflexions 40 years on; Roy Braybrook; Air . STN Atlas Elektronik International, October 1999, S.235-240. 1. Http://www.stn-atlas.de 2. E-Mail: [email protected] . Streifenleitungen 3. Rheinmetall De Tec AG; SuT, September 2001, S.32-34. 1. Hochfrequenztechnik, Band 1; O. Zinke & H. Brunswig; Kap. 4. STN-Firmenprospekt: 151 09 .01. 4.7, Streifenleitungen; Springer, Berlin, 1995. 2. Mikrowellentechnik; G. Käs & P. Pauli (Hrsg): Kap. 2, . Storm Shadow => Scalp EG Leitungen; Franzis-Verlag GmbH, München, 1991. 3. Hochfrequenztechnik; Edgar Voges; Band 1; Kap. 6.1, . Störung, Störsysteme - Jammer, Jamming Systems Streifenleitungen; Hüthig, Heidelberg, 1991. 1. Jammers add effectiveness, complexity; AW&ST, January 4. Microwave Devices and Circuits; Samuel Y. Liao; Chap. 11, 27, 1975, S.63-77. Strip Lines; Prentice-Hall International Editions, London, 2. Anatomy of a Jammer; Richard Devis; MSN, July 1977, S.33- 1990. 40. 3. Jamming low power Spread Spectrum Radar; Gilbert R. . Streuparameter, S-Matrix, S-Parameter Johnson - Consultant Erastec Cupertino; EW/DE, Sept./Oct. 1. Understanding single-ended and mixed-mode s-parameters 1977, S.103-112. - Part 1; Garth Sundberg - Maxim Integrated Products, 4. Electronic Countermesaures- Part III: Jamming and Sunnyvale, CA; Microwaves & RF, 40(2001)3, S.121-128. Deception; Editors: J.A. Boyd, D.B. Harris, D.D. King, H.W. 2. Scrutinizing single-ended S-parameters - Part 2; Garth Welch, Jr.; Stanford University, 1961; Reprint: Peninsula Sundberg - Maxim Integrated Products, Sunnyvale, CA; Publishing, Los Altos, CA, 1978. Microwaves & RF, 40(2001)4, S.109-110. 5. Methodology for specifying Jammer system parameters; 3. Grasp thr meaning of mixed-mode S-parameters - Part 3; ICH, 4th Ed., 1978/79, S.406-410. Garth Sundberg - Maxim Integrated Products, Sunnyvale, 6. What jams what? ICH, 4th Ed., 1978/79, S.411-415. CA; Microwaves & RF, 40(2001)5, S.99-104. 7. Tactical Warning Technology; ICH, 4th Ed., 1978/79, S.419- 427.

4. Performing S-parameter measuremts - Part 4; Garth 5. Superconducting ICs generate and detect signals to 100 Sundberg - Maxim Integrated Products, Sunnyvale, CA; GHz; Andrew Laundrie - Associate Ed.; Microwaves & RF, Microwaves & RF, 40(2001)6, S.99-100. 27(1988)9, S.163-164.

. Su-27 Flanker . SVS, Synthetic Vision System 1. Sukhoi Su-27 Flanker, Russia’s multi-role combat aircraft; 1. Synthetic Vision: No longer futuristic; James W. Ramsey; Air International Su-27 special; September 1998, S.I-XVI. Avionics Magazine - Aviation Today, February 2004. 2. Forschen für Cockpit der nächsten Generation; Christoph . Supraleitung Vernaleken - Institut für Flugsysteme und 1. Superconductivity and the Josephson junction; Jacke Regelungstechnik, Technische Universität Darmstadt; Luft- Browne; Microwaves & RF, 26(1987)4,S.176. und Raumfahrt, Nr. 4, Oktober-Dezember 2004, S.22-24. 2. Superconductivity, a revolution beckons microelectronics; 3. Synthetic Vision: Time for Standards; Editor’s Note: Eric Brus - freelance writer, Boston; Microwaves & RF, Charlotte Adams; Avionics Magazine - Aviation Today, 26(1987)7, S.35-43. January 2006. 3. SIS technology boosts sensitivity of mm-wave receivers; 4. Electronics with Impact: Top 10 Avionics Innovations; S.K. Pan, A.R. Kerr, et al.; Microwaves & RF, 27(1988)9, AW&ST, Special Advertising Section, November 20, 2006, S.139-1146. S.S1-S6. 4. Measure RF losses of superconductors in planar circuits; J.S. Martens & J.B. Beyer; Microwaves & RF, 27(1988)9, S.150-156.

. T-50/A-50 4. Introduction to Electronic Warfare; D. Curtis Schleher, Ph. 1. Flugzeuge der Welt, 2003; Claudio Müller; D.; Artech House Inc., Norwood, MA, 1986, S.427. Motorbuchverlag, Stuttgart, S.222. 5. Converting TSS to detection receiver sensitivity; John A. 2. Überschalltrainer KAI T-50 - Koreas Goldener Adler; Red.; Remmell - Ford Aerospace & Communications, Newport FLIEGERREVUE, Juni 2004, S.25. Beach, CA; Microwaves & RF, 26(1987)13, S.113-125.

. TACAMO . Tanker, Tankerflugzeuge 1. The Renaissance in Submarine Communications, Part III, 1. The USAF’s Tanker; Robert F Dorr; AFM, March 2002, S.20- The ELF Odyssey 1958-1979; Roland J. Starkey, Jr.; ME/C, 25. 7(1981)1, S. 26-39. 2. The RAF’s Future Strategic Tanker Aircraft; Jon Lake; Air 2. Erratum: The Renaissance in Submarine Communications, International, July 2004, S.40-45. The ELF Odyssey; ME/C, 7(1981)2, S. 28. 3. Boeing KC-767: A new Stratotanker? Air International, 3. The Renaissance in Submarine Communications, Part IV: October 2004, S.38-41. The ELF Odyssey, continued; Roland J. Starkey, Jr.; ME/C, 4. Advanced Refueling Boom - Europas Tanker-Offensive; Jose 7(1981)2, S. 29-34. Antonio Barragan; Planet aerospace 1-2/2005, S.82-87. 4. Upbeat Outlook for C3I; By David A. Boutacoff, DE, February 1985, S. 47-56. . Targeting 5. New Tacamo Aircraft Being Developed to Support Trident 1. Precise Targeting: Sensors get smarter - Technology; Dave Missile Submarines; By David A. Boutacoff, DE, March Adamy; JED, September 2000, S.51-56. 1985, S. 108-111. 6. Aircraft Upgrades: New Life for a Vintage Flet; By Bruce . Taurus KEPD 350 Gumble and Floyd Painter, DE, April 1987, S. 74-92. 1. Zweiter Freiflug von Taurus KEPD 350 verlief planmäßig; -r-; SuT, 12/2000, S.786. . TACAN => Funknavigation 2. Abstandswaffe TAURUS für die Luftwaffe; wt, IV/2000, 1. TACAN finds wide range of civil applications; E. Lazzaroni; S.205-206. MSN&CT, March 1986, S.128A-128F. 3. MAW Taurus KEPD 350; Peter Preylowski - Oberts a.D.; SuT; 2. Funkortungs- und Funknavigationsanlagen; Werner Oktober 2001, S.32-35. Mansfeld, Prof. Dr.-Ing. Habil.; Hüthig Buch Verlag GmbH, 4. Erfolgreicher Freiflug des Abstandslenkflugkörpers Taurus Heidelberg, 1994, S.345-351. KEPD 350; SuT, Juni 2002, S.5. 3. Funkortung und Funknavigation; Erwin Lertes; Vieweg, 5. Taurus KEPD 350; PLANET AEROSPACE, 4/2002, S.42. Braunschweig, 1995, S.92. 6. Erfolgreicher Freiflug des Taurus KEPD 350; PP; SuT, Januar 4. Flugfunk; Michael Martin, Siebel Verlag, Meckenheim, 2003, S.35. 2000, S.232. 7. Abstandslenkflugkörper Taurus KEPD 350; SuT, Juli 2003, S.51. . TADIL => Datalinks 8. Taurus - Verwandlungskünstler für moderne Streikräfte; Julia Strohbusch; PLANET AEROSPACE, . TADIRCM, Tactical Aircraft Directed Infrared Juli/August/September, 3/2005, S.50-51. Countermeasures 9. Taurus KEPD 350 - Abstandswaffe der Spitzenklasse; Peter 1. TADIRCM testing continues at China Lake; ec monitor - Preylowski; Strategie und Technik, Januar 2006, S.40-43. Brendan P. Rivers; JED, November 2001, S.32-33. . Täuschkörper - Decoys . Taifun, Drohnensystem 1. ECM for the extended battlefield; Howard M. Gabbert; JED, 1. Technische Firmenunterlage 212 05.00 von STN Atlas 11-12/1981, S.27-32. Elektronik. 2. Offboard Expendables at NRL; Dr. Francis J. Klemm; JED, 11- 2. Drohnen in der Bundeswehr - Die aufstrebende Waffe; 12/1981, S.47-54. Jürgen Pöppelmann; wt/III, 2004, S.44-51. 3. Outlook for expendable ECM-1984; Edward A. Katkic - Tracor; JED, December 1983, S.35-40. . Tangetial Signal Sensitivity, TSS 4. Expendable decoys in Naval warfare; J. Hyman & R.L. DuBose -Hycor; JED, December 1983, S.43-48. 1. Tangential Sensitivity of a Detector Video System with R.F. 5. Off-Board Decoys; Byron Hinderer; JED, 11/1985, S.51-55. Preamplification; W.J. Lucas; Proc. IEE, 113(1966)8. 6. Radar Decoys for Ship Defense - US solutions; R.L. DuBose; 2. Tangential Sensitivity of EW Receivers; James B.Y. Tsui; International Defense Review, 12/1985, S.49-52. Microwave Journal, 24(1981)10, S. 99-102. 7. Rubber Duck - An inflatable passive ant-missile decoy; Bob 3. Practical approach makes TSS measurement simple; Dicker; International Defense Review, 12/1985, S.55-56. Richard Smith Hughes - Naval Weapons Center, China Lake, 8. Expendable Decoys Counter Missiles with new Technology; CA; Microwaves, 21(1982)1, S.69-72. Marc Liebman; DE, October 1986, S.69-77.

9. Army boost Decoy Technology to meet ARM threat; Scott . Telemetrie R. Gourley; DE, November 1987, S.76-84. 1. Telemetrie - fernmeßtechnik für Meßdatenerfassung und - 10. Army boosts decoy technology to meet ARM threat; Scott übertragung; Mikrowellenmagazin, Heft 3/81, S.268. R. Gourley; DE, November 1987, S.76-84. 2. Microwave airborne telemetry: Unusual problems, unusual 11. Ant-Ship Missile threat drives decoy development; Tom hardware; James Rieger & Kent Birch; Microwaves & RF, Baranauskas; DE, March 1988, S.109-120. 23(1984)9, S.38-40, 42, 44. 12. Decoys meet the challenge of Missile attack; Patrick Clark; MSN, September 1989, S.50-64. . TEMPEST 13. Expendables Cover the Spectrum; Sheila Galatowitsch; DE, 1. Tempest equipment directory; DE, June 1991, S.73-82. September 1990, S.47-54. 2. Tempest market survives cutbacks, changes direction; 14. Advances in passive expendable countermeasures; Vic Sheila Galatowitsch; DE, June 1992, S.57-60. Pheasant; JED, May 1998, S.41-48, 67. 15. A sampling of Expendables; Don Herskovitz - Technology; . TEMPEST-Antennen => Antennen JED, April 1999, S.55-59. 16. When Weapons Cheat; Kenneth B. Sherman; JED, July . Tercom, Terrain Contour Matching 2000, S.49-54. 1. Scene-matching guidance concepts to be flight tested- 17. A Sampling of EW Countermeasures Decoys; Don Review; EW/DE, June 1978, S.29-30. Herskovitz; JED, July 2000, S.61-64.

18. A new generation of advanced decoys throws its hat in the . Terrain Bounce ring; B. Kenneth & B.P. Rivers; JED, January 2001, S.43-47. 1. EW101 A First Course in Electronic Warfare; David Adamy; 19. EW101 A First Course in Electronic Warfare; David Adamy; Artech House, Inc., Norwood, 2001. Artech House, Inc., Norwood, 2001.

. Täuschstörung - Deception Jamming . Testmittel => Mikrowellen Mess- und Testmittel 1. Typical pulse repeater deceptive Jamming System; ICH, 2nd Ed., 1976/77, S.432. . TETRA 2. Electronic Countermesaures- Part III: Jamming and 1. TETRA-Mobilfunksystem ACCESSNET-T Cube: Autarkes Deception; Editors: J.A. Boyd, D.B. Harris, D.D. King, H.W. modulares TETRA-System - tragbar und schnell aufgebaut; Welch, Jr.; Stanford University, 1961; Reprint: Peninsula Harald Haage; MIL NEWS (von Rohde & Schwarz), 2004, Publishing, Los Altos, CA, 1978. Nr.8, S.12-13. 3. A Sampling of EW Jammers; Don Herskovitz; JED, April 1999, S.39-44. . TETRAPOL 4. A Sampling of EW Jammers; Don Herskovitz; JED, 1. TETRAPOL-Funkfunksysteme für die Bundeswehr; Planet September 2000, S.71-78. aerospace, 1/2006, Januar/Februar/März, S.21.

. TAWS => GPWS . TFR 1. Introduction to Electronic Warfare; Ph. D. D.C. Schleher; . TCAS => ACAS/TCAS Artech House, Inc., Norwood, MA, 1986, S.252. 2. Radar Technology Encyclopedia; Edited by D.K. Barton und . TCT, Time Critical Targets S.A. Leonov; Artech House, Inc., Boston, London; 1997, 1. Seek and destroy; Michael Russell Rip & James M Hasik; S.358. AFM, June 2003, S.52-57. 3. Technische Unterlage von EADS Deutschland, Bordsysteme, Ulm: Fire Control Radar, 5M 9553.224. 45(E), 7/97 (Ma). . TDMA, Time Division Multiple Access 1. An Experimental TDMA Network for Airborne Warning and . Thales (früher: Thomson-CSF) Control Systems Interoperability Demonstrations: Part I; 1. Http://www.thalesgroup.com Lightfoo/Smith/Petrino; MSN, Dec 1975./Jan. 1976, S.73- 2. Technische Unterlage von Thomson-CSF Radars & Contre- 81. Mesures: Radars & Countermeasures. 2. Rapid Synchronization: Carrier and Clock Recovery for High- 3. Devices and antennas drive Thomson’s growth; Jack Speed, Digital Communications; Floyd M. Gardner; MSN, Browne - Chief Editor; Microwaves & RF, 29(1990)11, S.53- Feb./March 1976, S.57-64. 54. 3. TDMA Networks Meet AWACS Multiple Communications 4. France champions new EW group; Michael A. Taverna; Needs, Part II; F. M. Lightfoot, et al.; MSN, Oct./Nov. 1976, AW&ST, October 27, 1997, S.82. S.76-81. 5. Top 25 EW 2001; B. Callan & M. Lynch; JED, May 2001, 4. TDMA: The Answer for European Satcom? Leif Lundquist; S.59-52. MSN, March 1978, S.77-86. 6. Le Bourget 2001: Die erste große Leistungsschau der 5. Digital Earth Terminals Use TDM/TDMA; Steve Salamanoff, Luftfahrt im neuen Jahrtausend; Peter Preyloswski; SuT, u.a.; MSN, March 1980, S.100-106. August 2001, S.26-34. 6. Microprocessor Advances Yield Economical TDMA 7. AW&ST 2002 Aerospace Source Book; January 14, 2002, Terminals; George D. Dill; MSN, March 1981, S.63-73. S.323. 7. Switching in Space Will Depend on Multibeam 8. Thales Nederland B.V.; wt Profile; wt, IV/2002, S.63-70. Interconnects (Satcom); Murray Hoffman (The Mitre Erarbeitet von ‘Industrial Promotion Service’ (IPS), Bonn, in Corporation); MSN, January 1982, S.127-135. Kooperation mit Thales Nederland, Hengelo, NL.

. Thales Nederland . Tornado Self-Protection Jammer, TSPJ 1. Thales Nederland B.V.; wt Profile; wt, IV/2002, S.63-70. 1. Daimler-Benz Aerospace AG, Airborne Systems, Ulm, Erarbeitet von ‘Industrial Promotion Service’ (IPS), Bonn, in Firmenprospekt: 5M.9553.224.44(E), 07/97 (Ma). Kooperation mit Thales Nederland, Hengelo, NL. 2. Tornado Self-Protection Jammer; SuT, Dezember 1999, S.757. . TIA => Verstärker 3. TSPJ development continues; European Report - Patrick Brunet; JED, December 2001, S.21. . TIALD 4. TSPJ; IECH 2001, S.111. 1. Scharfer Blick; Karl Schwarz; FlugRevue, Oktober 2002, S.50-52. . Torpedo, Torpedos 1. Brockhaus Naturwissenschsften und Technik, Bd 5; . Tieffliegererfassung Brockhaus, Mannheim, 1989. 1. Low-Angle Radar Tracking; David K. Barton; Proceedings of 2. Kampfsysteme der US Navy: Waffen und Elektronik auf the IEEE, Vol.62, No.6, June 1974, S.687-704. amerikanischen Kriegsschiffen; Stefan Terzibaschitsch; 2. Waffensysteme der Bundeswehr; Gerhard Hubatschek Kohler, Hamburg, 2001. (Hrsg); Report Verlag, Frankfurt am Main, 1999. 3. Marine Enzyklopädie von A bis Z; J. Gebauer & E. Krenz; 3. Das Leichte Flugabwehrsystem: Detlef H. Keller; SuT, Tosa Verlag, Wien, 2003. Februar 2001, S.31-34. . Towed Decoys, TD . Tiger Helicopter 1. Expendable Decoys Counter Missiles with new Technology; 1. Waffensysteme der Bundeswehr; Gerhard Hubatschek Marc Liebman; DE, October 1986, S.69-77. (Hrsg); Report Verlag, Frankfurt a/M, 1999. 2. Mobile SAM threat spurs new EW System sales; Philip J. 2. Der Unterstützungshubschrauber Tiger; Herbert Hauck; wt Klass; AW&ST, Vol.147, No.17, October 27, 1997, S.38-42. I/2000, S.33-37. 3. Navy questions Towed Decoy suitability for F/A-18C/D; 3. TIGER -Erprobung auf Herz und Nieren; Klaus J. Schröder; Philip J. Klass; AW&ST, Vol.147, No.17, October 27, 1997, wt I/2000, S.36. S.43-44. 4. Durchbruch für den Tiger; Karl Schwarz; FLUG REVUE, 4. Raytheon leading Decoy production; Michael A. Dornheim; Oktober 2001, S.63. AW&ST, Vol.147, No.17, October 27, 1997, S.43-44. 5. Planet aerospace; 3/2002, S.66-67. 5. Enemies face frustration as aerial decoys improve; David A. 6. Protecting Europe’s new air mobile team; Lt Col Thierry Fulghum; AW&ST, Vol.147, No.17, October 27, 1997, S.67- Bon - French Army; JED, November 2002, S.50-51. 70. 7. Tiger und NH90: Erprobung auf der Zielgeraden; J.S. & 6. New decoys may stimulate stealth aircraft targets; David A. R.W.; PLANET AEROSPACE, Nr. 3/2003, Juli-August- Fulghum; AW&ST, Vol.147, No.17, October 27, 1997, S.71. September, S.56-59. 7. Keeping up appearances: New trends in active decoys; B. 8. Tiger verschießt Täuschkörper; News; FLIEGERREVUE, Jannery & J. Knowles; JED, February 1998, S.33-38. 5/2004, S.8. 8. FOTD completes Flight Testing - EC Monitor; K. Chaison & 9. Roll-Out des ersten Serien-Tigers - Ein europäischer Erfolg; B. Rivers; JED, April 1999, S.27-28. Peter Preylowski; SuT, Mai 2004, S.24-26. 9. Fooled you! The art of off-board ECM protection; Don 10. Probleme mit dem Unterstützungshubschraber TIGER; WT- Herskovitz - Technology; JED, August 1999, S.35-40. Berichte, M.S.; wt I/2004, S.38. 10. Towed decoy tether key issue for IDECM; Philip J. Klass; 11. Die Hubschrauber in der Bundeswehr; Jürgen Pöppelmann; AW&ST, November 15, 1999, S.46-47. wt I/2004, S.49-54. 11. Towed Decoys Come Out of the Black; Brendan P. Rivers; 12. Wichtige Erfolge für Tiger und NH90 in Europa; J. S.; JED, November 1999, S.37-42. PLANET AEROSPACE, 1/2004, Jan.-Feb.-März, S.53 13. Attack Helicopters; Anil R Pustan; Air International, January . Trägheits- bzw. Inertialnavigation, INS 2005, S.40-45. 1. Strapdown inertials open new markets; Barry Miller; 14. Tiger Hunt - Another Cold War predator seeks relevance; EW/DE, March 1978, S.71-90. Michael Fiszer; JED, August 2005, S.42-47. 2. The standard for Inertial Navigation Systems; Anzeige von 15. Der Tiger zeigt die Krallen; Bernd Vetter; FLIEGERREVUE,02- Kearfott in EW/DE, June 1978, S.43. 26-30, 2007, S. 3. FILS: Position, height, and bearing in real time; Stefan Geisenheyner; DE, June 1980, S.51-53. . TNC 4. Avionics for the Pilot; Chapter Thirtenn: Inertial Navigation 1. TNC connectors meet new performance criteria; James System (INS); Joe Johnston; Airlife Publishing Ltd, Kubota; Microwaves, 20(1981)2, S.77-79. Shrewsbury, UK, 1998, S.167-175. 5. Flugtechnik, Band 5; Jürgen Mies; Motorbuch Verlag, . Tomahawk Stuttgart, 1999. 1. Multimission Tomahawk employs dual guidance systems; Paul R. Jaszka; DE, November 1988, S.50-55. . Trainingsflugzeuge, Trainingssysteme 2. Tomahawk; IECH 2001, S.258. 1. Markets shaping trainer programs; Richard Aboulafia - Teal 3. Nachrüstung von Tomahawk Marschflugkörpern; E.H.; wt, Group; AW&ST Aerospace Source Book, January 11, 1999, II/2002, S.74. S.26. 2. Trainer market: Signs of life; Richard Aboulafia, Teal Group; . Tornado => Panavia Tornado AW&ST, January 14, 2002, S.28.

3. Der Sonne entgegen - Training und Ausbildung für 2. Transponder design provides pulse-coherent tracking; M.V. fliegendes Gerät, Teil 2; Jürgen Pöppelmann; wt IV/2003, Goppalakishna & C.S. Harish - Vikram Sarabhai Centre, S.101-105. Trivandrum, India; Microwaves & RF, 35(1996)13, S.131- 4. Military Training Systems - What are the affordable 142. options? Brian Walters; Air International, January 2004, S.60-64. . Transportflugzeuge, Airlift 5. Aermacchi will den Eurotrainer bauen; Karl Schwarz; FLUG 1. Strategic airlift market uneven; Richard Aboulafia - Teal REVUE, April 2004, S.47. Group; AW&ST Aerospace Source Book, January 11, 1999, S.22. . Transceiver, T/R 2. Transportflugzeuge; Achim Figgen, Diethmar Plath & 1. L-Band T/R module for airborne phased array; M.E. Davis, Brigitte Rothfischer; Bechtermünz Verlag, Augsburg, 2000. et al.; MJ, February 1977, S.54-60. 3. Change on the horizon for military transport sector; 2. Solid State Transmit/Receive module for the PAVE PAWS Richard Aboulafia, Teal Group, and Michael A. Taverna, Phased Array Radar; Donald J. Hoft - Raytheon, Wayland; AW&ST; AW&ST Aerospace Source Book; January 14, 2002, MJ, Oct. 1978, S.33-35. S.26. 3. Integrated T/R modules employ GaAs ICs; R.S. Pengelly - 4. Aus alt macht neu; Karl Schwarz; FLUG REVUE, März 2002, Plessey, Caswell, UK; Microwaves & RF, 24(1985)2, S.77-84. S. 54-56. 4. Optimize phased-array T/R performance; T.L. Martinec; 5. Military Airlift; Anthony Tucker-Jones; AFM, June 2002, Microwaves & RF, 24(1985)3, S.95-97. S.64-67. 5. Miniature Integrated X-Band Transceiver; Srinivas Bokka - 6. The US Airlift gap; Bob Archer; Air International, January HDS; MSN&CT, January 1988, S.42-52 2005, S.57-61. 6. Integrated E-Plane Mm-Wave 29-GHz Transceiver; B.C. 7. Royal Air Force Transports of today; Jon Lake; Air Forces Barnes et al.; MSN&CT, January 1988, S.98B-98D. Monthly, January 2005, S.24-29. 7. Analysis shows effects of aging on T/R modules; Randall J. Sliva - US Naval Weapon Center, China Lake, CA; . Trappat-Oszillator Microwaves & RF, 27(1988)3, S.79-85. 1. Der Trapatt-Oszillator; R. Davies, et al.; 8. Radar Transceiver for smart-munitions applications; M.B. Mikrowellenmagazin, Vol.8, No.5, 1982, S.562-573. Williams & I.M. Clarke - Mullard Hazel Grove; MSN&CT, September 1988, S.92-96. . Triebwerke => Flugzeugtriebwerke 9. Multifunction Transmit and Receive modules for EW Arrays; Martin A. Priolo, et al. - Lockheed Sanders, Nashua; . TRIFOM/Polyphem MJ, Feb. 1991, S.83-92. 1. Gelenkter Flugkörper Polyphem; Jürgen Erbe; SuT, 4/2000, 10. A sampling of tactical Transceivers; Don Herscovitz; JED, S.228. April 1998, S.53-57, 2. Polyphem macht Fortschritte; Jürgen Erbe; SuT, 11/2000, S.751. . Transistor 3. Neues Flugkörpersystem erfüllt alle Erwartungen - 1. Elektronik; Herbert Frisch; VDI-Verlag Düsseldorf, 1975. Testschüsse mit Polyphem; Wolfram Lautner; PLANET 2. Halbleiter-Physik; A. A. Fraser; Oldenburg Verlag, AEROSPACE, Nr. 2, Januar-März 2001, S.46. München, 1981. 4. TRIFOM [Trilaterl Fibre Optic Missile] System für das Heer; 3. Elektronik 2, Bauelemente; Klaus Beuth; Vogel-Buchverlag, Wolfram Lautner - EADS/LFK, Kommunikation; WTR Würzburg, 1983. Ausrüstung Heer, Januar 2002, S.54. 4. Silicon Bipolar Transistors and Integrated Circuits continue 5. Polyphem: Neue operationelle Perspektiven; r; SuT, Mai to grow; C.P. Snapp , Dr - Avantek; S.32-41. 2002, S.31-32. 5. Mikrowellentechnik, Bd. 2, Antennen und aktive Bauteile; 6. Entwicklungsreif: TRIFOM/POLYPHEM; Wolfram Lautner; Prof. Dipl.-Ing. Erich Pehl; Hüthig, Heidelberg, 1989. Planet aerospace, 3/2002, S.36-37. 6. Hochfrequenztechnik, Bd.1, Bauelemente und Schaltungen; 7. Lenkflugkörper des Heeres; Wol-Rüdiger Petereit; wt, Edgar Voges; Hüthig, Heidelberg, 1991. III/2002, S.61-66. 7. Taschenbuch der Hochfrequenztechnik, Bd. 1, Grundlagen; 8. Die Lenkflugkörpersysteme der neuen Schiffsgenerationen Meinke-Gundlach; Springer, Berlin, 1992. für die Deutsche Marine; Gerhard Coors - Bauoberrat, BWB; MarineForum, 7/8-2003, S.18-20. . TRANSIT 1. Künstliche Himmelskörper für die Navigation; Beitrag von . Trigat Ekehard Sieker, in „Weltraum ohne Waffen”; C. 1. Missile alignment; M. A. Taverna (Paris) & R. Wall Bertelsmann, 1984, S.51-60. (München); AW&ST, January 12, 2004, S.42-43. 2. Vermessung und Ortung mit Satelliten; Manfred Bauer; Wichmann, Heidelberg, 1994. . Troposphäre 3. Funkortung und Funknavigation; Erwin Lertes; Vieweg, 1. Simulate tropospheric amplitude scintillation; M. Richaria; Braunschweig, Wiesbaden, 1995. Microwaves & RF, 24(1985)4, S.79-82.

. Transponder => IFF . Truppenfunknetze 1. Modular approach simplifies S-Band transponder design; 1. Waffensysteme der Bundeswehr; Gerhard Hubatscheck Paulo Mello Marshall - Instituto de Espaciais, Sao Jose Dos (Hrsg); Report-Verlag, Frankfurt am Main, 1999. Campos, Brazil; Microwaves & RF, 30(1991)12, S.81-86. . TSS => Tangential Signal Sensitivity

18. Eliminate confusion in TWTA specifications; James W. . Tunnel-Dioden => Halbleiterdioden Hansen - Hughes Aircraft, Torrance, CA; Microwaves & RF, 1. Tunnel diodes complement high-performance dedectors; 23(1984)7, S.91-95. John Tatum & Kenneth Hinton - TRW Microwave, 19. The TWT problem; Major Erik Buck -ASD/AFWAL; JED, Sunnyvale, CA; Microwaves & RF, 24(1985)2, S.115- October 1984, S.85-100. 118,122,123. 20. Tubes vs. Solid-state: Reality vs. Promises; H.G. Kosmahl; Microwaves & RF, 24(1985)5, S.167-169. . TWT, TWTA 21. Tubes continue delivering Microwave power; A. E. Braun, 1. Transmit Tubes; J. Carruba - Varian Electron Tube Group; Editor; MSN&CT, June 1985, S.62-65. ICH, 1st Ed., June 1975/76, S.390-404. 22. High-Power Electron Tubes designed for modern 2. Postulating an Airborne ECM Threat; Donald D. Anderson; Microwave Systems; B. L. Smith- Thomson-CSF; MSN&CT, MSN, Dec. 1975/Jan. 1976, S. 41-47. June 1985, S.69-81. 3. New Lightweight 15/25 kW Gridded TWT; MSN, Oct./Nov. 23. Progress continues in power-tube design; Nancy Wey; 1976, S.124. MSN&CT, June 1986, S.83-93. 4. Selecting Tubes for Airborne Radars; Arnold Acker; MSN, 24. Specifying TWTAs for space applications; S. Pat et al. - May 1977, S.55-60. ISRO Satellite Centre, India; MSN&CT, August 1986, 5. Paralleled TWTs Boost Uplink Power; Robert E. Shuken; S.122A-122H. MSN, June 1977, S.55-60. 25. Instrumentation TWT power amplifiers for almost any 6. Microwave Tube technology review; Dr. Stanley F. Kaisel - imaginable application; William Kurple - Keltec Florida- Consultant Woodside; MJ, July 1977, S.23-42. Microwave Products; MSN&CT, July 1987, S.100-109. 7. Brazed-Helix TWTs for high power Jammers; E.D. Maloney - 26. Traveling-Wave Tube Amplifier design considerations; Thomson CSF, France; MJ, March 1978, S.76. Thomas P. Grow & Fred W. Bloom - ITT; MSN&CT, April 8. New horizons for Microwave tubes; John M. Osepchuk - 1988, S.46-59. Raytheon; MJ, July 1978, S.36,38. 27. Broadband High Peak Helix TWTs boost Radar 9. Research opportunities in Microwave Tubes; Leo Young - performance; M. Belna & W.R. House; MSN, September Naval Research Lab, Washington; MJ, July 1978, S.40,41. 1989, S. 44-49. 10. Mini-Jammer Suited for Drone; MSN, July 1978, S.71. 28. Tubes continue the chase for power, gain and bandwidth; 11. New TWT Generation Pumps Poer for Today and Tomottow Jack Browne, Executive Editor; Microwaves & RF, (Brazed-Helix-TWT)); G. Fleury, u.a. - Thomson-CSF; MSN, 29(1990)3, S.149-158. Ja. 1982, S.97-118. 29. TWT delivers high power satellite uplinks; Tiziana Barsotti, 12. Tubes in space: Very much alive; Henry G. Kosmahl - Fellow et al. - Thomson Tubes Electroniques, Boulogne-Billancourt, IEEE; Microwaves & RF, 22(1983)3, S.107-109. Cedex, France; Microwaves & RF, 31(1992)2, S.119-122. 13. TWTs Designed foe Advanced EW Systems; R. J. Espinosa 30. Specify TWTs by considering modulation needs; J.-P. (Varian Associates); MSN, April 1983, S.79-88. Devilleger & W.R. House - Thomson Tubes Electroniques, 14. Advances in TWTs Promise Higher Power, Smaller Package; Velizy Villacoublay, Cedex, France; Microwaves & RF, U. J. Pittack (Raytheon co.); MSN, June 1983, S.120-129. 31(1992)10, S.81-82. 15. Tubes still vital to Microwave Systems; R. Espinosa - Varian; 31. A survey of Microwave Amplifiers and Oscillators - MDSH, Vol. 13, No.12, November 1983, S.126-150. Technology Survey; Don Herskovitz; JED, April 2000, S.57- 16. TWT Amplifier exhibits linear power transfer characteristics 61 and improved efficiency; H. G. Kosmahl & J. C. Paterson - 32. Jammers - How solid is their state? Don Herskovitz; JED, Hughes Aircraft; MSN, June 1984, S.83-93. November 2000, S.51-57. 17. Advances in airborne Radar TWTs assure their continued 33. Hughes TWT and TWTA Handbook; Hughes Aircraft role; R. W. Herriot - Litton; MSN, July 1984, S.41-49. Electron Dynamics Division, Torrance, California.

. UAV, UACV, UARV => Drohnen. 4. U-Boote im Wandel - Design der Waffen- und Führungssysteme von U-Booten unter NCW-Aspekten; . Überlagerungsempfänger - Superhet Receiver Gebhard Heizmann-Bartels - HDW, Kiel; SuT, November 2003, S.51-52. 1. Calculate receiver sensitivity; David L. Adamy; Electronic 5. Sensoren für U-Boote; Traugott Tietz & Roland Volz - Carl Design, December 6, 1973, S.118-121. Zeiss Optronics, Oberkochen; Strategie & Technik, März 2. Typical Superhet Receiver; ICH, 2nd Ed., 1976/77, S.433. 2005, S.45-48. 3. What does Receiver Sensitivity mean? MSN, July 1978,

S.54-63. 4. Millimeter MICs Rely On Hybrid-Open Microstrip (MIC . UKADGE Superhet); T.H. Oxley; MSN, September 1979, S.75-83, 155, 1. UKADE Update, Großbritannien will sein Flugabwehrnetz 159. modernisieren; IWR, 5/1979, S.771-774. 5. Mixers: Part 1, Characteristics and Performance; Bert C. Henderson; Watkins-Johnson Company Tech-notes, Vol. 8, . USB, Universeller Serieller Bus No.2, March/April 1981, 1. USB in der Messtechnik: Vorteile, die überzeugen; R+S, 6. Mixers: Part 2, Theory and Technology; Bert C. Henderson; Heft 177(2003/I), S.23. Vol. 8, No.3, May/June 1981. 7. Sensitivity of EW Receivers; J.B.Y. Tsui und R. Shaw; MJ, . USQ-113, -146 November 1982, S.115-120. 1. AN/USQ-146; IECM 2001, S.156. 8. Warngeräte, Unentbehrlich für Kampfflugzeuge und 2. AW&ST Aerospace Source Book, January 14, 2002, S.227. Kampfhubschrauber; Martin Streetly; Interavia 9/1988, S.889-893. . USMS, Utility System Management System

1. Lightening the load, past & present; Mike Hirst; Air . U-Boote International, November 2003, S.82-86. 1. Moderne U-Boote; Udo Ude; wt, II/2001, S.84-89. 2. Taufe von U31 - Erstes U-Boot der Klasse 212A; Dieter . UV, Ultraviolett Stockfisch; SuT, Mai 2002, S.55-56. 1. Brockhaus, Naturwissenschaften und Technik, Fünfter Band 3. Marine Enzyklopädie von A bis Z; Jürgen Gebauer & Egon 5, F. A. Brockhaus, Mannheim, 1989. Krenz; Tosa Verlag, Wien, 1998. 2. Passive UV Missile-Warning Systems; Larry De Cosimo, et al.; JED, December 1999, S.51-54.

. V-22 Osprey 13. VCOs and Post Tuning Drift; ICH, 3rd Ed., 1977/78, S.494- 1. First Two Production CV-222s delivered; Military News; Air 496. International, December 2005, S.8. 14. New VCO Test equipment aids manufacturing; Robert J. 2. V-22 Osprey - A new era in vertical lift; AW&ST, January 2, Traynor & Werner Schurch; Microwaves, 20(1981)1, S.57- 2006, S1-S20. 61. 15. Ku-Band digitally tuned Oscillator will sonn be available for systems designers; Cuong M. Pham, et al. - Avantek; DE, . Van Atta Array-Antennen February 1982, S.46-54. 1. Target Masking and Modification; J.H. Vogelman & R.K. 16. Voltage-Controlled Oscillator Technique boosts airborne Thomas; Beitrag in „Electronic Countermeasures”, exciters capability; Joel Naidus; MSN, October 1983, S.53- Peninsula Publishing, California, 1978, Kap. 19. 66. 2. Phased Arrays for ECM; ICH, 3rd Ed., June 1977/78, S.333- 17. Voltage Controlled Oscillator Subasystems; Technische 340. Unterlage von Microwave Technologies, Ausg. 2, April

1984. . Varaktor-Abstimmbare Oszillatoren 18. Let’s clear up the confusion on PTD; Technische Unterlage 1. Hyperabrupt Varactor-Tuned Oscillators; R. M. Beach; W J von Microwave Technologies, Ausg. 2, April 1984. Tech-notes, Vol. 5, No. 4, July/August 1978. 19. How to specify solid state sources; Technische Unterlage von Microwave Technologies, Ausg. 2, April 1984. . Variometer 20. Voltage-Controlled Oscillators evaluated for system design; 1. Cockpit-Instrumente; Peter Bachmann; Privatpiloten R.M. Leier & R.W. Patston - Avantek; MSN&CT, November Bibliothek, Band 9; Motorbuch Verlag Stuttgart, 1. Auflage 1985, S.102-125. 1998. 21. Speedy VCO tunes 8 to 12 GHz; J. Mongillo & J. Matson - 2. Flugtechnik; Jürgen Mies; Privatpiloten Bibliothek, Band 5; Radian Technology, Santa Clara, CA; Microwaves & RF, Motorbuch Verlag Stuttgart, 2. Auflage 1999. 25(1986)8, S.121-122. 3. Aerospace-Wörterbuch mit Aerospace-Definitionen; 22. Comprehensive design approach addresses Missile VCO Roderich Cescotti; Motorbuch Verlag Stuttgart, 2002. requirements; David A. Boyd - Eaton; MSN&CT, May 1987, 4. Lexikon der Luftfahrt; Niels Klußmann & Armin Malik; S.65-71. Springer-Verlag, Heidelberg, 2004. 23. How to specify and use a DTO/VCO; R.N. Buswell; WJ Tech- notes, Vol.14, No.4, July/Aug. 1987. . VCO, Voltage Controlled Oscillators 24. Measuring VCO time varying frequency characteristics; R. 1. Voltage Controlled Oscillators - In modern ECM Systems; R. Beers - EIP Microwave Inc., & A. Hughes - Analog Design N. Buswell; W J Tech-notes, Vol. 1, No. 6, Nov./Dec. 1974. Tools; MJ, Nov. 1987, S.201-203. 2. Performance of Solid State Voltage Controlled Oscillators; 25. Multiband, digitally tuned, VCOs; E. Bertram & F. Levien - T.B. Bushnell, et al. - WJ; ICH, 1st Ed.,June 1975/76, S.331- Eaton; MSN&CT, December 1987, S.46-52. 334. 26. VCO Techniques for EW Systems; David A. Boyd; MJ, Feb. 3. Microwave VCO packages for EW Systems; Paul Gili; MSN, 1988, S.129-137. Oct./Nov. 1975, S.25-31. 27. Wideband digitally tuned Oscillator technology for 4. Linear VCOs; R.N. Buswell; W J Tech-notes, Vol. 3, No. 2, Electronic Defense; L.R. Martin, et al. - Avantek; MSN&CT, March/April 1976. July 1988, S.46-54. 5. Voltage Variable Attenuators: Getting smaller and better; 28. Novel techniques drive oscillators from 1 to 18 GHz - Tom Glynn & Lee Duter; MSN, June/July 1976, S.48F-49. Product of Delphi Components, Laguna Niguel, CA; 6. Solving the VCO measurements problem; James E. Duggan; Microwaves & RF, 29(1990)3, S.170-171. MSN, June/July 1976, S.73-76. 29. System Requirements set Specifications for Microwave 7. Manual measurement of VCO fine grain tuning: A thing of VCOs; Roland Stickney; Microwaves & RF, 29(1990)6, S.135, the past; R.E. Carman & J. Pawson; MSN, June/July 1976, 136 und 143. S.96A-96H. 30. VCOs; Beilage der Firma VARIL, Denver, CO, USA, in 8. Firmenunterlage: Addington Laboratories, Inc., Solid State Microwaves & RF von September 1990. Products Division, 128A; Beilage zu MSN, Oct./Nov. 1976. 31. VCO selection guide; Beilage von Synergy Microwave 9. Let’s clear up the confusion on PTD; MSN, April 1977, S.54- Corporation, Paterson, NJ, in Microwaves & RF, 58. 35(1996)13. 10. Evaluating Tuning Response of VCO Subsystems; Kenneth 32. Integrated circuit simplifies the design of VCOs; Rick Meller R. Schoniger; MSN, July 1977, S.45-54. - Maxim Integrated Products, Sunnyvale, CA; Microwaves & 11. VCO Scoreboard; Joyce Jordan; MSN, July 1977, S.59-61. RF, 37(1998)2, S.75-82. 12. VCO Subsystems: What to test, how to test it; C.A. 33. VCO Designers Handbook, Technische Unterlage von Mini- Bissegger & A.E. Schlenz - Omni Spectra, MA/COM; Reprint Circuits: VCO/HB-1, 2001. from MIcrowaves, May (Part I) & July (Part II) 1977.

34. VCO Designers Handbook; Mini Circuits Division of 19. Netzwerkversion - Zur Weiterentwicklung der Scientific Components, Brooklyn, NY, USA; VCO/HB-01; Führungsfähigkeit der Marine; Reihhard Kühtze, Kapitän 2001. zur See Dipl. Ing.; SuT, Mai 2003, S.44-47. 35. Wideband VCO designs are independent of circuit 20. Network Centric Warfare; Dieter Stockfisch; SuT, Juni 2003, parameters; Dr. Andrei Grebennikov- M/A-COM, Cork, S.54-55. Irland; Microwaves & RF, 40(2001)8, S.147-155. 21. U-Boote im Wandel - Design der Waffen- und 36. Specifying Microwave Voltage-Controlled Oscillators; Führungssysteme von U-Booten unter NCW-Aspekten; Speciall Report; Jack Browne; Microwaves & RF, 40(2001)9, Gebhard Heizmann-Bartels - HDW, Kiel; SuT, November S.107-112. 2003, S.51-52. 37. Gauge phase jitter and noise in VCXOs - Part 1; David 22. Network Centric Capabilities; wt IV/2003, S.10 (Grafik). Chandler - Corning Frequency Control, Mount Holly Springs, 23. Net-Centric Operations - Turning data into knowledge and PA; Microwaves & RF, 41(2002)1, S.78-90. knowledge into action; Beilage (12 Seiten) von Lockheed 38. Specify jitter and phase noise in VCXOs - Part 2; David Martin in: AW&ST, December 29, 2003, Chandler - Corning Frequency Control, Mount Holly Springs, 24. Vernetzt zum Erfolg? - „Network-Centric Warfare” - zur PA; Microwaves & RF, 41(2002)3, S.76-78. Bedeutung für die Bundeswehr; Holger H. Mey & Michael K.-D. Krüger; Report Verlag, Frankfurt a/M, 2003. . Velocity Gate Pull-Off, VGPO 25. Iraqi Freedom - Hat Network Centric Warfare die 1. EW101 A First Course in Electronic Warfare; David Adamy; Feuertaufe bestanden; Rainer Schwiebert, Oberstleutnant; Artech House, Inc., Norwood, 2001. SuT, Februar 2004, S.26-30. 26. Führung von Streitkräften im Frieden; Lutz Feldt, . Verfolgungsradar => Radar Vizeadmiral, Inspekteur der Deutschen Marine; SuT, Februar 2004, S.48-52.

27. Vernetzte Operationsführung; Erwin Reich -EADS . Vernetzte Operationsführung, NetOpFü, NCO/W Deutschland; Wehrtechnischer Report 1/2004, Februar 1. Pentagon priorities shift to data and networks; David A. 2004, Report Verlag, Bonn & Frankfurt a/M, S.26-29. Fulghum; AW&ST, April 22, 2002, S.22-23. 28. Weiterentwicklung der Führungsunterstützung - Network 2. Pack hunters, Network-centric naval warfare promise to Centric Warfare; Fregattenkapitän Franz-Dietmar Dahmann turn smaller surface combatants into piranha; Brendan P. - Referent im BMVg; SuT, April 2004, S.42-48. Rivers; JED, June 2002, S.40-43. 29. Die Bundeswehr auf dem Weg zur Vernetzten 3. It takes a network to beat a network; David A. Fulghum, Operationsführung; Friedrich W. Benz; wt I/2004, S.107- Rockwall, Tex; AW&ST, November 2002, S.28-31. 114. 4. Rumsfeld pushes network warfare; David A. Fulghum, 30. Verteilte Lagedarstellung im IT-System der Bw - Washington; AW&ST, November 2002, S.32-33. Schlüsselkomponente zur Vernetzten Operationsführung; 5. Network warfare: Hope and hype; David A. Fulghum, H. Schmidr & R. Vogelgesang - EADS Defence Electronics; Washington; AW&ST, November 2002, S.33-34. IT-Report 2/2004, Mai 2004, Report Verlag, Bonn & 6. Predator B to increase lethality of UAV fleet; David A. Frankfurt a/M, S.37-41. Fulghum, Washington; AW&ST, November 2002, S.34. 31. IT-System Bundeswehr - Ein wesentlicher Baustein für die 7. Cyber center to advance network-centric warfare; Craig Vernetzte Operationsführung - Bernd Stingl, Major i.G.; IT- Covault, Melbourne, FLA; AW&ST, December 23, 2002, Report 2/2004, Mai 2004, Report Verlag, Bonn & Frankfurt S.30-32. a/M, S.42-47. 8. Net-centric ops defined for diverse military programs; Craig 32. Transformation - zur vernetzten Führung von Operationen; Covault, Melbourne, FLA; AW&ST, December 23, 2002, Stephan Maihoff - T-Systems International; IT-Report S.32-33. 2/2004, Mai 2004, Report Verlag, Bonn & Frankfurt a/M, 9. Britain determines military net value; Douglas Barrie, S.51-57. London; AW&ST, December 23, 2002, S.53-54. 33. Network Centric, Rush to connect; Charlotte Adams; 10. Russia considers net impact; Douglas Barrie, London; Avionics Magazine - Aviation Today, September 2004. AW&ST, December 23, 2002, S.54-54. www.aviationtoday.com 11. Der neue Krieg; Michael Inacker; Frankfurter Allgenmeine 34. Network Wars; David A. Fulghum - Merrimack, NH; AW&ST, Sonntagszeitung, 19. Januar 2003, Nr.3. October 25, 2004, S.90-91. 12. Nascent net-centric war gains Pentagon toehold; William B. 35. One-stop shopping; David A. Fulghum - Hudson, NH; Scott/Colorado Springs and David Hughes/Washington; AW&ST, October 25, 2004, S.92-93. AW&ST, January 27, 2003, S.50-53. 36. Pack mentality; Robert Wall - Washington - & David A. 13. Joint forces command taking net-centric tools to operators; Fulghum - Nashua, NH; AW&ST, October 25, 2004, S.94-96. David Hughes/Washington; AW&ST, January 27, 2003, 37. Something old, something new; David A. Fulghum - S.54-56. Hudson, NH; AW&ST, October 25, 2004, S.98-99. 14. Pentagon targets bandwidth expansion; David 38. Vom Cyberwar zu Network Centric Operations 2004; Sönke Hughes/Washington; AW&ST, January 27, 2003, S.57. Marahrens; SuT, November 2004, S.36-40. 15. Commercial technology key for net-centric war; David 39. Transformationsprozess der Streitkräfte; Interview von Hughes/Washington; AW&ST, January 27, 2003, S.58. PLANET AEROSPACE (Wolf Hiller) mit Generalleutnant Dirk 16. Promotion system could upset NCW; William B. Böcker; PLANET AEROSPACE, 4/2004, S.24-30. Scott/Colorado Springs; AW&ST, January 27, 2003, S.59 40. Die Stunde der Interoperabilität; U. Schade & G. Dürr; 17. Network Centric Warfare - Konzept netzwerkzentrierter Strategie und Technik, Januar 2005, S.16-18. Kriegführung; Holger H. Mey; SuT, Februar 2003, S.8-13. 41. NEC-Demonstrator; Lothar Schulz; Strategie und Technik, 18. Correspondence: Smoke and mirrors of NCW; Tom Davis; Januar 2005, S.19-20. AW&ST, March 24, 2003, S.6.

42. Luftlagedarstellung in einem CRC; Wilhelm Pestel - . Vertikalantennen => Antennen Obestleutnant, BMVg; Strategie und Technik, Januar 2005, S.35-38. . Verzögerungsleitungen, Delay Lines 43. Das Neue Heer - Chancen und Zukunftsfähigkeit im Rahmen 1. Proper Delay Line Discriminator design avoids common des Transformationsprozesses; Hans-Jörg Voll; Strategie pitfalls; Israel Yuval; MSN, December 1981, S.109-118. und Technik, März 2005, S.20-24. 2. Folded and focused acoustic beams greatly improve BAW 44. Vernetzte Operationsführung - Einbindung des Delay Lines; J. Puyhaubert, et al. - Thomson-CSF; MSN, „Infanteristen der Zukunft”; Udo Stoll; Strategie und February 1982, S.119-126. Technik, April 2005, S.46-51. 3. DDLs perform vital signal-processing role; C. Erikson, D. 45. Vernetzte Operationsführung; Friedrich W. Benz; Carlton & R. Dorman - Andersen Laboratories; MSN&CT, Wehrtechnik Spezial, V/2005, S.24-32. July 1985, S.99-103. 46. Network Centric Warfare: The European Conference; 4. Analyze effects of system delay lines; Stan Goldman; Christopher Harz. IQPC Network Centric Warfare Europe Microwaves & RF, 26(1987)6, S.149-156. 2005. 5. Fiber-optic delay lines aid radar signal processing; G.

Grimes & L.A. Stark - Ortel, Alhambra, CA; Microwaves & . Verschlüsselung RF, 30(1991)5, S.219-221. 1. Moderne Verschlüsselungsgeräte für die Bundeswehr; 6. Basics guide delay-line discriminator design; Andrew Volker Schneider - Rohde & Schwarz, Berlin; IT-Report Laundrie - Senior Editor; Microwaves & RF, 31(1992)9, 2/2004, Mai 2004, Report Verlag, Bonn & Frankfurt a/M, S.120. S.14-16. 7. Delay-line design faithfully serves ESM applications; Erik Boch & Michael Stapleton - Lockheed Canada; Microwaves . Verstärker, Amplifier & RF, 31(1992)9, S.119-127. 1. Microwave Amplifier Technology - A perspective; Lawrence R. Thielen - Avantek; MJ, April 1978, S.16,17. . VFR, Visual Flight Rules 2. Broadband driver Amps meet Military Specs; Amplica 1. Luftfahrt-Definitionen; Roderich Cescotti; Motobuch Verlag Product; MSN, December 1981, S.121. Stuttgart, 1993. 3. Drop-In Mixer-Preamp offers intagrated Limiter Diode Protection; D. Neuf & J. Lamagna - RHG Electronics . VHSIC Laboratory; MSN, February 1983, S.158-170. 1. Systems to be changed by VHSIC; DE, January 1981, S.48- 4. DLVAs find applications in ESM systems; M. Sheade - Planar 52, 57. Microwave; MSN, August 1984, S.47-56. 2. Very High Speed Integrated Circuits - Into the second 5. Microwave amplifier design starts with feedback probe, generation, Part 1: The birth of a program; Jim Martin; Part 1; Douglas J.H. Maclean - Systems Consultant, Cossor ME/C, Vol.7, No.12, December 1981, S.52,54, 71-73. Electronics, Harlow, Essex, UK; Microwaves & RF, 3. Very High Speed Integrated Circuits - Into the second 24(1985)12, S.93-96. generation, Part 4: The Radiation challenge; Jim Martin; 6. Wide-ranging hybrid logamps rise quickly; Jack Browne - ME/C, Vol.8, No.3, March 1982, S.40-45. Executive Editor; Microwaves & RF, 27(1988)6, S.207-213. 4. Very High Speed Integrated Circuits - Into the second 7. Logamps aids single-channel receiver; Alan Conrad & Jack generation, Part 5: The of standardization and technology Browne; Microwaves & RF, 27(1988)6, S.210-211. insertion; Jim Martin; ME/C, Vol.8, No.4, April 1982, S.66- 8. Designing an ultrawideband Monolithic distributed 67. Amplifier; F. Emori, et al. - NEC; MSN&CT, July 1988, S.28- 5. VHSIC processors take shape; J.E.F. - Industry News; DE, 38. August 1982, S.33-38. 9. Combined System makes fast Amplifier compression and 6. Is VHSIC a panacea? Or, facing the von Neumann NF Measurements; D. Morikawa - Wavetek Microwave; bottleneck; DE, August 1982, S.72-73. MSN&CT, August 1988, S.52-60. 7. VHSIC Programm spurs U.S. IC technology- Critical 10. Log video amp reaches 30 GHz withfast rise time - Product Programm Reviews; Dr. Robert N. Castellano -Bell of Anadyne, Santa Cruz, CA; Microwaves & RF, 27(1988)9, Laboratories, Stanford University; DE, July 1986, S.114-127. S.188-189. 8. VHSIC offers new possibilities for Radar receiver designers; 11. Consider options when selecting Log Amplifiers; Douglas Vibeke Libby -Dalmo Victor; DE, October 1986, S.155-163. Johnson, et al. - Americal Electronic Laboratories, 9. VHSIC forges ahead; James W. Rawles; DE, January 1989, Landsdale, PA; Microwaves & RF, 29(1990)3, S.107-114. S.61-74. 12. Broadband AMP drops through noise floor - Product of

Veritech Microwave, Plainfield, NJ; Jack Browne - Associate Publisher/Editor; Microwaves & RF, 31(1992)2, S.141-144. . Vielfachreflexionen - Multiple Reflections 13. Approach performs RF detectiondirectly; J. Greichen & E. Nash - Analog Devices, Wilmington, MA; Microwaves & RF, . VLF, Very Low Frequencies 37(1998)9, S.84-87. 1. The Renaissance in Submarine Communications, Part III, 14. Weigh amplifier dynamic-range requirements; D.M. The ELF Odyssey 1958-1979; Roland J. Starkey, Jr.; ME/C, Dobkin, W. Strifler & G. Klimovitch - WJ Communications, Vol.7, No.1, January 1981, S. 26-39. San Jose, CA; Microwaves & RF, 40(2001)12, S.59-69. 2. Erratum: The Renaissance in Submarine Communications, 15. TIAs clear way for 40-Gb/s systems; Barry Manz - Manz The ELF Odyssey; ME/C, Vol.7, No.2, February 1981, S. 28. Communications, Montville; NJ; Microwaves & RF, 3. The Renaissance in Submarine Communications, Part IV: 41(2002)1, S.33-43. The ELF Odyssey, continued; Roland J. Starkey, Jr.; ME/C, Vol.7, No.2, February 1981, S. 29-34.

4. Studies show VLF transmissions influence wave propagation; Barry E. Manz - Assocate Editor/News; . VOR Microwaves & RF, 22(1983)3, S.46,48. 1. Funkortungs- und Funknavigationsanlagen; Werner 5. Gefechtsführung im Nuklearkrieg; Ashton B. Carter; Beitrag Mansfeld; Hüthig, Heidelberg, 1994. in „Rüstung und Sicherheit”, Spektrum der Wissenschaft, 2. Funkortung und Navigation; Erwin Lertes; Vieweg, Heidelberg, 1985, S.42-50. Braunschweig, 1995. 3. Funknavigation; Jürgen Mies; Motorbuch Verlag Stuttgart, . VLSI, Very Large Scale Integration 1995. 1. VLSI in military applications; H.H. Jones & D. Finch; ME/C, Vol.4, No.11, November 1978, S.52-56. . V/STOL, Vertical / Short Take-Off and Landing 2. VLSI Technology: Evolution and forecast; Dr. D. Haward 1. V/STOL - Reflexions 40 years on; Roy Braybrook; Air Phillips; ME/C, Vol.7, No.4, April 1981, S.53-57. International, October 1999, S.235-240. 3. Deploying very Large-Scale Integration Circuits; Jim Bussert; DE, September 1985, S.159-167. . VSD, Vertical Situation Display

1. Boeing, Airbus go vertical; David Hughes - Washington; . VMEbus AW&ST, Novenber 29, 2004, S.59-61. 1. Industry standard buses find military role; Stewart A. 2. Vertical innovation; David Hughes - Washington; AW&ST, Dewar; DE, August 1987, S.53-64. Novenber 29, 2004, S.61. 2. A sampling of VME products; Don Herskovitz - Technology; JED, August 1999, S.57-62.

. WAAS, Wide Area Augmentation System . Wellenausbreitung - Elecromagnetic Wave 1. WAAS: Back in step; David Jensen; Avionics Magazine - Propagation Aviation Today, February 2002. 1. Satellitenverwendung im taktischen Fernmeldebereich; H. 2. LAAS, to be or not to be? The FAA is exploring whether J. Albrecht; SuT, 11/1973, S.599-605. WAAS and onboard avionics are a LAAS alternative; David 2. Free space way transmission loss between isotropic Hughes (Washington); AW&ST, January 31, 2005, S.41-42. antennas; ICH, 1st Ed., June 1975/76, S.210. 3. One way transmission loss between isotropic antennas . Waffenleit- und Zielzuweisungssysteme over plane Earth; ICH, 1st Ed., June 1975/76, S.211. 1. Weapons control & targeting systems; AW&ST Aerospace 4. Fading characteristics resulting from poor atmospheric Source Book, January 14, 2002, S.236-237. conditions; ICH, 1st Ed., June 1975/76, S.214-215. 2. Weapons control & targeting systems;; AW&ST Aerospace 5. Electronic Countermesaures; Chapter 31: Propagation, Source Book, January 13, 2003, S.228-229. by A.T. Waterman, Jr.; Editors: J.A. Boyd, D.B. Harris, D.D. King, H.W. Welch, Jr.; Stanford University, 1961; Reprint: . WAH-64 Apache Peninsula Publishing, Los Altos, CA, 1978. 1. First WAH-64 arrives in UK; AW&ST, June 14, 1999, S.73. 6. RF Signal propagation; ICH, 7th Ed.,1981/82, S.397-398. 2. Boeing (MDD) AH-64D Longbow Apache; Flugzeuge der 7. The ARRL Antenna Book; Gerald L. Hall (Editor); The Welt 2004, S.107; Claudio Müller; Motorbuch Verlag, American Radio Relay League, Inc., Newington; 1982, Stuttgart 2004. Chapter 1. 8. Nuclear Effects on RF Propagation; Edwin Smith; DE, October 1984, S.228-232. . Watchkeeper 9. Wave propagation; Walter A. Flood - US Army; Microwaves 1. Thales Tallies; Michael A. Taverna, Farnborough; AW&ST, & RF, 26(1987)8, S.65. July 26, 2004, S.37. 10. Solid-State Amplifier delivers reliable meteor-burst 2. Thales selected for Watchkeeper programme; AFM, Communication; J.H. Johnson - Microwave Modules & September 2004, S.18. Devices; MSN&CT, September 1987, S.8-16.

11. Radar mit realer und synthetischer Apertur - Kap.2: . Watson-Watt-Peiler Elektromagnetische Wellen; H. Klausing & W. Holpp (Hrsg); 1. Funkpeiltechnik; Grabau/Pfaff; Franckh’sche Oldenburg Verlag, München, 2000. Verlagshandlung, Stuttgart, 1989, Abs. 4.5, S.114. 12. Communications EW, Part 2 - HF Propagation; Dave Adamy; 2. Funkortung und Funknavigation; Erwin Lertes; Vieweg, JED, July 2003, S.64-65. Braunschweig, 1995, Abs. 3.5, S. 32. . Wellenleiter . Waveform Generator 1. Unified design plans aid waveguide transitions; Jamal S. 1. Waveform generator creates complex modulation formats Izadian - Avantek, Santa Clara, CA; Microwaves & RF, - Product of Protek Test & Measurement, Allendale, NJ; 26(1987)5, S. 213-222. Jack Browne - Publisher/Editor; Microwaves & RF, 2. Dielektrische Wellenleiter für 18 bis 100 GHz. Die flexible 40(2001)3, S.171. Ergänzung zur starren Hohlleitertechnologie; J. Lösch; Mikrowellenmagazin, 14(1988)7, S.656-658. . Waveform Recorder 3. Design techniques govern flexible-waveguide performance; 1. Use a Waveform Recorder to simplify VCO testing; Douglas T. Anderson & R. Hataway - Airtron, Litton Systems, Morris Nichols - Hewlett-Packard, Santa Clara, CA; Microwaves, Plains, NJ; Microwaves & RF, 36(1997)5, S.155-162. 21(1982)3, S.99-102. 2. Waveform Recorder captures transients - Product of . Wendezeiger Hewlett-Packard; Microwaves, 21(1982)3, S.101. 1. Flugtechnik, Band 5; Jürgen Mies; Motorbuch Verlag, Stuttgart, 1999. . WCMD 1. Precise strikes; Steve Davies; AFM, May 2003, S.40-41. . Wetterradar - Weather Radar 2. Seek and destroy; Michael Russell Rip & James M Hasik; 1. Air Force uses Digital Color Weather Radar AFM, June 2003, S.52-57. 2. Gain insight into low-cost Radar designs; E.O. Kirner and B.J. Stengard - Bendix; Microwaves, 18(979)11, S.82-86. . WDM 3. Weather Radar in general Aviation; James L. Stolpman - 1. Standards to tie Fiber Optics together; Charlotte Adams; Bendix/King; MSN&CT, April 1988, S.32-42. Avionics Magazine - Aviation Today, November 2005. . Westland Sea King

1. Waffensysteme der Bundeswehr; Gerhard Hubatscheck 3. Chapter 19: Target Masking and Modification, von J.H. (Hrsg); Report-Verlag, Frankfurt am Main, 1999. Vogelman & R.K. Thomas. 2. Flight Line - Westland Sea King; FLUG REVUE, September 4. Exotic geometries yield high-fidelity chaff; Richard M. Berg 2005, S.49-52. - US Army, Fort Belvoir; Microwaves & RF, 22(1983)4, S.64- 70. . Westland Sea Lynx 5. Rubber Duck - An inflatable passive ant-missile decoy; Bob 1. Waffensysteme der Bundeswehr; Gerhard Hubatscheck Dicker; International Defense Review, 12/1985, S.55-56. (Hrsg); Report-Verlag, Frankfurt am Main, 1999. 6. Parzich-Mikrowellen-Technik: Präzisions-Trihedron- Winkelreflektoren; Mikrowellen Zeitung, Ausgabe 2002, . WGS 84 S.13.

1. Funkortungs- und Funknavigationsanlagen; Werner Mansfeld, Prof. Dr.-Ing. Habil.; Hüthig Buch Verlag GmbH, . Wobbelstörung => Rauschstörung, Störung Heidelberg, 1994, S.35-36. . Wobbler - Sweep Generator . Wild Weasel 1. Sweep Generator, 100 kHz to 40 GHz; Firmenunterlage von 1. Wild Weasels prepare to fly F-4G; EW/DE, February 1978, Systron Donner Corporation, 1980, 12/80. S.70-73. 2. The Hewlett-Packard 8350A Sweep Oscillator; Beilage in: 2. New Weasel Aircraft will play vital role; EW/DE, February MIcrowaves, 21(1982)3. 1978, S.75-77. 3. Digital techniques make Sweeper user-friendly; Charles A. 3. Wild Weasels - Firt in, Last out; DE, September 1988; S.51. Arnold - EIP Microwave, San Jose, CA; MIcrowaves, 4. The Wild Weasel legacy - The early days; Tom Wilson; DE, 21(1982)10, S.101-106. September 1988, S.52-61. 4. Synthsized Sweeper covers 10 MHz to 26,5 GHz; MSN, 5. Upgrating today’s Wild Weasel system; Charles Wiseman; October 1982, S.169-171. DE, September 1988, S.62-66. 5. Sweeper plu-in reaches new harmonic horizon - Product of 6. Air Force plans a wilder weasel; James W. Rawles; DE, Hewlett-Packard; Microwaves & RF, 22(1983)11, S.126. September 1990, S.41-46. [HARM, ECR Tornado]. 6. Sweep Generators feature „Instantaneous” full waveguide 7. Wild Weasels: F-105G & F-16CJ; Jon Lake; AIR International, bandwidths; Hughes Product; MSN&CT, May 1985, S.272- February 2004, S.30-39. 272. 8. EW and Stealth - Deceptive appearances explained; Mike 7. Signal generator makes clean sweeps to 20 GHz; Jack Hirst; Air International, November 2004, S.62-65. Browne - Senior Editor; Microwaves & RF, 25(1986)2, S.143-146. . Windkanal 8. Select-A-Sweep „Clean” Sweep Generator; Anghel Lab. Inc.; MSN&CT, July 1987, S.130-131. 1. „Chefren”: Windkanal der Zukunft; Ganz nah an der 9. Low-cost Sweep Generators; Systron Donner Product; Realität; Stephane Ferrard; PLANET AEROSPACE, Nr.3, MSN&CT, June 1988, S.107. April-Juni 2001, S.56-59. 10. Swept sources synthesize clean signals to 40 GHz - Product 2. Experimentelle Aerodynamik in der Flugzeugentwicklung - of Hewlett-Packard; Jack Browne - Executive Editor; Höchstleistungen dank Windkanal; Uwe Gross; PLANET Microwaves & RF, 28(1989)11, S.142-143. AEROSPACE, Nr. 3, Juli/August/September 2005, S.60-63.

3. Am Windkanal führt kein Weg vorbei; Uwe Gross/dan; Mforum, Juni 2005, S.14-15. . WTD => BWB

. Winkelreflektoren - Corner Reflectors . WXR-2100 MultiScan Radar 1. Electronic Countermesaures; Editors: J.A. Boyd, D.B. Harris, 1. Radar on Auto; David Hughes; AW&ST, July 3, 2006, S.50- D.D. King, H.W. Welch, Jr.; Stanford University, 1961; 53. Reprint: Peninsula Publishing, Los Altos, CA, December 1978. . Wullenweber-Antennen 2. Chapter 18: Confusion Reflectors, von A.T. Goble. 1. Funkpeiltechnik; Grabau/Pfaff; Franckh’sche Verlagshandlung, Stuttgart, 1989, Abs. 4.9.2, S.209.

X Y Z

. X-31 Eperimentalflugzeug 4. YIG-tuned Oscillators Have Wide Application; Peter U. 1. Vector - ein deutsch-amerikanisches Rüstungstechnologie- Tamm; MSN, July 1979, S.E3-E8. Programm; Michael Hahn; wt, II/2001, S.68-71. 5. YIG-tuned oscillators fill high-power requirements - WJ, 2. 24 Grad Anstellwinkel im ESTOL-Modus; Wolfram Wolf; Palo Alto, CA; Microwaves, 21(1982)7, S.92. Mforum, Juni 2003, S.4-5. 6. GaAs FET YIG Oscillator tunes from 26 to 40 GHz; David P. 3. Vectorprogramm; PLANET AEROSPACE, Nr.3/2003, Juli- Zensius, et al.; Microwaves & RF, 22(1983)10, S.129- August-September, S.48. 131,134,137-139. 4. Erfolgreiche ESTOL-Landungen mit der X-31A; Karl Schwarz; 7. YIG-tuned Oscillators fundamentals; N.K. Osbrink - MIC FLUG REVUE, Juli 2003, S.44-47. Division, Avantek; MSDH, 13(1983)11, S.207-225. 8. Miniature YIGs offer reduced size and weight; Microsource . X-45 A/B J-UCAS Product; MSN&CT, June 1986, S.145-150. 9. Use YTHG for better frequency accuracy; Charles Arnold - 1. Abschlussprüfung - Boeing X-45A legt Grundstein für J- Eaton, Sunnyvale, CA; Microwaves & RF, 25(1986)7, S.107- UCAS; Karl Schwarz; FLUG REVUE, Oktober 2005, S.42-43. 110.

10. Preamps and YTOs cut ELINT noise; Northe K. Osbrink - . X-47 A/B Pegasus Avantek, Santa Clara, CA; Microwaves & RF, 25(1986)9, 1. First flight for Pegasus; David A. Fulghum, Washington; S.121-127,185. AW&ST, March 3, 2003, S.34-35. 11. Wideband YIG-tuned Oscillators; WJ Tech-notes, Vol. 13, 2. Northrop Grumman X-47A erstmals geflogen; No. 5, Sept./Oct. 1986. FLIEGERREVUE, 04/2003, S.8. 12. YIG-tuned Transistor Oscillators provide wide coverage and 3. Final X-31 flight; AFM, July 2003, S.15. low phase noise; WJ Technical Staff; MSN&CT, February 4. US-Marine entscheidet sich für X-47B; FLIEGERREVUE, 1987, S.30-44. 09/2007, S.8. 13. Integrated YIG filter/oscillator halves the size, weight and DC power; Deepak Shah; MSN&CT, April 1987, S.106-114. . Yagi-Uda-Antennen - Yagi-Uda Antennas 14. YIG oscillator offers robust power from 6 to 19 GHz; Jack 1. Taschenbuch der Hochfrequenztechnik, Band 2; Meinke - Browne - Senior Editor; Microwaves & RF, 26(1987)6, Gundlach; Springer-Verlag, Berlin, 1992, S.N26. S.186-187. 2. Introduction to Airborne Radar; George W. Stimson; 15. Hermetic one-inch cube YTO span 1 to 18 GHz; Avantek SciTech Publishing, Inc., Mendham, NJ, S. 547. Product; MSN, March 1989, S.39-40. 16. Use permanent-magnet resonators to tune YIG oscillators; . YIG-Abstimmbare Filter - YIG tuned Filters Vince Grande - Avantek, Milpitas, CA; Microwaves & RF, 1. Specifications guide for YIG-tuned bandpass filters; ICH, 1st 29(1990)9, S.162-173. Ed., June 1975/76, S.313-318. 17. Douplers drive YIG sources to 44 GHz - Product of Micro 2. Yig-tuned los supplant X-band gunns; MSN, April 1977, Lambda, Fremont, CA; Don Keller - Senior Editor; S.71. Microwaves & RF, 38(1999)8, S.164-166. 3. Six-stage YIGs filter spurs and harmonics; M.I. Korber & E.R. Frix - WJ, Palto Alto, CA; Microwaves & RF, 27(1988)1, S.151-156. . Zeiss Optronik GmbH 4. YIG filter/mixer screens receiver input signals; P.D. Bantz, 1. Http://www.zeiss-optronik.de et al. - Watkins-Johnson, Palo Alto, CA; Microwaves & RF, 2. Zeiss Optronik - Garant für Qualität und Spitzentechnologie 31(1992)6, S.65-71. in der Wehrtechnik; Peter Streubel; wt, II/2001, S.122-123. 5. Subsystem joins preselctor with harmonic mixer; Hassan 3. Zeiss-Anzeige in wt II/2003, S.13. Tanbakuchi - Hewlett-Pacckard, Rohnert Park, CA; 4. Sensoren für U-Boote; Traugott Tietz & Roland Volz - Carl Microwaves & RF, 31(1992)9, S.107-113. Zeiss Optronics, Oberkochen; Strategie & Technik, März 6. YIG-based frequency synthesizers; Anzeige von Miteq; 2005, S.45-48. Microwaves & RF, 37(1998)3, S.47. 7. YIG filters tune from 3 to 40 GHz - Product of Micro Lamda, . Zerstörer Fremont, CA; Microwaves & RF, 37(1998)3, S.202. 1. DD 21 - ein Zerstörer der Zukunft; Dieter Stockfisch; SuT, 10/2000, S.668-669. . YIG-Abstimmbare Oszillatoren- YIG tuned Oscillators 2. Marine Enzyklopädie von A bis Z; Jürgen Gebauer & Egon 1. YIG-tuned bulk GaAs Oscillators; ; WJ Tech-notes, Vol.1, Krenz; Tosa Verlag, Wien, 1998. No.5, Sept./Oct. 1974. 2. Ka-band YIG-tuned GaAs Oscillators; W. Green, W. Wilser & . Zeus K. Zublin; WJ Tech-notes, Vol.2, No.5, Sept./Oct. 1975. 1. IECH, 2001, S.139. 3. YIG-tuned integrated devices; J.C. Papp & R.V. Jackson; WJ Tech-notes, Vol.4, No.5, Sept./Oct. 1977. . Zielsuchkopf, ZSK - Target Seeker Head

1. Chart the availability of mm-wave seekers; J.M. Schuchardt 2. Dual-mode circulators lock on oscillators; W. Holpp & S. & J.M. Butterfield; Microwaves & RF, 24(1985)3, S.107-111, Bartels - AEG, Ulm/Donau; Microwaves & RF, 25(1986)9, 180. S.95-100. 2. Smart Munitions - Are they affordable? Tony Corrado - 3. Learn to specify high-power ferrite circulators- Part 1; Aerojet Electro Systems; MSN&CT, December 1988, S.32- Rafael O. Collado - Consulting Engineer & John McCrea - 36. Waveline; Microwaves & RF, 26(1987)12 (November), 3. Millimeter-Wave Radar Seekers: An historical perspective; S.107-114. Thomas W. Glynn - Glynn Scientific; MSN&CT, December 4. A simple guide to specifying ferrite circulators - Part 2; 1988, S.63-66. Rafael O. Collado - Consulting Engineer & John McCrea - Waveline; Microwaves & RF, 26(1987)13, S.91-97. . Zirkulator - Circulator 5. Circulators from 1 to 100 GHz; G.P. Rodrigue; MJ, 1989 1. Understanding Coaxial Circulators and Isolators; B.S. State of the Art Reference, S.115-132. Sekhon, et al.; MSN, June 1979, S.84-92, 97, 103.