RF Connectors & Adaptors
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Coaxial Cabling Tutorial
166 Coaxial Cabling Tutorial How is Coaxial Cabling used? Where is Coaxial Cabling used? Primarily, coaxial cables are used for the A broad range of applications exist for What is Coaxial Cabling? transmission of Radio Frequency energy. coaxial cabling. The two primary The system offers tight control over impedance values of 50 and 75 Ohms A coaxial cable is a two conductor electrical impedance. This yields excellent determine specific applications with 50 electrical cable consisting of a center performance at high frequencies and Ohms primarily used in data signal conductor and an outer conductor with an superior EMI control / shielding. applications and 75 Ohms used in video insulating spacer between the two. signal applications. Coaxial Cabling Terms Frequency: Number of times a periodic action Currently used as a general reference. (R=Radio occurs in one second. Measured in Hertz. Frequency, G=Guide, U=Universal Specification). Attenuation (Insertion Loss): Loss of power. Letters that appear before the / U characters (i.e. A, B Attenuation is usually measured in dB loss per length Impedance: The opposition to the flow of alternating or varying current. Measured in Ohms. Two common or C) means a specification modification or revision. of cable (ex. 31.0 dB / 100ft.). Attenuation increases For instance, it is common in the CB industry to see as frequency increases. impedance values are 50 Ohms used primarily for data and 75 Ohms used to transmit video signals. the designation RG-58A / U. The original RG-58 / U Bend Radius: The amount of radius a cable can coaxial cable had a solid center conductor. -
Type N Amphenol®
Type N Amphenol® Description Named for Paul Neill of Bell Labs and developed in the 1940’s. The Type N offered the first true microwave performance. Type N connector was developed to satisfy the need for a durable, weatherproof medium size RF connector with consistent performance through 11 GHz. There are two families of Type N connectors: • Standard N (Coaxial Cable) • Helical N (Corrugated Cable) Primary applications are the termination of medium to miniature size coaxial cable: RG-8 and RG-225 RG-58 and RG-141 Type N Specifications 226 Features/Benefits • Accommodates a wide range of medium to Cable Plugs 227 miniature sized RG coaxial cables in a rugged Right Angle Plugs 228 medium size design. Provides customer flexibility Jacks 229-232 in their design and manufacturing with a durable Receptacles, Accessories 234-235 connector. Adapters 236 • Broad line of Military (M39012 prefix), Industrial (UG prefix), and Commercial Grade (RFX suffix) products available. Gives customer choices in Helical N Corrugated weighing cost versus performance benefits. Cable Connectors N Type • Available in many styles: Plugs (Straight and Specifications 239 Right Angle) and Jacks (Panel Mount, Bulkhead Plugs 240-241 Mount, Receptacle). Meets many customer application demands. Jacks 242-243 Application • Antennas • Radar • Base Stations • Radios • Broadcast • Satcom • Cable Assemblies • Surge Protection • Components • WLAN • Instrumentation • Mil-Aero Amphenol Corporation Tel: 800-627-7100 www.amphenolrf.com 225 Type N Amphenol® Specifications ELECTRICAL MECHANICAL ENVIRONMENTAL Impedance 50 ohms Mating 5/8-24 threaded Temperature range TFE -65°C to + 165°C Frequency range 0-11 GHz coupling Copolymer of Styrene: - 55°C to + 85°C Voltage rating 1,500 volts peak Cable affixment All crimps: hex braid (braid or jacket) crimp. -
Anritsu 2002.Pdf
CONTENTS Outline of Anritsu Corporation . 1 How to Use This Catalog . 2 Product Support Literature . 3 Sales, Shipping, and Service Information . 4 Sales Network . 7 Alphabetical Index . 11 Model Number Index . 15 New Products . 23 Quality and Reliability Assurance System . 541 Request for measuring instruments not appearing in this catalog will also be accepted. ................................................. Optical Measuring Instruments 37 • Tunable Laser Source • Optical Component Tester • SLD Light Source • Stabilized Light Source • Optical Power Meters 1 • Multi Channel Box • Optical Loss Test Set • Optical Time Domain Reflectometers • Optical Spectrum Analyzer • WDM Network Tester • Optical Amplifier Test System • Optical Channel Selector • E/O, O/E Converter • Optical Directional Coupler • Others Digital Link Measuring Instruments......................................... 129 2 • Pulse Pattern Generators • Error Detectors • 10 GHz Jitter Analyzer • Digital Data Analyzers • SONET/SDH/PDH/ATM Analyzers • Portable 2.5G/10G Analyzer • Data Quality Analyzer • ATM Quality Analyzer • PCM Channel Analyzer • Digital Transmission Analyzer • STM/SONET Analyzer • PCM Codec Analyzer Data Communications Measuring Instruments .................. 195 3 • Network Data Analyzer • Data Transmission Analyzer Digital Mobile Communications Measuring Instruments ........ 205 4 • Digital Mobile Radio Transmitter Testers • Digital Modulation Signal Generators • Signalling Testers • Radio Communication Analyzers • W-CDMA Area Tester • Radio Communication -
Procom-Marine Antennas
MARINE ANTENNAS Amphenol Private Networks PROCOM - Making the world smaller www.procom.dk Marine Antennas Table Of Content Home 1 S.M2 4 S.8Y series 7 S.6Y series 10 S.4Y series 13 S.3Y series 16 S.2Y series 20 S.1H series 23 S.1 series 26 RX 5000 29 TWA 1 31 SF 160/... 33 NTA 3E-SHT 36 Marifix 1 / Marifix 2 / ADT / MBS 38 MARCELL 3+ 42 MARCELL 47 MA DAB SC 51 MA 70/GPS 4/... 54 MA 2-1 SC-SHT 59 MA 2-1 SC 62 MA 2-1 MR 65 GPS 2000 68 GPS 100 KT-FME 73 GP 80 B/... 76 GP 80/160 78 GP 80 80 GP 450-3/... 82 HF 7500-3 84 GP 450/... 86 HF 5000 88 GP 40 90 GP 160 B 92 GP 160 5/8 94 GP 160 96 CXL 2400-6LW/... 99 CXL 2400-3/... 102 CXL 2/70C 105 CXL 2-5HD/... 108 CXL 2-3LW/... 111 CXL 2-3C/... 114 CXL 2-3 117 CXL 1800-6/DECT 120 CXL 2-2C 123 CXL 2-1LW/... 126 CXL 2-1/... 129 CXL 108-185C 132 BCL 1-KA 135 Page 2/254 Marine Antennas AAC 1/... 139 CXL VHF/GSM 142 CXL 800-1/... 145 CXL 900-3/... 147 CXL 900/1800/1900/UMTS 150 CXL 450-3LW-SS 153 CXL 450-6HD/T-X/... 156 CXL 70-3C/... 159 G-CXL 2-2C 162 G-CXL 2-1LW/... 165 CXL 5700-6 168 CXL 5700-3 171 CXL 5200-6LW 174 CXL 5700-1/.. -
W O Rld C La Ss a N Te Nn
GPS | GSM/GPRS | Wifi | EmbeddedGPS | GSM/GPRS | Combination | Cable Assembies | Connectors World Class Antennas World Welcome to CTi mount and magnetic fixing options, including specialist and DAB products. For bespoke and tailored products the choices are endless in terms of shapes, sizes, colours, logos, cables and connector types. We can even design specialised packaging for your products. CTi also offers separate CTi is a world class We offer our clients a connectors, adaptors designer and wide range of standard, and cable assemblies manufacturer of tailored and bespoke to compliment the communication and antenna solutions, standard, tailored and tracking antennas. leading the way with bespoke antenna innovative design and range. Based in modern implementation. facilities in Hampshire, UK, CTi is a division of Armour Automotive Ltd, and part of the Armour PRODUCT RANGE Group plc. Our product range includes GPRS/GSM, GPS, Zigbee and WiFi antenna’s and cable products. Within our standard range there is a choice of glass, patch, body 2 www.cti-int.com | +44(0)1420 476767 | [email protected] Product Index RESEARCH & GPS 4 DEVELOPMENT GSM/GPRS 6 GSM/GPS CombiNatioN 12 Using advanced antenna design STUBBY 14 software our in- Wifi & ZigbEE 18 house Research and EmbEddED SolutioNS 22 Development team is continually working EmbEddED CompoNENts 28 on new product CTi & SINgula 30 ideas, bespoke client All of our products CablE AssEmbliES 32 projects, and antenna are designed, innovations. CONNEctors 34 manufactured and accredited to ISO 9001 certification. This means that whether you are looking for an off-the-shelf product, or a bespoke one-off design, we have the skills and capabilities to provide the right solution for your needs. -
Amphenol Connex
Our Products ----------------------- Search Results for: Straight Crimp Jack - Captive Contact 7/16 Please note: Images are for reference only BNC D-Sub FME Part Number: 172207 Cable Group: 17 MCX Family/Series: Type N Coaxial Finish: Nickel MMCX Connectors Insulation: Teflon SMA Product Type: CRIMP/SOLDER Impedance: 50 ohms SMB ATTACHMENTS FOR FLEXIBLE AND Crimp Tool: .610 HEX SMC SEMI-RIGID CABLE TNC Description: Straight Crimp Jack - Twin BNC Captive Contact Cable: LMR 600 ** Type F Type N Add to Cart | Product Specs | Customer Drawing UHF ----------------------- Between-Series Adapters Shielded Terminations Strain-Relief Boots Tools ----------------------- View All Products Copyright © 2001 - 2008 Amphenol Connex. All rights reserved. Copyright | Terms & Conditions | Contact Us | Amphenol.com Our Products ----------------------- 7/16 Features & Benefits | Applications | Standard Specs | Corrugated Specs | Assembly Instructions BNC D-Sub Named after Paul Neill of Bell Labs after being developed in the 1940's, the FME Type N offered the first true microwave performance. The Type N connector MCX was developed to satisfy the need for a durable, weatherproof, medium-size MMCX RF connector with consistent performance through 11 GHz. SMA SMB There are two families of Type N connectors: Standard N (coaxial cable) and SMC Corrugated N (helical and annular cable). Their primary applications are the TNC termination of medium to miniature size coaxial cable, including RG-8, RG- Twin BNC 58, RG-141, and RG-225. RF coaxial connectors are the most important Type F element in the cable system. Corrugated copper coaxial cables have the Type N potential to deliver all the performance your system requires, but they are often limited by the UHF performance of the connectors. -
GPS (Global Positioning System) Product Index
GPS (Global Positioning System) Product Index GPS / GLONASS G1 Integrated Antenna & Receivers 03 GPS / GLONASS L1 OEM USB Receiver 08 GPS Antennas, Miniature Size, Cost Effective 09 MaxiNav, High Performance, Harsh Environment GPS Antennas 12 Hi Performance GPS Timing Antenna 14 Hi Performance GPS/GSM-CDMA Antenna for Public Transport 15 GPS/DGPS Non-Magnetic Survey Antenna 16 Combination GPS & GSM Antenna 18 GPS/Iridium Dual Band Antenna 19 Military L1/L2 Antenna Range 20 GPS Amplifiers 22 GPS Repeater, L1, L1 & L2 & Armoured Vehicle Repeater 24 GPS Splitters, 2, 3, 4, 6 & 8 Way and Active Splitter with DC Injection 28 GPS Lightning Protection Devices 35 GPS Bandpass Filters 38 GPS 5 Pole Cavity BandpassFilter 39 LOW LOSS Coaxial 40 Revision 8 – November 2014 1 44 Aero Rd, INGLEBURN NSW 2565 AUSTRALIA TEL +61 02 9829 1555 EMAIL [email protected] Contact us Address 44 Aero Road, INGLEBURN NSW 2565 SYDNEY AUSTRALIA Telephone +61 2 9829 1555 Facsimile +61 2 9605 8812 Email [email protected] Website www.rojone.com.au Perth Office [email protected] Warranty Rojone warrants products of its manufacture to be free from defects in material & workmanship under conditions of normal use. If within one year after delivery to the original owner, any Rojone product is found to be defective, Rojone shall, at its option, repair or replace the defective unit. This warranty does not apply to products which have been disassembled, modified or subjected to conditions exceeding the specification. Rojone reserves the right to make design changes without any obligation. In no event does Rojone assume liability for installation, labour or for consequential damages. -
RF Connector Guide
RF Connector Guide Rev 1.5 RF Connector Guide Table of Contents Page Introduction 3 About Siretta 4 SMA Connectors 5 Reverse Thread 5 Reverse Polarity 5 SMB Connectors 6 FME Connectors 6 BNC Connectors 7 Reverse Polarity 7 TNC Connectors 8 Reverse Polarity 8 N-Type Connectors 9 Reverse Polarity 9 MCX Connectors 10 MMCX Connectors 10 U.FL/IPEX Connectors 11 GSC Connectors 11 Adaptors 12 Disclaimer 15 Siretta Ltd sales +44(0)118 976 9014 Basingstoke Road fax +44(0)118 976 9020 A member of the Olancha Group Ltd Spencers Wood email [email protected] Registered in England No. 08405712 Reading web www.siretta.co.uk VAT Registration No. GB163 04 0349 Berkshire RG7 1PW 2 RF Connector Guide Introduction The wide range of available RF connectors can make for a confusing picture when trying to specify or identify connectors in new or existing installations. With this guide, Siretta have attempted to present the most common connector types in an easy to use document that allows simple visual identification, and an understanding of the basic connector styles. As this guide is intended to be a comprehensive document, not all of the connector types shown are available from Siretta. Siretta Ltd sales +44(0)118 976 9014 Basingstoke Road fax +44(0)118 976 9020 A member of the Olancha Group Ltd Spencers Wood email [email protected] Registered in England No. 08405712 Reading web www.siretta.co.uk VAT Registration No. GB163 04 0349 Berkshire RG7 1PW 3 RF Connector Guide About Siretta Siretta, located in Reading, United Kingdom have been manufacturing antennas, cable assemblies and cellular terminals for over 10 years. -
Connectors, Air Lines and RF Impedance
The IEE Measurement, Sensors, Instrumentation and NDT m Professional Network Connectors, Air Lines and RF Impedance N M Ridler, NPL 0 Crown Printed and published by the IEE, Michael Faraday House, Six Hills Way, Stevenage, Herts SG1 ZAY, UK Abstract This lecture will give information on -impedance considerations for measurements at RF and microwave frequencies. The subject matter is divided into three areas: m . Coaxial connectors used to perform precision transmission line measurements e Air lines used to define characteristic impedance in coaxial line Special considerations needed when defining impedance and using impedance concepts ai: RF-: I About the Speaker Nick Ridler graduated from King’s College, University of London, in 1981. He then spent seven years working in industry on high power microwave oscillators and amplifiers before joining the RF and Microwave Standards Division at the Royal Signals and Radar Establishment, Great Malvern. This Division later transferred to the National Physical Laboratory (NPL) in Teddington. Mr Ridler is currently responsible for NPL’s RF and microwave impedance activities, in the Division of Enabling Metrology, which includes managing the primary national standard facilities for vector network analyser measurements, His current research interests include: establishing impedance traceability at RF; millimetre-wave on-wafer measurements; uncertainty estimation techniques for vector measurements; and, using the Internet to provide traceability for measuring instruments at locations remote to NPL. Connectors, Air Lines and FtF Impedance R = series resistance, per unit length, for a coaxial line including conductor loss (l2.m-l). o = conductivity of an air line's conductors (S.m-'). v = speed of the electromagnetic wave in the air line N M Ridler (v = CA&, (m.s*')). -
Optimize Your RF/MW Coaxial Connections Dave Mcreynolds Director of Engineering RF Industries
Optimize Your RF/MW Coaxial Connections Dave McReynolds Director of Engineering RF Industries /microwave connectors are small and often overlooked, but they serve as gateways for many RF electronic devices and systems, linking components and systems together to enable proper operation. Coaxial connectors are often taken for granted—until they fail. They are instrumental to the operation of many electronic devices and systems, from cellular telephones and wireless data networks to the most advanced radar and electronic-warfare (EW) systems. Whether designing or simply maintaining electronic devices and systems, understanding the role of the RF/microwave connector can help to boost both performance and reliability. Before exploring technical details about connectors, it might help to review some of their history. Connectors come in many shapes and sizes. They are used in a variety of electronic devices, from audio through millimeter-wave frequencies. The interface dimensions, machine tolerances, materials, even the plating and finish on those materials, all contribute to how well and how reliably a connector performs. Coaxial connectors are designed for mounting on the end of coaxial cables, on printed-circuit boards (PCBs), on panels, and on many different electronic component and device packages. Why there are so many different types of coaxial connectors and adapters is largely a matter of RF/microwave history and the evolution of high-frequency technology. With the evolving demands of higher-frequency applications, connector developers are pushed to achieve ever higher frequencies, smaller footprints, unique interfaces, and better performance with their designs. Anyone who has assembled a cable-television (CATV) system, with its F-type connector/cable assemblies, will appreciate the convenience of an electrical connector without necessarily being aware of its electrical and mechanical benefits. -
Coaxial Connectors Adapters and Connectors
Coaxial Connectors Adapters and Connectors Overview Many coaxial connector types are available in the RF and microwave industry, each designed for a specific purpose and application. For measurement applications, it is important to consider the number of connects/disconnects, which impact the connector’s useful life. The frequency range of any connector is limited by the excitation of the first circular waveguide propagation mode in the coaxial structure. Decreasing the diameter of the outer conductor increases the highest usable frequency; filling the air space with dielectric lowers the highest usable frequency and increases system loss. Performance of all connectors is affected by the quality of the interface for the mated pair. If the diameters of the inner and outer conductors vary from the nominal design, if plating quality is poor, or if contact separation at the junction is excessive, then the reflection coefficient and resistive loss at the interface will be degraded. A few connectors, such as the APC-7, are designed to be sexless. Most are female connectors that have slotted fingers. The fingers need to accommodate a male pin with diameter variations. As a result, it introduces contact point and impedance variations and hence reduced repeatability and reliability. Keysight Technologies, Inc. offers slotless versions of connectors in certain measuring products, that decrease impedance and contact point variations. Find us at www.keysight.com Page 1 The following is a brief review of common connectors used in test and measurement applications: APC-7 (7 mm) connector The APC-7 (Amphenol Precision Connector-7 mm) offers the lowest reflection coefficient and most repeatable measurement of all 18 GHz connectors. -
New GPS Antenna from Antenex… New Multi-Band Survivor Antenna Features Sleek Design
2005 Master Catalog Inside 2 Phantom® Antennas 4 GPSx™ Antennas 5 Genesis™ Wideband 6 Quarterwave Antennas 7 A-Base Antennas 8 Mobile Load Coil Antennas 10 Dual Band & Special Applications 11 Elevated Feed Point & 5/16 Stud Mount Discadoo™ Low Profile Antennas 12 Permanent Hole Mounts 14 Magnetic Mounts 15 Miniature Magnetic Mounts 16 Mini-Trunk Mounts Mobile-to Base Converters 17 Mount Kits & Brackets Base Antenna Mounting Options 18 Fiberglass Omnidirectional 20 Directional Yagis 22 Mountaineer™ Fiberglass 23 Voyager® Antennas Siemens chooses Antenex 24 Dipole Array 25 Folded Dipole Array 26 Portable Antennas to safeguard Olympics & Connectors Antenex was the supplier of antennas 28 Coaxial Cable, Cable for the security communication system Assemblies & Connectors WiFi Solutions of the 2004 Athens Olympics 30 31 Multiversity Indoor Antennas Installation Accessories Distributed by: ® ® 2 Phantom Antennas Patented “True Field Diversity” Performance Phantom Antennas Patented “True Field Diversity” Performance WHITE MODELS Model Frequency Range Radome Height Gain MSRP >$1000 <$1000 <$300 VHF UNITY MODELS (Tunable) TRAT1420 142-160 MHz 3.30” Unity 72.00 32.40 34.56 41.76 TRAT1500 150-168 MHz 3.30” Unity 72.00 32.40 34.56 41.76 TRAT1560 156-172 MHz 3.30” Unity 72.00 32.40 34.56 41.76 Dual-Band NMO or P-mount TRA2100 210-225 MHz 3.30” Unity 72.00 32.40 34.56 41.76 UHF 3dB-MEG MODELS TRA4103 410-425 MHz 3.30” 3 dB-MEG* 41.08 18.49 19.72 23.83 TRA4303 430-450 MHz 3.30” 3 dB-MEG* 41.08 18.49 19.72 23.83 TRA4503 450-470 MHz 3.30” 3 dB-MEG* 41.08