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441
TABULATION OF PUBLISHED DATA ON SOVIET ELECTRON DEVICES THROUGH OCTOBER 1967
or *'^ c / U.S. DEPARTMENT OF COMMERCE z ^ National Bureau of Standards Q \ ' ***cau of :
NATIONAL BUREAU OF STANDARDS
The National Bureau of Standards 1 was established by an act of Congress March 3, 1901. Today, in addition to serving as the Nation's central measurement laboratory, the Bureau is a principal focal point in the Federal Government for assuring maxi- mum application of the physical and engineering sciences to the advancement of tech- nology in industry and commerce. To this end the Bureau conducts research and provides central national services in three broad program areas and provides cen- tral national services in a fourth. These are: (1) basic measurements and standards, (2) materials measurements and standards, (3) technological measurements and standards, and (4) transfer of technology.
The Bureau comprises the Institute for Basic Standards, the Institute for Materials Research, the Institute for Applied Technology, and the Center for Radiation Research. THE INSTITUTE FOR BASIC STANDARDS provides the central basis within the United States of a complete and consistent system of physical measurement, coor- dinates that system with the measurement systems of other nations, and furnishes essential services leading to accurate and uniform physical measurements throughout the Nation's scientific community, industry, and commerce. The Institute consists of an Office of Standard Reference Data and a group of divisions organized by the following areas of science and engineering Applied Mathematics—Electricity—Metrology—Mechanics—Heat—Atomic Phys- 2 2 ics—Cryogenics 2—Radio Physics 2—Radio Engineering —Astrophysics —Time and Frequency. 2 THE INSTITUTE FOR MATERIALS RESEARCH conducts materials research lead- ing to methods, standards of measurement, and data needed by industry, commerce, educational institutions, and government. The Institute also provides advisory and research services to other government agencies. The Institute consists of an Office of Standard Reference Materials and a group of divisions organized by the following areas of materials research: Analytical Chemistry—Polymers—Metallurgy — Inorganic Materials — Physical Chemistry. THE INSTITUTE FOR APPLIED TECHNOLOGY provides for the creation of appro- priate opportunities for the use and application of technology within the Federal Gov- ernment and within the civilian sector of American industry. The primary functions of the Institute may be broadly classified as programs relating to technological meas- urements and standards and techniques for the transfer of technology. The Institute consists of a Clearinghouse for Scientific and Technical Information,3 a Center for Computer Sciences and Technology, and a group of technical divisions and offices organized by the following fields of technology: Building Research—Electronic Instrumentation — Technical Analysis — Product Evaluation—Invention and Innovation— Weights and Measures — Engineering Standards—Vehicle Systems Research. THE CENTER FOR RADIATION RESEARCH engages in research, measurement, and application of radiation to the solution of Bureau mission problems and the problems of other agencies and institutions. The Center for Radiation Research con- sists of the following divisions: Reactor Radiation—Linac Radiation—Applied Radiation—Nuclear Radiation.
1 Headquarters and Laboratories at Gaithersburg, Maryland, unless otherwise noted ; mailing address Washington, D. C. 20234. 2 Located at Boulder, Colorado 80302. 3 Located at 5285 Port Royal Road, Springfield, Virginia 22151. UNITED STATES DEPARTMENT OF COMMERCE C. R. Smith, Secretary
NATIONAL BUREAU OF STANDARDS • A. V. Astin, Director
NBS TECHNICAL NOTE 441
ISSUED JULY 1968
(Supersedes Technical Note 265)
TABULATION OF PUBLISHED DATA ON SOVIET ELECTRON DEVICES THROUGH OCTOBER 1967
Charles P. Marsden
Electronic Instrumentation Division Institute for Applied Technology National Bureau of Standards Washington, D. C. 20234
NBS Technical Notes are designed to supplement the Bureau's regular publications program. They provide a means for making available scientific data that are of transient or limited interest. Technical Notes may be listed or referred to in the open literature.
For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C., 20402 Price 55 cents.
FOREWORD
This tabulation of published data on Soviet electron devices has been prepared as part of the National Bureau of Standards Electron Devices Data Service. Established in 1948 to provide technical data on radio tubes to members of the Bureau staff, the service has since been extended to other scientists and engineers in government and industry. In the course of the program, a large volume of information on tubes, transistors, diodes, and other electron devices has been accumulated on punched cards. To make this information more readily available, a system has been worked out for automatically tabulating the data in handbook form. Previous tabulations include Tabulation on Data on Micro - wave Tubes , NBS Handbook 104 (1967), Tabulation of Data on Receiving
Tubes , NBS Handbook 103 (1967), and Tabulation of Published Data on East
European Devices , Technical Note 460.
The present tabulation is a revision of Technical Note 265 and is the result of compilation efforts extending over the past ten years. All the included information was taken from published specifications, and every effort has been made to ensure accuracy and completeness. However, the Bureau cannot assume responsibility for omissions nor for results obtained with these data.
A. V. Astin, Director
in .
CONTENTS Page
1. Introduction 1
2. Description of the Tabulation 1
3. Organization of the Tabulation 2
4. Terminology Used in the Tabulation 3
5 Groups
I Numerical Listing 8
II Receiving Tubes 25
III Power Tubes 38 IV Rectifier Tubes 43
V Voltage Regulator Tubes 45
VI Current Regulator Tubes 4 5 VII Thyratrons 46
VIII Cathode Ray Tubes 48
IX Microwave Tubes 51
X Transistors 54
XI Diodes - Rectifier 63
XI-A Diodes - Switching 68 XI-B Diodes - Tunnel. 69 XI-C Diodes - Switch Control 69 XI-D Diodes - Varactors 69
XII Diodes - Power Rectifier 70
XII-A Diodes - Silicon Controlled Rectifiers 71
XIII Diodes - Regulators 73
XIV Diodes - Mixer and Detector 75
XV Diodes - Photoconductive 76
XVI Phototubes and Photomultiplier Tubes 77
XVIII Thermocouple Tubes 79
XIX Thermistors 7 9
XX Strobotrons 80
XXI Counter Tubes 81
XXII Discharge Tubes 83
XXIII Decatrons 83
XXIV Light Amplifiers 83 XXV Basing Connections 84
iv .
Tabulation of Published Data on Soviet Electron Devices
Through October 1967
Charles P. Marsden
This tabulation includes published data on Soviet electron devices as collected from publications, mostly handbooks published by the various ministries and institutes of the USSR. Information is given on all active devices rang- ing from receiving to microwave devices, semi- conductor devices, and miscellaneous devices such as, for example, photographic flash tubes and thermistors Key Words. electron devices, electron tubes, Soviet, semiconductors.
1. Introduction
The increased circulation of published literature from the USSR and the importation of Soviet equipment has created a need for factual information on Soviet electron devices. To satisfy this need, the National Bureau of Standards Electron Devices Data Service has prepared the present tabulation in a format that could be reproduced directly from punched cards.
This publication is the fourth revision and is an expansion of Technical Note No. 265 published in October, 1965. More than 200 new types have been added.
The sources of the data are the various publications produced in the USSR and include books published by the various ministries, and technical magazines. This information has been intercompared and correlated to eliminate errors and thus assure that this tabulation is as accurate as possible. Because of this intercomparison, references for the data are not given, as data for any one type of device may have been derived from several sources.
2. Description of the Tabulation
In each group the type numbers are arranged in alpha-numerical order in which the first numerical part of the type number is the prime sorting means. Alphabetical prefixes are the secondary sorting means and alpha- betical postfixes are the tertiary means. For example in the numerical list, these type numbers will be found in the following order:
Vl-0.1 /<40 SG2S VT1 T0-2 1A2P 2A1 .
Alphabetical sorting is performed according to the English alphabet rather than the Russian which was transliterated according to the re- commended practice of the Library of Congress as shown below:
A A K K T T 5 B jl L y U B V M M F r G H N X Kh A D U Ts E Ye n P m Sh >K Zh p R I 3 E l/l c S
This transliteration was necessary to put the information on punched cards and it is believed that it will cause little difficulty in use.
3. Organization of the Tabulation
The tabulation is divided into 24 groups, each with a different format and different columnar headings so that the maximum pertinent data may be included.
Group I is a numerical listing of all type numbers in the complete tabulation and also includes discontinued and obsolete types. All these types are defined by the same three-letter code to indicate the kind and type of tube. Furthermore, under the heading "Group No.", Roman num- erals are used to show the group number under which the data for a type will be found. In the last column, the GOST (State National Standard) Specification Number (followed by the year of publication of the specification) is shown for the type number. These specifications in- clude the information in and follow the format of the domestic military specifications
This group is also an interchangeability list and known similar types are shown. Further, by means of the following symbol code, the manufacturing area and the obsolescence of the type are indicated.
$ Domestic manufacture = European " + Russian " * Obsolete or inactive
The above definitions of these symbols are pertinent only to their use in Group I. Due to the limitation of available symbols on listing equipment, these same symbols are used in the other groups but are then defined as shown at the end of the definitions under the paragraph en- titled "Code" (p. 4).
The other groups have titles describing the particular class of . devices listed therein. As mentioned previously, the individual type numbers are arranged in the same alpha-numerical order.
Under each heading of the group format, the unit of measurement most common for the characteristic is shown. For example under the heading of Maximum Plate Current (I ) , the unit in the heading is mA
(milliamperes ) . However, where the^data are in amperes, the value will be tabulated with the number followed by the letter "A", e.g., 15A. All these changes of units are included in the list of alphabetical symbols under code on pages 4 to 7.
A blank in any column indicates that no value was given in the available data.
Group XXIV, "Bases", lists the basing connections for the particular "Base No." of the previous groups by a system compatible with punched cards
Instead of the usual base diagram or line drawing, the number of each base pin is given in the column under the symbol of the electrode. This system was developed because many of the Soviet types have base connections which do not conform to the standard base designations of the Electronic Industries Association. In those instances where an electrode is connected to more than one base pin, only the lowest num- bered pin is shown in the tabulation.
Outline drawings are shown for the semiconductor diodes and transis- tors.
4. Terminology used in the Tabulation
4.1 Column Headings
The headings used in the various formats are the standard symbols as defined by the Institute of Radio Engineers or descriptive words for the characteristics. They are not further defined due either to the difficulties of translation or lack of definite information.
4.2 Bulb Size
This column heading, which is used in the Receiving, Power, Rectifier, etc. Groups, uses a special code to describe the bulb shape and size. The numerical part of the code indicates the diameter of the glass bulb or metal anode (power tubes) in eighths of an inch according to the American Standard. The alphabetical part of the code is ex- plained on the following page. PREFIX POSTFIX
A - Air-cooled anode B - Button glass stem B - Bell-shape F - Flat press glass stem C - Ceramic construction G - Globe-shaped bulb F - Flat top of Soviet design H - Helix-shaped flash tube M - Metal tube P - Spiral R - Ring-shaped S - ST design, i.e., the domed conical shaped glass bulb T - Cylindrical shape U - U-shape flash tube W - Water-cooled anode
For example, a "T3F" would be a cylindrical bulb with a flat press and having a diameter of 3/8 inch.
4. 3 Special Symbols
Receiving tubes have postfixed letters with the following meaning:
"V" - Ruggedized tubes with 500 hour life "K" - Vibration tested "Ye"- 3,000 to 10,000 hour long-life tubes "I" - Intended for pulse use
Rectifier Diodes (Group XI) with postfixed letter "P" are available in reverse polarity.
4.4 Code
Due to the limitations of available columns in the punched card, one- to three-letter codes have been liberally developed and used in the tabulation. These have been chosen to be readily understood. The following table lists the definitions of this code for all groups in alphabetical order.
Code A Change of unit to amperes AHN Argon-helium-neon gas-filled AAB Alpha and Beta radiation AKN Argon-krypton gas-filled ACO Acorn tube AL Aluminum cathode; countertube AF lAudiofAudic frequency ALP Alpha radiation |Forc<>ced air cooling AMK Aluminum-Magnesium alloy AHE Argon-Helium gas-filled with potassium surface Code
AN Natural air cooling Double anode beam pentode AO Argon-oxygen gas-filled Decatron AR Argon gas-filled Detector operation ARC Arc rectifier-Mercury pool Diode With diode, e.g., triode-diode BA Barium (metal) cathode isc shape
BAG Beta and gamma radiation DUO Double, e.g., double diode BAL Ballast or current regulator with separate cathodes BAO Barium oxide cathode fDuo diode (single cathode) BEA PBeam pentode DWD With duodiode, e.g., triode
< With beam pentode, e.g., I duodiode triode-beam pentode E ommon emitter operation BET Beta radiation EL Electrometer tube
BIS Bismuth sulphide ELM Electromagnetic focus or BL Blue luminescence deflection BWT Backward Wave Tube ELS Electrostatic focus or Circular dynode arrangement deflection Common collector operation E Filamentary type cathode < Cold cathode FE Iron cathode; counter tube Continuous wave operation FLS Flash tube (photographic) CAM Copper-Aluminum-Magnesium 9 CDS Cadmium sulphide G Giga (10 ) CDSE Cadmium selenide GAM Gamma radiation
CN Converter GAN Germanium alloy , n-type COM {Commutator tubes GAP Germanium alloy, p-type Compensation of temperature GAS Gallium Arsenide thermistors GDN Germanium diffused junction, fControl Switch n-type CON ^Temperature control GDP Germanium diffused junction, p-type
COU Counter tube GE Germanium CP Cap, external in tabulation GEA Germanium alloy junction of bases GEP Germanium point-contact CS Cesium photo surface GPP Germanium point-contact, CSB Cesium antimony photo surface p-type CU Copper cathode; counter tube
CYL Cylindrical shape (Thermistors) (Green luminescence GR [Graphite cathode; counter tube ,
Code
MX Gas-filled Mixer Germanium surface-barrier MIX<} MO Molybdenum cathode p-type MOD Modulator Gated beam pentode -9 N fNano (10 ) {Heater type cathode Yn-type construction S/C Hecto (10*) NA Neon-argon gas-filled Helium gas-filled
Hexode NE Neon gas-filled Mercury vapor-filled NEH Neon-helium gas-filled Mercury- argon-hydrogen NI Nickel cathode gas-filled NK Neon-krypton gas-filled Hydrogen-krypton gas-filled NOI Noise Generator Heptagrid NSP Nuclear Spectrometry Hydrogen gas-filled NUV Nuvistor Iconoscope OD Double beam oscilloscope Tube Indicator tube OS Oscilloscope Tube Intermediate frequency P Pulse operation, p-type construction Ignitron tube PA Power amplifier Image orthicon PB Purple-blue luminescence JoulesJO PBS Lead Sulphide 3 PEN Pencil tube fki lo (10 ) PHC diode ]PoPotassium Photoconductive Klystron Amplifier Klystron Oscillator PHM Photomultiplier PHO Phototube {Pentode KX Krypton-xenon gas-filled With pentode e.g., triode,- L Linear dynode arrangement pentode LAM Light Amplifier POW Power rectifier LD Lead cathode; counter tube PR Projection Kinescope LIT Lighthouse
PTG Pentagrid Long persistence screen 5 RD Red luminescence Mega (10 ) 3 REC Rectifier Milli (10~ ) REG Regulator (voltage) Magnetron RE Radio frequency Medium persistence screen Temperature measurement ROC Rocket tube Magnesium cathode ) ,
Code
S1-S7 Spectral sensitivity of photo TWN Twin with separate cathodes
surface e.g. , twin triode s Max. dimension of cathode ray- TWT Traveling-waveII' tube " 6 tube face fkiicro (10~ ) U shaped IP- SAN Silicon alloy, n-type UF Ultra high frequency SAP Silicon alloy, p-type V Venetian-blind dynode arrangement see Scintillation Counters SCG Space-charge Grid (with) VAR Varactor SCR Silicon Controlled-rectifier VC Vacuum SDN Silicon diffused junction, VB Violet-blue luminescence n-type VI Vidicon SDP Silicon diffused Junction VID Video detector p-type VR Voltage regulator SH Short persistence screen [Change of units to watts SI Silicon W .Tungsten cathode SIA Silicon alloy junction [Water-cooled SID Silicon Diffused junction WG Wave guide coupling SIN Single e.g., single triode WH White luminescence X Smallest dimension-rectangular SIP Silicon, point contact photocathode SI4 Silicon, 4— layer rectifier SM Secondary emission pentode XE Xenon gas-filled SN Tin cathode; counter tube YO Yellow-orange luminescence SPN Silicon planar-n type 3C Three color screen for television SQ Self-quenching type of counter tube •'•• [The meaning of these symbols SW.I Switching diode # indicated in the column T Thoriated tungsten cathode heading TET Tetrode 1 Less than (before digits THM Thermocouple tube * Obsolete type THY Thyratron
TMS Thermistor TRD With triple diode TRI (Triode
TV Television tube a
GROUP I , NUMERICAL GROUP I , NUMERICAL
TABLE GOST SPEC TABLE GOST SPEC. TYPE NUMBER HIND TYPE SIMILAR TYPES TYPE NUMBER KIND NO. TYPE SIMILAR TYPES NO. NO. NO.
FS-A6 PHC XV KF-l TET TWN GU-29+. 829BS FS-AO PHC XV KMT-1 TMS XIX FS-AV PHC XV KZH1 * PND SIN 6411* FS-DO PHC XV LD1 * TRI SIN 12S3S+ FS-KG PHC XV LG-1 DWO SIN 12KH3S+
FS-KO PHC XV LI-1 IC VIII FS-KV PHC XV MMT-1 TMS XIX TOS-M TMS CON XIX MSI TRI SIN GM-60+ 0.24B12-18 BAL SIN VI OG-1 DEC xxin 0.3B17-35 BAL SIN VI P1A X
0.3865-135 BAL SIN VI P16 X 0.425B55-12BAL SIN VI P1D X 0.6P2B PND SIN II CK505AX PIG X 0.6ZH6B PND SIN II P1I X 0.65655-12 BAL SIN VI HIV X
GRI-0.25/1.5 D*D SIN IV P1YE X TG-0.3/0.3 TRI THY TG1-0.1/0.3+. 884$ P1ZH X TG-0.5/1.3 TET THY TGl-0.1/1.3+» 2050% RB-1 XXII GR-0.8/1.6 OWD SIN GR1-0.25/1.5+ S1A X VG0251500 DIO SIN GR1-0.25/1.5+ SIB X
AS-1 COU XXI SID X D1A REC XI S1G X Die REC XI S1V X DID REC XI S1YE X DIG REC XI SBS-1 COU XXI
D1V REC XI SG1B DIO SIN 0A2$ D1YE REC XI SG1P DIO SIN V 0A2$ D1ZH REC XI SG1P-V REG V 0G-S1 MIX xiv SG1P-YE REG V DG-TS1 REC XI D2G+ SI-1B6 COU XXI
0K-I1 MIX xiv SI-1G COU XXI DK-S1 MIX XIV SKl-5. 6/1000 REG XIII 0K-V1 OET XIV SKl-6. 8/1000 REG XIII DL-S1 MIX SKl-8. 2/1000 REG XIII F-l PHO xvi SKl-10/500 REG XIII
FD-1 PHC xv SK1-12/500 REG XIII FDK-1 PHC XV SK1-15/500 REG XIII FEU-1 PHM XVI SK1-18/500 REG XIII FEU-IB PHM XVI SK1-22/150 REG XIII FEU-1B1V PHM XVI SK1-24/150 REG XIII FEU-182V PHM XVI SK1-28/150 REG XIII FEU-IS PHM XVI SK1-30/150 REG XIII FEU-1V PHM XVI SK1-36/150 REG XIII FS-A1 PHC XV SK1-13/150 REG XIII FS-D1 PHC XV SK1-51/150 REG XIII
FS-K1 PHC XV SKl-62/50 REG XIII FT-1 PHC xv SKl-75/50 REG XIII FTG-1 PHC XV SKl-95/50 REG XIII GE-1 TET SIN III GKE-100* SK1-110/50 REG XIII GG-1-0.3/8 DIO SIN IV SKl-120/50 REG XIII
GG1-0.5/5 DIO SIN IV VG1. 5/5000+ SK1-150/50 REG XIII GG-1-0.5/20 DIO SIN IV SK1-180/50 REG XIII GG-1-1/22 DIO SIN IV SK1-220/25 REG XIII GG-1-2/5 DIO SIN IV SKl-270/25 REG XIII GG-l-2/lb DIO SIN IV SKl-300/25 REG XIII
GG-1.5/15 DIO SIN GG1-0.5/5+ T-1B TRI THY TG-1B+ GK1A TRI SIN in TG1B TRI THY VII GM1A TRI SIN Hi TG1B-V TRI THY VII GMI-1B TRI SIN Hi TG1-01/03 TRI THY VII 88KS GR1-02/15 010 SIN IV TG1-01/13 TET THY VII 2050$ 7843-55
GRI-0.25/1.5 DWD SIN IV TG1-02/05 TET THY VII GR-l-O.3/8.5 DIO SIN IV TG1-05/12 TRI THY VII GR-1-25/15 DwD SIN IV TG1-5/3 TRI THY VII GS-1B TRI SIN III TGl-l.O/O.fl TET THY VII GUZH-1 PND SIN G411 + TG1-1.5/2 TRI THY VII
1-1-70/0. TRI IGN IV TG1-1-5/1.1 TRI THY VII 1-1-100/1.5 TRI IGN IV TG1-1.6/1.3 TRI THY VII i-i-i<*o/o.a TRI IGN IV TG1-2.5/3 TRI THY TGl-2.5/"** + 1-1-350/0. 3TRI IGN IV TG1-2.5/4 TRI THY VII TG8/3. TGl-2.5/3*+ 7952-56 IN-1 DEC XXIII TG1-2.5/10 TET VII GROUP NUMERICAL GROUP I , NUMERICAL I,
TABLE GOST SPEC. TABU COST SPEC. TYPE NUMBER KINO TYPE SIMILAR TYPES TYPE NUMBER KIND TYPE SIMILAR TYPES NO. NO. NO. NO.
TG1-3.2/1.3 TRI THY VII 1I2P PNO TRI II TG1-6.4/1.3 TRI THY k/Tl 1I-302A TUN GAS XI-B TG1-12. 5/1.3 TRI THY VII 1I-302B TUN GAS Xl-8 tgi-o. 1/0.3 TRI THY VII 1I-302G TUN GAS XI-B TGI-1B TRI THY VII 1I-302V TUN GAS XI-B
TGI-l-3/1 TET THY VII 1K1P PND Sin II 1T4$. DF91 = 7707-55 TGI-1-10/1 TRI THY VII 1K2P PND SIN 1 I DF96=. 1T4$ 9946-62 TGI-1-35/3 TRI THY VII 3C45S 1K12B PND SIN II TGI-1-50/5 TRI THY VII INI • TRI TWN 1N3S= TGI-1-90/3 TRI THY VII MTI-4*+ 1N3S TRI TWN II 1N1+. 1G6-GTS
TGI-1-130/R TRI THY VII 1P2B PNO SIN II CK507AX TGI-1-130/10 TRI THY VII 1P3B P.MD SI J II TGl-1-325/16 TRI THY VII MTI-5+> TGI-325/16+ 1P4B PND SIN II TGI-1-400/3.5TRI THY VII 1P5B PND SIN II TGI-1-400/16 TRI THY VII 1P22B PND SIN II
TGI-1-700/25 TRI THY VII 1P24B PND SIN II TKI-1 TMS MEA XIX 1P32B PNO SIN II TKH1 TRI THY VII 313C 1S12P TRI SIN II DC96= TKH1B TRI THY VII 1S38A TRI SIN II TKHI-1G PND VII 1T3U3A X
TM-1 TRI SIN 6S5D+. 2C40S 1T3033 N TNI-1.5 DEC XXIII 1T303O x TO-1 PND SIN 10ZH12S+ 1T303S X TR1-5/2 TRI THY VII VT-3 7954-56 1T303V X TR1-6/15 TRI THY VII 7955-56 1T303YE X
TR1-15/15 TRI THY VII 1T308A X Trtl-40/15 TRI THY VII 7956-56 1T308B X TR1-85/15 TRI THY VII 1T308G X TR1-130/15 TRI THY VII 1T308V X TSG-1 PHO XVI 1T403A x
TSH-1 TMS MEA XIX 1T403B X TST-1A TMS REG XIX 1T403D X TSV-1 PHO XVI 1T4036 x TVB-1 THM XVIII 1T403I X Vl-00313 DIO SIN IV V13/30+ 1T403V X
Vl-02/20 DIO SIN IV 1T403YE X IV Vl-03/13 DIO SIN 1T403ZH X DIO SIN IV Vl-05/70 1TS1 *DI0 SIN 1TS1S+. 1VD1+ SIN IV Vl-Gb/30 DIO 1TS1S DIO SIN II 1TS1+. 1VD1+ Vl-1/2.5 DIO SIN IV 1TS7S DIO SIN II DY30=> 1B3/8016S 8359-57 DIO SIN IV Vl-1/30 1TS11P DIO SIN II DIO SIN IV Vl-l/<*0 1TS21P DIO SIN II DIO SIN IV Vl-2/40 1V3/8016 *DIO SIN lTS7S+r 1R3/8016J Vl-3/16 DIO SIN IV 1V01 *0IO SIN 1TS1. 1TS1S+ Vl-3/70 DIO SIN IV 1VD2 *DIO SIN 1TS7S+. 1B3/8016S DIO SIN IV Vl-4/40 1YE4A TRI SIN II DIO SIN IV Vl-15/55 1ZH1ZH PND SIN II VD1 DIO SIN V1-1/40+ 1ZH2 »PND SIN 1ZH2M+ VDI-1D DIO SIN VI-1-100/50+ 1ZH2M PND SIN II 1ZH2* VG1/850G DIO SIN IV 1ZH17B PND SIN II VG1. 5/5000 DIO SIN IV GG2-0.5/5+ 1ZH1B8 PND SIN II DIO SIN IV VI-1-5/20 1ZH246 PND SIN II VI-1-5/30 DIO SIN IV 1ZH26A PND SIN II VI-1-18/32 DIO SIN IV 1ZH29B PND SIN II VI-1-27/35 DIO SIN IV 1ZH306 PNO SIN II VI-1-30/25 010 SIN IV 1ZH36B PND SIN II VI-1-70/32 DIO SIN IV 1ZH37B PND SIN II Vl-1-100/50 DIO SIN IV 1ZH42A PND SIN II VO-1 IV DIO SIN AS-2 COU XXI VSTS-1 PHO XVI F-3+ D2A *REC XI DG-TS9*+ TRI THY TG-2.5/5+ VT-1 023 *REC XI DG-TS10*+ 1A1P PTG SIN II 1R5$. DK91. DK192 770R-55 020 *REC XI DG-TS2*+ 1A2P PTG SIN II DK96=« 1R5S 9836-61 D2G *REC XI DG-TS1*+ 181P PND DIO II 1S5$> DAF91=. DAF191 8006-56 D2I REC XI 1B2P PND DIO II DAF96=. 1S5S 9837-61 02K REC XI DG-TS6*+ 1B5-9 BAL SIN VI D2M REC XI DG-TS7*+ - 1310-17 BAL SIN VI 02N REC XI DG-TS15*+ 1E1P TET SIN II 02P REC XI 0G-TS16*+ 1E3P *TRI SIN II EM-H+ D2R REC XI 1F2B PND TRI II 02 V *REC XI DG-TS8+ GROUP I , NUMERICAL GROUP I, NUMERICAL
TABLE COST SPEC. TABLE COST SPEC. TYPE NUMBER KIND TYPE SIMILAR TYPES TYPE NUMBER MHO TYPE SIMILAR TYPES HO. NO. NO. NO.
U2YE « REC XI DG-TSH*+ ST2S BAL TUN VI U2ZH « REC XI DG-TS5*+ STS-2 COU XXI 1G-S2 MIX XIV STSV-2A PHO XVI F-2 + DG-TS2 REC XI D2D+ TG2-01/01 TRI THY VII 1050$ DI-2-10 * 010 SIN 2D1S+ TG2-0.5/12 TRI THY VII
DK-I2 MIX XIV TG-2.5/5 TRI THY VII DK-S2 MIX XIV TGl-2-260/12 TRI THY VII DK-V2 DET XIV TGI-2-32516 TRI THY VII DL-S2 MIX TGI-2-40035 TRI THY VII 0SH2-10 *DIO SIN 2D2S+ TKH-2 TRI THY VII
F-2 PHO xvi TKI-2 TMS MEA XIX FD-2 PHC XV TO-2 PND SIN 10P12S+ FEU-2 PHM XVI TP-2/0.5 REG V FEU-2B PHM XVI TP-2/2 REG V FEU-2H1V PHM XVI TSH-2 TMS MEA XIX
FEU-2M PHM XVI TV-2 THM XVIII FEU-2V PHM XVI TVB-2 THM XVIII FS-2A PHC XV VD2 DIO SIN V1-2/U0+ FS-82 PHC XV VI-2-27/35 DIO SIN IV FS-K2 PHC XV VI-2-70/32 DIO SIN IV
GE-2 TET SIN III GKE-150= GMI-2B TET SIN III 2A1 PTG SIN n S02U2*+ 2A1M GS-2R TRI SIN III 2A1M *PTg SIN S02<*2* + GU-2 BEA SIN II 2A3 TRI SIN 2S"*S+r 2A3S GuZH-2 BEA SIN G807+. 8074 2D1L DWD SIN II
GZH2 *PND SIN GUI 3+ 2D1S DIO SIN II DI-2-10+ I-2-S0/1.5 TRI IGN IV 2D2S DIO SIN II DSH2-10* IN-2 DEC XXIII 2D3B DIO SIN II KF-2 BEA TWN GU-32+. 832-Ai 2D3S DIO SIN II KS-2 TRI SIN GU-4+ 2D7S DIO SIN II
KZH-2 BEA SIN G-807+. B07$ 2D9S 010 SIN II mTI-2 TRI THY TGI-200+ 2D21 TET THY TG3-0.1/1.3+. 20215 OG-2 DEC XXIII 2D503A SI XI P2A X 2D503B SI XI P2c X 0C821= 2E1 *TET SIN II
PT-2 TRI THY TG-213* 2E2 *TET SIN II UB155+ R-2 XXII 2E2P TET TWN II RB-2 XXII 2F2M TRI SIN S2A X 2J55 MAG IX S2B X 2K1 *PND II 2K1M+
S2G X 2K1M *PND SIN II 2K1*. SB211* S2V X 2K? PND SIN 2K2M* SG2P DIO SIN V 0B2S 2K2M *PND SIN II 1E5GS. 2K2*» S02U1* SG2S 010 SIN V 0A3$ 2KH1 *owo SIN 2KH1L+ SI-26 COU XXI 2KH1L DWD SIN II 2KH1*
SI-2bG COU XXI 2KH2 »010 SIN 2VD8A+. 2TS2S+. 2X2S SK2-5. 6/2000 REG XIII 2N1 TRI DUO II 1J6GTS. 2N1M*. SB2U3. S02U1 SK2-o. 8/2000 REG XIII 2N1M *TRI DUO 2N1 + . SB2U3+. S0243+ SK2-6. 2/2000 REG XIII 2N-2 DEC XXIII SK2-10/1000 REG XIII 2P1 BEA SIN II SB2U4+. S024<»+
SK.2-12/1000 REG XIII 2P1M *BEA SIN 2P1P+. SB244 SK2-15/1000 REG XIII 2P1P BEA SIN II DL9<»=> 2P1M> 3S"*$ 800^-56 SK2-18/700 REG XIII 2P2 *BEA SIN II 3SUS SK2-22/300 REG XIII 2P2P BEA SIN II DL96=. 3S"*S SK2-24/300 REG XIII 2P3 BEA SIN II S8258+. S0258+» 2P2M+
SK2-28/300 REG XIII 2P5B PND SIN II SK2-30/300 REG XIII 2P9 *BEA SIN 2P9M+. 2P9S SK2-36/300 REG XIII 2P9M • BEA SIN II 2P9+f 2P9S. 6AK7 SK2-43/3U0 REG XIII 2P9S BEA SIN 2P9M+, 2P9 SK2-51/200 REG XIII 2P19B PND SIN II
SK2-b2/200 REG XIII 2P21S BEA SIN SK2-75/100 REG XIII 2P29 *PND SIN 2P29L+ SK2-91/100 REG XIII 2P29U PND SIN II SK2-110/100 REG XIII 2P29P PND SIN II SK2-120/100 REG XIII 2S1 TRI SIN II UB152+
SK2-150/100 REG XIII 2S2 TRI SIN II UB2U0+ SK2-180/100 REG XIII 2S3 • TRI SIN 2S4S+. 2A3S SK2-220/50 REG XIII 2S3A TRI SIN SK2-270/50 REG XIII 2S3M • TRI SIN 2S2+ SK2-300/50 REG XIII 2S4S TRI SIN II 2A3S
10 NUMERICAL GROUP I , GROUP I , NUMERICAL
TABLE COST SPEC TABLE GOST SPEC. TYPE NUMBER KIND TTPE SIMILAR TYPES TYPE NUMBER KIND TYPE SIMILAR TYPES NO. NO NO. NO. 2S14B TRI SIN II 2S22 TRI SIN ftSflS+. 2C22$ P3A X 2SH9D TRI SIN II P3B X 2S-156A REG SI XIII P3V X 2S-168A REG SI XIII PIM-3 IC VIII PT-3 TRI THY TG-235*+ ?S920A(P> REG SI XIII 2S930A(P> REG SI XIII R-3 XXII 2S950ACP) REG SI XIII R8-3 XXII 2S980A(P) REG SI XIII S3A X 2T301 X S3B x S3D X 2T301A X 2T301B X S3G X 2T301O X S3V X 2T301G X S3YE X 2T301V X SBT-3 cou XXI SG3P REG V 2T301YE X 2T301ZH X SG3S DIO SIN V 0C3$ 2TM-20 TRI SIN III SI-3B COU XXI 2TM-100 TRI TWN III SNM-3 COU XXI 2TS2S DIO SIN II 2X2$ 8527-57 ST3P DIO SIN VI STS-3 COU XXI 2U-101A SCR XII-A 2U-101B SCR XII-A STSV-3 PHO XVI 2U-101D SCR XII-A TG3-0.1/1.3 TET THY VII 2U-101G SCR XII-A TG3-2.5/ln TRI THY VII 2U-101V SCR XII-A TKH3B TET THY VII TKI-3 TMS MEA XIX 2U-101YESCR XII-A 2V6 DIO ARC IV TO-3 PND SIN 7ZH12S+ 2V12 010 ARC IV TSG-3 PHO xvi 2V20 310 ARC IV TSV-3 PHO XVI 2V08 DIO SIN II TVB-3 THM XVIII VDI-3D DIO SIN VI-1-30/25+ 2VN12 310 ARC IV 2VN20 310 ARC IV VT-3 TRI THY TRl-5/2*+ 2ZH1M *PMD SIN II SB245+ 3Ai*S PND SIN II 2ZH2B =ND SIN 3B<*S BEA SIN II 2ZH2M ?ND SIN II 3E29 *BEA TWN GI-30+. 3E29$ 3I-301A TUN Xl-B 2ZH"* *PND SIN II S0257+ 2ZH14B PND SIN II 3I-301B TUN XI-B 2ZH15B PND SIN II 3I-301G TUN Xl-B 2ZH27 * PND SIN 2ZH27L+ 3I-301V TUN Xl-B 2ZH27L PND SIN II 2ZH27+ 3J21 MAG IX 3L01-I VIII 2ZH27P PND SIN II 2ZH28L PND SIN II 3S1 TRI SIN II T0-1U1+ 03A 3ET XIV 3S2 TRI SIN II T0-1H2+ 03B OET XIV 3S9 *TRI SIN II nG-53 «IIX XIV 3TS16S DIO II 3A3$r 362$ 3TS18P 010 SIN II DS-T53 *EC XI DK-S3 *IX XIV 3V30 DIO ARC IV 0K-V3 DET xlv 3VN30 DIO ARC IV DL-S3 *IX 3VN60 DIO ARC IV EM-3 TET SIN II 3VN100 DIO ARC IV 3VP1 *0S 8L029+. 3BP1A$ F-3 'HO xvi FD-3 3HC XV nG-s<* MIX XIV FEU-3B =HM XVI DG-TSU REC XI D2YE*+ FEU-3M 'HM XVI DK-S4 MIX xlv FEU-R3 =HM XVI 0K-V<* DET xlv 0L-S4 MIX FS-3A »HC xv FS-K3 =HC XV EM-t TRI SIN II 1E3P+ GI-3 TRI SIN III 2C26AS F-t PHO XVI GI-3/100 TRI SIN GI-3+ FS-A4 PHC XV GK3A TRI SIN III FS-KH PHC xv GI-HA TRI SIN in GMI-3 TET SIN III GS-3B TET SIN III GKV-4 TRI SIN GU-U+ GU-3 3EA SIN II GMI-48 TET SIN Hi GUZH-3 3EA SIN G1625+t 1625$ GS-<* TRI SIN ill KF-3 3EA SIN GU-13+. 813$ GS-4 COU XXI GS-tB TRI SIN Gt31A+ KZH-3 3EA SIN G-1625+r 1625$ LI-3 IC VIII GS<*D TRI SIN III LIM-3 .AM XXIV GUI* TRI SIN III MS3 * TRI SIN GM57+. UB180=« MK57+ 6U4A TRI SIN III OG-3 3EC XXIII KMT-4 TMS XIX KS-4 TRI SIN GU-150+ GROUP I , NUMERICAL GROUP NUMERICAL I ,
TABLE COST SPEC. TABLE COST SPEC. TYPE NUMBER KIND TYPE SIMILAR TYPES TYPE NUMBER KIND TYPE SIMILAR TYPES NO. NO. NO. NO. LlM-U LAM XXIV FFU-R5 PHM XVI LP-4 COM VII FS-K5 PHC XV MMT-4 TMS XIX G-5 TRI SIN M39* MS-U COU XXI G-5A TRI SIN GU5A+ MSTR-U COU XXI G-5RA TRI SIN GU-5B+
MTI-U TRI THY TGI-1-90/8+ GI-5B TRI SIN III OG-U DEC XXIII GK5A TRI SIN III PU X 2N68S SMI-5 TET SIN III PUA X GS-5B TRI SIN G433A+ PUB X GSH-5 NO I IX
PUD X GU5A TRI SIN III PUG X GU56 TRI SIN III PUL X GU0-5 TRI SIN G120 + PUV X LP-5 COM VII PIM-U IC VIII MMT-5 TMS MEA xlx
R-ft XXII MTI-5 *TRI THY TGI-1-32516+ SUA X OG-5 DEC XXIII SUB X P5A X SUG X P5B X 2N1071 SUV X P5D X CK727S
SBS-U COU XXI P5G X 2N65S SGUS DIO SIN V 0D3S P5V X SI-U6 COU XXI P5YE X STSV-U PHO XVI R-5 XXII TGI-U TRI THY TGI-1-130/10+ RB-5 xxii
TKH-UB TET THY VII RB-5A XXII TO-U PND SIN 7P12S+ SBS-5 COU XXI TSG-U PHO XVI S&bB DIO SIN V TSV-U PHO XVI SG5B-V REG V TV-U THM XVIII SGS-5 COU XXI
TVB-U THM XVIII SNM-5 COU XXI VDI-Uu DIO SIN VI-1-70/32+ STS-5 COU XXI VS-U COU XXI TKH-5A TRI THY VII UD2 010 SIN 4TS6S+ TKH-5B TRI THY VII U05S DIO SIN II TV-5 THM XVIII
UD17P DIO SIN II TVB-5 THM xvin 4E1 TET SIN II UV-5 TWT IX 4E2 TET SIN II VG-5 POw XII UE3 TET SIN II 5L01B *0S 5L038+. 2AP1S UF6S BEA SIN II 5L038I OS VIII 2AP1S
UJ26-30 MAG IX 5SR1 * OS 5CP1AS 4JU5 MAG IX 5SR7 * OS 5CP7AS UJ50 MAG IX 5TS3S owo SIN II 5UUGS 8360-57 UNI TRI DUO II SB259+. S0259+ 5TSU DIO DUO 5TSUS+. 5ZUGS UP1 PND SIN II STSUM DIO DUO II
UP1L PND SIN II 5TSUS DIO DUO II 5ZUS 8079-56 UP2 PND SIN 5TSAS own SIN II 8361-57 UP6L PND SIN 5TS9S owo SIN II 1502+ 8362-57 UP10S PND SIN II 5TS9SE 0WD SIN II US1 TRI SIN II U8107+ 5TS12P DIO SIN II
US2 TRI SIN II UB110+ 5VKH1 * DWD SIN 5ZUGS US3 *TRI SIN II 5VKH2 * D.VD SIN II 5UUGS US3S TRI SIN II 5VKH3 *own SIN II 5Y3GS usu TRI SIN II 06 REG XIII US5 TRI SIN II S0-185+ DG-TS6 REC XI D2K +
UTS1M DIO SIN UTS6S+ 0K-V6 DET XIV UTS6S DIO SIN II F-6 PHO XVI UTS1US DIO SIN II FS-A6 PHC xv UVOl DIO SIN II FS-06 PHC XV UVKH1 DIO TWN II V0-188*+ FS-K6 PHC XV
UVKH2 010 SIN II V0-188*+ GI-6B TRI SIN III L06 UZH1L PND SIN II GK6A TRI SIN III UZH1P PND SIN II GMI-6 BEA TWN III U2HU PND SIN S012U+ GS6 TRI SIN III UZH5 TET SIN II UZH5S+ GS-6 COU XXI
UZH5S PND SIN II GSH-6 NOI IX DG-TS5 REC XI D2ZH*+ LD-6 TRI SIN GI-6B+ DK-S5 MIX XIV LI-6 IC VIII DK-V5 DET XIV MMT-6 TMS XIX F-5 PHO XVI MS-6 COU XXI GROUP I, NUMERICAL GROUP I, NUMERICAL
TABLE COST SPEC. TABLE COST SPEC. TYPE NUMBER SIMILAR TYPES TYPE NUMBER KIND TYPE SIMILAR TYPES NO. NO. NO. NO. P6A X 6G3P TRD TRI II P6B X OC821= 6G3S *TRI DWD P6D X 0C812= 6G7 TRI DWD II 607= 8371-57 P6G X 6I1P PTG TRI II ECH81=. P6V X 6I3P PTG TRI II
R6 XXII 6I14P PTG TRI II ECH81=.6I1P+ SG6S REG TRI III 6K18 PNO SIN II 5702$ SGS-6 COU XXI 6K1L PND SIN II STS-6 COU XXI 6K1P PND SIN II 9003$ STSV-6 PHO XVI F-4+ 6K1ZH PND SIN II 956$
TKH-6G HEXT VII 6K£P *PND SIN 6K4P+ TP-6/a REG V 6K3 PND SIN II 6SK7S 8064-56 TSV-6 PHO XVI F-5+ 6K4 PND SIN II 6SG7$ 8083-56 TVB-6 THM XVIII 6K4P PND SIN II EF93=« 6BA6S 8352-57 UV-6 TWT IX 6K4P-E DWO SIN 6K4P
VS-6 COU XXI 6K6A PND SIN II 6A1B *PTG SIN 6SA7S 6K7 PND SIN II 6K7S*» 6K7G$. 6K9S+ 8363-57 6A2P PTG SIN II 6BE6$. EK90= 6K7S *PNO SIN 6K9S+. 6K7G$» 6K7 6A3P *GTB SIN II 6BN6$ 6K8B PND SIN II 6A4P PTG DBA II 6K8P PND SIN II
6A58 *PTG SIN 6K9S PND SIN II 6K7G$> 6SK7$ 6A6A *DIO 6K11B-K PND SIN II 6K1B+ 6A7 PTG SIN II 6SA7S 8086-56 6K12 *PND SIN 6SG7 6A8 PTG SIN II 6A8B+. 6A8$ 8367-57 6K13P PND SIN II 6A8B *PTG SIN 6A8$ 6K14B PND SIN II
6A8M *PTG SIN 6A8S*+ 6K14R-V PND SIN II 6A10S PTG SIN II 6SA7S 8087-56 6K15B PND SIN 6AB7$ 6A15B *PTG SIN 6SA7S 6K17B PND SIN 6SK7$ 6AG7 *BEA SIN 6P9+. 6AG7$ 6K19B PND SIN 9003$ 6AZH5 *PND SIN 6AG5$ EF96= 6K19P PND SIN 6K1P+. 9003$
6B1P PNO DIO II 6KH1ZH DIO SIN 6D4ZH+ 9004$ 6B2P PND DIO II L100*+ 6KH2P DIO TWN II EAA91= 6AU5$ 8348-57 6B4 *TRI SIN 6A3$ 6KH2P-E DIO TWN 6KH2P.E7099+ 6B8 *PND DWO 6B8$» 6886$. 6B8M* 6KH4P DWD SIN 6TS4P+ 6B8M »PND DWD 6B8S+. 6B8GS 6KH5 DWD SIN 6VKH1+ 6X5GT$
6B8S PND DWD II 6B8G$> 6B8M* 8369-57 6KH5S DWD SIN 6VKH1+ 6X5GT$ 6BKH1 *DIO DUO 6KH5S+ 6KH6 DIO TWN 6KH6B+ 6H6$ 6D1A DIO SIN 6D6A*, 5704* 6KH6B DIO TWN II 6H6-G$ 6D1ZH *DIO SIN 6D4ZH*. 9004$ 6KH6M DIO TWN 6KH6S+ 6H6G$ 6D3D DIO SIN II 559S 6KH6S DIO TWN II 6H6-G$ 8080-56
6D4ZH DIO SIN II 9004$ 6KH7B DIO TWN II 6D6A DIO SIN II 570H$.*601A+ 6L1P HPT SIN II 6D8D DIO SIN II 6L7 PTG SIN II 6L7$ 6D10D DIO II 6LK1A ELM VIII 6D13D DIO SIN II 6LK1B ELM VIII
6D14P DIO SIN II 6L01I ELS VIII 6D15D DIO SIN II 6N1P TRI TWN II 6BK7$ 8355-57 6D16D DIOSIN II 6N1P-E TRI TWN 6N1P.E7100+ 6D20P DIO SIN II 6N2P TRI TWN II ECC83= 6AX7$ 8356-57 6E5P TET SIN II 6N2P-E TRI TWN 6N2P.E7101+
6N3P TRI TWN II ECH<*2=. 2C51$ 8357-57 6E6P-YE BEA SIN II E7119+ 6N3P-E TRI TWN 6N3P.E7102+ 6E7P TET SIN II 6N4P TRI TWN II 12AY7$ 6E12N TET SIN II 6I45P TRI TWN II 6F1P PND TRI II EF80=.6U8$ 6N5S TRI TWN II 6AS7GS
6F3P TRI PND II 6N6 010 TWN 6KH6B+e 6H6$ 6F4P PND TRI II 6N6P TRI TWN II 6F5 TRI SIN 6S4B+I 6F5$ 6N7 TRI TWN II 6N7$» 6N7S+ 6F5B TRI SIN 6S48+. 6F5$ 6N7S TRI TWN II 6N7-GT$ 8374-57 6F5M *TRI II 6F5GTS, 6S4+ 837?-57 6N8 TRI TWN 6N8S+. 6SN7GT$
6F5P TRI PND II 6N8M TRI TWN 6N8S+. 6SN7GT$ 6F5S TRI SIN II 6N8S TRI TWN II 6SN7-GT$ 6F6 PND SIN 6P6B+> 6F6$ 6N9 TRI TWN 6N9S+» 6SL7GTS 6F6M1 PND SIN II 6N9M TRI TWN 6N9S+> 6SL7GT$ 6F6S PND SIN II 6F6-GT$ 8082-56 6N9S TRI TWN II 6SL7GTS
6F7 PND TRI II 6N10 TRI TWN 6N10S+P 6SC7GT$ 6G1 TRI DWD II 6SR7$ 6N10M TRI TWN 6NIOS+1 6SC7GT$ 6G2 TRI DWO II 6SQ7$ 8370-57 6N10S TRI TWN II 6SC7GT3 6G2P-K TRI DWD II 6N11 TRI TWN 6N5S+> 6AS7G$ 6G2S *TRI DWD 6SQ7GS 6N12S TRI TWN II 6DN7$. 5687$ GROUP I, NUMERICAL GROUP I NUMERICAL ,
TABLE COST SPEC. TABLE COST SPEC. TYPE NUMBER KIND TYPE SIMILAR TYPES TYPE NUMBER KINO TYPE SIMILAR TYPES NO. NO. NO. NO.
6N13S TRI TWN II 608(14. 6AS7S 8378-57 6S50 TRI SIN II TMl* + t 2C 6N17B TRI TWN II 6S8S TRI SIN II 2C22$ 6N18B TRI TWN II 6S9D TRI SIN II 6N19P TTR DWD II 6S10D TRI SIN II 6N21B TRI TWN II 6S110 TRI SIN II 6N23P TRI TWN II 6S13D TRI SIN II 6N24P TRI DUO II 6S15P TRI SIN II 6N25G TET TWN II 6S16D TRI SIN II 6N26P TRI TWN II 6S17K TRI SIN II 6N27P TRI TWN II 6S18S TRI SIN II 6N28B TRI TWN II 6S19P TRI SIN II 6N28B-V TRI TWN II 6S20S TRI SIN II 6BK4$ 6P1P BEA SIN II EL90=» 6AQ5$ 8358-57 6S21D * TRI SIN II 6P2 BEA SIN 6P6S+. 6V6GTS 6S2SB TRI SIN II 6P2P PND SIN II 6S26B TRI SIN II 6S6B+ 6P3 BEA SIN 6P3S+» 6L6GS 6S27B TRI SIN II 6S7B+ 6P38 BEA SIN 6P3S+. 6L6GS 6S28B-V TRI SIN II 6P3S BEA SIN II 6L6G$ 8376-57 6S29B-V TRI SIN II 6P3S-YF BEA SIN 6P3S.E7121+ 6S30B TRI SIN II 6P4 *PND SIN II 6G6GS 6S31B TRI SIN II 6P6 BEA SIN 6P6S+. 6V6GTS 6S32B TRI SIN II 6P6B *PND SIN 6F6$ 6S33S TRI SIN II 6P6P »BEA SIN 6S34A-V TRI SIN II 6P6S BEA SIN 6V6-GTS 8375-57 6S35A-V TRI SIN II 6P7 *BEA SIN 6P7S*+» 6BG6GAS 6S36K TRI SIN II 6P7S BEA SIN 6P7*+» 6BG6GAS 6S37B TRI SIN II 6P8P TRI SIN 6S1P+. 9002$ 6S39S TRI SIN II 6P8S *PND SIN II 6G6GS 6S40P TRI SIN II 6P9 BEA SIN II 6AG7S 8377-57 6S41S TRI SIN II 6P9E BEA SIN II 6AK7S 6S44D TRI SIN II 6P13S BEA SIN II 6S45K TRI SIN II 6P14P BEA SIN II EL84=» 6BQ5S 6S46G TRI SIN II 6P15P BEA SIN II 6S47S TRI SIN II 6P17S BEA SIN II 6S48D TRI SIN II 6P18P BEA SIN II 6BQ6$> EL82 6S51N TRI SIN II 6P20S »BEA SIN II 6CB5$. 6C06S 6S52N TRI SIN II 6P21S *BEA SIN II 6S53N TRI SIN II 6P23P BEA SIN II 6SK7 PND TRI II 6P25B PND SIN II 6TS4P DWD SIN II 6X4$ 6P27S BEA SIN II 6TS4S DIO SIN II 8347-57 6P30B PND SIN II 6TS5S DWD SIN II 6X5GT$ 8528-57 6P31S BEA SIN II 6TS10P DIO SIN II 6B3$ 6P33P PND SIN II 6TS13P DIO SIN II 6P34S PND SIN II 6TS15S DIO TWN II 6P36S BEA SIN II 6TS17S DIO SIN II 6BL<* 6R1B TRI DWD 6G1+. 6SR7$ 6TS19P DIO SIN II 6R2P BEA DUO II 6V1P PND SIN II 6R3S BEA DUO II 6V2P PND SIN II 6R7 TRI DWD 6G7+» 637$ 6V3S PND SIN II 6R78 TRI DWD 6G7+» 607$ 6VKH1 DWD SIN II 6R17B TRI DWD 6G2+. 6SQ7$ 6YE1P TRI SIN II EM80=» 6BR5S 6S1B TRI SIN 6S6B+. 5703$ 6YE2P TRI SIN II 6S1P TRI SIN II 9002$ 6TE3P TRI SIN II 6S1ZH TRI SIN II 4671$. 955$ 6YE5 * TRI SIN 6YE5S+ 6S2 TRI SIN 6J5-GT$ 6YE5S TRI SIN II 6YE5»> 6E5$ 8379-57 6S2B TRI SIN II 6S78+. 5744$ 6ZH1B PND SIN II 5702$ 6S2P TRI SIN II 6J4$ 8353-57 6ZH1L PND SIN II 6S2S TRI SIN II 6J5-GT$ 8081-56 6ZH1P PND SIN II 6AK5$.EF95= 8349-57 6S3B TRI SIN II 6K4A$ 6ZH1P-E PND SIN 6ZH1P»E7112* 6S3P TRI SIN II 6ZH1ZH PND SIN II 954$ aSu, «TRI SIN 6F5$ 6ZH2B PNO SIN II 5784$. 5639$ 6S4B TRI SIN II 6F5$ 6ZH2M PND SIN II 1851$ 6S4P TRI SIN II 6ZH2P PND SIN 6ZH2P-E» E7113+. 6AS6$ 6S4S TRI SIN II 6B4-G$ 8373-57 6ZH2P-E PND SIN 6ZH2P.E7113+ 6S5 TRI SIN II 6S5S+» 6C5GT$» 6J5GT$ 6ZH3 PND SIN II 6SH7$ 8085-56 6S5B TRI SIN 6C5-GT$ 6ZH3M * PND SIN II 6AB7/1853$ GROUP NUMERICAL GROUP I NUMERICAL I, , TABLE COST SPEC. TABLE COST SPEC. TYPE NUMBER KINO rypi SIMILAR TrPES TYPE NUMBER KINO TYPE SIMILAR TYPES HO. NO. NO. NO. 6ZH3P PND SIN II 6AG5$r EF96= 8350-57 SG7S DIO SIN V 6ZH* PND SlN II 6AC7S> 6A87S 8364-57 SNM-7 COU XXI 6ZH4B *PNO SIN 6AG7S TVB-7 THM XVIII 6ZH 6ZH5 *TRI SIN 6J5$ 7L055I OS VIII 3MP1S 6ZH5A *PND SIN II 7P12S PND SIN II 6ZH5B PND SIN II 7ZH12S PND SIN II 328AS 6ZH5P BEA SIN II 6AH6S 8351-57 D8 REG XIII 6ZH6M *PND SIN 6J7S DG-TS8 REC XI D2V + 6ZH6P *PND SIN 6J7S DK-V8 VID SI XIV 6ZH6S PND SIN II Z62= F-8 PHO xvi 6ZH7 PND SIN II 6J7 8365-57 FS-K8 PHC xv 6ZH7B *PND SIN 6W7GS GI-8 PND SIN III 6ZH8 PND SIN II 6SJ7S 8366-57 GS-8 COU XXI 6ZH8S PND SIN II GS-8B TET SIN III 6ZH9B PND SIN II GU8 TRI SIN III 7711-55 6ZH9P PND SIN II KMT-8 TMS XIX 6ZH9P-E PND SIN 6ZH9P.F711U+ MMT-8 TMS XIX 6ZH10B PND SIN II MS-8 COU XXI 6ZH10P PND SIN II P8 X 6ZH11B «PND SIN 6SH7S P8A X 6ZH11P PND SIN II 6BQ5S R-8 XXII 6ZH11P-EPND SIN 6ZH11P+. E7H5+ SAT-8 COU XXI 6ZH12B *PND SIN 6SG7S SBM-8 COU XXI 6ZH13 PND SIN 6ZH13L+ SBT-8 COU XXI 6ZH13L PND SIN II 6ZH13 SG8S 010 SIN V 6ZH20P BEA DIO II SNM-8 COU XXI 6ZH21P BEA DIO II STS-8 COU XXI 6ZH22P DIO BEA II T8D TMS XIX 6ZH23P PND II T8E TMS XIX 6ZH31BK PND SIN II EF95: T8M TMS XIX 6ZH32B PND SIN II T8R TMS XIX 6ZH32P PND SIN II T8S1 TMS XIX 6ZH33AV PND SIN II T8S1M TMS XIX 6ZH35BV PND SIN II T8S2 TMS XIX 6ZH38P PNO SIN II T8S2M TMS XIX 6ZHH0P PND SIN II T8S3 TMS XIX 6ZH43P PND SIN II T8S3M TMS XIX 6ZH<*5BV PND SIN II TG8/3 TRI THY TG1-2.5/4+ 6ZHH6BYEPND SIN II TKH-8G HEX VII 07 REG XIII TVB-8 THM XVIII D7A REC XI DG-TS21*+ VS-8 COU XXI 07B REC XI DG-TS22** 8LM3V OS VIII D7D REC XI DG-TS25*+ 8L02B OS 8L029+. 3BP1AJ D7G REC XI DG-TS2"** + 8L029I OS VIII 3BP1S D7V REC XI DG-TS23*+ 8L029M OS VIII D7YE REC XI DGTS26 8LO30I OS VIII 30P1S D7ZH REC XI DG-TS27*+ 8L030M OS VIII DR-TS7 REC XI D2M+ 8L039V OS VIII 3JP7S DK-S7 MIX XIV D9A REC XI DK-S7M MIX XIV 09B REC XI DK-V7 DET XIV D9D REC XI EM-7 TRI SIN II D9G REC XI FS-K7 PHC XV D9I REC XI GI-7B TRI SIN III LD7 D9K REC XI GMI-7 TET SIN III D9L REC XI GS-7 cou XXI D9M GEP XI GS-7 TRI SIN GK-3000+ D9V REC XI GS-7A TRI SIN III D9YE ^EC XI GS-7B TRI SIN III D9ZH -!EC XI KS-7 TRI SIN G-811+. 8 DG-TS9 3EC XI D2A + LD-7 TRI SIN GI-7B+ G-9 TRI SIN GU65+ LI-7 IC VIII GS-9 :ou XXI MS-7 COU XXI GS9B TRI SIN III P7 X LD-9 TRI SIN GS-9B+ R-7 XXII MMT-9 rMs XIX SAT-7 COU XXI MS-9 :ou XXI SBM-7 COU XXI P9 X 2N35S SBT-7 COU XXI P9A X 15 GROUP I , NUMERICAL GROUP I, NUMERICAL TABLE COST SPEC. TABLE GOST SPEC. TYPE NUMBER KINO TTPE SIMILAR TYPES TYPE NUMBER KINO TTPE SIMILAR TYPES NO. DO. NO. •0. R-9 xxii D12 REC XI SG9S DIO SIN V D12A REC XI snm-9 COU XXI DGTS12 REC XI T9 TMS xix FEU-12 PHM XVI TVR-9 THM XVIII GI-12B TRI SIN III LD-12 VS-9 COU XXI GS-12 COU XXI D10 REC XI GU12A TRI SIN III 880S D10A REC XI K-12 KLO IX 0106 REC XI KIU12 KLA IX DSTS10 REC XI D2B + KMT-12 TMS XIX G10 TRI SIN III LD12 TRI SIN GI-12B5 S-10A TRI SIN GU-10A+ Ml-12 MAG IX G-10RA TRI SIN GU-10B+ MMT-12 TMS XIX SKO-10 TRI SIN GK-2000+ MS-12 COU XXI GS-10 COU XXI OS12/500 *PND SIN G837= GSH-10 NOI IX P12 X 2N112S GT-10 TRI SIN G<*6+ P12A GAP X GU1QA TRI SIN III R-12 XXII GU10B TRI SIN III 12B1M PND DWO ii ISK10 XX 12B2M PND DWD II ISP10 XX 12G1 TRI DWD II 12SR7S IST10 XX 12G2 TRI DWD II 12SQ7S KMT-1Q TMS XIX 12K1M PND SIN ii MO-10 TRI SIN III 12K3 PND SIN ii 12SK7S P10 X 2N35S 12K4 PND SIN ii 12SG7S P10A GAP X 12K12B *PND SIN 12SG7S P10B GAP X 12K17B *PND SIN 12SK7S R-10 XXII 12KH3S DWD SIN ii LG1 SBT-10 COU XXI 12M1M PND TRI ii SG10S REG V 12N1 TRI TWN 12N11S+! 12AH7GTS TO-10 PND SIN 10P12S 12N4P TRI TWN ii 12AY7S VG-10 POW XII 12N1CI TRI TWN 12N10S+. 12SC7GTS VG-10-30 POw XII 12N10M TRI TWN 12N10S+> 12SC7GTI VG-10-i*5 POw XII 12N10S TRI DUO ii 12SC7S VG-10-55 POW XII 12N11S TRI TWN ii 12AH7GTS VG-10-80 pow XII 12P4S PND SIN II VG-10-110 POW XII 12P14S BEA SIN II VG-10-150 pow XII 12P17L PND SIN II VK-10 POW XII 12R1B TRI DWD 12Gl+f 12SR7S VKU-10-0.25 SCR sin XII-A 12R17B TRI DWD 12G2+. 12507$ VKU-10-0.5 SCR SI<* XII-A 12S2 *TRI SIN II VKU-10-0.7S SCR SI«t XII-A 12S3S «TRI SIN II LD1 + VKU-10-1.0 SCR SI<* XII-A 12S42S TRI SIN II VKU-10-1.5 SCR SIK XII-A 12ZH1 *PND SIN 12ZH1L+ VKU-10-2.0 SCR SI<» XII-A 12ZH1L PND SIN II 12ZH1 VKU-10-2.5 SCR sin XII-A 12ZH1M PND SIN II VKU-10-3.0 SCR SI4 XII-A 12ZH3L PND SIN II 10LK2B PR VIII 12ZH8 PND SIN II 12SJ7S 10L043I 0D VIII 12ZH6B • PND SIN 12SJ7S 10P12S PND SIN II 12ZH17B *PNO SIN 12SJ7S 10ZH1L PND SIN II 10ZH3L+ D13 REC XI 10ZH3L PND SIN II 10ZH1L+ DGTS13 REC XI 10ZH3P PND SIN FEU-13 PHM XVI 10ZH12S PND SIN II 3I0AS G-13 TRI SIN III Dll REC XI GI-13 TRI SIN III DK-V11 VID SI xiv GI-13B TRI SIN III FEU-11 PHM XVI GM13 TET SIN III GI-11B TRI SIN III LD-11 GU13 BEA SIN III 813$ GS-11 COU xxi Ll-13 IM VIII GSH-11 NOI IX MS-13 cou XXI GU11A TRI SIN III P13 X 2N43$ GU11B TRI SIN III P13A X 2N3"*$ KMT-11 TMS XIX P13B X LD11 TRI SIN GI-11B+ SG13P DIO SIN V MS-11 COU xxi UV-13 TWT IX Pll X 2N9HS V13/30 DIO SIN Vl-0 P11A GAP X VS-13 COU XXI R-ll XXII 13LK1B TV VIII 5FPUS TKH-11G TET VII 13UK2B TV VIII VS-11 COU XXI 13LMHV OS VIII 1 6 GROUP NUMERICAL GROUP I , NUMERICA! I , TABLE COST SPEC TABLE COST SPEC. TYPE NUMBER KINO TYPE SIMILAR TYPES TYPE NUMBER KIND TYPE SIMILAR TYPES NO. NO. NO. NO. 13LM31M OS VIII 5FP7S DGTSlh REC XI 02P+ 13LM31V OS VIII FEU-lfe PHM XVI 13LM56I OS VIII 5FP1S 6I-16B TET SIN III 13LM57 OS VIII 5FP7S GU18D TRI SIN III 13LM570 OS VIII LG-16 DIO SIN 2D2S+ 13LM58K OS VIII Ml-16 MAG IX 13L01B * VIII MS-16 COU XXI 13L02B » VIII 5CP1-A*$ P16 X 2N554. OC604= 13L03I OS VIII P16A X 13L0<*I OS VIII P16B * 13L05P * VIII 5CP7-AS SGlbP DIO SIN V 13L06P * VIII 5FP7-AS TV-16 THM XVIII 13L036 OS VIII 5FP7i. L0736+ VS-16 COU XXI 13L036V OS VIII D17 REC XI 13L037A OS VIII 5CP7S 0GTS17 REC XI 13L037I OS VIII 5CP1S. L0737+ FEU-17 PHM xvi 13L037M OS VIII FEU-17A PHM XVI 13L048A OD VIII L07U8+ G-17B TRI SIN III 13L048I OD VIII 5SP1S GI-17 TRI SIN III G480* 13LCM&V 00 VIII GU-17 BEA TWN III 13L.054A OS VIII L0754 LI-17 IM VIII 13L054M OS VIII MST-17 COU XXI 13L05i»V OS VIII P17 X 13LO101M VIII P17A X 13L0102M VIII P17B X 13L010<»A TV VIII SG17S DIO SIN V 13P1 >B£A SIN 13P1M+. 13P1S+ 018 GEP XI 13P1M BEA SIN 13P1+. 13P1S+ FFU-18 PHM XVI 13P1S BEA SIN II 13P1+. 13P1M+ FEU-18A PHM XVI 13ZH41S PNO SIN II GI-18B TRI SIN III Dl<* REC XI GS-18 TRI SIN GK-2000+ D14A REC XI GU-18 BEA TWN III 0GTS14 REC XI Ll-18 VI VIII FEU-14 PHM XVI P18 X Gl-HtB TRI SIN III LD-lft P18A X Ll-1"* IM VIII P18B X Ml-14 MAG IX SG18S DIO SIN V MS-1U COU XXI 18LK1B TV VIII Pl<* X 2N65S 18LK2B TV VIII 7QPHS P1<*A X 18LK3V > VIII Pli+B X 18LK4B TV VIII SG14P REG AH V 18LK5B TV VIII TV-114 THM XVIII 18LK7B TV VIII UV-ll* TWT IX 18LK1UT ELS VIII VS-1H cou XXI 18LK15 TV VIII D15 REC XI 18LM35 OS VIII 7BP7AS DGTS15 REC XI D2N+ 18LM35V OS VIII 7BP7I FEU-15 PHM XVI 18L01P t VIII 7BP7A4 G-15A TRI SIN GU-11A+ 18LO40B TV VIII 7JP4S. LK7U0+ G-15RA TRI SIN GU-168+ 18L0«7A OD VIII GDO-15 TRI SIN G-61 + 18L047V OD VIII GS-15B TET SIN III 019 GEP XI GU15 BEA SIN III D19A GEP XI IFK15-1 XX D19B GEP XI ISSH15 XX FFU-19M PHM XVI K-15 KLO IX GI-19B TRI SIN III KIU15 KLA IX GU-19 BEA TrfTJ III LI-15 IM VIII P19 X Ml-15 MAG IX SG19S DIO SIN V P15 X 2N43S. OC604= 19LKUB TV VIII P15A GAP X 02 GEP XI SG15P DIO SIN V FFU-20 PHM XVI SG15P1 DIO SIN V GK20 TRI SIN III TG-15/3 TRI THY TG1-5/3+ 1-20/1.5 TRI IGN IV TR-15/2 TRI THY TR-1-5/2+ 1-20/1500 *DIO IGN IV TV-15 THM XVIII IFK20 XX VG15/5000 010 SIN GG1-0.5/5+ M-20/35 TRI SIN GM-1A+ 15A6S PNO SIN II M020 TRI SIN III D16 REC XI P20 X D16A REC XI QV20-P18 •TET SIN GMI-83= 17 GROUP I , NUMERICAL GROUP NUMERICAL I , TABLE G05T SPEC. TABLE COST SPEC. TYPE NUMBER KINO TYPE SIMILAR TYPES TYPE NUMBER KIND TYPE SIMILAR TYPES MO. NO NO. NO. SG20G DIO SIN V GSH-28 NOI IX T-20BFL COU XXI SU28A TET SIN III TKP-20 TMS POW XIX GU28B TET SIN III TR-20/15 TRI THY TR-1-6/1S+ M28 TRI SIN III V20/20 *DIO SIN Vl-0. 02/20+ P28 X VKU-20-0.25 SCR su Xll-A FEU-29 PHM XVI VKU-20-0.5 SCR 514 XII-A G29 TRI SIN III VKU-20-0.75 SCR Sl<» XII-A GSH-29 NOI IX VKU-20-1.0 SCR Sin XII-A GU29 BEA TWN III 829-BS VKU-20-1.5 SCR Sin XII-A K-29 KLO IX VKU-20-2.0 SCR sin XII-A P29 X VKU-20-2.5 SCR sit XII-A P29A X VKU-20-3.0 SCR sin XII-A Gno-30 TRI SIN GS-3B+ 20LM1YE VIII Gl-30 BEA TWN III 3E29S 0GTS21 REC XI D7A+ GMI-30 TRI SIN III GI-21B TRI SIN III GS-30 COU XXI GU21B TRI SIN III GU30A TRI SIN III P21 X K-30 KLO IX P21A X M-30/n50 TRI SIN GMI-30+ P21B X P30 X 0GTS22 REC XI 07B+ T-30BFL COU XXI FEU-22 PHM XVI VG-30 pow xli GI-22 TRI SIN III 30LMB TV VIII 31LK1B+ GU22A TRI SIN III 30P1 BEA SIN 30P1S+ P22 X 30P1M *BEA SIN 30P1S+ DGTS23 REC XI D7V + 30P1S BEA SIN II 30P1M FEU-23 PHM XVI 30TS1M DIO SIN II 30VKHl+» 30TS6S+ GU23A TRI SIN III 30TS6S DIO TWN II 30VKH1*. 30TS1<** 8078-56 GU-23B TRI SIN III 30VD1 010 SIN II 30TS1M+ LI-23 VIII 30VKH1 DIO SIN II 30TS6S+ P23 X FEU-31 PHM XVI 23LK1B TV VIII 9CP4J GU31 TET SIN III 23LK2B TV VIII K-31 KLO IX 23LK7B TV VIII 31LK1B TV VIII 23LKBB TV VIII 31LK2B TV VIII 12LPUS 23LK9B ELS VIII 31LM32 OS VIII 120P7AS 23LM3t OS VIII 9GP7S 31LM32V OS VIII 23LM34V OS VIII 31L01P VIII 12DP7S 23L01P OS 9GP7S 31L033 OS VIII 12GP7S 23L051A OS VIII 31L033V os viii DGTS2n REC XI D7G+ FEU-32 PHM XVI FEU-24 PHM XVI G32 TRI SIN III GI-24A TRI SIN III GU32 BEA TWN III 832$ SU24A III K-32 KLO IX 0GTS25 REC XI D7D+ FEU-33 PHM XVI FFU-25 PHM XVI GU33B TET SIN III GI-25 TRI SIN ill K-33 KLO IX GU25B TRI SIN III FEU-3n PHM XVI ISK25 XX Guana TET SIN III P25 X K-3n KLO IX P25A X FEU-35 PHM XVI P25B X GU-35B TET SIN III T-25BFL COU XXI K-35 KLO IX VK-25 POW XII 35LK2B TV VIII 881S-58 25P1 BEA SIN II 25L6S FEU-36 PHM XVI 25P1S BEA SIN II 25L6S G36 TRI SIN III DGTS26 REC XI D7E+ GK36 TRI SIN GK-20+ FEU-26L PHM XVI GU-36B TET SIN III GU26A TRI SIN III FEU-37 PHM XVI GU26B TRI SIN III GU-37B TRI SIN III K-26 KLO IX FEU-38 PHM XVI P26 X FEU-39 PHM XVI P26A X GU-39A TET SIN III P26B X GU-39B TET SIN III 0GTS27 REC XI 07ZH+ M39 TRI SIN III FEU-27 PHM XVI P39B X GU27A TET SIN III FEU-40 NSP XVI GU27B TET SIN III 827-RS GU-tOB TET SIN III P27 X PUO X P27A X PUOA X 18 GROUP I, NUMERICAL GROUP I , NUMERICAL TABLE COST SPEC TABLE COST SPEC. TYPE NUMBER KIND TYPE SIMILAR TYPES TYPE NUMBER KINO TYPE SIMILAR TYPES NO. NO. NO. NO. T-*0flFL cou XXI &M57 TRI SIN Ill MS50*+. MU57+. UR180= V*0/100 DIO SIN vi-o.i/uot M57 TRI SIN III *0LKlb TV VIII 16AP*4 SO-57 PND SIN II K-*l KLO IX 6-58 TRI SIN GK-300n+ P*l X 59LK1B TV VIII P*1A X 59LK2B ELS VIII FFU-*2 NSP XVI GMbO TRI SIN III f.ib00* + K-*2 KLO IX GS-bO COU XXI P*2A X T-60BFL COU XXI P*2B X G61 TRI SIN III *2LM2YE VIII G62 TRI SIN III FFU-*3 NSP XVI M62 MA6 IX *3LK2B TV VIII G-b* TRI SIN GS-3B+ *3LK3B TV VIII G65 TRI SIN III *3LK6B TV VIII Gb8 TRI SIN III *3LK7B TV VIII GI-70B TRI SIN III LD-70 *3LK8B TV VIII GM-70 TRI SIN III *3LK9B TV VIII GM70B TRI SIN III FFU-** NSP XVI ISP70 XX FEU-*5 NSP XVI LD70 TRI SIN 6I-70R+ *5LM1R VIII V70/1000 DIO SIN V1-0.3/70+ FEU-*b NSP XVI GK71 PND SIN III 6*71+1 *71A* BUS TRI SIN in GU72 PND SIN III FFU-*7 NSP xvi M7* TRI SIN III 647 TRI SIN ill 75S5-30 * 010 SIN SG2S+> 0A3$ S8-*7 PND SIN II Gl-7bB TRI SIN III *7LK1B TV VIII GU80 PND SIN III OS*50=« P800*+ *7LK2B ELS VIII M80 TRI SIN III FEU-*B NSP XVI T-80BFL COU XXI K-*8 KLO IX GU81 PND SIN III FEU-*9 PHM XVI GMI-83 TET SIN III QV20-P18= G-*9 TRI SIN GS-*+ 688 TRI SIN III 60-50 TRI SIN 6-*6+ VO-88 DIO TWN *VKH1+ 6U50 PND SIN III LS50 = GMI-89 TET SIN I II 6-*89*+ 1-50/1.5 TRI IGN IV 6U89A TRI SIN III 889AS 1-50/1500 DIO IGN IV GU89B TRI SIN III 889R-AS IFK50 XX M89 TRI SIN III *PND SIN GU50: LS50 GMl-90 TET SIN I II G-*90*+ M50 TRI SIN III GS90B TRI SIN III LD-90 T-50BFL COU XXI LD-90 TRI SIN GS-90R+ TKP-50A TMS pow xix MTKH90 TRI THY VII TKP-50B TMS POW XIX RB-90 XXII VG-50 pow XII TGI-90/8 TRI THY TGI-1-90/R+ VK-50 pow XII 691 TRI SIN III VKU-50-0.25 SCR SI* XII-A 6-92 TRI SIN GK-2000+ VKU-50-0.5 SCR SI* XII-A K-92A KLO TX VKU-50-0.75 SCR SI* XII-A K-92B KLO IX VKU-50-1.0 SCR si* XII-A K-92G KLO IX VKU-50-1.5 SCR si* XII-A K-92V KLO IX VKU-50-2.0 SCR SI* XII-A Ml -95 MAO IX VKU-50-2.5 SCR SI* XII-A L-99 PTG SIN 6A2P+» 6BE6S VKU-50-3.0 SCR SI* XII-A G-100 TRI SIN 6-29+ GM51A TRI SIN III 6-100A TRI SIN 6K-3A+ Ml-51 MAG IX GD-100 TRI SIN 6-*7+ SB-51 PND SIN II GKE100 *TET SIN III GE-1 = STSV51 PH0 XVI GM100 TRI SIN III FEU-52 PHM XVI 1-100/1.0 TRI IGN IV MI-52 MAG IX 1-100/5.0 TRI IGN IV FEU-53 PHM XVI 1-100/1000 » DIO IGN IV M53 TRI SIN III 1-100/5000 *DI0 IGN IV MI-53 MAG IX ISSH100-1 XX 53LK2B TV VIII ISSH100-3 XX 53LK3B TV VIII L100 * PND DIO 6B2P* 53LK*TS VIII V6-100 POW XII 53LK5B TV VIII VK-100 POW XII 53LK6B TV VIII VKU100-0.25 SCR SI* XII-A 6-5* TRI SIN VKU100-0.5 SCR SI* XII-A Ml-5* MAG IX VKU100-0.75 SCR SI* XII-A R-5* XXII VKU100-1.0 SCR SI* XII-A G-56 TRI SIN VKU100-1.5 SCR SI* XII-A 19 GROUP I, NUMERICAL GROUP I NUMERICAL , TABLE COST SPEC. TABLE COST SPEC. TYPE NUMBER KIND TYPE SIMILAR TYPES TYPE NUMBER KINO TYPE SIMILAR TYPES HO. NO. NO. NO. VKU100-2 SCR SI4 XII-A S0-12U PND SIN II UZH5+ VKU100-2 5 SCR SIU XII-A VO-125 010 SIN IV VKU100-3 SCR SlU XII-A SK-127 XXII VKUV-100-•0. 25SCR Sit XII-A VG-129 DIO SIN IV VKUV-100-0. 5 SCR SI<* XII-A Ufl-132 *TRI SIN II "*S3+ VKUV-100-•0. 7SSCR SI"» XII-A P135 X VKUV-100--1 SCR Sit* XII-A MI-137 MAG IX VKUV-100-1. 5 SCR sm XII-A TO-ltl *TRI SIN II 3S1 + vkuv-100-2. SCR Sit XII-A TO-142 *TRI SIN II 3S2+. 3S9+ VKUV-100-2. 5 SCR SI<* XII-A Sfl-1"*7 TET SIN <*E2+ VKUV-100-3. SCR SH* XII-A S0-lt8 PND SIN II 4E3+ AI-101A TUN Xl-B Gl-lbO TRI SIN III AI-101B TUN XI-B GKElbO * TET SIN III GE-2= AI-1010 TUN XI-B GUlbO TRI SIN III 7712-55 AI-101G TUN XI-B I-lbO/1.0 TRI IGN IV AI-101I TUN XI-B MlbO TRI SIN III AI-101V TUN XI-B 1S0S5-30 « 010 SIN SG<*S+» 0D3S AI-101YE TUN XI-6 SR-152 TRI SIN II AI-101ZH TUN XI-B U8-152 TRI SIN II 2S1 + D101 REC XI U3-153 TRI SIN II 0101A REC XI Sfl-lb<+ PND SIN II 2E1 + LI-101 IC VIII SR-155 BEA SIN 2P2 + P101 X UB-lb5 *REA SIN II 2E2+ P101A X VG-161 DIO SIN IV P101B X VG-lb3 DIO SIN IV D102 REC XI VG-176 DIO SIN IV D102A REC XI UR-178 TRI SIN II P102 X SO-182 PND SIN II D1U3 REC XI UR-182 *TRI SIN II D1Q3A REC XI SO-185 TRI SIN 4S5+ P103 X U018f. *TRI SIN II "*S"*+ S-103 TET SIN GKE-1000+ US-186 TRI SIN «S<*+ OlOi* REC XI VO-188 DWO SIN IV UVKH1* D10UA REC XI SR-190 PND SIN II L-10U PND SIN 6KUP+» 68A6S 191P TET SIN II P10U X VO-196 010 SIN IV 0105 REC XI VO-197 DWO SIN IV D105A REC XI GD-200 TRI SIN GS-t + P105 X 1-200/1.5 TRI IGN IV 105S5-•V DIO SIN SG3S+> 0C3$ IFP200 XX 0106 REC XI IVS200/2 IGN IV D106A REC XI TGI-200 TRI THY VII MTI-2+ P106 X VGV200 POW XII S-106 TET SIN GKE-150+ VK-200 POW XII 0107 REC SIP XI VKV200 POW XII D107A REC SIP XI AI-201A TUN XI-B P107 X AI-201B TUN XI-B 118107 »TRI SIN 4S1 + AI-201D TUN Xl-8 0108 REC SIP XI AI-2U1G TUN XI-B GT10BA X AI-201I TUN XI-8 GT108B X AI-201K TUN XI-B GT108G X AI-201L TUN XI-B GT108V X AI-201V TUN XI-B 0109 REC SIP XI AI-201YE TUN XI-B GT109A X AI-201ZH TUN XI-3 GT1098 X D201A REC XI GT109D X D201B REC XI GT109G X D201D REC XI GT109V X D201G REC XI GT109YE X D201TS REC XI S-109 TET SIN GKE-300+ 0201V REC XI UB110 «TRI SIN US2+ D201YE REC XI VU-111D DIO SIN IV D2012H REC XI S8-112 PND SIN II i»El + KU-201A 5CR XII-A SO-118 TRI SIN <»S5+ KU-201B iCR XII-A G120 TRI SIN III KU-2010 SCR XII-A IFK120 XX KU-201G SCR XII-A MI-120 MAG IX KU-201I SCR XII-A TR-120/15 TRI THY TR-1-40/15+ KU-201K SCR XII-A SO-122 PND SIN <*P1 + KU-201L SCR XII-A GROUP I, NUMERICAL GROUP I, NUMERICAL TABLE COST SPEC. TABLE COST SPEC. TYPE NUMBER KINO TYPE SIMILAR TYPES TYPE NUMBER SIMILAR TYPES NO. NO. NO. KU-201V SCR XII-A SK-220 XXII KU-201YE SCR XII-A 0221 REC SIA XI KU-201ZH SCR XII-A 0222 REC SIA XI LI-201 IM VIII 0223 REC SIA XI P201 X 0223A REC SIA XI P201A X D223B REC SIA XI SG201S 010 SIN V D22<* REC SIA XI D202 REC XI D22tA REC SIA XI P202 X 2N68S D224B REC SIA XI SG202B 010 SIN V D225 REC SIA XI VO-202 DWO SIN IV 0226 REC SIA XI 0203 REC XI D226A REC SIA XI LI-203 VIII 02260 SIA XI P203 X 2N68S D226G SIA XI SG203K 010 SIN V 0226V SIA XI D20<* REC XI 0226YE SIA XI UV-201* TWT IX SG226 DIO SIN V D205 REC XI D227-A SWI SIU Xl-A UV-205 TWT IX 0227-B SWI SI<* Xl-A D206 REC XI 0227-D SWI SI<* XI-A 0207 REC XI D227-G SWI SI4 XI-A P207 X D227-I SWI SI4 Xl-A P207A X D227-V SWI Sl<* XI-A D208 REC XI D227YE SWI S1U Xl-A P208 X D227-ZH SWI sin XI-A P208A X SG227 010 SIN V 0209 REC XI D228-A SWI SI<* XI-A P209 GAP X D228-B SWI Sli* XI-A P209A GAP X 0228-0 SWI SI<* XI-A D210 REC XI 0228-G SWI SI<» Xl-A P210 GAP X 0228-1 SWI SU XI-A P210A GAP X 0228-V SWI SI4 Xl-A 0211 REC XI D228YE SWI Sl<* Xl-A P211 X 0228-ZH SWI SIH XI-A P212 X D229A SIA XI P212A X D229B SIA XI T6212M TRI THY VII D230A SIA XI P213 X D230B SIA XI P213A X vn-230 DIO SIN IV P213B X D231ACP) REC SIA XI TR-213 TRI THY VII PT-2*+ D2318)P) REC SIA XI D214 REC SIA XI D23KP) REC SIA XI D214A REC SIA XI 0232A(P) REC SIA XI D21HB REC XI D232B(P) REC SIA XI P214 X D232(P) REC SIA XI P21HA X D233A REC SIA XI P21HB X D233BCP) REC SIA XI P21HG X D233IP) SIA XI P21<*V X 023<*B(P> REC SIA XI D215 REC SIA XI D235A CON SI XI-C 0215A REC SIA XI D235B CON SI XI-C D215B REC SIA XI D235G CON SI XI-C P215 X 0235V CON SI XI-C P216 X TG-235 TRI THY VII PT-3*+ P216A X VG-236 DIO SIN IV P216B X VG-237 010 SIN IV P216D X D238A CON SI XI-C P216G X 0238B con si xi-c P216V X D238D COM SI XI-C 0217 REC SIA XI D238G con si xi-c P217 X 0236V CON SI XI-C P217A X D238YE CON SI XI-C P217B X VO-239 DIO SIN IV P217G X UR-240 TRI SIN II 2S2+ P217V X SB2<*1 *PND SIN 2K1*. 2K1M+» S0241* 0218 REC SIA XI S0241 *PND SIN 2K1*» 2K1M+. S0241* D219A REC SIA XI 021*2 REC XI D220 REC SIA XI 02<*2A REC XI D220A REC SIA XI D212B REC XI 0220B REC SIA XI SR-2<*2 PTG SIN 2A1 + NUMERICAL GROUP I , GROUP I NUMERICAL , TABLE COST SPEC TABLE COST SPEC. TYPE NUMBER KINO TYPE SIMILAR TYPES TYPE NUMBER KIND TYPE SIMILAR TYPES HO. MO. NO. NO. S0-242 PTG SIN II SB2K2 2A1. 2A1M GT310D X D2<»3 REC XI GT310G X D243A REC XI GT310V X D243B REC XI GT310YE X SB243 < TRI DUO 2N1*. 2N1M*. S0243* KU310A KLA IX S0-2<»3 *TRI TWN II 2N1 + KU310B KLA IX D244 REC XI SG311S REG V 02^14 REC XI KT312B X D2448 REC XI KT312G X S82<*4 "1 BEA SIN 2P1 + . so?m+ KT312V X S0-24U PND SIN II 2P1 + GT313A X 0245 REC XI GT313B X D245A REC XI P314A X D245B REC XI P314B X SB245 * PND SIN 2ZH1M+ P314C X D2<*6 REC XI P322 X D2468 REC XI TGl-325/16 TRI THY MTI-5+. TGI-1-325/16+ D2u7 REC XI R-350 XXII D247B REC XI RB-350 XXII L0-247 OS VIII K-351 KLO IX D248B REC XI K-352 KLO IX L0-2<»8 OS VIII VO-360 DIO SIN IV L0-2H9 OS VIII GQ-400 TRI SIN GS-6+ GKO-250 TRI SIN GK-1A+ M400 TRI SIN III VG-252 010 SIN IV TG-400/15 TRI THY TRI-130/15+ G256 TRI SIN III TGU00/3.5 TRI THY TGI-2-400/3.5+ S0257 * PND SIN II 2ZHU+ 0401 MOD XIV SB258 * BEA SIN 2P3+. 2P?M+» S0258+ KTS401A REC XI S0-258 »PNQ SIN II 2P3+ KTS401B REC XI SB2b9 * TRI DUO UN1 + LI-401 VIII S02S9 • TRI DUO "»N1 + M401 TRI SIN III RR-280 XXII P<*01 X 2N112S G-300 TRI SIN G68 D<*02 MIX SI XIV GI-300 TRI SIN GI-18B* P<*02 X SB-100S GK-300 TRI SIN GU-8 + 0403A MIX XIV GKE3U0 TET SIN III D403B MIX XIV IFB300 XX 0403V MIX XIV TKP-300 TMS POW XIX P403 X 0C614= SG301S DIO SIN V 9103-59 P403A X 0C614= D302 REC XI D<*0<* MIX SI XIV P302 X P40<* X SG302S DIO SIN V 9103-59 P40UA X D303 REC XI 0405 OET XIV P303 X D4U5A DET XIV P303A X D405AP DET XIV SG303S DIO SIN V 9103-59 DU05B DET XIV '.N23DS D304 REC XI D405BP DET XIV KU304 KLA IX P405 X KU304A KLA IX PtOSA X P30U X D406 MIX SI XIV SG304S DIO SIN V P<*06 X GT-60=. 2N113S D305 REC XI P407 X 2N114S SG305K REG V 0408 MIX SI XIV P306 X P408 X P306A X P409 X SG306K REG V T-409 DIO IGM IV P307 X G410 TRI SIN HI K-308 KLO IX P410 X KU308 KLA IX P410A X P308 X T-410 DIO IGM IV GT309A X 410R KLO IX GT309B X G411 PND SIN III KZH1*+ GT309D X P411 X AF114= GT309G X P4UA X AF114= GT309V X T-411 DIO IGM IV GT309YE X G412 PND SIN III KU309 KLA IX G413 PND SIN III GZH2*+ 0310 GEA XI 6414 PND SIN III GT310A X P414 X GT310B X P414A X 22 GROUP NUMERICAL GROUP I NUMERICAL I , , TABLE GOST SPEC. ,ABLE GOST SPEC. TYPE NUMBER KINO TTPE SIMILAR TYPES TYPE NUMBER KIND typenn SIMILAR TYPES NO. NO. NO. NO ' P<*14B X M-532 MAG IX P<*15 X M571 MAG IX Ptl5A X MI -588 MAG IX P<»15B X MI-S89A MAG IX P"*16 X MI-5899 MAG IX Pi»16A X MI-589V MAG IX P<*16B X M600 >TRI SIN GM60 + PU16V X KT601A X 6017 TRI SIN III P601 X PH17 X P601A X PK17A X P601B X G<*18 PND SIN III P601BI X PUIS X P601I X P<*18A X D602A VID XIV P418B X D602B VID XIV P018V X D6U2V ds:t xlv PUZO X P602 X P421 X P602A X UV-"»21 TWT IX P602AI X G022 PNO SIN III P602I * Pi*22 X D603 VII) XIV P422A X D604 VID SI XIV UV-<*22 TWT IX P60<* GAP X PU23 X P604A GAP X P423A X P60U8 GAP X S424 PND SIN III 0605 MIX SI XIV G425 PND SIN III P605 GDP X G430 TRI SIN III P605A GDP X RR-i»30 XXII P606 GDP X G031 TRI SIN III G031A+ P606A GOP X GU31A TRI SIN III G031 P607 X G-431R TRI SIN GS-OD+ P607A X G<*33 TRI SIN III G433A+ P608 X G433A TRI SIN III G033 P6U8A X MU35 TRI SIN III P609 X UV-<*38 TWT IX P809A X UV-440 TWT IX 0V-612 BWT IX S441 TRI SIN III OV-613 BWT IX G-<»50 TRI SIN III 0V-61U BWT IX OSH50 *PND SIN GU80. P8n0+* OV-621 BWT IX R-050 XXII OV-622 BWT IX M-it51 TRI SIN GM-51A+ 700AD MAG IX G-452 TRI SIN III G-431A+ P701 X G-OSO TRI SIN III GS-3B+ P701A X Mt»57 *TRI SIN II MS3*+» UB180=. oM57+ P702 X M-470 TRI SIN GM-70+ P702A X G<*71 «PND SIN GK71 + 706AU MAG IX G<*72 TRI SIN III 707A/B KLO IX G080 *TRI SIN GI-17*+ LO-709A OS VIII G-HB3 TET SIN GMI-83+ 714AU MAG IX GV84 TRI SIN III LK-715 *TV 18LK15+ G-089 * TET SIN GMI-89+ 720AYE MAG IX G-U90 *TET SIN GMI-90»+ 723A/B KLO IX IFK500 XX 725A MAG IX IFP500 XX LK-726 TV 18LK3B+ ISSH500 XX 726 KLO IX VGV500 pow xli LO-729 « OS 8L029+. -JRP1AS D501 XIV LO-730 OS 8L030+ P501 X LO-731 OS 13LM31+ P501A X LO-732 OS 31LM32+ P502 X LO-733 *0S 31L033+ P502A X L0-73<* OS 23LM30+ P502B X LO-735 OS 18LM35+ P5Q2V X LO-736 » OS 13L036+ P503 X LO-737 « os 13L037+ P503A X LO-738 « OS 5L038+. 2AP1S P50H X LO-739 OS 8L039+ P50<*A X LK-7i*0 » TV 18L040R*. 7JPK5 P505 X K-7"*3 KLO IX P505A X L0-7t3 • OD 10L043+ 23 1 GROUP I , NUMERICAL GROUP I , NUMERICAL TABLE COST SPEC. TABLE GOST SPEC. TYPE NUMBER KIND TYPE SIMILAR TYPES TYPE NUMBER KINO TYPE SIMILAR TYPES NO. NO. NO. NO. K-7«»i» KLO IX G889 TRI SIN III 889-AS K-745 KLO IX G891 TRI SIN III 891$ K-746 KLO IX D901A VAR SI XI-D K-747 KLO IX D901B VAR SI XI-D LO-747 * OD 18L047+ 0901D VAR SI XI-O LO-748 *00 13L0U8+ D9U1G VAR SI XI-D LO-749 *0S 13L049+ D901V VAR SI XI-D GK750 TRI SIN III 7709-5S 0901YE VAR SI XI-D L07S1 OS 23L051+ 0902 VAR SI XI-D LO-754 *0S 13L054+ GnlOUO TRI SIN G-29+ K-765 KLO IX GKE1000 TET SIN III K-766 KLO IX M-1000 TRI SIN GM-100+ K-767 KLO IX VGV1000 POW XII K-7b8 KLO IX VKV1000 POW XII K-769 KLO IX 01001 REC XI K-770 KLO IX D1001A REC XI K-771 KLO IX 01002 REC XI M800 TRI SIN III D1002A REC XI P800 * PNO SIN GUflO*+» 0St50= O1003A REC XI K-801 KLO IX D100<* SIA XI KT801A X 01005A SIA XI KT801B X 01005B SIA XI K-802 KLO IX 01006 SIA XI KT802A X 01007 SIA XI K-803 KLO IX 01008 SIA XI K-801* KLO IX 01009 SIA XI K-805 KLO IX D1009A SIA XI K-806 KLO IX D1010 SIA XI G807 BEA SIN III 807$ 838(1-57 01010A SIA XI K-807 KLO IX 01011A SIA XI 0808 REG XIII TGlObO TRI THY TG2-0. 1/0.1+ 0809 REG XIII IFP1500 XX 0810 REG XIII 1502 010 SIN IV 5TS9S D811 REG XIII 811-AS 150"4 TRI SIN II G811 TRI SIN III 1506 BEA TWN II D813 REG XIII 1509 BEA TWN II G-813 BEA SIN GU-13+. 813S 1511 PND SIN II D81H-A REG SI XIII 1512 PNO SIN II 6AG7S D81H-H REG SI XIII 151<* PNO SIN II D814-D REG SI XIII 1515 BEA SIN II 6KH2P+>EAA91=>6AL5$ D81H-G REG SI XIII 1536 310 TWN II D814-V REG SI XIII 1538 3EA SIN II D815A(P) REG SI XIII 1539 TRI SIN II D815B(P> REG SI XIII 1540 =)EA SIN II D815D(P) REG SI XIII 1550 DWD SIN II D815G(P) REG SI XIII D1602A REC XI D815V(P) REG SI XIII 01602B REC XI D815YEIP) REG SI XIII O1602V REC XI D815ZH(P> *EG SI XIII G1625 5EA SIN III 1625$ D816A(P) REG SI XIII GK2000 TRI SIN III D816BIP) REG SI XIII IFK2000 XX D816D(P) REG SI XIII TG2050 TET THY TG1-0.1/1.3+. 2050$ D816G(P) REG SI XIII GK3000 TRI SIN D816V(P) III 77in-55 REG SI XIII M-3000 TRI SIN SMI-1B+ D817AIP) REG SI XIII PI-3000 * 'NO SIN SI-8*+ 0817B(P) REG SI XIII GI-3100 TRI SIN III 0817G(P) REG SI XIII IFP4000 XX D817VIP) REG SI XIII 4671 * TRI SIN 3S1ZH+ D818A REG SI XIII G-5000 TRI TWN 3S-3B+ D818B 1 REG SI XIII IFP15000 XX 0818D REG SI XIII IFK20000 XX D818G REG SI Kill GH0011 TRI SIN III 0818V REG SI (III IFK80000 XX 0818YE REG SI < 1 1 R-827 TET SIN 5U-27B+. 827RS G-829 TET TWN 5U-29+. 829-81 G-832 BEA TWN 5U-32+. 832AS G837 *pno SIN [II )S12/500=.837$ G-860 TRI TWN GU-12A+. 880$ TG-881* TRI THY 1rGl-0.1/0.3+. 884» 24 Il — t1 • ) UJ _J cc 5CL 7AT 7AT 6AU 6AR 6AR 5CL 5CL 5CL 8HC 8HC <_> < PTl PTl < TSI TE2 DS3 DS5 CD IT T10 M O I 300 E 2 100 100 60 60 «-l u. 3.0 7.0 6.3 2.4 3.0 4.7 7.5 4.9 6.0 6.0 6.0 2.6 4.7 4.0 5.8 0.7 1.0 1.5 3.5 1.2 2.5 2.7 2.4 CM 2.8 2.7 C-3 o_ CO ar 5.0 7.0 2.2 4.0 0.7 3.5 3.5 3.0 3.7 3.0 3.0 3.0 3.9 6.9 0.8 1.8 3.7 3.7 3.6 a. 3.5 0.9 3.5 ? 900K 500K 600K 25K 650K 30K 50K 50K 200K 60K 60K 19K 800K 25K 60K 40K 5.1 IM 2.5 IM IM 7.1 6.3 a 0-4 300 * 1 2 25 ^4 16 24 2.0 1.5 1.3 o .-4 1 3 ,2 ,6 in ,1 ,1 ,4 ,3 ,0 ,2 ,9 7 ,0 00 .4 .3 .3 ,9 ,8 ,8 ,3 ,9 ,9 e JZ .6 1.0 1.0 0.9 £ /.5 to . /. 0, 1, e 1 2 2 2 1. 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X. it iT S£ ^ o UJ * O in If) H O «H «H d CM in in in in om o cr in d- r» r- d -h •H r-t O O o o o o o o o o o o o o o o o o o o o o m m o o OlO lO vO O o O \0 o o to o > s- uT N I vfl C o o o o in in o o o cm CM CM ro IO o »H sfi CM CM CM cm m r^vfi vc CM -< »-l f^ CM vfl r^ vfl m *4 <-l .-1 «H »H CM CM CM CM CM CM CM CM CM K5 K5 CM »^ -H CM CM CM H ~4 »H «-l •H fi •H r4 *4 300HIV3 I U. 3 3 3 3 3 3 I U-J ca v£ vO CO o CO o vO => •h d- rod ro to •H CD 3 3 1- 3 3 3 < l/l Uul Ol. 2 2 2 2 2 2 2 2 2 2 Z 2 Z Z 2 2 2 2 2 Z 2 2 2 Z Z z z 2 2 2 2 2 2 2 2 2 2 2 2 £ in i/i t/i l/l l/l l/l l/l l/l 01 l/l in lo i/i ui i/i l/l l/l l/l l/l l/l i/> ai in 1/1 1/) i/i m l/l l/l l/l i/i in l/l l/l l/l l/l m i/i i/i o 1-1 >-• •— •— i •-" 1-4 H KH t-4 a o a a o a a o m HH HMH • i—» <— cc * LLJ CO a: Z3 == < < O o LLJ \0 o o -4 O W(\|iOtf h co cm d in o »h »^ ^i io m rtOftl d cm d o ON -H fs. 0> »h o m o O O *4 Q_ -H •-) 42 GROUP H .RECTIFIER TUBES MAXIMUM TYPICAL o E TYPE NUMBER KINO TYPE BULB GAS , h E E I b lb b b <_> V mA V mA V mA GRI-0.25/1.5 dwd SIN S17 F 5.0 •*300 16H 800 235 VO-1 DIO SIN H 4.0 3200 850 40 Vl-00313 DIO SIN T10 F 2.5 4600 13K 3000 30 GR1-02/15 DIO SIN S16 HG F 5.0 3300 /2K 800 235 Vl-02/20 DIO SIN T13 VC F 2.5 3200 20K 100 20 Vl-03/13 DIO SIN T9 VC F 2.5 4650 13K 3A 30 Vl-05/70 DIO SIN T32 VC F 5.0 32A 70K 8A 50 Vl-06/30 DIO SIN 30K 60 GG-1-0.3/8 DIO SIN T14 AR H 6.3 4A 8K 1A 30 /l GR-1-0.3/8.5 DIO SIN S21 AR F 6.3 4A 8K 1A 30 /l GG1-0.5/5 DIO SIN S21 KX F 2.5 8500 5K 1500 500 GG-1-0.5/20 DIO SIN T21 AR H 6.3 5A 20K 3500 30 /l Vl-1/2.5 DIO SIN W12 VC F 15.0 12A 25H 1000 GG-1-1/22 DIO SIN T30 GS H 6.3 14A 22K 1A 30 1 Vl-1/30 DIO SIN T18 VC F 5.0 5A 30K 600 100 Vl-1/40 DIO SIN T17 VC F 5.0 6A 40K 750 100 GG-1-2/5 DIO SIN T22 XE H 6.3 6500 9K 6500 16 2 GG-1-2/16 DIO SIN T30 AR H 6.3 16A 16K 7A 30 2 Vl-2/40 DIO SIN 40K 200 Vl-3/16 DIO SIN A27 VC H 6.3 10A 16K 1500 300 Vl-3/70 DIO SIN 70K 300 Vl-4/40 DIO SIN G70 VC 7.5 48A 44K 2A 450 VI-1-5/20 DIO SIN T16 VC H 6.3 29A 20K 5000 VI-1-5/30 DIO SIN A16 VC W 6.3 95A 30K 2000 Vl-15/55 DIO SIN T31 VC F 6.3 7500 55K 700 180 VI-1-18/32 DIO SIN A23 VC H 17,0 3700 40K 20A 500 GR-1-25/15 DWD SIN GS F 5.0 3A /2K 800 500 125 VI-1-27/35 DIO SIN A40 VC H 9.0 145A 35K 70A VI-1-30/25 DIO SIN 10.0 6A 25K 30A 30 1-1-70/0.8 TRI IGN W48 HG C 800 70A VI-1-70/32 DIO SIN 32K 70A T-l-100/1.5 TRI IGN W52 HG C 15H 3HA 1HA 1-1-140/0.8 TRI IGN W56 HG C 800 1HA 1-1-350/0.8 TRI IGN W70 HG C 800 3HA VG1/8500 DIO SIN GS F 2.5 5500 8K 1A 6K 300 43 3R0UPU .RECTIFIER TUBES LLJ MAXIMUM TYPICAL E TYPE NUMBER KIND TYPE BULB GAS (— , h E E I b h b b <-> V mA V mA V mA Vl-l-10050 DIO SIN 50K 100A VI-2-27/35 DIO SIN W20 vc H 9.0 145A 35K 70A 1-2-50/1.5 TRI IGN W52 HG C 15H 1HA 50A VI-2-70/32 DIO SIN A21 VC H 12.6 5300 32K 70A 70 Vl-2-100/50 DIO SIN A30 VC H 12.6 36A 50K 100A 2V6 DIO ARC HG C 400 6A 2V12 DIO ARC HG C IK 1A 2V20 DIO ARC HG C 750 20A 2VN12 DIO ARC HG c 450 12A 2VN20 DIO ARC HG C 750 20A 3V30 DIO ARC HG C 750 30A 3VN30 DIO ARC HG C 750 30A 3VN60 DIO ARC HG C 400 60A 3VN100 DIO ARC HG c 600 100A 1-20/1.5 TRI IGN W25 HG c 15H 60A 20A 1-20/1500 *DI0 IGN W19 HG C 15H 1KA 20A 1-50/1.5 TRI IGN W35 HG C 15H 1HA 50A 1-50/1500 *0I0 IGN W26 HG C 15H 2KA 50A T-100/1.0 TRI IGN W70 HG c IK 6HA 1HA 1-100/5.0 TRI IGN 123 HG c 5K 3HA 1HA T-100/1000 *DI0 IGN W33 HG c IK 2KA 100A 1-100/5000 *DI0 IGN W33 HG C 5K 300A 100A VU-1110 DIO SIN S F 4.0 1500 12K 400 160 80 VO-125 DIO SIN F 4.0 700 250 60 VG-129 DIO SIN S20 HG F 2.5 9A 7K 1500 500 1-150/1.0 TRI IGN W52 HG C IK 1HA 1HA VG-161 DIO SIN HG F 2.5 6A /3K 1A /2K 300 VG-163 DIO SIN 5.0 15K 50A 18 VG-176 DIO SIN G16 M 2.5 11A 150 9A 20 VO-188 DWD SIN F 4.0 2A 500 155 VO-196 DIO SIN H 4.0 3A 750 250 V0-197 DWD SIN F 4.0 5A 250 300 1-200/1.5 TRI IGN W65 HG C 15H 6HA 2HA IVS200/2 IGN W HG c /3K 450A 16 150 VO-202 DWD SIN F 4.0 700 250 60 VO-230 DIO SIN F 4.0 700 350 50 VG-236 DIO SIN 2.5 7K 4A 16 VG-237 DIO SIN G32 F 5.0 22A 10K 10A 3500 V0-239 DIO SIN F 4.0 2A 850 180 VG-252 DIO SIN 2.5 300 30A 15 VO-360 DIO SIN F 4.0 1A 500 100 T-409 *DI0 IGN Git* HG C 3K 200A T-410 *DI0 IGN G17 HG c 14K 20A T-411 *DI0 IGN G17 HG c 19K 100A 1502 DIO SIN F13 H 5.0 3000 /2K 1200 500 400 44 GROUP I., VOLTAGE REGULATOR TUBES GAS CATH VOLT. RANGE CUR. RANGE DIMEN KINO KIND PRES MAT! MAX MIN MAX MIN 01* LTH TYPE NUMBER BASE mm V V ml iA mm mm 1 SG1P REG AHE 190 145 30 5 22 65 70N SG1P-V REG 170 145 30 5 22 65 7DN SG1P-YE REG 170 143 30 5 22 b5 7DN SG2P REG AKN 150 104 30 5 22 65 7DN SG2S REG NA 30 110 70 40 5 32 75 4AJ SG3P REG AHE 170 144 40 5 22 65 SG3S REG AHN 30 133 105 40 5 32 75 4AJ SG4S REG AHE 30 NI 180 145 30 5 32 75 4AJ SG5B REG AHE 190 142 10 5 10 36 SG5B-V REG 170 142 10 5 10 36 SG7S REG 480 390 0.1 0. 003 SG8S REG 970 880 0.1 0. 003 10 SG9S REG 13H 12H 0.1 0, 01 10 SG10S REG NK 150 86 15 4 32 40 SG13P REG AHN 55 NI 180 143 30 5 19 55 70N SG14P REG AHN 125 115 40 20 22 75 7DN SG15P REG AHN 5«* MO 150 104 30 5G18S REG NEH 1500 950 60 10 38 189 SG19S REG NEH 1650 1050 60 10 38 189 SG20G REG 135 85 15 1+ 10 45 SG201S REG NK 50 MO 150 86 15 4 32 40 4AJ SG202B REG NA 35 MO 140 81 5 1. 5 10 40 SG203K REG 150 79 10 1 12 20 SG226 REG NE 95 70 40 8 50 130 SG227 REG nE 95 70 60 10 65 135 SG301S REG HY 16 NI 439 380 0.1 0. 003 12 55 SG302S REG HY 82 NI 970 880 0.1 0, 003 12 55 SG303S REG HY 143 NI 1350 1220 0.1 0. 01 12 55 SG304S REG HY 4200 3800 1 0. 05 25 129 SG305K REG 10K 9K 1.5 0. 05 33 180 SG306K REG 26K 24K 1.5 = 05 48 245 SG311S REG 430 400 1 0« 05 86 D13 TP-2/0.5 REG TMS 1 3 0.2 2. /l 1 TP-2/2 REG TMS 1 3 0.4 6. /l 1 TP-6/2 REG TMS 4 8 0.4 6. /l 1 GROUP IE, CURR ENT REGULATO R TUBES VOLT. RANGE CUR. RANGE TYPE NUMBER KIND TYPE BULB MAX MIN MAX MIN BASE V V mA mA 024B12-18 BAL SIN T10 18 12 264 248 03B17-35 BAL SIN T14 35 17 325 275 8ES 03B65-135 BAL SIN T14 135 65 325 275 8ES 0425B55-12 BAL SIN 12 /6 460 390 8ES 085B55-12 BAL SIN T9 12 /6 920 780 8ES 1B5-9 BAL SIN T14 9 5 1080 960 DS7 1B10-17 BAL SIN T14 17 10 1040 960 DS7 ST2S BAL TWN 17 6 2100 2000 DS6 ST3P BAL SIN T6 6 4 880 720 8ES 45 — > — i i I« 11 IOOJ t- OJ OJ ro ClJ H CO »- -»- O 1- OJ OJ CO coco •H * r- CO oo m in o * OJ OJ * «H |2 OJ^t •H * O o o O o •H wt «-(0 «-l v0 in *— c o o X X IO in cc CO in W-* "-1 M> o OJ vO «H O iO ^H Q. 5* X XCM ^F~ ;_o o m in oo in o3 O o o a: 5> o OC <-i CO o —t o o o o o X l-l •^ CM s 2 2 o z OS o S o o o o o in o in in CM 3: = co C? Q- tu j* «-l ^H o o o o o o •H O O d- o o o »-l «CC *4 in «-< «-i CO O €0 v£> in oo o in in o o O o oa- o o o o o o o o < > c (M H cc o r^ ^ »H o o in O O OJ O OJ o o O OJ o o CD O O o o l 3: o o o in o oo O }* * iC iC •X. *: it: * * «=c x: uT > d- in vC o o oin oj ^i ro «H ^H rO 1-t OJ in o — ac «t oj cH ~4 oj in (OvO -i- ac o O o in o oo i*r OiOO it: O O O J* o j<: * o *: ol^ ^ it: it* it: ii it: *o \— > > * d- o r> o o o OJ O OJ O O o O O O OJ o in ro o in cio in in in CO ro o in vO O H OJ OJ in oj in roro »-t co ro o «H OlO w in «-« IO ^4 O -H -H «H »H ^ -sin *~ a. »-t it IO i — ZE 7 o a o o o o o o o o o *: o o O o o o > 5 »H .H fO«H OJ >J3 0> \0 o* 0> co ro OJ o vO CO * CO S= vH «H wi 0> «H OJ •-t CL- IO UJ in LO o in O O < o o < < ro FO — K) roro ro iO ro o o o ro o to o ro o o o o IO o o IO o IO ro ro o ro o > uT vC vC rO \0v0 \0 vD *c in in in vO m \o in \0 m m in in vO in in vO in vJD \o no in v£> in ONI* I I I O u O I II I I I IU. I I ill I IU. 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X X X X X X • fO ^ x in -^ ro — in »h co XXX X X at • .-•»* in o in J2 m in »^ OJ -H OJ X X ro ^ ^ X • X X X X o o o in o > o • • * • • • • • X • X X in o i • X o^ m o in o ro ro ro OJ o _ I V. o o o ^ »-• «-4 OJ OJ rO ro in in ro ^ in vO vJO ^x ** in cc t* •H t-4 »* rO ^ a tr cc T OJ 1 1 1 1 1 1 1 l 1 t I i I l I 1 1 1 LO | I I 1 1 1 1 1 1 UJ «h =-4 -4 ^ •H <5 O •H»H «-• ^ *H ^ »H «-t »H «H *•* «* »H r* «H «-H tH •H • »H ft «H ^ «< »H »^ «H «4 Q_ o o 1 1 I •* • OO O O CJ> o o o 1 o I or I or o o or I oj or l or 1 I i or 1 1 ^" t-t H r- l-< X it: 1 c »-l- t- KH(-I- K •H K •"»- >-i »- »- f- i- t-t «H t— »- K t-l m h r- t-* 1 (9 * »— •-• 1 O o o O 1 O (9 O O C9 (9 »~ H- I -* 1- »- »- t- »- I- t- 1- H- o 46 ) —I i r- 1 CM UJ BASE in .h o to HJ v. v v «-l o L.IO *- C \D C2> UJ rK <_o _J CO CM o CO m o © o o o oo r^. in vo s «-• < > o — ao o IO I - J* in •-t ^i ea O QNIlt I X U I I u. x u. u. o X X U I uuuuu o u. x u. u, CO >- >- UJ UJ > X x < » E 00 in & o cy o o s © o h» r« to to to cm in m * E t> to »« * »o s «* «^ 0> «H •h «-t «-• •-» ec to QQ es G=0 — =c E 4) O MDlfl in o i^ o o m m o o o © o in CO *- Sc \0 in in o cm «C ;f m a* ^> CM CM in £f *0 tO 00 O —i CM * ~« CM CM CM CM 5=3 3dVHS &= 6— H H- I- H- K O i-i &«* t>"Ht *-« H* 1- hSHE t-l >-• X X h» l-t H l-t 1^ >-« ar or or or or or or FO vo in • cm cm vo in o o UJ «-l CM O »1 ^ »H to «4 »-t GO XX V X x % x N, X a: o o «-4 in in o in a •^ in S3 o o • • X vC (MO • • * h- o o in CM lO * © CM II II • l l l ao 1 I co < CO C9 <9 t9 s. 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UJ Ul Ul UJUJ U1 UJ Ul UJ UJ Ul UJ UJ UJ > < »-t 2 < > NUMBER CO »-i vO vO P» h» r* CO 13L0101M 13L0102M 13L0104A CM lO lO lO to to to 13L048I 13L048M 13L054A 13L054M in 13LM31M 13LM31V 13LM56I 13LM57D 13LM58K 13L01B 13L04I 13L05P 13L06P 13LK1B 13LK2B 13LM4V o o o o o o o o o 18LK1B 18LK2B 18LK3V 18LK4B 18LK5S 18LK7B 13LM57 _l _l 1 1 1 1 B _l _i «) tO tO tO tO tO lO fO pi TYPE 49 — * 1 If) 14J I MD LO LO LO OI LO LO MD SH SH SH MD LO LO SH Q SH LO LO MD LO SH MD LO SH I SH SH SH SH SH SH MD SH SH SH SH MD LxJ in 1/1 a. 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K-o° H CO- * * E CO ce o o O o oo in °- E o m o mm O 100 50 100 50 50 100 50 50 50 50 CD < UJ < 10 10 10 10 10 10 10 o 10 X '-' E 10 o 10 o o o o •H .-1 ^ .-» •-) s; vjO O vO vO vO vO i-i e o 10 6 10 6 6 10 6 6 6 6 o CD > O o O O O o o 40 40 30 20 20 40 40 40 40 20 > CM & J- fO CM CM CL a. a. 0. CL CL GPP GPP GPP GPP a GPP GPP GPP GPP GPP CL a CL CLCL GPP MS o o o o o o * # * * # DC * * * * * * * * * * CO UJ o > v < cr o SlYE SIV S2A S2B CM S2V S3A S3B S3D S3G fO ro * * ^ S4V U-l o_ in in in i/i i/i 62 GROUP n DIODES-RECTIFIERS MAXIMUM MAXIMUM 6>25 °C MAXIMUM TYPE Max FIG TYPE NUMBER T If I <§> E T°C Opr PIV R r <§>25C » MIN E 025 hF mA °C A V V mA MA V °c MHz 01A GEP 16 70 20 1.0 2 250 10 20 150 1 DIB GEP 16 70 30 1.0 1 250 25 20 150 1 DID GEP 16 70 75 1.0 2 250 75 20 150 1 DIG GEP 16 70 50 1.0 5 250 50 20 150 1 D1V GEP 25 70 30 1.0 8 250 25 20 150 1 D1YE GEP 12 70 100 1.0 1 250 100 20 150 1 D1ZH GEP 12 70 100 1.0 5 250 100 20 150 1 D2A * GEP 50 70 7 1.0 50 250 7 20 150 6 D28 * GEP 16 70 10 1.0 10 250 10 20 150 6 D2D * GEP 16 70 50 1.0 10 250 50 20 150 6 D2G * GEP 16 70 50 1.0 5 250 50 20 150 6 D2I * GEP 16 70 150 *1.0 2 250 150 20 150 4 D2K * GEP 16 70 100 1.0 5 800 100 20 4 D2M * GEP 16 70 100 1.0 5 250 100 20 4 D2N * GEP 16 70 150 1.0 5 800 150 20 4 D2P * GEP 16 70 150 1.0 5 250 150 20 4 D2R * GEP 16 70 200 1.0 5 250 200 20 <+ D2V * GEP 25 70 30 1.0 10 250 30 20 150 4 D2YE * GEP 16 70 100 1.0 10 250 100 20 150 4 02ZH GEP ft 70 150 1.0 10 250 150 20 150 4 2D503A SID 200 120 30 1.0 10 4 30 1 2D503B SID 200 120 30 1.2 10 4 30 1 D7A GEP 300 70 25 50 0.5 300 100 50 20 11 D7B GEP 300 70 25 100 0.5 300 100 100 20 50K 11 D7D GEP 300 70 25 300 0.5 300 100 300 20 50K 11 D7G GEP 300 70 25 200 0.5 300 100 200 20 50K 11 D7V GEP 300 70 25 150 0.5 300 100 150 20 50K 11 D7YE GEP 300 70 25 350 0.5 300 100 350 20 50K 11 D7ZH GEP 300 70 25 400 0.5 300 100 400 20 50K 11 D9A GEP 25 70 10 1.0 10 250 10 20 40 1 D9B GEP <*0 70 10 1.0 90 250 10 20 40 1 D9D GEP 30 70 30 1.0 60 250 30 20 40 1 D9G GEP 25 70 30 1.0 30 250 30 20 40 1 D9I GEP 30 70 30 1.0 30 120 30 20 40 1 D9K GEP 30 70 30 1.0 60 60 30 20 40 1 63 GROUP n , DIODES-RECTIFIERS MAXIMUM MAXIMUM <©25 °C MAXIMUM TYPE If Mox TYPE NUMBER T I I @ E 25 D9L GEP 15 70 100 1.0 30 250 100 20 40 1 09M GEP 30 70 30 1.0 60 250 50 20 1 D9V GEP 20 70 30 1.0 10 250 30 20 40 1 D9YE GEP 20 70 50 1.0 30 250 50 20 40 1 D9ZH GEP 15 70 100 1.0 10 250 100 20 40 1 D10 GEP 50 70 20 1.5 3 100 10 20 150 4 D10A GEP 50 70 20 1.5 5 200 10 20 150 4 D10B GEP 50 70 20 1.5 8 200 10 20 150 4 Dll GEP 60 70 30 1.0 100 250 30 20 150 4 D12 GEP 60 70 50 1.0 100 250 50 20 150 4 D12A GEP 70 70 50 1.0 100 250 50 20 150 4 D13 GEP 60 70 75 1.0 100 250 75 20 150 4 D14 GEP 60 70 100 1.0 100 250 100 20 150 U D14A GEP 60 70 100 1.0 100 250 100 20 150 4 D15 GEP 30 1.0 15 300 30 300 D16 GEP 50 1.0 5 500 50 300 D16A GEP 50 1.0 10 500 50 300 D17 GEP 100 1.0 4 400 100 300 D18 GEP 20 70 20 1.0 20 50 20 20 2 019 GEP 45 70 40 1.0 45 100 40 50 1 D19A GEP 60 70 20 1.0 60 100 20 50 1 D19B GEP 45 70 20 1.0 45 100 20 50 1 020 GEP 20 70 10 1.0 10 50 10 20 2 021 GEP 16 70 150 1.0 5 250 100 20 150 4 0101 SIP 50 150 /l 100 2.0 2 100 75 125 600 4 D101A SIP 75 150 /l 100 1.0 1 75 75 125 600 4 0102 SIP 50 150 /l 75 2.0 2 100 50 125 600 4 D102A SIP 75 150 /l 75 1.0 1 100 50 125 600 4 D103 SIP 50 150 /l 30 2.0 2 100 30 125 600 4 D103A SIP 75 150 /l 30 1.0 1 100 30 125 600 4 D104 SIP 30 150 /I 100 2.0 2 150 75 125 600 2 D104A SIP 30 150 /l 100 1.0 1 150 75 125 600 2 D105 SIP 30 150 /l 75 2.0 2 100 50 125 600 2 D105A SIP 30 150 /l 75 1.0 1 100 50 125 600 2 D106 SIP 30 150 /l 30 2.0 2 100 30 125 600 2 64 GROUP H DIODES-RECTIFIERS MAXIMUM MAXIMUM 6>25 °C MAXIMUM TYPE NUMBER TYPE T E F I <® E <3>T°C Max FIG Opr PIV h R f 025 D106A SIP 3f) 150 /l 30 1.0 1 50 30 125 600 2 D107 SIP 10 125 10 1.0 10 /l 10 50 2 D107A SIP 10 125 10 1.0 10 10 10 125 2 DIOfl SIP 10 125 30 1.0 10 35 30 25 2 D109 SIP 10 125 50 1.0 10 20 30 25 2 D201A SI 200 125 25 1.5 500 25 /O.l 13 D201B 51 200 125 50 1.5 500 50 /O.l 13 D201D SI 400 125 100 2.0 500 100 /O.l 13 D201G SI 200 125 100 1.5 500 100 /O.l 13 D201TS SI 400 125 200 2.0 500 200 /O.l 13 D201V SI 400 125 50 2.0 500 50 /O.l 13 D201YE SI 200 125 200 2.0 500 200 /O.l 13 D201ZH SI 400 125 200 2.0 400 500 200 /O.l 13 D202 < SIA 400 125 100 1.0 400 500 100 125 0.1 13 D203 SIA 400 125 200 1.0 400 500 200 125 0.1 13 D204 SIA 400 125 300 1.0 400 500 300 125 0.1 13 D205 ! SIA i+OO 125 400 1.0 400 500 400 125 0.1 13 D206 ! SIA 100 125 100 1.0 100 100 100 125 0.1 10 0207 SIA 100 125 200 1.0 100 100 200 125 0.1 10 0208 SIA 100 125 300 1.0 100 100 300 125 0.1 10 D209 SIA 100 125 400 1.0 100 100 400 125 0.1 10 D210 SIA 100 125 500 1.0 100 100 500 125 0.1 10 D211 « SIA 100 125 600 1.0 100 100 600 125 0.1 10 0214 ! SIA 5A 125 100 1.0 5A 3000 100 125 14 D214A ! SIA 10A 125 100 1.0 10A 3000 100 125 14 D214B SIA 2A 125 100 1.0 2000 3000 100 20 IK 14 D215 ! SIA 5A 125 200 1.0 5A 3000 200 125 14 D215A J SIA 10A 125 200 1.0 10A 3000 200 125 14 D215B ! SIA 2A 125 200 1.0 2000 3000 200 20 IK 14 D217 ! SIA 100 125 800 0.5 100 50 800 20 IK 9 D218 ! SIA 100 125 1000 0.5 100 50 1000 20 IK 9 D219A ! SIA 50 125 /l 70 1.0 50 30 70 100 2 D220 ' SIA 50 125 /l 50 1.5 50 20 50 100 2 D220A ! SIA 50 125 /l 70 1.5 50 30 70 100 2 D220B ! SIA 50 125 /l 100 1.5 50 40 100 100 2 65 GROUP H , DIODES-RECTIFIERS MAXIMUM MAXIMUM 6>25 °C MAXIMUM TYPE NUMBER TYPE T I >T*C Max FIG Opr PIV ft. If R @ 025 <3>25C » MIN E c 9 h M mA C A V V mA ^A V •c MHz D221 SIA 400 125 400 1.0 400 500 400 125 3K 13 D222 SIA 400 125 600 1.0 400 500 600 125 3K 13 D223 SIA 50 125 /l 50 1.0 50 50 50 125 2 D223A SIA 50 125 /l 100 1.0 50 50 100 125 2 D223B SIA 50 125 /l 150 1.0 50 50 150 125 2 D224 SIA 5A 125 50 1.0 5000 3000 50 20 14 D224A SIA 10A 125 50 1.0 10A 3000 50 20 14 D224B SIA 2A 125 50 1.0 2000 3000 50 20 14 D225 SIA 30 125 5 1.0 30 5 20 8 0226 SIA 300 125 400 1.0 300 30 400 20 9 D226A SIA 300 125 300 1.0 300 30 300 20 9 D226D SIA 300 125 100 1.0 300 300 100 80 9 D226G SIA 300 125 200 1.0 300 300 200 80 9 D226V SIA 300 125 300 1.0 300 300 300 80 9 D226YE SIA 300 125 400 1.0 300 300 400 80 9 D229A SIA 400 125 200 1.0 400 50 200 20 15 D229B SIA 400 125 400 1.0 400 50 400 20 15 D230A SIA 300 125 200 1.0 300 50 200 20 9 D230B SIA 300 125 400 1.0 300 50 400 20 9 D23KP) SIA 10A 130 300 1.0 10A 3000 300 130 14 D231A(P) SIA 10A 130 300 1.0 10A 3000 300 130 14 D231BCP) SIA 10A 130 300 1.0 10A 3000 300 130 14 D232(P) SIA 10A 130 400 1.0 10A 3000 400 130 14 D232ACP) SIA 10A 130 400 1.0 10A 3000 400 130 14 D232B(P) SIA 10A 130 400 1.0 10A 3000 400 130 14 D233(P) SIA 10A 130 500 1.0 10A 3000 500 130 14 D233A SIA 10A 125 500 1.5 10A 3000 500 20 14 D233B(P) SIA 10A 130 500 1.0 10A 3000 500 130 14 D234B(P> SIA 10A 130 600 1.0 10A 3000 600 130 14 D242 D242A(P> SI 10A 130 100 1.0 3M 100 130 K1.0 14 D242B(P) SI 5A 130 100 1.5 3M 100 130 K1.0 14 D243(P) SI 10A 130 200 1.25 3M 200 130 K1.0 14 D243ACP) SI 10A 130 200 1.0 3M 200 130 K1.0 14 D243B(P) SI 5A 130 200 1.5 3M 200 130 K1.0 14 66 GROUP H, DIODES — KECTI FIER^ MAXIMUM MAXIMUM & 25 °C MAXIMA T TYPE (2>T°C Mux f iG 'YPE NUMBER T : < g) E 3pr PJA r r @25 (5)25 C MIS E r u mi °C A V V m A uA v c VI M J 1 14 Q^^^ (p) i 51 10A L30 50 1.25 3M 50 130 K1.0 D244A(P) ! 51 10A L30 50 1.0 3M 50 130 K1.0 14 14 D244B(P) ! 51 5A 130 50 1.5 3M 50 130 K1.0 D245 ! 51 10A 130 300 1.25 3M 300 130 K1.0 14 D245A 51 10A 130 300 1.0 3M 300 130 K1.0 14 D245B ! 51 5A 130 300 1.5 3M 300 130 K1.0 14 D246 ! 51 10A 130 400 1.25 3M 400 130 K1.0 14 D246B ( 51 5A 130 400 1.5 3M 400 130 K1.0 14 D247 ! 51 10A 130 500 1.25 3M 500 130 K1.0 14 D2476 ! 51 5A 130 500 1.5 3M 500 130 K1.0 14 D248B ! 51 5A 130 600 1.5 3M 600 130 K1.0 14 D302 ( SEA 1A 70 200 0.25 1A 1000 200 20 50K 16 D303 ( SEA 3A 70 150 0.3 3A 1000 150 20 50K 16 D304 ( SEA 5A 70 100 0.3 5A 3000 100 20 50K 16 D305 < SEA 10A 70 50 0.35 10A 3000 50 20 50K 16 D310 ( SEA 500 70 20 100 20 70 7 nlOOl ( 3E 100 80 2000 6.5 100 150 2000 /O.l 17 DlOOlA 1 3E 100 80 1000 3.5 100 150 1000 /O.l 17 01002 ( SE 300 80 2000 7.5 300 300 2000 /O.l 17 D1002A ( SE 300 80 1000 4.0 300 300 1000 /O.l 17 nl003A 1 SE 300 80 500 2.0 300 300 500 /O.l 17 D1004 ! 5IA 100 125 2000 4.0 100 100 2000 20 20A D1005A ! 5IA 50 125 4000 4.0 50 100 4000 20 20A O1005B ! 5IA 100 125 4000 6.0 100 100 4000 20 20B D1006 ! 5IA 100 125 6000 6.0 100 100 6000 20 20B D1007 ! 5IA 75 125 8000 6.0 100 100 8000 20 20B D1008 ! 5IA 50 125 10K 6.0 100 100 10K 20 20B D1009 ! 5IA 100 125 2000 7.0 100 100 2000 20 18A D1009A ! 5IA 100 125 1000 3.5 300 100 1000 20 19 D1010 ! 5IA 300 125 2000 1.1 300 100 2000 20 18B D1010A i 5IA 300 125 1000 5.5 300 100 1000 20 19 D1011A ! 5IA 300 125 500 2.5 300 100 500 20 19 D1602A { 3E 300 70 200 1.0 300 1 200 D1602B 1 SE 300 70 300 1.0 300 1 300 D1602V 1 SE 300 70 400 1.0 300 1 400 67 GROUP n DIODES-RECTIFIERS MAXIMUM MAXIMUM <§>25 °C MA KIMUM TYPE, If Max FIG TYPE NUMBER T I„ DG-TS5 * GEP 16 70 /l 100 *1.0 1 250 75 20 6 DG-TS6 * GEP 16 70 /l 125 *1.0 1 800 100 20 6 DG-TS7 * GEP 16 70 /l 125 *1.0 1 250 100 20 6 DG-TS8 * GEP 25 70 /l 50 *1.0 10 500 30 20 6 DG-TS9 GEP 50 70 /l 45 *1.0 10 100 10 20 6 DGTS10 GEP 50 70 /l 45 *1.0 5 60 10 20 150 6 DGTS12 GEP 16 70 30 1.0 150 6 DGTS13 GEP 16 70 30 1.0 6 DGTS14 GEP 16 70 50 1.0 6 DGTS15 GEP 50 70 150 1.0 1 800 150 20 6 DGTSlb GEP 50 70 150 1.0 1 250 150 20 6 DGTS17 * GEP 50 70 200 1.0 1 800 200 20 6 0GTS21 * GEA 300 70 50 0.5 300 300 50 20 50K 3 DGTS22 * GEA 300 70 100 0.5 300 300 100 20 50K 3 DGTS23 * GEA 300 70 150 0.5 300 300 150 20 50K 3 DGTS24 * GEA 300 70 200 0.5 300 300 200 20 50K 3 DGTS25 * GEA 100 70 300 0.3 100 300 300 20 50K 3 DGTS26 * GEA 100 70 350 0.3 100 300 350 20 50K 3 DGTS27 * GEA 100 70 400 0.3 100 300 400 20 50K 3 KTS401A SI 400 70 5A 500 2.5 300 100 500 25 21 KTS401B SI 500 70 5A 500 2.5 400 100 500 25 22 GROUP H-A.DIODES -SWITCHING SWITCH RANGE MAXIMUM CURFIENT SWITCH TIME CAPACITY TYPE NUMBER KIND TYPE SWITCH FIG MIN MAX If LEAKAGE OFF ON OFF I ON V V mA | mA mA MA MS M = pF D227-A SWI 514 10 20 15 5 200 100 10 0.5 100 13 D227-B SWI SI4 14 28 15 5 200 100 10 0.5 100 13 D227-D SWI SI4 40 80 15 5 200 100 10 0.5 100 13 D227-G SWI SI4 28 56 15 5 200 100 10 0.5 100 13 D227-I SWI SI4 100 200 15 5 200 100 10 0.5 100 13 D227-V SWI SI4 20 40 15 5 200 100 10 0.5 100 13 D227YE SWI S14 56 112 15 5 200 100 10 0.5 100 13 D227-ZH SWI SI4 80 160 15 5 200 100 10 0.5 100 13 D228-A SWI SI4 10 20 15 1 50 60 5 0.1 80 9 D228-B SWI SI4 14 28 15 1 50 60 5 0.1 80 9 D228-D SWI SI4 40 80 15 1 50 60 5 0.1 80 9 D228-G swi SI4 28 56 15 1 50 60 5 0.1 80 9 D228-I SWI SI4 100 200 15 1 50 60 5 0.1 80 9 0228-V SWI SI4 20 40 15 1 50 60 5 0.1 80 9 D228YE SWI S14 56 112 15 1 50 60 5 0.1 80 9 D228-ZH SWI SI4 80 160 15 1 50 60 5 0.1 80 9 68 GROUP IE- B, DIODES -TUNNEL V MAXIMUM MIN C M kind TYPE CAP FIG TYPE NUMBER Ip v MIN MAX /i p mA mV mV mV pF AI-101A TUN GAS 1 5 L60 3 23B AI-101B TUN GAS 1 5 L60 6 23B AI-101D TUN GAS 2 6 L60 6 23B AI-101G TUN GAS 2 6 L60 4 23B AI-101I TUN GAS 5 6 L80 10 23B AI-IOIV TUN GAS 2 6 160 2 23B AI-IOIYE TUN GAS 5 6 180 3 23B AI-IOIZH TUN GAS 5 6 180 6 23B AI-201A TUN GAS I LO 10 200 4 23B AI-201B TUN GAS .0 10 180 6 23B AI-201D TUN GAS 20 10 200 7 23B A1-201G TUN GAS 20 10 210 4 23B AI-201I TUN GAS 50 10 260 15 23B AI-201K TUN GAS HI 10 330 15 23B AI-201L TUN GAS Hi 10 330 40 23B AI-201V TUN GAS 10 10 180 10 23B AI-201YE TUN GAS 20 10 200 12 23B AI-201ZH TUN GAS 50 10 260 8 23B 1I-302A TUN GE 2. 3 4.5 60 400 80 23A 1I-302B TUN GE 5. 8 1.5 60 400 150 23A 11-302G TUN GE 17 4.5 60 400 >00 23A 1I-302V TUN GE 11. 5 4.5 60 400 L80 23A 3I-301A TUN GAS 2 8 180 650 12 23B 3I-301B TUN GAS 5 8 180 850 1150 25 23B 3I-301G TUN GAS 10 8 180 800 50 23B 3I-301V TUN GAS 5 8 180 ] L000 1300 25 23B GROUP H- C, DIODES -SWITCH CONTROL 1 VOLTAGE MAXIMUM CURRENTS POWER TIME MAX TEMF TYPE NUMBER KIND TYPE SWITCH RES. CONT. SWITCH LEAK MAX K MIN MAX FIG ON OFF ON MAX MIN MAX OFF e V V mA mA A mA W mW/°C M = ^5 <-)t (+)°C D235A CON SI 40 2 20 100 2 1 4 120 5 35 60 125 15 D235B CON SI 100 2 20 100 2 1 4 120 5 35 60 125 15 D235G CON SI 100 2 20 100 2 1 4 120 5 35 60 125 15 D235V CON SI 40 2 20 100 2 1 4 120 5 35 60 125 15 D238A CON SI 50 2 10 20 330 10 35 50 100 32 D238B CON SI 100 2 10 20 330 10 35 50 100 32 D238D CON SI 100 2 10 20 330 10 35 50 100 32 D238G CON SI 50 2 10 20 330 10 35 50 100 32 D238V CON SI 150 2 10 20 330 10 35 50 100 32 D238YE CON SI 150 2 10 20 330 10 55 50 100 32 GROUP IE -D, DIODES -VARACTORS MAXIMUM CAPACITY V ftA pF .pF (-) mW (-)°C (+)°c D901A VAR SI 80 1 22 32 5 4 25 250 60 125 7 D901B VAR SI 45 1 22 32 5 4 30 250 60 125 7 D901D VAR SI 80 1 34 44 5 4 25 250 60 125 7 D901G VAR SI 45 1 28 38 5 4 30 250 60 125 7 D901V VAR SI 80 1 28 38 5 i+ 25 250 60 125 7 D901YE VAR SI 45 1 3U 44 5 4 30 250 60 125 7 D902 VAR SI 25 6 12 30 250 69 GROUP Hi, DIODES- POWER RECTIFIERS MAXI MUM MAXIMUM E IN VOLTS COOL t. R o TYPE NUMBER KIND TYPE OPR E J KIND RATE If , r AVAILABLE FOR ALLOWING SUBCLASSES TEMP a *. °C Amp V mA 15 30 45 50 55 70 80 ioo no 150 2H 3H 4H 5H SH TH SH VG-5 POW GE 75 5 0.5 X X X X X X X AN V6-5 POW GE 75 10 0.5 X X X X X AF 10M VG-10 POW GE 75 10 0.5 X AN VG-10-30 POW GE 75 20 0.5 10 X AF 10M VG-10-45 POW GE 75 20 0.5 8 X AF 10M VG-10-55 POW GE 75 20 0.5 6 X AF 10M VG-10-80 POW GE 75 20 0.5 5 X AF ION! VG-10-110 POW GE 75 20 0.5 4 X AF 10M VG-10-150 POW GE 75 20 0.5 3 X AF 10M VG-30 POW GE 75 30 0.5 X X X X X AF 10M VG-50 POW GE 75 50 0.5 10 X X AF 10M VG-50 POW GE 75 50 0.5 30 X X AF 10M VG-50 POW GE 75 50 0.5 20 X X X AF 10M VG-100 POW GE 75 100 0.5 X X X X X AF 10M VGV200 POW GE 75 200 0.6 100 X X X X X X X W 4L VGV500 POW GE 75 500 0.6 X X X X W 4L. VGV1000 POW GE 75 1000 0.8 X X X X w <4L VK-10 POW SI 200 10 0.9 X X X X X X X XXX AN VK-10 POW SI 200 20 0.9 X X X X X X X X AF 15M VK-25 POW SI 200 25 0.9 X X X X X X X X AF 5M VK-25 POW SI 200 50 0.9 X X X X X X X X AF 15M X VK-50 POW SI 200 50 0.9 X X X X X X X X AF 5M VK-50 POW SI 200 100 0.9 X X X X X X X X AF 15M X VK-100 POW SI 200 100 0.9 X X X X X X X X AF 10M VK-100 POW SI 200 150 0.9 X X X X X X X X AF 15M X VK-200 POW SI 200 200 0.9 X X X X X X X AF 15M X VKV200 POW SI 200 200 0.9 X X X X X X X W <+L X VKV200 POW SI 200 500 0.9 X X X X X W 4L X VKVIOOO POW SI 200 1000 0.9 X X X X W «U_ X 70 GROUP UI-A SILICON CONTROLLED RECTIFIERS MAX. FORWARD CURRENT MAXIMUM TYPE NUMBER KIND TYPE AIR--COOL WATER-COOL POWER GATE PULSE PIV FIG NONE -"RIo WITH FORCED GATE WIDTH RAE AIR RAC 2L/m 5L/m V W W V A Ms mA VKU-10-0.25 SCR SI4 1 5 10 50 20 1.25 20 1.0 20 20 24 VKU-10-0.5 SCR SI4 1 5 10 100 20 1.25 20 1.0 20 20 2* VKU-10-0.75 SCR SI4 1 5 10 150 20 1.25 20 1.0 20 20 24 VKU-10-1.0 SCR SI4 1 5 10 200 20 1.25 20 1.0 20 20 24 VKU-10-1.5 SCR SI4 1 5 10 250 20 1.25 20 1.0 20 20 24 VKU-10-2.0 SCR SI4 1 5 10 *00 20 1.25 20 1.0 20 20 2* VKU-10-2.5 SCR SI* 1 5 10 500 20 1.25 20 1.0 20 20 24 VKU-10-3.0 SCR SI* 1 5 10 600 20 1.25 20 1.0 20 20 24 VKU-20-0.25 SCR SI* 3 10 20 50 20 1.25 20 1.0 20 20 25 VKU-20-0.5 SCR SI* 3 10 20 100 20 1.25 20 1.0 20 20 25 VKU-20-0.75 SCR SI* 3 10 20 150 20 1.25 20 1.0 20 20 25 VKU-20-1.0 SCR SI* 3 10 20 200 20 1.25 20 1.0 20 20 25 VKU-20-1.5 SCR SI* 3 10 20 250 20 1=25 20 80 2 2 25 VKU-20-2.0 SCR SI* 3 10 20 *00 20 1.25 20 1.0 20 20 25 VKU-20-2.5 SCR SI* 3 10 20 500 20 1.25 20 1.0 20 20 25 VKU-20-3.0 SCR SI* 3 10 20 600 20 1.25 20 1.0 20 20 25 VKU-50-0.25 SCR SI* 15 32 50 50 30 1.87 20 1.5 20 20 25 VKU-50-0.5 SCR SI* 15 32 50 100 30 1.87 20 1.5 20 20 25 VKU-50-0.75 SCR SI* 15 32 50 150 30 1.87 20 1.5 20 20 25 VKU-50-1.0 SCR SI* 15 32 50 200 30 1.87 20 1.5 20 20 25 VKU-50-1.5 SCR SI* 15 32 50 250 30 1.87 20 1.5 20 20 25 VKU-50-2.0 SCR SI* 15 32 50 *00 30 1.87 20 1.5 20 20 25 VKU-50-2.5 SCR SI* 15 32 50 500 30 1.87 20 1.5 20 20 25 VKU-50-3.0 SCR SI* 15 32 50 600 30 1.87 20 1.5 20 20 25 VKU100-0.25 SCR SI* 22 100 50 *0 2.5 20 2.0 20 20 26 VKU100-0.5 SCR SI* 22 100 100 *0 2.5 20 2.0 20 20 26 VKU100-0.75 SCR SI* 22 100 150 *0 2.5 20 2.0 20 20 26 VKU100-1.0 SCR SI* 22 100 200 *0 2.5 20 2.0 20 20 26 VKU100-1.5 SCR SI* 22 100 250 *0 2.5 20 2.0 20 20 26 VKU100-2.0 SCR SI* 22 100 *00 *0 2.5 20 2.0 20 20 26 VKU100-2.5 SCR SI* 22 100 500 *0 2.5 20 2.0 20 20 26 VKU100-3.0 SCR SI* 22 100 600 *0 2.5 20 2.0 20 20 26 VKUV-100-0.25 SCR SI* 15 60 100 50 *0 2.5 20 2.0 20 20 27 VKUV-100-0.5 SCR SI* 15 60 100 100 *0 2.5 20 2.0 20 20 27 VKUV-100-0.75 SCR SI* 15 60 100 150 *o 2.5 20 2.0 20 20 27 71 GROUP m-A SILICON CONTROLLED RECTIFIERS MAX. FORWARD CURRENT MAXIMUM TYPE NUMBER KIND TYPE AIR-•COOL WATER- COOL POWER GATE PULSE NONE PIV Ir FIG WITH FORCFG GATE WIDTH RftL AIR RAC 2L/m 5L/m V w * V A Ms mA VKUV-100-1. SCR SI4 15 60 100 200 40 2.5 20 2.0 20 20 27 VKUV-100-1. 5 SCR SI4 15 60 100 250 40 2.5 20 2.0 20 20 27 VKUV-100-=2c SCR SI4 15 60 100 400 40 2.5 20 2.0 20 20 27 VKUV-100--2. 5 SCR SI4 15 60 100 500 40 2.5 20 2.0 20 20 27 VKUV-100-3, SCR SI4 15 60 100 600 40 2.5 20 2.0 20 20 27 2U-101A SCR TRI .05 HO 2U-101B SCR TRI .05 40 2U-101D SCR TRI .05 150 2U-1U1G SCR TRI .05 80 2U-101V SCR TRI .05 80 2U-101YE SCR TRI .05 150 KU-201A SCR TRI 2 25 KU-201B SCR TRI 2 25 KU-201D SCR TRI 2 100 KU-201G SCR TRI 2 50 KU-201I SCR TRI 2 200 KU-201K SCR TRI 2 300 KU-201L SCR TRI 2 300 KU-201V SCR TRI 2 50 KU-201YE SCR TRI 2 100 KU-201ZH SCR TRI 2 200 72 group mr, DIODES- REGULATORS MAXIMUM TYPICAL MAX TC K TYPE NUMBER KIND TYPE l p E AE X z * FIG z Opr z z Z z mA C mW V % mA n %/°c mW/ D810 REG SI 26 125 280 9.7 10 5.0 12 .09 3 17 0811 REG SI 23 125 280 11.0 10 5.0 15 .095 3 17 0813 REG SI 20 125 280 12.7 10 5.0 18 .095 3 17 D814-A REG SI 40 125 340 7.8 10 5.0 6 .07 5 D814-B REG SI 36 125 340 8.8 10 5.0 10 .08 5 D814-D REG SI 24 125 340 12.8 10 5.0 18 .095 5 0814-G REG SI 29 125 340 11.0 10 5.0 15 .095 5 0814-V REG SI 32 125 340 9.8 10 5.0 12 .09 5 D815A(P) REG SI 14H 125 8W 5.6 10 50.0 /l .045 13 D815B(P) REG SI 11H 125 8W 6.8 10 50.0 /l .05 13 D815D(P) REG SI 650 125 8W 12.0 10 50.0 2 .09 13 D815G(P) REG SI 800 125 8W 10.0 10 50.0 2 .08 13 D815V(P) REG SI 950 125 8W 8.2 10 50.0 1 .07 13 D815YE(P) REG SI 550 125 8W 15.0 10 50.0 3 .10 13 D815ZH(P) REG SI 450 125 8W 18.0 10 50.0 3 .11 13 0816A(P) REG SI 230 125 5W 22 10 10.0 7 .12 13 D816B(P) REG si 180 125 5w 27 10 10.0 8 .12 13 D816D(P) REG SI 110 125 5W 47 10 10.0 15 .12 13 D816G(P) REG SI 130 125 5W 39 10 10.0 12 .12 13 D816V(P) REG SI 150 125 5W 33 10 10.0 10 .12 13 D817A(P) REG SI 90 125 5W 56 10 5.0 35 .14 13 D817B(P) REG SI 75 125 5W 68 10 5.0 40 .14 13 D817G(P) REG SI 50 125 5W 100 10 5.0 50 .14 13 D817V(P) REG SI 60 125 5W 82 10 5.0 45 .14 13 D818A REG SI 33 120 300 9.0 11.0 18 .02 70 8 D818B REG SI 33 120 300 9.0 11.0 18 .02 70 8 D818D REG SI 33 120 300 9.0 11.0 18 .002 70 8 D818G REG SI 33 120 300 9.0 11.0 18 .005 70 8 D818V REG SI 33 120 300 9.0 11.0 18 .01 70 8 D818YE REG SI 33 120 300 9.0 11.0 18 .001 70 8 73 GROUP HE, DIODES- REGULATORS MAXIMUM TYPICAL MAX TC K TYPE NUMBER KIND TYPE p E AE z * FIG h Opr z z Z Iz mA C mW V % mA a %/°c mW/ SK1-15/500 REG SI 65 low 15.0 500 4 .10 24 SK1-18/500 REG SI 65 10W 18.0 500 4 .11 24 SK1-22/150 REG SI 65 10W 22.0 150 7 .11 24 SKl-24/150 REG SI 65 10W 24.0 150 8 .12 24 SK1-28/150 REG SI 65 10W 28.0 150 12 .12 24 SKl-30/150 REG SI 65 low 30.0 150 30 .12 24 SK1-36/150 REG SI 65 10W 36.0 150 45 .12 24 SKl-43/150 REG SI 65 low 43.0 150 60 .12 24 SK1-51/150 REG SI 65 low 51.0 150 70 .12 24 SKl-62/50 REG SI 65 low 62.0 50 80 .14 24 SKl-75/50 REG SI 65 low 75.0 50 100 .14 24 SK1-95/50 REG SI 65 10W 91.0 50 100 .14 24 SKl-110/50 REG SI 65 low 110.0 50 110 .14 24 SK1-120/50 REG SI 65 low 120.0 50 112 .14 24 SK1-150/50 REG SI 65 low 150.0 50 150 .15 24 SKl-180/50 REG SI 65 low 180.0 50 150 .15 24 SK1-220/25 REG SI 65 10W 220.0 25 300 .15 24 SKl-270/25 REG SI 65 10W 270.0 25 400 .15 24 SKl-300/25 REG SI 65 low 300.0 25 500 .15 24 SK2-5. 6/2000 REG SI 65 15W 5.6 2A /l .04 25 SK2-6. 8/2000 REG SI 65 15W 6.8 2A 1 .05 25 SK2-8. 2/2000 REG SI 65 15W 8.2 2A 2 .7 25 SK2-10/1000 REG SI 65 15W 10.0 2A 2 .08 25 SK2-12/1000 REG SI 65 15W 12.0 1A 2 .09 25 SK2-15/1000 REG SI 65 15W 15.0 1A 3 .10 25 SK2-18/700 REG SI 65 15W 18.0 700 4 .11 25 SK2-22/300 REG SI 65 15W 22.0 300 5 .12 25 SK2-24/300 REG SI 65 15W 24.0 300 6 .12 25 SK2-28/300 REG SI 65 15W 28.0 300 8 .12 25 SK2-30/300 REG SI 65 15W 30.0 300 25 .12 25 SK2-36/300 REG SI 65 15W 36.0 300 30 .12 25 SK2-43/300 REG SI 65 15W 43.0 300 35 .12 25 SK2-51/200 REG SI 65 15W 51.0 200 45 .12 25 SK2-62/200 REG SI 65 15W 62.0 200 60 .14 25 SK2-75/100 REG SI 65 15W 75.0 100 80 .14 25 SK2-91/100 REG SI 65 15W 91.0 100 90 .14 25 SK2-110/100 REG SI 65 15W 110.0 100 100 .14 25 SK2-120/100 REG SI 65 15W 120.0 100 100 .14 25 SK2-150/100 REG SI 65 15W 150.0 100 120 .14 25 SK2-180/100 REG SI 65 15W 180.0 100 200 .15 25 SK2-220/50 REG SI 65 15W 220.0 50 300 .15 25 SK2-270/50 REG SI 65 15W 270.0 50 350 .15 25 SK2-300/50 REG SI 65 15W 300.0 50 450 .15 25 2S-156A REG SI 55 120 300 5.6 10 10 46 .05 12 2S-168A REG SI 45 120 300 6.8 10 10 28 .06 12 2S920A(P) REG SI 42 130 5W 120 5 100 .16 13 25930A(P) REG SI 38 130 5W 130 5 120 .16 13 2S950A(P) REG SI 33 130 5W 150 2.5 170 .16 13 2S980A(P) REG SI 28 130 5W 180 220 .16 13 74 group DIODES -MIXERS AND DETECTORS xiv , TYPICAL MAXIMUM MIN OPR"rEMP WAVE- CUR TYPE NUMBER KIND TYPE RES LC NF VSWR PULSE PWR PULSE ENERGY MIN MAX FIG LENGTH SENS CONT PEAK CONT PEAK | cm ft db db mW 1 mW •rg erg A/W (-)°C (+)°C D3A VID Si 3.2 950 2.5 50 300 60 70 20 D3B VIO SI 9.8 950 2.5 50 300 60 70 20 D401 MIX GE 8.5 IK 13.0 15 5 50 29 D402 MIX SI 650 10.0 2.5 3.0 10 0.02 60 85 D403A MIX GE 9.8 700 9.0 3.0 3.0 150 0.15 60 100 20 D403B MIX GE 9.8 600 8.5 3.0 3.5 150 0.15 60 100 20 0403V MIX GE 9.8 600 9.0 13.0 2.8 150 0.15 60 100 20 040** MIX SI 520 8.5 2.5 2.5 10 80 0.02 1.5 60 85 0405 MIX SI 400 7.0 2.0 80 0.6 1.5 60 100 31 D405A MIX SI 350 6.0 1.7 80 1.0 1.5 60 100 31 D405AP MIX SI 350 6.0 1.7 80 1.0 1.5 60 100 31 D4Q5B MIX SI 330 8.0 1.4 80 1.0 1.5 60 100 31 0405BP MIX SI 330 8.0 1.4 80 1.0 1.5 6D 100 31 0406 MIX SI 40 300 0.1 60 100 0408 MIX SI 9.8 390 6.0 7.5 1.3 100 500 0.5 60 125 30 0501 SI H.2 60 100 30 D602A VID GE 3.2 600 3.2 50 1 .5 60 85 28 D602B VID GE 3.2 900 3.2 50 1 .5 60 85 28 D602V VID GE 3.2 900 3.2 50 <+ .0 60 85 28 D603 VID SI 9.8 900 2.0 200 4 .0 60 100 30 0604 VID SI 3.0 2.0 IK 60 100 30 D605 MIX SI 3.2 E>00 2K 60 85 30 nG-Sl MIX GE 9.8 400 8.5 3.0 3.0 80 250 0.1 3.0 60 70 28 DG-S2 MIX GE 9.8 400 6.5 3.0 3.0 80 250 0.1 3.0 60 70 28 DG-S3 MIX GE 3.2 400 8.5 3,0 3.5 80 250 0.1 3.0 60 70 28 0G-S4 MIX GE 3.2 400 6.5 3.0 3.0 50 250 0.1 3.0 60 70 28 DK-I1 DET SI 9.8 200 .5 50 70 30 DK-I2 DET SI 3.2 200 ,2 50 70 30 DK-S1 MIX SI 9.8 400 8.5 2.7 3.5 80 200 0.1 2.0 60 70 30 DK-S2 MIX SI 9.8 400 6.5 2.0 3.0 50 100 0.06 2.0 60 70 30 QK-S3 MIX SI 3.2 400 8.5 2.7 3.0 50 200 0.06 0.6 60 70 30 DK-S4 MIX SI 3.2 400 6.5 2.7 2.5 30 100 0.06 0.3 60 70 30 DK-S5 MIX SI 2.0 400 8.0 2.5 3.0 30 200 0.06 0.2 60 70 28 DK-S7 MIX SI 3.2 900 7.0 2.0 2.0 50 0.15 60 80 28 DK-S7M MIX SI LOO 60 80 30 DK-V1 VID SI 9.8 15K 50 200 ,8 50 70 20 DK-V2 VID SI 9.8 10K 50 100 1 ,2 50 70 20 DK-V3 VID SI 3.2 15K 50 200 .<* 50 70 20 DK-V4 VID SI 3.2 10K 50 100 >8 50 70 20 DK-V5 VID SI 9.8 10K 50 200 ,8 50 70 30 DK-V6 VID SI 9.8 25K 50 200 = 8 50 70 30 DK-V7 VID SI 3.2 10K 50 200 ><+ 50 70 30 DK-V8 VID SI 3.2 15H 3.0 50 0.3 60 70 28 DK-V11 VID SI 10K 2.5 50 1 ,5 50 70 28 75 CM it it vO in in moo it ON O m in it h- m E CM CM On CM CM cm in CM «H CM CMCM 6 •H 1 52 24 24 115 121 25 115 25 200 15 * cm in CM 00 O • • • • 1.2 * •-•OO O 0.9 X O OOOOO O O OO O O OOOOO 40 60 60 60 60 40 40 80 80 80 50 40 + vO v£» \Q it CO CO co * it it it it CO coco co 00 lxj OOOOO OOOOO O O O 00 60 1 T vD vO nO nO vO vO vO vO \0 vOvO vO vO 60 60 60 60 60 60 60 60 10 000 O 4. •-» wi «-l t— <-> 60 60 40 CO 200 (J CM CM CM LXJ 55 in in in cm «H CM ^CM CM CM CJ> 1.5 1.5 1.5 2.0 2.0 0.2 0.2 0.2 HHHCMO• . • . • O• O• O. OO• • O• O• Li-J Lt- r»- r> r- cm a* (MJ>MOh in r- ,5 ,7 ,7 ,7 ,9 ,2 ,2 ,9 0- o> o> .9 ,9 ,7 s. 1.7 LXJ OJ CM CM «-• O O O «H «H •-! to <=3 UJ in in in in in COSE CO CD CD O O CDS CDS PBS PBS PBS PBS PBS BIS BIS CDS CDS CDS CDS CDS CDS CDS CDS aacLuu GE SI GE GE GE GE LXJ > LU < < < x FS-2A FS-3A 1 1 1 1 1 FS-KO FS-KV FS-Al FS-Kl FT-1 FD-1 FD-2 FD-3 FS-A4 FS-A6 FS-B2 FS-D1 FS-D6 FS-K2 FS-K3 FS-K4 FS-K5 FS-K6 FS-K7 FS-K8 in in in in in FDK-1 FTG-1 u. u. u. u. u. 76 GROUP 3SL, PHOTO AND PHOTOMULTIPLIER rue :S BULB DIMEN CATHODE MAXIMUM OUTPUT SENS DYNODES KIND TYPE DIAM LCTH AREA SURF SENS E DARK I MID OPR <-3 MAT'L NO TYPE NUMBER b E b Q_ mm mm cm it V MA Amp Eip Amp/L V F-l PHO VC T 39 104 S2 30 5 11 F-2 PHO VC T 20 67 S2 5 2 1 8 1 F-3 PHM VC G 92 163 40 50 F-4 PHO VC T 39 104 S2 70 80 1 14 F-5 PHO T 42 104 SI 100 8 11 F-6 PHO 6 33 76 S7 40 100 1 11 F-8 PHO G 27 62 S2 80 150 1 8 FEU-1 PHO G 40 124 S2 400 250 1 7 1 220 FEU-IB PHM B 80 285 44 S13 90 2000 300 i 7 3 L AMK 11 A FEU-1B1V PHM T 80 225 44 S13 90 2500 1M 1 7 30 C AMK 10 7 FEU-1B2V PHM T 80 225 44 S13 30 2500 1 7 300 C AMK 12 7 FEU-IS PHM T 48 205 12 S13 90 1950 300 1 7 3 L AMK 11 6 FEU-IV PHM T 48 166 12 S13 90 2500 1M i 7 30 C AMK 10 7 FEU-2 PHM G 31 71 S2 400 250 i 7 1 220 FEU-2B PHM 150 295 155 S13 90 2000 300 l 7 3 L AMK 11 6 FEU-2B1V PHM B 80 225 44 S13 90 2500 1 7 C 12 7 FEU-2M PHM T 34 130 5 S13 90 1600 300 1 7 3 L AMK 13 5 FEU-2V PHM T 50 170 12 S10 90 2500 1M l 7 300 C AMK 12 7 FEU-3B PHM B 200 295 227 S13 90 2000 300 1 7 3 L AMK 11 6 FEU-3M PHM T 19 75 /2 S13 90 1500 100 5 8 1 L AMK 8 5 FEU-11 PHM T 52 235 16 S5 80 2500 a 7 5 V CAM 12 7 FEU-12 PHM T 52 235 16 S10 80 2500 8 7 5 V CAM 12 7 FEU-13 PHM T 52 162 17 S13 50 2200 ft 7 6 2200 L CAM 12 FEU-14 PHM T 52 162 17 S10 40 2200 4 7 6 2200 L CAM 12 FEU-15 SCC T 31 115 3 sio 25 2200 7 6 1700 L CAM 12 FEU-16 SCC T 31 115 12 S13 25 2200 ft 7 6 1700 L CAM 12 FEU-17 PHM T 48 181 /l S13 20 1400 100 3 7 10 900 L 13 FEU-17A PHM T 48 181 /l S13 20 1400 100 3 7 10 900 L 13 FEU-18 PHM T 48 181 /l S3 20 1400 100 3 7 10 900 L 13 FEU-18A PHM T 48 181 /l S3 20 1400 3 7 10 900 L 13 FEU-19M PHM T 48 195 9 SIO 35 2600 200 1 5 1000 2600 L 13 7 FEU-20 PHM T 34 95 5 S13 20 1400 100 8 9 1 900 L 8 FEU-22 PHM T 48 181 /l SI 25 2000 300 2 8 1 1400 L 13 FEU-23 PHM 305 450 700 S10 20 2400 10 10 L AMK 11 5 FEU-24 SCC T 80 230 44 S13 25 2000 100 3 7 10 1600 L 13 6 77 GROUP 121, PHOTO AND PHOTOMULTIPLIER TUB :S BULB DHEN CATHODE MAXIMUM OUTPUT SENS DYNODES TYPE NUMBER KINO TYPE UJ DIAM LGTH AREA SURF SENS E DARK I MIN OPR MAT! NO b E b Q_ FEU-25 PHM T 34 109 5 S13 20 1700 100 5 8 1 1250 L 9 6 FEU-26L PHM T 22 70 /l S13 20 900 2 8 10 2000 7 FEU-27 PHM T 30 108 5 S17 30 2000 5 9 1 FEU-29 sec T 48 195 9 S13 30 2300 200 3 8 10 1400 L CAM 13 7 FEU-31 PHM T 22 79 10 S13 20 1400 750 5 7 10 1300 L 8 FEU-32 PHM T 34 123 5 S10 25 1800 200 1 8 1 L AMK 11 6 FEU-33 sec T 48 195 9 S13 30 2900 1 6 100 2100 L 13 7 FEU-34 PHM 9 S13 30 2700 1 5 1000 L 13 FEU-35 sec T 31 113 5 S13 30 1750 4 9 10 1400 L 8 FEU-36 PHM 48 195 12 S13 30 2900 1M 2 5 2900 L 13 FEU-37 PHM 48 178 9 S13 30 1800 200 3 6 1800 L 11 FEU-38 PHM 9 S20 90 2000 1 7 100 L 13 FEU-39 PHM 9 S13 25 1700 6 9 10 L 11 FEU-40 NSP T 20 91 S13 30 1900 5 7 1 8 FEU-42 NSP T 48 205 S13 30 2200 1 7 1 1800 11 FEU-43 NSP T 80 290 S13 30 2200 1 7 1 1800 11 FEU-44 NSP B 150 310 S13 30 2200 1 7 1 1800 11 FEU-45 NSP B 200 340 S13 30 2200 1 7 1 1800 11 FEU-46 NSP T 48 130 S13 30 1800 1 10 1 1800 10 FEU-47 NSP T 48 169 S13 30 2500 1 7 1 2300 10 FEU-48 NSP T 80 230 S13 30 2500 1 7 1 2300 10 FEU-49 PHM B 170 220 95 S20 80 3500 1 8 10 1800 12 FEU-52 PHM B 80 125 45 S20 80 3000 5 8 8 1700 V CAM 12 7 FEU-53 PHM T 51 117 16 S9 40 2500 10M 4 7 40 1700 V CAM 14 7 FEU-R3 PHM T 47 109 2 S13 90 1400 1 10 C 10 FEU-R5 PHM T 47 109 2 S13 90 1400 1 7 1 C 10 STSV-3 PHO VC G 27 62 S2 80 240 1 8 1 STSV-4 PHO vc G 39 129 S2 80 240 1 7 1 STSV-6 PHO VC T 27 104 SI 30 5 11 STSV51 PHO vc G 30 63 S2 80 240 1 8 TSG-1 PHO GS G 56 131 SI 75 240 1 7 1 TS6-3 PHO GS G 27 62 SI 100 240 1 7 1 TSG-4 PHO GS G 39 129 SI 100 240 1 7 1 TSV-1 PHM VC G 56 131 SI 20 240 1 7 1 TSV-3 PHO VC G 27 62 SI 20 240 1 7 1 TSV-4 PHO VC G 39 129 SI 20 240 1 7 1 TSV-6 PHO VC T 27 104 SI 30 5 11 78 GROU D TYTTT T HERMOCOUPLE DIMENSIONS TYPICAL o TYPE NUMBER KIND THERMO 'ma x DIA.H LENGTH Ih ELEC. mm mm mA mV 5 MHz TV-2 THM 13 23 100 30 35 5 TV-4 THM 13 23 50 30 35 5 TV-5 THM 13 23 75 30 35 5 TV-14 THM 13 23 250 30 15 5 TV-15 THM 15 20 500 30 35 5 TV-16 THM 15 20 1000 30 35 5 TVB-1 THM 20 30 1 /3 40 200 TVB-2 THM 20 30 3 5 40 200 TVB-3 THM 20 30 5 10 40 200 TVB-4 THM 20 30 10 12 40 200 TVB-5 THM 20 30 30 12 40 200 TVB-6 THM 20 30 30 12 40 200 TVB-7 THM 20 30 100 12 40 200 TVB-8 THM 20 30 300 12 40 200 TVB-9 THM 20 30 500 12 40 200 GROUP HI, THERMISTORS DIMEN RESISTANCE TEMP. POWER TYPE NUMBER KIND USE DIAM LTH SHAPE MIN MAX T.C. MIN MAX MIN MAX SENS Q mm mm a a % (-)°C (+)°C mW mW mW TOS-M TMS CON 6 3 DSC 6K 3.0 180 50 KMT-1 TMS MEA 13 /H CYL 20K 1M 5.1 20 180 8H MMT-1 TMS MEA 13 /4 CYL 1 200 2.9 70 120 4H TKI-1 TMS MEA 5 5 CYL 5 40 0.4 40 70 TSH-1 TMS MEA 125 3.4 7.0 11 TST-1A TMS REG 6 18 4 20 1.4 40 TKI-2 TMS MEA 5 5 CYL 10 1000 2.6 40 7 TSH-2 TMS MEA 150 3.4 13.5 18 TKI-3 TMS MEA 5 5 CYL 10 20K 2.8 40 70 KMT-4 TMS MEA 24 7 CYL 20K 1M 5.1 20 180 8H MMT-4 TMS MEA 24 7 CYL 1 200 2.9 70 120 MMT-5 TMS MEA 5 14 CYL IK 200K 2.9 70 120 4H MMT-6 TMS 10 1000 2.9 70 120 50 KMT-8 TMS 100 10K 4.6 40 60 MMT-8 TMS COM 22 23 DSC 1 1000 2.9 40 6n 10 T8D TMS POW 8 3 CYL 150 10 15 20 T8E TMS POW 8 3 CYL 150 7 10 30 T8M TMS POW 8 3 CYL 200 9 11 66 T8R TMS POW 8 3 CYL 125 7 12 10 T8S1 TMS POW 3 3 CYL 120 9.5 24 10 T8S1M TMS POW 8 3 CYL 120 . 9.5 24 10 T8S2 TMS POW 8 3 CYL 150 8 19 12 T8S2M TMS POW 8 3 CYL 150 a 19 12 T8S3 TMS POW 8 3 CYL 150 7 23 10 T8S3M TMS POW 8 3 CYL 150 7 23 10 MMT-9 TMS COM /3 19 DSC 10 5000 2.9 60 120 10 T9 TMS POW 8 3 CYL 125 7 19 10 KMT10 TMS CON 30 6 CYL 100K 3M 5.1 120 2H KMT-11 TMS CON /4 /l CYL 100K 3M 5.1 120 2H KMT-12 TMS 100 10K 4.6 40 120 MMT-12 TMS 5 5K 2.9 40 120 3 TKP-20 TMS POW 33 68 500 2.0 2H TKP-50A TMS POW 33 68 2000 2.3 2H TKP-50B TMS POW 33 68 750 2.3 2H TKP-300 TMS POW 33 68 10K 3.5 20 79 — — • CO o o o o sctv in «h o in to o o m in U_l = in 1 a LL- ^ 2* *: *: •X. *: *: if y: if if x: tH 1 O CO ^^ ^ G> p-J o <\J o o o o o r> in o o o o o »-• «-t •-1 «H »-l «H if if if if s S if ^ ^ i^ Z o if * if if s: if Z >i >£ CT1 o o vO O o o o .-« o o to M3 IO »H O ^ *0 O O o o o O O | U-l u vD o co in IO O IO tom d- in in «h in ro O O it =5 O- •-t ^CM »M sC CM -H d- N to vO in in o o o CD «H it o o > r-t in 1— -t s° az cd O \£ o o O O if if o o o >«:>*: 3 O 3 3 in o cm in co ~~; ^~ >!? in cm f^- in o o o o CM o N it O o in to^ \ O oo IT) C\) O CM to •d-.* OOrtlfl in o 1 o •-I .-1 CM o o if * O if ^ if if if * if * O o o o o o if X. o 2 o o •H .-1 O CM o OCM to d- in in o o o o o o vO in o rc > in h- in CM CM o o o o cm in -^ o •H IO lO D» o o O O o o if iiO o o o o O o o O O O O if o Q_ it o & CC o in CM ioin in o o o co in o o in o o m co =s > CJ «-l «H «H d- CM d- t CMOvOH cvir^ 0^ CM CM in «h *o CM CM IT. o o o o in o o o o o o o O CM O CM CM in co o CO = e CO vC ^8 CM tO J-h- o in o o o to CM \D r- to -> e CM tO ^ CO vO CD m f*» c^ CO • • • z CO cr it *m O CT" in xin m m \C o* in in «-« o «-t o cm «-« in Li_l I 1 CM CO «-4 CD BdVHS a. »- 3 OL Z> 15 t- t- h- H- 3 Dt- t-hh t- K 3 «=3 IO DC t 1 1 LXJ o m o o o O O O oo o o o o o in o o in o o o o CO s ac c •HCM m cm O O o o o o o o o ^ CM »-4 I - «-l o O O -H K if if if -< tn o o ocv tn in o o * * a a x •* -* in - as CO U. Ll ll ^ *: cm o OO. Q.H t lfll/1 \J) lO i/)i/ii i x m Ll l-» t-t »-• LL u. X. CM ecu. Ll Q. Q. «h m t-* >-t fi 1 10 in i/) -• U_l »- »H M U. if ^ »H mu. ua. in i i i Q_ >- M U. u. i-i i-< it i i/> l/l 10 N* M »-• >^ h4 H« 1 80 — GROUP HI, COUNTERS o DIMENSIONS PLATEAU MAXIMUM TE W MIN 1 TYPE NUMBER KIND 01 AM LENGTH MIN MAX RATE PLATEAU MIN MAX CAP FIC -a: <_3 „3 I0TH 1 SCOPE iX AS-l cou BAG 132 ia 830 94C 80 n.2 35 AS-2 cou BAG AL 16C 25 750 86C 100 0.15 i 35 GS-4 cou GAM SQ GR iac 23 1100 130C 200 1.0 25 8 3 GS-6 cou GAM SQ GR 26e » 23 1100 130C 200 1.0 25 8 3 GS-7 cou GAM SQ GR 145 » 16 1100 130C 150 1.0 25 30 3 GS-8 cou GAM SQ GR 185 16 1100 1300 150 1.0 25 30 3 GS-9 cou GAM SQ GR 36*7 ' 33 1100 130C 250 1.0 25 8 3 «S-10 cou GAM SQ GR 225 16 1100 130C 150 1.0 25 30 3 GS-11 cou GAM SQ GR 185 > 33 1100 130C 200 1.0 25 8 3 GS-12 cou GAM SQ GR 145 i 16 1100 1300 150 1.0 25 30 3 GS-30 cou GAM SQ GR 662 33 1100 130C 150 1.0 25 8 3 GS-60 cou GAM SQ GR 667 63 1100 130C 150 1.0 25 8 3 MS-4 cou GAM SQ CU 18C 23 720 780 25 > 200 1.0 4n 50 25 8 4 MS-6 cou GAM SQ CU 266 23 720 780 25 200 1.0 40 50 25 8 4 MS-7 cou GAM SQ CU 145 16 720 780 25 100 1.5 25 50 25 30 4 MS-6 cou GAM SQ CU 185 16 720 780 25 100 1.5 25 5C) 25 30 4 MS-9 cou GAM SQ CU 367 33 720 780 25 i 250 1.0 40 50 25 8 4 MS-11 cou GAM SQ CU 185 33 720 780 25 200 1.0 40 5C) 25 8 4 MS-12 cou GAM SQ CU 145 16 720 780 25 » 100 1.5 25 50 25 30 4 MS-13 cou GAM SQ CU 100 23 720 780 25 200 1.5 40 5C) 25 8 5 MS-14 cou GAM SQ CU 160 23 720 780 25 200 1.0 40 5C 1 25 8 5 MS-16 cou GAM SQ CU 250 23 720 780 25 200 1.0 40 5C ) 25 8 5 MST-17 cou BET SQ CU 100 40 1600 10 150 0.5 30 5C) 10 7 6 MSTR-4 cou BET SQ CU 180 40 1200 1350 25 200 0.5 5 35 25 8 7 SAT-7 cou ALP 70 25 330 400 60 0.12 40 5C1 SAT-8 cou AAB 4 500 1000 300 0.03 40 5C 1 SBM-7 cou BET 335 26 5C 1 SBM-8 cou BET 335 26 5C I SBS-1 cou BAG 125 800 1200 150 0.03 50 5C t SBS-4 cou BET GR 362 23 5C 1 SBS-5 cou BET GR 255 23 5C 1 SBT-10 cou AAB LD 51 340 460 80 60 6C 1 SBT-3 cou AAB 93 50 1800 2100 150 30 5C ) SBT-7 cou BET 72 20 340 380 80 0.12 40 5C 1 SBT-8 cou AAB 75 20 1100 1700 150 30 3f 1 81 — GROUP TIT, COIINTFRS UJ DIMENSIONS PLATEAU MAXIMUM TEMP MIN KIND D.IAM LENGTH WIN MAX RATE PLATEAU MIN MAX CAP FIG TYPE NUMBER 1 U-l „3 f I0TH 1 SCOPE QC C o.< 10/min (+) mm mm V V v 1 %V H*c C PF Mft SGS-5 cou GAM 60 8 340 440 80 0.20 50 50 SGS-6 cou GAM 90 8 340 440 80 0.15 40 80 SI-1BG cou BAG SQ NI 60 15 375 410 40 50 5 /l 11 SI-1G cou BET SO FE 94 16 280 320 60 80 1.25 40 50 10 5 8 SI-2B cou RET SQ SN 90 70 1350 1750 8 150 0.5 30 50 10 7 13 SI-2BG cou RAG SQ NI 60 15 375 410 40 50 5 3 12 SI-3B cou BET SQ CU 90 40 1650 10 150 0.3 20 40 10 7 6 SI-4G cou GAM SQ W 367 33 720 800 25 200 1.0 40 150 25 8 1 SNM-3 cou 135 18 700 1000 100 0.05 30 SNM-5 cou 300 35 1200 1800 100 0.05 20 30 SNM-7 cou 650 35 1800 2500 100 0.05 30 SNM-8 cou 16H 35 1300 1700 150 0.05 30 SNM-9 cou 133 20 1000 1600 400 0.05 30 STS-2 cou BET SQ FE 180 24 285 335 40 80 1.25 40 50 10 5 9 STS-3 cou BET SQ FE 265 23 285 335 30 80 1.25 40 50 10 5 8 STS-5 cou RET SQ FE 113 12 280 330 100 80 1.25 40 50 10 5 9 STS-6 cou RET SQ FE 200 22 285 335 60 80 1.25 40 50 10 5 10 STS-8 cou RET SQ FE 220 23 285 335 40 80 1.25 40 50 10 5 8 T20BFL cou AAB 7 20 1200 1300 300 0.01 20 40 T25BFL cou AAB 7 25 1300 1400 300 0.01 20 40 T30BFL cou AAB 7 30 1400 1500 300 0.01 20 40 T40BFL cou AAB 7 40 1500 1600 300 0.01 20 40 T50BFL cou AAB 7 50 1500 1600 300 0.01 20 40 T60BFL cou AAB 7 60 1900 2000 300 0.01 20 40 T80BFL cou AAB 80 90 2000 2100 300 0.01 20 40 VS-4 cou GAM SQ W 180 23 720 800 25 200 0.75 40 50 25 8 1 VS-6 cou GAM SQ w 266 23 720 800 25 200 0.75 40 50 25 8 1 VS-8 cou GAM SQ w 185 16 720 800 25 150 1.0 40 50 25 30 1 VS-9 cou GAM SQ w 367 33 720 800 25 250 0.75 40 50 25 8 1 VS-11 cou GAM SQ w 185 33 720 800 25 200 0.75 40 50 25 8 1 VS-13 cou GAM SQ w 100 23 720 800 25 150 1.0 40 50 25 8 2 VS-14 cou GAM SQ w 160 23 720 800 25 200 0.75 40 50 25 8 2 VS-16 cou GAM SQ w 250 23 720 800 25 200 0.75 40 50 25 8 2 82 GROU P XXII DISCHARGE DIODES DIME ^ATH FIRING PULSE MIN MAX AMB T LTH DIAM GAS KIND MIN MAX I-amp TIME OPERATING INTER CAP MIN MAX TYPE NUMBER Q- J-joule FREQUENCY RES mm mm V V s PPS Mft pF (-)'C (+)"C R-2 17 16.5 C 1300 2K 600 20 50 80 R-3 70 21.5 C BAO 600 140 12U 300 100 1 60 70 R-4 c BAO 75 R-5 41 22 c BAO 160 250 100 R-6 110 55 800 200 M 100 R-7 45 18 HK c BAO 270 330 2 20 10 60 100 R-8 50 20 HK c BAO 450 550 2 20 10 60 100 R-9 55 20 HK c BAO 900 1100 2 20 10 60 100 R-10 55 20 HK c BAO 1375 1725 2 20 40 60 100 R-ll 132 35 c NI 2250 2750 2HU R-12 30 12 AR c K 145 175 20 1U 1000 R-54 7200 9800 R-350 62 20 AR c BA 310 390 3 2 0. 002 5K 10 50 50 R-450 62 20 AR c BA 440 480 3 2 Oc 002 5K 10 5n 50 RB-1 52 19 c BA 150 190 400 R8-2 25 19 c BA 220 50 15U 50 100 /I 60 70 RB-3 41 22 c BA 220 235 30 1HU 7 100 60 70 RB-5 60 16 c BA 340 460 10J I 200 60 70 RB-5A 60 16 c BA 370 510 /1J 8 60 50 RB-90 62 17.5 NA c BA 80 100 30M 2 Oc 005 100 100 60 70 RB-280 210 95 AR c BA 250 310 30 10 0. 002 l«] 20 60 70 RB-350 210 95 AR c BA 310 390 30 10 0. 002 fo 20 60 70 RB-430 210 95 AR c BA 390 470 30 10 0. 002 40 20 60 70 SK-127 37 20 NA MG 72 1 20 1 SK-220 37 20 HE 140 /l 20 i GROUP XXIII .DECATRONS VOLTAGES TYP PULSE DIM EN TYPE NUMBER KIND MAXIMUM TYPICAL TYP MAX LTH DIA |F 1 R IN G I BIAS DRP OPER |K,K, TIME RATE 2 1 \V V I V 1 V v 1 'v m A MS KHz mm mm IN-1 DEC 250 2.5 65 30 OG-i DEC 450 300 150 15 150 50 1.3 40 8 77 34 TNI-1.5 DEC 160 90 1.5 35 10 IN-2 DEC 250 200 2.0 35 19 OG-2 DEC 450 300 150 15 150 50 1.3 60 3 77 34 OG-3 DEC 460 420 120 15 190 40 0.7 18 20 83 34 OG-4 DEC 450 375 200 125 76 30 OG-5 DEC 400 350 120 20 175 60 1.3 35 10 74 34 GROUP XXIV LIGH1 AMPLIFIERS SCRN MAX DIMEN RESOL AMP TYP COLOR SCREEN TYPE NUMBER KIND K K LINE PER \0~* mm mm | mm V mm LlM-3 LAM CSB VB 15 65 20 2 18 8 70 LIM-4 LAM CSB VB 15 135 40 4 18 9 70 83 CO cl a ~i CL uu w o O Q. Q. * CO CL o o O oclclo in f*- CLO o. a. o a u o cm CLU a. a CL u O LxJ CO CL oCL CLO K) CL a. ma CL \Cin vOvDN U UHUU O CO o> QO o> X CM yO X o> CJ> CO en CJ3 in * 3- sz en CL CM lO CL CO cr «h 10 vo cl CL vO vO O * CL CL CM CL vO in cl a CL * CL CL cf it CM* -» < O O «*<\i cj u o a o> o» "fO \0 f- vO CM CM K5 CM CM * K3 .H »H c»r» rO vO CM CM CM 10 CM rO fO CO (O u "* r- co r* cm j-om*^ co o> cm •* co * ao in to * if)Mnr« CMlOiOcOCM cOCMcocOvO ^ CM CM ••« H "CM CM CM cm * o m f- cm* * o(\iio d-^cMto* m>or^eoo» -< cm rn * m 3 MO Ow rt (M M M- cOCT^-HCO -* 84 Li_l CO On CO •h m moj 10 c\j to U-l CO ^0 C-3 LLJ oo CD x: -* in CO r» 10 *r- if) a. r» r*- -* r- (VlH\CQ.vO r- \OQ. Q. CL 0. O. 0. «C ^ 0-h- 0. * -t OlOrtKlH o <_> o o o o o U o o> -h *«Hif)vOlf> vO if) -J vO if) lf)cflf)c0* rQ t* IOC0IO -H^KlvOif) o> IO 0> tO vfl K) ;* rO .« Ki * 0. 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Qro CJ> Q <=3 Q~ < *3" < CO * ro < in < COvO^ CO CP l_l_J fO CO «a: 328 9 4 3 2 9 1 CO c\i CVJ X o oT M c_> o_ Ll_l 8 CO id 9 9 err 1 1 CO I 53 5 5 2 I 57 CO 5 2 2 8 < CT> 0_ vO to to o CP CP CP CP CP CP CP in 1 CM 5 6 3 3 6 1 34 2 3 1 1 4 2 6 67 62 6 7 to 7 2 7 1 ro o^ 4 8 1 7 r» «-i r» -h .-i 4 4 1 2 8 3 (SI CJ> 7 6 3 5 7 5 9 ii i 6 4 2 CO 17 12 s- oT 4567382 CO I cm in Q_ 6 10 5 786CP36 o 7 216 3 4 2 452172 683123 456736 186752 6 7 3 456732 4 4 278148 457897 452372 458978 3 5 *: 4 7 9 1 8 3 12 12 5 2 4 i 6 5 5 9 in m m »> r- 5 7 7 5 5 4 5 6 7 7 17 18 17 35 1 14 1 3 X 3 4 4 4 * * it CM CM 4 2 2 4 4 4 2 L r- co to in so C to ro Q Q Q PSl TIE TIS T2S T3S TIO Til c a PD7 PD8 PD9 PS2 PS3 PS4 PS5 PS6 PS7 PS8 PS9 PT1 PT2 PT3 PT4 PT5 PT6 P30 P31 P32 P34 P36 a a a. a. a T12 8 6 CNJ O QlO CJ> U-l Oon U_l Q~ — O QlO CO U-l cm Cl_ Q o~ < «3" < CM C-> U_l CO * to < in < vO «-l O «-t CO i 1 1 9 CO «=c CO CVJ CVJ C t=H X oT C CO CO to 0> H C_5 Q_ Ll_l =D CO id ce: I I vO CM to to en in in vc vo 0. 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