TEST & MEASUREMENT.

Transcription

1 TEST & MEASUREMENT

2 Rosenberger HQ, Bavaria, Germany INTRODUCTION Rosenberger Hochfrequenztechnik GmbH&Co. was founded in Germany in 1958 and ranks among the leading manufacturers of high-speed interconnect solutions worldwide. To serve the continuous growth and demand of the global market, Rosenberger Asia Pacific Electronic Co., Ltd. was established in China in With its long tradition of excellence and providing creative solutions, Rosenberger Asia Pacific has excelled and earned an outstanding reputation in the Asia Pacific region. Rosenberger Asia Pacific provides products and solutions for Telecommunication, Automotive Electronics, Information Technology, Test & Measurement, Aviation, and Medical & Industries. A sales network covering the entire Asia Pacific region generates an annual turnover close to 200 million USD. Reliability and competitiveness are the cornerstones of this sustainable growth, resulting in long term partnerships with most of the leading companies in their respective industries.

3 A B C D Rosenberger Asia Pacific: A: Beijing Headquarters, R&D, and Production B: Shanghai Zhangjiang R&D and Production C: Shanghai Qingpu R&D and Production E D: India R&D and Production E: Dongguan R&D and Production Rosenberger Asia Pacific maintains 6 modern manufacturing and R&D base locations in Beijing, Shanghai, and Dongguan in China; and New Delhi in India, the largest of its kind in the Asia Pacific Region. Rosenberger Asia Pacific is an ISO 9001 quality system, ISO environmental system, and ISO/TS16949 automotive industry system certified company. Equipped with advanced machining, electronic plating, assembly and testing centers and staffed by a large group of more than 200 R&D engineers, Rosenberger Asia Pacific has developed first class production assembly lines and exercises stringent product and quality control. Presently, Rosenberger Asia Pacific maintains a far reaching network of R&D, Production, Sales and Service which extends to the whole Asia Pacific and Middle East area. For over 50 years Rosenberger has established its brand all over the world. In the future, Rosenberger Asia Pacific will continue to provide excellent product solutions and services for its customers in the entire region.

4 MISSION STATEMENT Design, manufacture and deploy total solutions for telecommunication networks worldwide Create value for our customers through innovative products, customized services and cost effective solutions Maintain the highest quality standards, state-of-the-art manufacturing facilities and employ reliable supply chain management to achieve and exceed customer expectations Be socially responsible to our community and environment Be committed to employee's personnel development CORE VALUE Value Innovation Customer Focus Sustainable Growth Social Responsibility

5 PRODUCT PORTFOLIOS Telecommunication System Solutions Base Station Antenna Feeder Systems Wireless Coverage Optimization Solutions Microwave Backhaul Solutions RF In-cabinet Solutions Passive Intermodulation Measurement Systems FTTA/FTTH Optical Fiber Solutions OSP Fiber Optic Outdoor Plant Solutions In-building Optical Network Connectivity Solutions Low Frequency Cables and Components Network Optimization Services IT/Data Communication Premise Network Cabling Products Data Center/Cloud Computing Solutions Intelligent Infrastructure Management System Testing and Measurement Test Cables Precision Connectors Calibrations Accessories and Tools Automotive FAKRA Connectors and Cable Assemblies HSD System Medical & Industries Non-Magnetic RF Connectors Non-Magnetic RF Cable Assemblies Data/RF/Power/DC Hybrid Connectors and Assemblies Customized Data/Power Connectivity System Fiber Optic Connectivity Products

6 CONTENTS ROSENBERGER TEST TECHNOLOGY 06 TEST & MEASUREMENT KITS 07 MICROWAVE CABLES 13 ADAPTERS 26 MICROWAVE TEST CABLE ASSEMBLIES 33 TEST ACCESSORIES &TOOLS 46 WinCoMeT TEST SYSTEM 52 APPENDIX1:CABLE USE AND MAINTENANCE PRECAUTIONS 55 APPENDIX2:VSWR & RETURN LOSS FORM 56 ROSENBERGER SERVICE 58

7 05 06 ROSENBERGER TEST TECHNOLOGY Outline For over 50 years, Rosenberger Test & Measurement division has been a dependable and precise development partner in industrial measurement technology. Leading companies engaged in electronic measurement technology have put their trust in Rosenberger for research and development, innovative solutions, high-quality manufacturing, and customer service. Rosenberger offers a comprehensive range of products including: calibration, verification and gauge kits, test cables, interchangeable port connector systems, open-short loads, sliding loads, attenuators and air lines. The precision connector range includes connector heads, cable connectors and adapters and are identified by the part number series RPC-N, RPC-TNC, RPC-7, RPC-SP, RPC-3.50, RPC-2.92, RPC-2.40, RPC-1.85 and RPC Rosenberger test and measurement products are widely used in communication, military, aerospace, industrial, and manufacturing applications and environments.

8 TEST & MEASUREMENT KITS Vector Network Analyzers (VNA) play an important role in RF and microwave circuit design, analysis, and testing. Calibration accuracy is paramount to VNA measurements and is dependent on the calibration methods and kit. Rosenberger provides several calibration kits to support various coaxial ports. Ports: N(DC-18GHz), 7mm, 3.5mm, 2.92mm(K), 2.4mm, 1.85mm(V), QMA, 7/16-DIN. Calibration Type: T Type Calibration, Industrial Version, LRL Version, TRL Version and Full Version. Additionally, Rosenberger provides verification kits, gauge kits and high performance cables to help ensure stable, reliable, and consistent measurements.

9 Calibration Kits Rosenberger provides a series of high precision calibration kits and adapters, as well as, attenuators, open-short load modules, sliding loads, and air lines. All calibration accessories are manufactured and tested according to IEEE P 287, IEC and MIL standards. 100% SPC quality control ensures product quality. Precision design and manufacturing of key components guarantee reliability and compliance to specification. Port Type Frequency LRL/TRL Version Industrial Version Full Version RPC-N,50Ω DC-18.0GHz 05CK (LRL) 05CK10A CK RPC-N,75Ω DC-4.0GHz P5CK (TRL) P5CK10A-170 P5CK RPC-TNC,50Ω DC-18.0GHz - 06CK10A CK RPC-7 DC-18.0GHz 07CK (LRL) 07CK10A CK RPC-SP(BMA) DC-22.0GHz 10CK (TRL) 10CK10A CK RPC-3.50 DC-26.5GHz 03CK (LRL) 03CK10A CK RPC-2.92 DC-40.0GHz 02CK (LRL) 02CK10A CK RPC-2.40 DC-50.0GHz 09CK (LRL) 09CK10A CK RPC-1.85 DC-65.0GHz 08CK (LRL) 08CK10A CK RPC-1.00 DC-110.0GHz 01CK (LRL) DC-8.0GHz 60CK (LRL) 60CK10A CK BNC,50Ω DC-4.0GHz - 51CK10A CK F, 75Ω DC-4.0GHz 74CK (TRL) 74CK10A CK QMA DC-18.0GHz CK SMP DC-40.0GHz - 19CK10A FAKRA-HF DC-6.0GHz CK Snap N, 50Ω DC-11.0GHz QCK10A-150

10 Full Version RPC-3.5mm Calibration Kits (03CK ) Type Part Quant. 03S12L-000S3 Open(Male) 1 03K12L-000S3 Open(Female) 1 03S12S-000S3 Short(Male) 1 03K12S-000S3 Short(Female) 1 03S150-C10S3 Load(Male) 1 03K150-C10S3 Load(Female) 1 03S150-G300 Sliding Load(Male) 1 03K150-G300 Sliding Load(Female) 1 03S121-S20S3 Adapter(Male)-(Male) 1 03K121-K20S3 Adapter(Female)-(Female) 1 03W mm width across flats /0.9Nm torque spanner 1 03W00K-000 Gauge(Female) 1 03W00S-000 Gauge(Male) 1 RPC-N Calibration Kits (05CK ) Type Part Quant. 05S12L-000S3 Open(Male) 1 05K12L-000S3 Open(Female) 1 05S12S-000S3 Short(Male) 1 05K12S-000S3 Short(Female) 1 05S150-C10S3 Load(Male) 1 05K150-C10S3 Load(Female) 1 05S150-G300 Sliding Load(Male) 1 05K150-G300 Sliding Load(Female) 1 05S121-S20S3 Adapter(Male)-(Male) 1 05K121-K20S3 Adapter(Female)-(Female) 1 53W mm width across flats/1.1nm torque spanner 1 05W00K-000 Gauge(Female) 1 05W00S-000 Gauge(Male) 1

11 Industrial Version RPC-3.5mm Calibration Kits (03CK10A-150) Type Part Quant. 03S12L-000S3 Open(Male) 1 03K12L-000S3 Open(Female) 1 03S12S-000S3 Short(Male) 1 03K12S-000S3 Short(Female) 1 03S150-C10S3 Load(Male) 1 03K150-C10S3 Load(Female) 1 03W mm width across flats/0.9nm torque spanner 1 RPC-N Calibration Kits (05CK10A-150) Type Part Quant. 05S12L-000S3 Open(Male) 1 05K12L-000S3 Open(Female) 1 05S12S-000S3 Short(Male) 1 05K12S-000S3 Short(Female) 1 05S150-C10S3 Load(Male) 1 05K150-C10S3 Load(Female) 1 53W mm width across flats/1.1nm torque spanner 1

12 T Type Calibration Kits Type Part Description SMA (DC-26.5GHz) 03S30R-MSON3 03K30R-MSON3 03S121-S00S3 03K121-K00S3 T (Male) (Open-Short-Load) T (Female) (Open-Short-Load) Adapter (Male)-(Male) Adapter (Female)-(Female) 32W Torque spanner N (DC-6GHz) 53S36R-MSON3 53K36R-MSON3 05S121-S00S3 05K121-K00S3 05S121-K00S3 T (Male) (Open-Short-Load) T (Female) (Open-Short-Load) Adapter (Male)-(Male) Adapter (Female)-(Female) Adapter (Male)-(Female) 53W Torque spanner 7-16 (DC-6GHz) 60S36R-MSON3 60K36R-MSON3 60S101-S50N1 60K101-K50N1 05S160-S50D3 05K160-K50D3 T (Male) (Open-Short-Load) T (Female) (Open-Short-Load) Adapter (Male)-(Male) Adapter (Female)-(Female) Adapter RPC-N (Male)-7/16(Male) Adapter RPC-N (Female)-7/16(Female) 60W Torque spanner Notice: All parts can be separately provided.

13 Verification Kits pe Port Part 05AS122-K20S3 20dB attenuator 05CK RPC-N 05AS122-K40S3 05S101-K100 40dB attenuator 50Ω air line 05S102-K100 25Ω mismatch air line 07AP122-P20S3 20dB attenuator 07CK RPC-7 07AP122-P40S3 07P101-P100 40dB attenuator 50Ω air line 07P102-P100 25Ω mismatch air line 03AS122-K20S3 20dB attenuator 03CK RPC AS122-K40S3 03S101-K100 40dB attenuator 50Ω air line 03S102-K100 25Ω mismatch air line 02AS122-K20S3 20dB attenuator 02CK RPC AS122-K40S3 02S101-K075 40dB attenuator 50Ω air line 02S102-K075 25Ω mismatch air line Gauge Kits Type Port Gauge rang(μm) Accuracy(μm) Flatness(μm) Surface Finish(μm) 01GK0KS-000 RPC-1.00 ± GK0KS-000 RPC-3.5 / RPC-2.92 ± GK0KS-000 RPC-N(50Ω) ± P5GK0KS-000 RPC-N(75Ω) ± GK0KS-000 RPC-TNC ± GK0KS-000 RPC-7 ± GK0KS-000 RPC-1.85 / RPC-2.4 ± GK0KS ±

14 MICROWAVE CABLES Rosenberger offers a wide range of microwave cable assemblies. Notable characteristics include high phase-stability and a high number of mating cycles. Several cable types and connector interface options provide flexibility to support a number of industrial test & measurement applications. The standard portfolio of flexible microwave cable assemblies include pre-defined lengths and support applications up to 70 GHz. Customized assemblies and solutions are available upon request.

15 High-Performance Cables Rosenberger microwave cables are not only designed to minimize reflection and transmission loss but also to maximize phase and amplitude stability. Their special design, superior material and rigid manufacture processing make up the typical Rosenberger high-performance microwave cable: Center Contact Solid or stranded silver-plated copper wire. In comparison to equal size stranded center conductors, the solid center conductor has less RF resistance, lower attenuation, and better amplitude stability when bending. But the stranded center conductor has more flexibility and better phase stability under bending condition. Dielectric Low density PTFE has a dielectric constant ranging from 1.4 to 1.7 depending on the cable type. Most transmission loss is caused either directly or indirectly by the dielectric. In addition, the dielectric determines the velocity of transmission, temperature range, rated power, phase and amplitude stability and flexibility. Due to its low density and low thermal expansion coefficient, the Low density PTFE has excellent flexibility and phase stability. Inner Shield Silver-plated copper tape, helically wrapped with minimum 40% overlap between layers. The shield has outstanding flexibility and 100% coverage dielectric. Through strictly monitoring the precision wrapping process and carefully matching the elasticity of the dielectric to the properties of the silver-plated copper tape, uniform impedance and ideal contact between individual layers of the shield are maintained. Outer Shield Silver-plated copper wire, tightly braided over the inner shield. The braid plays a vital role to shielding effect, and also affects the weight as one of the main factors. Jacket Fluorinated Ethylene Propylene (FEP): features high temperature resistance and chemical inertness.

16 Applications of High-Performance Cables High-performance microwave cable assemblies are utilized in the following: Measurement: design lab test and verification Military hardware: radar, electronic, avionics Aviation: satellite, aircraft Common industry testing High-Performance Cable Types Customers can choose cables according to the application use and specifications: insertion loss, phase, power, cable outer diameter. The insertion loss, mechanical dimensions, and weight are interrelated. Rosenberger can balance these parameters according to the intended application or use.

17 RTK-FLEX Series Cables RTK-Flex series cables from Rosenberger are an excellent cost-efficient choice for microwave signal transmission. With years of experience and detailed knowledge in manufacturing of cable assemblies, Rosenberger has designed RTK-Flex series to support applications up to 18GHz. Compared to similar products, RTK-Flex series cables are constructed by an improved solid PTFE dielectric wrapped underneath a precision wrap layer of metal Cu tape for a near ideal microwave shielding. The round wire braid and FEP outer jacket enhance better retention force and protection. RTK-Flex series cables not only feature high frequency compliance, but also achieve better shielding, stability, durability and lower cost. In addition, RTK-Flex series cables are compliant with standard stripping tools and semi-rigid cable connectors. Cable Types Cable Type RTK-Flex 405 RTK-Flex 402 Physical Parameters Jacket Diameter mm Outer Shield Diameter mm Dielectric Diameter mm Center Contact Diameter mm Weight g/m Minimum Bend Radius mm Electrical Performance Parameter Characteristic Impedance Ohms Maximum Operating Frequency GHz Relative Velocity of Propagation 70% 70% Capacitance pf/m Shield Performance db@1ghz >90 >90 1 GHz Maximum Insertion Loss (db/m) 5 GHz GHz GHz Max Voltage VRMS Signal Delay ns/m Max Power See chart Environmental Characteristics Temperature Range -65~+80-65~+80 Optional Connectors All types of standard connectors for semi-rigid cable

18 Characteristic Diagrams of Cables

19 Low Loss Cables Rosenberger Low Loss cables provide high microwave performance and outstanding mechanical integrity without sacrificing insertion loss, phase stability, or VSWR. Low Loss cables are extremely versatile and available for a wide range of applications. Cable Types Cable Type RTK 125 RTK 106 RTK 107 RTK 161 RTK 162 Physical Parameters Jacket Diameter mm Center Contact Type mm Solid Solid Stranded Solid Stranded Weight mm Minimum Bend Radius mm Bend Times 10,000 10, ,000 10, ,000 Electrical Performance Characteristic Impedance Ohms Maximum Operating Frequency GHz Relative Velocity of Propagation 77% 77% 77% 77% 77% Capacitance pf/m Shield Performance db@1ghz >100 >100 >100 >100 >100 1 GHz GHz GHz Maximum Insertion Loss(dB/m) 18 GHz GHz GHz GHz Phase Stability (Bend) * Phase Stability (Temperature) Max Power 10 GHz GHz See chart See chart Environmental Characteristics Temperature Range -65~ ~ ~ ~ ~+165 Optional Connectors Please refer to the connector selection guide or contact Rosenberger for technical service. * measured by wrapping cable around one cylinder of diameter 50mm. ** measured by wrapping cable around one cylinder of diameter 75mm.

20 Characteristic Diagrams of Cables

21 Ultra Low Loss Cables Rosenberger Ultra Low Loss cables utilize low density PTFE as a dielectric and provide the lowest insertion loss at f 18~40 GHz. Ultra Low Loss Cables feature lower weight, higher electrical stability, greater flexibility and resilience compared with standard microwave cables. Cable Types Cable Type RTK 041 RTK 040 RTK 052 RTK 050 RTK 080 RTK 081 Physical Parameters Jacket Diameter mm Center Contact Type Stranded Solid Stranded Solid Stranded Solid Weight g/m Minimum Bend Radius mm Bend Times 35,000 5,000 35,000 5,000 35,000 5,000 Electrical Performance Parameter Characteristic Impedance Ohms Maximum Operating Frequency GHz Relative Velocity of Propagation 83% 83% 83% 83% 83% 83% Capacitance pf/m Shield Performance db@1ghz >100 >100 >100 >100 >100 >100 1 GHz GHz GHz Maximum Insertion Loss (db/m) 18 GHz GHz GHz GHz ** 5 ** Phase Stability (Bend) 18 GHz ** 8 ** Phase Stability (Temperature) See chart Max Power See chart Environmental Characteristics Temperature Range -65~ ~ ~ ~ ~ ~+165 Optional Connectors Please refer to the connector selection guide or contact Rosenberger for technical service * measured by wrapping cable around one cylinder of diameter 50mm. ** measured by wrapping cable around one cylinder of diameter 75mm. Test Methods Measure the initial value of the test cable. Then wrap the cable around a cylinder, and measure the final value. The end of the cable should be atleast 200mm from the crossover point. D: 50mm, 75mm Cable length: 600mm Cable Static Bending Test

22 Characteristic Diagrams of Cables

23 Low Loss Halogen Cables Low Loss Halogen cables are designed especially for customers who require crucial flexibility. With a polyurethane (PUR) jacket, low loss halogen cables are very flexible and can withstand extreme temperature conditions. All low loss halogen cables have low loss, phase stability and VSWR performance similar to our standard low loss cable. Cable Types Cable Type RTK 161P RTK 162P Physical Parameters Jacket Diameter mm Center Contact Type Solid Stranded Weight g/m Minimum Bend Radius mm Bend Times 10, ,000 Electrical Performance Parameter Characteristic Impedance Ohms Maximum Operating Frequency GHz Relative Velocity of Propagation 77% 77% Capacitance pf/m Shield Performance db@1ghz >100 >100 1 GHz GHz Maximum Insertion Loss (db/m) 10 GHz GHz GHz Phase Stability (Bend)* Phase stability (Temp.) Max Power 10 GHz GHz 7 5 See chart See chart Environmental Characteristics Temperature Range --65~+80-65~+80 * measured by wrapping cable around one cylinder of diameter 50mm. ** measured by wrapping cable around one cylinder of diameter 75mm.

24 Characteristic Diagrams of Cables

25 RG Series Cables RG series cables are designed according to MIL-C-17 and compatible with all standard connectors. Assembled with Rosenberger connectors, RG series cables offer customers an optimum, cost-effective solution for routine testing. Cable Types Cable Type RG316 RG142 B/U RG 223/U RG214/U RG 393/U Physical Parameters Jacket Diameter mm Center Contact Type Stranded Solid Solid Stranded Stranded Weight g/m Minimum Bend Radius (Static) mm Minimum Bend Radius (dynamic) mm Electrical Performance Characteristic Impedance Ohms Maximum Operating Frequency GHz Relative Velocity of Propagation 70% 70% 66% 66% 70% Capacitance pf/m MHz Maximum Insertion Loss (db/m) 1000 MHz MHz MHz Environmental Characteristics Temperature Range -55 ~ ~ ~+85-40~+85-55~+200 Optional Connectors All types of standard connectors for flexible cable

26 Semi-Flex & Semi-Rigid Cables Rosenberger semi-rigid/semi-flex cable assemblies transmit high-speed and high-frequency microwave signals. It is the most cost-effective solution for microwave cabinet system. Products Features Excellent performance Low Insertion loss Low VSWR High Shielding Ability and over 130dB isolation. Outstanding structure Application Scenarios Frequency from 500 MHz to 65 GHz High-frequency Systems Microwave devices and assemblies Delay cables Medical Systems Wireless Communication System High-speed Computer System CATV Transmission Systems Cable Types Cable Type Semi-Rigid Cable Semi-Flex Cable UT 047 UT 085 UT 141 FTK-FS 085 FTK-FS141 FTK-FS 250 Physical Parameters Jacket Diameter mm / /4.6/ Center Contact Type Solid Solid Solid Solid Solid Solid Weight g/m Minimum Bend Radius (Single) mm Minimum Bend Radius (Multiple) mm Electrical Performance Parameter Characteristic Impedance Ohms Maximum Operating Frequency GHz Relative Velocity of Propagation 70% 70% 70% 70% 70% 70% Capacitance pf/m Shield Performance db@1ghz MHz 400 MHz MHz MHz MHz MHz Maximum Insertion Loss (db/m) 2400 MHz MHz 3000 MHz MHz MHz MHz MHz MHz Environmental Characteristics Optional Connectors All types of standard connectors for flexible cable

27 ADAPTERS Rosenberger provides a wide range of adapters with various ports: SMP, mini-smp, SMA, N(50Ω), N(75Ω), QMA, BNC, TNC, 7/16 and Coaxial waveguide. Adapters are offered in 4 series: standard, precision, calibration, and VNA (Vector Network Analyzer) proprietary interface. Standard adapters are normally applied in common industrial applications. Precision adapters have higher operating frequencies and better electrical performance compared to standard adapters. Calibration and VNA proprietary interface adapters are used in high-precision laboratory instruments and other highprecision applications.

28 Standard Adapters Adapter Type PN Frequency (GHz) VSWR SMA(Male)-SMA(Male) 32S103-S00L x f[ghz] SMA(Male)-SMA(Female) 32S105-K00L , DC-4 GHz 1.14, 4-8 GHz 1.22,8-18 GHz SMA(Female)-SMA(Female) 32K101-K00L x f [GHz] N(Male)-N(Male) 53S101-S00N , DC-4 GHz 1.12 db,4-9 GHz N(Male)-N(Female) 53S101-K00N , DC-2 GHz 1.07, 2-4 GHz 1.12, 4-9 GHz N(Female)-N(Female) 53K101-K00N , DC-2 GHz 1.12, 2-4 GHz 1.17, 4-9 GHz N(Male)-SMA(Male) 53S132-K00L , DC-2 GHz 1.04, 2-5 GHz 1.12, 5-12 GHz N(female)-SMA(Male) 32S153-K00L x f [GHz] N(Male)-7/16(Female) 53S160-K50N , DC-2.5 GHz 1.04, GHz 1.12, GHz 7/16(Male)-7/16(Female) 60S101-K50N , DC-2.5 GHz 1.05, GHz 1.12, GHz 7/16(Female)-7/16(Female) 60K101-K50N , DC-2.5 GHz 1.05, GHz 1.12, GHz

29 Precision Adapters Adapter Type PN Frequency (GHz) Return Loss RPC-3.5(Male)-RPC-2.4(Male) 03S109-S00S db, DC-26.5 GHz RPC-3.5(Male)-RPC-2.4(Female) 03S109-K00S db, DC-26.5 GHz RPC-3.5(Female)-RPC-2.4(Male) 03K109-S00S db, DC-26.5 GHz RPC-3.5(Male)-RPC-3.5(Male) 03S121-S00S dB, DC-26.5 GHz RPC-3.5(Male)-RPC-3.5(Female) 03S121-K00S db, DC-26.5 GHz RPC-3.5(Female)-RPC-3.5(Female) 03K121-K00S db, DC-26.5 GHz RPC-2.92(Male)-RPC-2.92(Male) 02S121-S00S dB, DC-40 GHz RPC-2.92(Male)-RPC-2.92(Female) 02S121-K00S dB, DC-40 GHz RPC-2.92(Female)-RPC-2.92(Female) 02K121-K00S dB, DC-40 GHz RPC-2.92(Female)-RPC-2.4(Male) 02K109-S00S db, DC-40 GHz RPC-2.92(Male)-RPC-2.4(Female) 02S109-K00S db, DC-40 GHz

30 Adapter Type PN Frequency (GHz) Return Loss RPC-2.92(Male)-mini SMP(Female) 02S118-K00S db, DC-12 GHz 26 db, 12 GHz-20 GHz 18 db, 20 GHz-40 GHz RPC-2.92(Male)-mini SMP(Male) 02S118-S00S db, DC-12 GHz 26 db, 12 GHz-20 GHz 18 db, 20 GHz-40 GHz RPC-2.92(Female)-mini SMP(Male) 02K118-S00S db, DC-12 GHz 26 db, 12 GHz-20 GHz 18 db, 20 GHz-40 GHz RPC-2.4(Female)-RPC-2.4(Female) 09K121-K00S db, DC-50 GHz RPC-2.4(Male)-RPC-2.4(Female) 09S121-K00S db, DC-50 GHz RPC-2.4(Male)-RPC-2.4(Male) 09S121-S00S db, DC-50 GHz

31 Calibration Adapters Adapter Type PN Frequency (GHz) Return Loss RPC-3.5(Male)-RPC-3.5(Male) 03S121-S20S db, DC-4 GHz 30 db, 4 GHz-26.5 GHz RPC-3.5(Male)-RPC-3.5(Female) 03S121-K20S db, DC-4 GHz 30 db, 4 GHz-26.5 GHz RPC-3.5(Female)-RPC-3.5(Female) 03K121-K20S db, DC-4 GHz 30 db, 4 GHz-26.5 GHz RPC-2.92(Male)-RPC-2.92(Male) 02S121-S20S db, DC-4 GHz 25 db, 4 GHz-40 GHz RPC-2.92(Male)-RPC-2.92(Female) 02S121-K20S db, DC-4 GHz 25 db, 4 GHz-40 GHz RPC-2.92(Female)-RPC-2.92(Female) 02K121-K20S db, DC-4 GHz 25 db, 4 GHz-40 GHz RPC-2.4(Male)-RPC-2.4(Male) 09S121-S20S db, DC-4 GHz 17 db, 4 GHz-50 GHz RPC-2.4(Male)-RPC-2.4(Female) 09S121-K20S db, DC-4 GHz 17 db, 4 GHz-50 GHz RPC-2.4(Male)-RPC-2.4(Male) 09K121-K20S db, DC-4 GHz 17 db, 4 GHz-50 GHz

32 VNA (Vector Network Analyzer) Proprietary Interface Adapters Rosenberger provides rugged and durable adapters for VNA (Vector Network Analyzer). The product lines include: RPC-2.92, RPC-3.50, RPC-2.40 and RPC1.85. Rosenberger VNA proprietary interface adapters have excellent performance: Available for all common Vector Network Analyzer Strong protection for VNA test ports Reduce maintenance costs and avoid expensive VNA repairs Excellent electrical performance Adapter Type PN Frequency (GHz) Return Loss RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-N(Female) 09KR105-K0AS db, DC-18 GHz RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-N(Male) 09KR105-S0AS db, DC-18 GHz RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-7 09KR107-P0AS db, DC-18 GHz RPC-2.92(Female) VNA Dedicated Dual Threaded Rugged Type RPC-N(Female) 02KR105-K0AS db, DC-18 GHz RPC-2.92(Female) VNA Dedicated Dual Threaded Rugged Type RPC-N(Male) 02KR105-S0AS db, DC-18 GHz RPC-2.92(Female) VNA Dedicated Dual Threaded Rugged Type RPC-7 02KR107-P0AS db, DC-18 GHz RPC-3.50(Female) VNA Dedicated Dual Threaded Rugged Type RPC-N(Female) 03KR105-K0AS db, DC-18 GHz RPC-3.50(Female) VNA Dedicated Dual Threaded Rugged Type RPC-N(Male) 03KR105-S0AS db, DC-18 GHz RPC-3.50(Female) VNA Dedicated Dual Threaded Rugged Type RPC-7 03KR107-P0AS db, DC-18 GHz RPC-3.50(Female) VNA Dedicated Dual Threaded Rugged Type RPC-3.50(Female) 03KR121-K0AS db, DC-26.5 GHz RPC-3.50(Female) VNA Dedicated Dual Threaded Rugged Type RPC-3.50(Male) RPC-3.50(Female) VNA Dedicated Dual Threaded Rugged Type RPC-3.50(Male) VNA Dedicated Dual Threaded Rugged Type 03KR121-S0AS db, DC-26.5 GHz 03KR121-SR00S db, DC-26.5 GHz

33 31 32 Adapter Type PN Frequency (GHz) VSWR RPC-2.92(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.92(Female) 02KR121-K0AS db, DC-26.5 GHz 23 db, 26.5 GHz-40 GHz RPC-2.92(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.92(Male) RPC-2.92(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.92(Male) VNA Dedicated Dual Threaded Rugged Type RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.92(Female) 02KR121-S0AS KR121-SR00S KR102-K0AS db, DC-26.5 GHz 23 db, 26.5 GHz-40 GHz 26 db, DC-26.5 GHz 23 db, 26.5 GHz-40 GHz 26 db, DC-18 GHz 23 db, 18 GHz-40 GHz RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.92(Male) 09KR102-S0AS db, DC-18 GHz 23 db, 18 GHz-40 GHz RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.40(Female) 09KR121-K0AS db, DC-26.5 GHz 23 db, 26.5 GHz-50 GHz RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.40(Male) RPC-2.40(Female) VNA Dedicated Dual Threaded Rugged Type RPC-2.40(Male) VNA Dedicated Dual Threaded Rugged Type RPC-1.85(Female) VNA Dedicated Dual Threaded Rugged Type RPC-1.85(Female) RPC-1.85(Female) VNA Dedicated Dual Threaded Rugged Type RPC-1.85(Male) RPC-1.85(Female) VNA Dedicated Dual Threaded Rugged Type RPC-1.85(Male) VNA Dedicated Dual Threaded Rugged Type 09KR121-S0AS KR121-SR00S KR121-K0AS KR121-S0AS KR121-SR00S db, DC-26.5 GHz 23 db, 26.5 GHz-50 GHz 26 db, DC-26.5 GHz 23 db, 26.5 GHz-50 GHz 28 db, DC-18 GHz 21 db, 18 GHz-50 GHz 17 db, 50 GHz-70 GHz 28 db, DC-18 GHz 21 db, 18 GHz-50 GHz 17 db, 50 GHz-70 GHz 28 db, DC-18 GHz 21 db, 18 GHz-50 GHz 17 db, 50 GHz-70 GHz

34 MICROWAVE TEST CABLE ASSEMBLIES Rosenberger high performance test cable assemblies are composed of precision connectors and high performance test cables. These cables feature excellent stability, high reliability, amplitude and phase stabilization, low loss, and low return loss. Depending on your application, Rosenberger can provide test cable assemblies to suit your needs.

35 33 34 Each Rosenberger cable has a unique counterpart connector, which guarantees reliable and accurate mating. Connector Type Frequency (GHz) RTK125 RTK106 RTK107 RTK161 RTK162 RTK161P RTK162P RTK050 RTK052 RTK040 RTK041 RTK080 RTK081 RPC-2.4mm(Male) 40/50 RPC-2.4mm(Female) 40/50 VNA Dedicated Dual Threaded Rugged Type 2.4(Male) VNA Dedicated Dual Threaded Rugged Type 2.4(Female) 40/50 40/50 RPC-2.92mm(Male) 40 RPC-2.92mm Right Angle (Male) 40 RPC-2.92mm(Female) 40 VNA Dedicated Dual Threaded Rugged Type 2.92(Female) 40 RPC-3.5mm(Male) 26.5 RPC-3.5mm Right Angle (Male) 26.5 VNA Dedicated Dual Threaded Rugged Type 3.5mm(Male) 26.5 RPC-3.5mm(Female) 26.5 VNA Dedicated Dual Threaded Rugged Type 3.5mm(Female) 26.5 SMA(Male) 18 SMA Right Angle(Male) 18 SMA Right Angle(Male) 18 SMA(Female) 18 RPC-N(Male) 18 RPC-N(Female) 18 RPC-N Right Angle(Male) 18 RPC-7mm 18 RPC-TNC(Male) 18 RPC-TNC Right Angle(Male) 18 RPC-TNC(Female) 18 RPC-SP(BMA)(Male) 22 RPC-SP(BMA)(Female) 22 BNC(Male) 4 N(Male) 12.4 N(Female) 12.4 N Right Angle(Male) 12.4

36 6 GHz Standard Test Cable Assemblies Rosenberger has developed cost-effective cable assemblies to meet RF product testing up to 6 GHz. Product Features Excellent Value Excellent electrical properties (Typical VSWR less than 1.1@3GHz), and outstanding insertion loss and amplitude stabilization Shielding performance over 100dBc@1GHz Special connectors and connection technologies ensure long life Comply with RoHS environmental standards Improved outer jackets of RG223, RG214, RG142 ensure durability Working temperature: -55 ~+200 Meet common RF product testing needs 1~2 week lead time Cable Types Cable Type RG316 RG142 B/U RG 223/U RG214/U Physical parameters Cable Jacket Diameter mm Center Conductor Type Stranded Solid Solid Stranded weight g/m Minimum Bend Radius (Static) mm Minimum Bend Radius (Dynamic) mm Electrical Characteristics Impedance Ohms Max. Frequency GHz Velocity of Propagation 70% 70% 66% 66% Capacitance pf/m MHz Max. Insertion Loss (db/m) 1000 MHz GHz GHz Environmental Characteristics Temperature Range -55~ ~ ~+85-40~+85 Available Connector Applicable to all standard flexible cable connectors

37 Standard Models Connector Type PN Impedance (Ω) Cable Frequency VSWR SMA(Male)-SMA(Male) L06-C003-XXX 50 LMR 195 DC-3GHz N(Male)-N(Male) L06-C117-XXX 50 LMR 195 DC-3GHz 1.35 SMA(Male)-N(Male) L06-C119-XXX 50 LMR 195 DC-3GHz BNC(Male)-BNC(Male) L06-C118-XXX 50 LMR 195 DC-3GHz SMA(Male)-BNC(Male) L06-C120-XXX 50 LMR 195 DC-3GHz N(Male)-N(Male) L17-C001-XXX 50 RG 214/U DC-5GHz N(Male)-N(Female) L17-C002-XXX 50 RG 214/U DC-5GHz N(Male)-N(Female) L07-C108-XXX 50 RG142 B/U DC-5GHz SMA(Male)-SMA(Female) L07-C111-XXX 50 RG142 B/U DC-5GHz N(Male)-SMA(Female) L07-C206-XXX 50 RG142 B/U DC-5GHz N(Male)-N(Male) L07-C212-XXX 50 RG142 B/U DC-5GHz SMA(Male)-SMA(Male) L07-C213-XXX 50 RG142 B/U DC-5GHz 1.15, DC- 1.0GHz 1.20, GHz 1.35, GHz N(Male)-SMA(Male) L07-C214-XXX 50 RG142 B/U DC-5GHz SMA(Male)-N(Female) L07-C215-XXX 50 RG142 B/U DC-5GHz BNC(Male)-SMA(Female) L07-C202-XXX 50 RG142 B/U DC-5GHz BNC(Male)-BNC(Female) L07-C203-XXX 50 RG142 B/U DC-5GHz N(Male)-BNC(Female) L07-C204-XXX 50 RG142 B/U DC-5GHz N(Male)-BNC(Male) L07-C205-XXX 50 RG142 B/U DC-5GHz 1.20,DC-1.0GHz 1.35, GHz 1.50, GHz SMA(Male)-BNC(Male) L07-C207-XXX 50 RG142 B/U DC-5GHz BNC(Male)-BNC(Male) L07-C208-XXX 50 RG142 B/U DC-5GHz N(Male)-N(Male) L08-C001-XXX 50 RG 223/U DC-5.8GHz N(Male)-N(Female) L08-C002-XXX 50 RG 223/U DC-5.8GHz N(Male)-SMA(Male) L08-C003-XXX 50 RG 223/U DC-5.8GHz GHz GHz GHz SMA(Male)-SMA(Male) L08-C004-XXX 50 RG 223/U DC-5.8GHz BNC(Male)-BNC(Male) L08-C313-XXX 50 RG 223/U DC-5.8GHz BNC(Male)-BNC(Female) L08-C321-XXX 50 RG 223/U DC-5.8GHz BNC(Male)-SMA(Male) L08-C314-XXX 50 RG 223/U DC-5.8GHz BNC(Male)-SMA(Female) L08-C315-XXX 50 RG 223/U DC-5.8GHz N(Male)-BNC(Male) L08-C317-XXX 50 RG 223/U DC-5.8GHz 1.17,DC-1.0GHz 1.25, GHz 1.50, GHz N(Male)-BNC(Female) L08-C318-XXX 50 RG 223/U DC-5.8GHz SMA(Male)-N(Female) L08-C319-XXX 50 RG 223/U DC-5.8GHz N(Male)-SMA(Female) L08-C316-XXX 50 RG 223/U DC-5.8GHz GHz GHz SMA(Male)-SMA(Female) L08-C320-XXX 50 RG 223/U DC-5.8GHz GHz BNC(Male)-BNC(Male) L09-C001-XXX 75 RG 59 B/U DC-1GHz BNC(Male)-N(Male) L09-C004-XXX 75 RG 59 B/U DC-1GHz N(Male)-N(Male) L09-C006-XXX 75 RG 59 B/U DC-1GHz

38 18GHz Economical Calibration Test Cable Assemblies Based on its cable manufacturing expertise, Rosenberger provides 18GHz economical calibration test cable assemblies. Satisfying harsh test requirements through its competitive pricing and outstanding electronic characteristics. Product Features Outstanding VSWR (typical VSWR Better amplitude and phase stability Smooth Frequency response Flexible cable assemblies, long life characteristic 1~2 week lead time Cable Types Cable Type RTK-Flex 405 RTK-Flex 402 Physical Parameters Cable Jacket Diameter mm Center Conductor Diameter Weight g/m Minimum Bend Radius (Static) mm Electrical Characteristics Impedance Ohms Max.frequency GHz Velocity of Propagation 70% 70% Shielding Effectiveness >90 >90 Capacitance pf/m GHz GHz Max. Insertion Loss (db/m) 10GHz GHz Environmental Characteristics Temperature Range -65~ ~+125 Available connectors Applicable to all standard flexible cable connectors

39 RTK-Flex 405 Series Connector Type PN Impedance (Ω) Cable Frequency (GHz) VSWR SMP(Female)-SMA(Female) L71-C275-XXX 50 RTK-FLEX SMA(Female)-SMP(Right Angle Female) L71-C276-XXX 50 RTK-FLEX SMP(Female)-SMP(Female) L71-C674-XXX 50 RTK-FLEX SMA(Female)-SMA(Female) L71-C716-XXX 50 RTK-FLEX , DC-10GHz 1.50, 10-18GHz SMP(Right Angle Female)-SMP(Right Angle Female) L71-C718-XXX 50 RTK-FLEX SMA(Male)-SMP(Right Angle Female) L71-C719-XXX 50 RTK-FLEX SMA(Male)-SMA(Male) L71-C282-XXX 50 RTK-FLEX SMA(Male)-SMA(Female) L71-C717-XXX 50 RTK-FLEX , DC-5 GHz 1.20, 5GHz-10 GHz 1.35, 10GHz-18 GHz 1.25,DC-10GHz 1.40,10-18GHz RTK-Flex 402 Series Connector Type PN Impedance (Ω) Cable Frequency (GHz) VSWR SMA(Male)-SMA(Male) L72-C301-XXX 50 RTK-FLEX , DC-18GHz SMA(Male)-SMA(Female) L72-C926-XXX 50 RTK-FLEX , DC-18GHz SMA(Female)-SMA(Female) L72-C925-XXX 50 RTK-FLEX , DC-6GHz 1.50, 6-18GHz N(Male)-SMA(Male) L72-C484-XXX 50 RTK-FLEX N(Male)-SMA(Female) L72-C297-XXX 50 RTK-FLEX N(Male)-N(Male) L72-C333-XXX 50 RTK-FLEX , DC-6GHz N(Round flange, Female)-SMA(Male) L72-C923-XXX 50 RTK-FLEX N(Round flange, Female)-SMA(Female) L72-C924-XXX 50 RTK-FLEX 402 6

40 18GHz, 26.5GHz, 40GHz, 50GHz High Frequency Stable Amplitude and Phase Cable Assemblies In order to meet high performance tests with stable amplitude and phase requirements, Rosenberger has developed a series of cable assemblies featuring cost-effective, superior amplitude and phase stability. Compared with common test cables, Rosenberger high frequency stable amplitude and phase cables provide superior performance. Product Features Outstanding VSWR Better amplitude and phase stability Smooth Frequency Response Flexible cable assemblies, long life characteristic 1~2 week lead time Cable Types Cable Type RTK 081 RTK-161 RTK-162 RTK 050 RTK 052 RTK 106 RTK 040 RTK 125 Physical Parameters Cable Jacket Diameter mm Center Conductor mm Solid Solid Stranded Solid Stranded Solid Stranded Solid Weight Grams/m Minimum Bend Radius (Static) mm Electrical Characteristics Impedance Ohms 50 Max.Frequency GHz Velocity of Propagation % 77% 77% 83% 83% 77% 83% 77% Shielding Effectiveness db@1ghz >100 >100 >100 >100 >100 >100 >100 >100 Capacitance pf/m Max. Insertion Loss (db/m) Phase Stability vs. Temperature* 1GHz GHz GHz GHz GHz GHz GHz GHz ± ±3 ±2 ±5 ±4 ±5 18 GHz ± ±5 ±3 ±7 ±5 ±7 Environmental Characteristics Temperature Range -65/ / / / / / / /+165 * Cable wrapped around a 50mm diameter mandrel ** Cable wrapped around a 75mm diameter mandrel

41 RTK161 Series Connector Type Cable Type PN Frequency (GHz) VSWR N(Male)-N(Male) RTK 161 LU7-C667-XXX , DC-12 GHz N(Male)-SMA(Male) RTK 161 LU7-C668-XXX , DC-12 GHz RPC-N(Male)-RPC-N(Male) RTK 161 LU7-C339-XXX 18 RPC-N(Male)-SMA(Female) RTK 161 LU7-C343-XXX 18 RPC-N(Male)-SMA(Male) RTK 161 LU7-C342-XXX 18 RPC-N(Male)-RPC N(Female) RTK 161 LU7-C340-XXX 18 RPC-N(Female)-RPC N(Female) RTK 161 LU7-C564-XXX 18 RPC-N(Female)-SMA(Male) RTK 161 LU7-C665-XXX , DC-18 GHz SMA(Male)-SMA(Male) RTK 161 LU7-C337-XXX 18 SMA(Male)-SMA(Female) RTK 161 LU7-C484-XXX 18 SMA(Female)-SMA(Female) RTK 161 LU7-C664-XXX 18 RPC-3.5(Male)-RPC-3.5(Male) RTK 161 LU7-C326-XXX 26.5 RPC 3.5(Male)-RPC 3.5(Female) RTK 161 LU7-C047-XXX 26.5 RPC-3.5(Female)-RPC-3.5(Female) RTK 161 LU7-C604-XXX , DC-26.5 GHz RTK161-E Series Connector Type Cable Type PN Frequency (GHz) VSWR N(Male)-N(Male) RTK 161-E LU7-C677-XXX 12 N(Male)-SMA(Male) RTK 161-E LU7-C678-XXX , DC-2.5 GHz 1.30, DC-12 GHz RPC-N(Male)-RPC-N(Male) RTK 161-E LU7-C612-XXX 18 RPC N(Male)-SMA(Female) RTK 161-E LU7-C702-XXX 18 RPC-N(Male)-RPC-N(Female) RTK 161-E LU7-C700-XXX 18 RPC-N(Female)-RPC-N(Female) RTK 161-E LU7-C703-XXX 18 SMA(Male)-SMA(Male) RTK 161-E LU7-C672-XXX 18 SMA(Male)-SMA(Female) RTK 161-E LU7-C673-XXX , DC-2.5 GHz 1.30, DC-18 GHz SMA(Female)-SMA(Female) RTK 161-E LU7-C674-XXX 18 RPC-N(Male)-SMA(Male) RTK 161-E LU7-C675-XXX 18 RPC-N(Female)-SMA(Male) RTK 161-E LU7-C671-XXX 18

42 RTK162 Series Connector Type Cable Type PN Frequency (GHz) VSWR N(Male)-N(Male) RTK 162 LU7-C010-XXX 12 N(Male)-SMA(Male) RTK 162 LU7-C009-XXX , DC-12 GHz RPC N(Male)-RPC N(Male) RTK 162 LU7-C346-XXX 18 RPC-N(Male)-SMA(Female) RTK 162 LU7-C350-XXX 18 RPC-N(Male)-RPC-N(Female) RTK 162 LU7-C347-XXX 18 RPC-N(Female)-RPC-N(Female) RTK 162 LU7-C348-XXX 18 SMA(Male)-SMA(Male) RTK 162 LU7-C344-XXX , DC-18 GHz SMA(Male)-SMA(Female) RTK 162 LU7-C345-XXX 18 SMA(Male)-RPC-N(Male) RTK 162 LU7-C349-XXX 18 SMA(Male)-RPC-N(Female) RTK 162 LU7-C051-XXX 18 SMA(Female)-SMA(Female) RTK 162 LU7-C082-XXX 18 RPC-3.5(Male)-RPC-3.5(Male) RTK 162 LU7-C331-XXX 26.5 RPC-3.5(Male)-RPC-3.5(Female) RTK 162 LU7-C104-XXX , DC-26.5 GHz RPC-3.5(Female)-RPC-3.5(Female) RTK 162 LU7-C306-XXX 26.5 RTK162-E Series Connector Type Cable Type PN Frequency (GHz) VSWR N(Male)-N(Male) RTK 162-E LU7-C697-XXX 12 N(Male)-SMA(Male) RTK 162-E LU7-C686-XXX , DC-2.5 GHz 1.30, DC-12 GHz RPC-N(Male)-RPC-N(Male) RTK 162-E LU7-C699-XXX 18 RPC-N(Male)-SMA(Female) RTK 162-E LU7-C704-XXX 18 RPC-N(Male)-RPC-N(Female) RTK 162-E LU7-C682-XXX 18 RPC-N(Female)-RPC-N(Female) RTK 162-E LU7-C706-XXX 18 SMA(Male)-SMA(Male) RTK 162-E LU7-C635-XXX 18 SMA(Male)-SMA(Female) RTK 162-E LU7-C630-XXX , DC-2.5 GHz 1.30, DC-18 GHz SMA(Female)-SMA(Female) RTK 162-E LU7-C684-XXX 18 RPC-N(Male)-SMA(Male) RTK 162-E LU7-C685-XXX 18 RPC-N(Female)-SMA(Male) RTK 162-E LU7-C683-XXX 18

43 RTK050, RTK052 Series Connector Type Cable Type PN Frequency (GHz) VSWR RPC-N(Male)- RPC-N(Male) SMA(Male)-SMA(Male) RPC-N(Male)-RPC-N(Female) RPC-3.5(Male)-RPC-3.5(Male) RPC-3.5(Male)-RPC-3.5(Female) RPC-3.5(Female)-RPC-3.5(Female) LA3-C115-XXX RTK LA3-C191-XXX RTK LA3-C132-XXX RTK LA3-C103-XXX RTK LA3-C231-XXX RTK LA3-C232-XXX RTK LA3-C138-XXX RTK LA3-C017-XXX RTK LA3-C064-XXX RTK LA3-C057-XXX RTK LA3-C305-XXX RTK LA3-C041-XXX RTK , DC-18GHz 1.35, DC-26.5GHz RTK 081 Series Connector Type Cable Type PN Frequency (GHz) VSWR RPC-N(Male)- RPC-N(Male) LA2-C125-XXX RTK RPC-N(Male)-RPC-N(Female) LA2-C163-XXX RTK RPC-N(Female)-RPC-N(Female) LA2-C227-XXX RTK RPC-N(Male)-SMA(Male) LA2-C199-XXX RTK SMA(Male)-SMA(Male) LA2-C120-XXX RTK , DC-2.5 GHz 1.30, DC-12 GHz 1.15, DC-2.5 GHz 1.30, DC-18 GHz 1.15, DC-2 GHz 1.30, DC-18 GHz RTK106, RTK040, RTK125 Series Connector Type Cable Type PN Frequency (GHz) VSWR RPC-2.92(Male)- RPC-2.92(Male) RPC-2.92(Male)- RPC-2.92(Female) RPC-2.92(Female)- RPC-2.92(Female) LU1-C020-XXX RTK LA1-C006-XXX RTK LU1-C134-XXX RTK LA1-C115-XXX RTK LU1-C086-XXX RTK LA1-C142-XXX RTK , DC-40 GHz 1.44, DC-40 GHz 1.44, DC-40 GHz RPC-2.4(Male)- RPC-2.4(Male) RPC-2.4(Male)- RPC-2.4(Female) RPC-2.4(Female)- RPC-2.4(Female) LA1-C099-XXX RTK , DC-40 GHz LU8-C042-XXX RTK , DC-50 GHz LA1-C052-XXX RTK , DC-40 GHz LU8-C043-XXX RTK , DC-50 GHz LA1-C066-XXX RTK , DC-40 GHz LU8-C018-XXX RTK , DC-50 GHz

44 VNA Standard Test Cable Assemblies Rosenberger VNA (vector network analyzer) series test cable assemblies incorporate special design to deal with test accuracy and repeatability in high-performance test environments. Rosenberger s patented connectors and patented cable sheath provide consistent and repeatable performance with stable amplitude and phase response. Rosenberger VNA standard test cable assemblies provide customers with durable and long-life performance for: High performance VNA measurements High performance Laboratory connectivity Other harsh environments Connector Type PN Frequency (GHz) Cable Return Loss Armor Type RPC-N(75Ω)(Male) - RPC-N(75Ω)(Male) L xxx 4 RG 216/U 26dB, DC-4 GHz 20dB, 4GHz-26.5 GHz - RPC-2.4(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.4(Male) LU1-003-xxx 40 RTK 106 RPC-2.4(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-SL(Female) LU1-004-xxx 40 RTK 106 RPC-2.92(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.92(Male) LU1-005-xxx 40 RTK 106 RPC-2.92(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.92(Female) RPC-2.92(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-SL(Female) LU1-006-xxx 40 RTK 106 LU1-022-xxx 40 RTK dB, DC-4 GHz 17dB, 4GHz-40 GHz RPC-2.4(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.4(Female) LU1-025-xxx 40 RTK 106 RPC-2.4(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.92(Male) LU1-034-xxx 40 RTK 106 RPC-2.4(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.92(Female) RPC-3.5(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-7 LU1-045-xxx 40 RTK 106 LU7-031-xxx 18 RTK dB, DC-4 GHz 20dB, 4-18 GHz VA (Specially for Vector Network Analyzer) RPC-3.5(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-SL(Female) LU7-035-xxx 26.5 RTK 162 RPC-3.5(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-3.5(Male) LU7-039-xxx 26.5 RTK dB, DC-4 GHz 20dB, 4GHz-26.5 GHz RPC-3.5(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-3.5(Female) LU7-043-xxx 26.5 RTK 162 RPC-3.5(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-N(50Ω) (Female) RPC-3.5(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-N(50Ω)(Male) LU7-056-xxx 18 RTK 162 LU7-069-xxx 18 RTK dB, DC-4 GHz 20dB, 4-18 GHz RPC-2.4(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.4(Male) RPC-2.4(Female)VNA Dedicated Dual Threaded Rugged Type-RPC-2.4(Female) LU8-005-xxx 50 RTK 125 LU8-006-xxx 50 RTK dB, DC-4 GHz 17dB, 4GHz-40 GHz

45 Low Intermodulation Cables Cable Types Cable Type RTK-FS 250-FEP-C Physical Parameters Cable Jacket Diameter mm 6.9 Center Conductor Solid copper plated with sliver Weight g/m 130 Minimum Bend Radius (Single) mm 40 Minimum Bend Radius (Multiple) mm 120 Electrical Characteristics Impedance Ohms 50 Max. Frequency GHz 18 Velocity of Propagation 70% Capacitance pf/m 94 Shielding Effectiveness > MHz MHz MHz MHz MHz 0.42 Max. Insertion Loss (db/m) 3000 MHz MHz MHz MHz MHz 1.47 Environmental Characteristics Temperature Range -65~+180 Available Connectors Applicable to all standard flexible cable connectors RTK-FS 250 Series Connector Type PN Cable Type Frequency (GHz) VSWR N (Male)-N (Male) L73-C061-XXX RTK-FS N (Male)-N (Female) L73-C108-XXX RTK-FS N (Male)- 7/16 (Male) L73-C067-XXX RTK-FS /16 (Male)-7/16 (Male) L73-C060-XXX RTK-FS VSWR 1.2, DC-3 GHz IM3-167dBc (2 20W), 800MHz-2500MHz VSWR 1.2, DC-3 GHz IM3-168dBc (2 20W), 800MHz-2500MHz VSWR 1.2, DC-3 GHz IM3-171dBc (2 20W), 800MHz-2500MHz VSWR 1.15, DC-3 GHz IM3-171dBc (2 20W), 800MHz-2500MHz

46 Cable Armors To meet different environments and customer requirements, Rosenberger high performance microwave cable assemblies are offered in 4 types of armor. Cable armors are able to enhance the physical protection and prolong the lifetime of cable assemblies. Custom Armor is available upon request Stainless Steel Helix Armor ( Type I ) VA Armor (Special for VNA) Features Typical Application Features Typical Application Extremely flexible Waterproof and UV resistant Good fray resistance and shear resistance Anti-twist and good tensile strength Test, test laboratories Antenna and related application Very flexible and tender Waterproof and dustproof Good bending performance Noble and professional appearance Lab measure devices Armor Sizes of Different Kinds of Cables RTK125 RTK106 RTK107 RTK040 RTK041 RTK161/RTK161P RTK162/RTK162P RTK050 RTK052 RTK080 RTK081 Armor Diameter(mm) Minimum Bend Radius(mm) Maximum Temperature( ) Anti-stress Degree(N/mm) Armor Sizes of Different Kinds of Cables RTK125 RTK106 RTK107 RTK040 RTK041 RTK161/RTK161P RTK162/RTK162P RTK050 RTK052 Armor Diameter(mm) 13.7 Minimum Bend Radius(mm) Depend on the cables RTK080 RTK081 Interlock Stainless Steel Armor (Type II) Waterproof Interlock Stainless Steel Armor(FG Armor) Features Typical Application Features Typical Application High temperature resistance Excessive bending protection Good fray resistance and shear resistance Cost-effective Military hardware devices Waterproof Excessive bending protection Good fray resistance and shear resistance Cost-effective Military hardware devices Test lab devices Outdoor tests Armor Sizes of Different Kinds of Cables RTK125 RTK106 RTK107 RTK040 RTK041 RTK161/RTK161P RTK162/RTK162P RTK050 RTK052 RTK080 RTK081 Armor Diameter(mm) Minimum Bend Radius(mm) Maximum Temperature( ) Anti-stress Degree(N/mm) Armor Sizes of Different Kinds of Cables RTK125 RTK106 RTK107 RTK040 RTK041 RTK161/RTK161P RTK162/RTK162P RTK050 RTK052 RTK080 RTK081 Armor Diameter(mm) Minimum Bend Radius(mm) Maximum Temperature( ) Anti-stress Degree(N/mm)

47 TEST ACCESSORIES & TOOLS Accurate installation and testing requires the appropriate tools. Rosenberger offers a variety of torque wrenches for different types of connectors. All torque wrenches feature remarkable reliability, accuracy and torque setting, thereby ensuring test accuracy and prolonging connector service life. Rosenberger also offers multiple series attenuators and terminal loads with different ports to match various customer needs.

48 Torque Wrenches Type Width Across Flats(mm) Torque Setting(Ncm) Accuracy(Ncm) Port Application 01W ±5 RPC W ±5 RPC-3.50 / RPC-2.92 RPC-2.40 / RPC W ±5 RPC-SL 06W ±5 RPC-TNC 07W ±5 RPC-7 32W ~+5 SMA 53W ±5 RPC-N 60W Attenuators Rosenberger offers various attenuators with different attenuation value and power, such as SMA, N, SMP, TNC, 7/16, etc. SMA Series Port Type PN Frequency (GHz) Attenuation Return Loss Power(W) RPC-2.92(Male)- RPC-2.92 (Female) 02AS102-K03S3 40 3±0.3 db, DC - 4 GHz 3±0.5 db, 4-40 GHz 26.4 db, DC - 4 GHz 19.1 db, 4-40 GHz 0.5 RPC-2.92(Male)- RPC-2.92 (Female) 02AS102-K06S3 40 6±0.3 db, DC - 4 GHz 6±0.5 db, 4-40 GHz 26.4 db, DC - 4 GHz 19.1 db, 4-40 GHz 0.5 RPC-2.92(Male)- RPC-2.92 (Female) 02AS102-K10S ±0.3 db, DC - 4 GHz 10±0.5 db, 4-40 GHz 26.4 db, DC - 4 GHz 19.1 db, 4-40 GHz 0.5 RPC-2.92(Male)- RPC-2.92 (Female) 02AS102-K20S ±0.3 db, DC - 4 GHz 20±0.5 db, 4-40 GHz 26.4 db, DC - 4 GHz 19.1 db, 4-40 GHz 0.5 RPC-2.92(Male)- RPC-2.92 (Female) 02AS102-K40S ±0.4 db, DC - 4 GHz 40±1.0 db, 4-40 GHz 26.4 db, DC - 4 GHz 19.1 db, 4-40 GHz 0.5 RPC-2.92(Male)- RPC-2.92 (Female) 02AS122-K20S ±0.3 db, DC - 40 GHz 32 db, DC - 4 GHz 20.1 db, 4-40 GHz 0.5 RPC-2.92(Male)- RPC-2.92 (Female) 02AS122-K40S ±0.4 db, DC - 4 GHz 40±0.8 db, 4-40 GHz 32 db, DC - 4 GHz 20.1 db, 4-40 GHz 0.5

49 47 48 Port Type PN Frequency (GHz) Attenuation Return Loss Power(W) RPC-3.5(Male)- RPC-3.5 (Female) 03AS102-K03S ±0.5 db, DC GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 1 RPC-3.5(Male)- RPC-3.5 (Female) 03AS102-K06S ±0.5 db, DC GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 1 RPC-3.5(Male)- RPC-3.5 (Female) 03AS102-K10S ±0.5 db, DC GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 1 RPC-3.5(Male)- RPC-3.5 (Female) 03AS102-K20S ±0.5 db, DC GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 1 RPC-3.5(Male)- RPC-3.5 (Female) 03AS102-K30S ±0.7 db, DC GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 1 RPC-3.5(Male)- RPC-3.5 (Female) 03AS102-K40S ±1.0 db, DC GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 1 RPC-3.5(Male)- RPC-3.5 (Female) 03AS122-K20S ±0.3 db, DC GHz 32 db, DC - 4 GHz 20.1 db, GHz 0.5 SMA (Male) - SMA (Female) 32AS102-K03S3 18 3±1.0 db, DC GHz 3±1.5 db, GHz 23.1 db, DC - 4 GHz 19.1 db, GHz 16.5 db, GHz 2 SMA (Male) - SMA (Female) 32AS102-K06S3 18 6±1.0 db, DC GHz 6±1.5 db, GHz 23.1 db, DC - 4 GHz 19.1 db, GHz 16.5 db, GHz 2 SMA (Male) - SMA (Female) 32AS102-K10S ±1.0 db, DC GHz 10±1.5 db, GHz 23.1 db, DC - 4 GHz 19.1 db, GHz 16.5 db, GHz 2 SMA (Male) - SMA (Female) 32AS102-K20S ±1.0 db, DC GHz 20±1.5 db, GHz 23.1 db, DC - 4 GHz 19.1 db, GHz 16.5 db, GHz 2 SMA (Male) - SMA (Female) 32AS102-K30S ±1.0 db, DC GHz 30±1.5 db, GHz 23.1 db, DC - 4 GHz 19.1 db, GHz 16.5 db, GHz 2 SMA (Male) - SMA (Female) 32AS102-K40S ±1.0 db, DC GHz 40±1.5 db, GHz 23.1 db, DC - 4 GHz 19.1 db, GHz 16.5 db, GHz 2

50 N Series Port Type PN Frequency (GHz) Attenuation Return Loss Power(W) RPC-N (Male)-RPC-N (Female) 05AS102-K03S3 18 3±0.3 db, DC - 8 GHz 3±0.5 db, GHz 3±0.8 db, GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 2 RPC-N (Male)-RPC-N (Male) 05AS102-K06S3 18 6±0.3 db, DC - 8 GHz 6±0.5 db, GHz 6±0.8 db, GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 2 RPC-N (Male)-RPC-N (Female) 05AS102-K10S ±0.3 db, DC - 8 GHz 10±0.6 db, GHz 10±0.8 db, GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 2 RPC-N (Male)-RPC-N (Female) 05AS102-K20S ±0.3 db, DC - 8 GHz 20±0.5 db, GHz 20±0.5 db, GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 2 RPC-N (Male)-RPC-N (Female) 05AS102-K30S ±0.8 db, DC - 4 GHz 30±1.0 db, GHz 30±1.5 db, GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 2 RPC-N (Male)-RPC-N (Male) 05AS122-K20S ±0.3 db, DC - 4 GHz 20±0.5 db, 4-18 GHz 32 db, DC - 4 GHz 26 db, 4-18 GHz 0.5 RPC-N (Male)-RPC-N (Female) 05AS122-K40S ±0.5 db, DC - 4 GHz 40±1.0 db, 4-18 GHz 32 db, DC - 4 GHz 23 db, 4-18 GHz 0.5 RPC-N (Male)-RPC-N (Female) 05AS102-K40S ±0.8 db, DC - 4 GHz 40±1.0 db, GHz 40±1.5 db, GHz 26.4 db, DC - 4 GHz 23.1 db, GHz 19.1 db, GHz 2 N (Male)-N (Female) 53AS102-K01N ±0.3 db, DC - 8 GHz 1±0.5 db, GHz 26.4 db, DC - 4 GHz 20.8 db, 4-10 GHz 19.1 db, GHz 2 N (Male)-N (Female) 53AS102-K02N ±0.3 db, DC - 8 GHz 2±0.5 db, GHz 26.4 db, DC - 4 GHz 20.8 db, 4-10 GHz 19.1 db, GHz 2 N (Male)-N (Female) 53AS102-K03N ±0.3 db, DC - 8 GHz 3±0.5 db, GHz 26.4 db, DC - 4 GHz 20.8 db, 4-10 GHz 19.1 db, GHz 2 N (Male)-N (Female) 53AS102-K06N ±0.3 db, DC - 8 GHz 6±0.5 db, GHz 26.4 db, DC - 4 GHz 20.8 db, 4-10 GHz 19.1 db, GHz 2 N (Male)-N (Female) 53AS102-K10N ±0.3 db, DC - 8 GHz 6±0.6 db, GHz 26.4 db, DC - 4 GHz 20.8 db, 4-10 GHz 19.1 db, GHz 2 20±0.3 db, DC - 4 GHz 26.4 db, DC - 4 GHz N (Male)-N (Female) 53AS102-K20N ±0.6 db, 4-8 GHz 20.8 db, 4-10 GHz 2 20±0.8 db, GHz 19.1 db, GHz 30±0.3 db, DC - 4 GHz 26.4 db, DC - 4 GHz N (Male)-N (Female) 53AS102-K30N ±0.6 db, 4-8 GHz 20.8 db, 4-10 GHz 2 30±1.0 db, GHz 19.1 db, GHz 3±0.3 db, DC - 2 GHz 26.4 db, DC - 2 GHz N (Male)-N (Female) 53AS105-K03N3 10 3±0.5 db, 2-4 GHz 21.2 db, 2-5 GHz 5 3±1.0 db, 4-10 GHz 14.0 db, 5-10 GHz 6±0.3 db, DC - 2 GHz 26.4 db, DC - 2 GHz N (Male)-N (Female) 53AS105-K06N3 10 6±0.5 db, 2-4 GHz 21.2 db, 2-5 GHz 5 6±1.0 db, 4-10 GHz 14.0 db, 5-10 GHz

51 49 50 Port Type PN Frequency (GHz) Attenuation Return Loss Power(W) N (Male)-N (Female) 53AS105-K10N3 10 6±0.3 db, DC - 2 GHz 6±0.5 db, 2-4 GHz 6±1.0 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 5 N (Male)-N (Female) 53AS105-K20N ±0.4 db, DC - 2 GHz 20±0.5 db, 2-4 GHz 20±1.5 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 5 N (Male)-N (Female) 53AS105-K30N ±0.4 db, DC - 2 GHz 30±0.5 db, 2-4 GHz 30±1.75 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 5 N (Male)-N (Female) 53AS110-K03N3 10 3±0.3 db, DC - 2 GHz 3±0.5 db, 2-4 GHz 3±1.0 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 10 N (Male)-N (Female) 53AS110-K06N3 10 6±0.3 db, DC - 2 GHz 6±0.5 db, 2-4 GHz 6±1.0 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 10 N (Male)-N (Female) 53AS110-K10N ±0.3 db, DC - 2 GHz 10±0.5 db, 2-4 GHz 10±1.0 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 10 N (Male)-N (Female) 53AS110-K20N ±0.4 db, DC - 2 GHz 20±0.5 db, 2-4 GHz 20±1.75 db, 4-10 GHz 26.0 db, DC - 2 GHz 21.0 db, 2-5 GHz 14.0 db, 5-10 GHz 10 N (Male)-N (Female) 53AS110-K30N ±0.4 db, DC - 2 GHz 30±0.5 db, 2-4 GHz 30±1.75 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 10 N (Male)-N (Female) 53AS120-K03N3 10 3±0.3 db, DC - 2 GHz 3±0.5 db, 2-4 GHz 3±1.0 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 20 N (Male)-N (Female) 53AS120-K06N3 10 6±0.3 db, DC - 2 GHz 6±0.5 db, 2-4 GHz 6±1.0 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 20 N (Male)-N (Female) 53AS120-K10N ±0.3 db, DC - 2 GHz 10±0.5 db, 2-4 GHz 10±1.0 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 20 N (Male)-N (Female) 53AS120-K20N ±0.4 db, DC - 2 GHz 20±0.5 db, 2-4 GHz 20±1.5 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 20 N (Male)-N (Female) 53AS120-K30N ±0.4 db, DC - 2 GHz 30±0.5 db, 2-4 GHz 30±1.75 db, 4-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 20

52 Terminal Loads Port Type PN Frequency (GHz) Return Loss Power(W) RPC-2.92 (Male) 02S17R-001D3 40 RPC-3.5 (Female) 03K17R-001D RPC-3.5 (Male) 03S17R-001D mini-smp (Female) 18K15R-0.5E3 40 mini-smp (Male) 18S15R-0.5E3 40 SMP (Male) 19S15R-001E4 18 QMA (Female) 28K1ER-001N QMA (Male) 28S1ER-001N5 18 SMA (Female) 32K15R-001E SMA (Female) 32K17R-001E3 18 SMA (Male) 32S15R-0.5E SMA (Male) 32S17B-1.0E3 18 BNC (Male) 51S1RR-001N db, DC - 4 GHz 21 db, 4-40 GHz 36 db, DC - 4 GHz 23 db, GHz 36 db, DC - 4 GHz 23 db, GHz 26.4 db, DC - 18 GHz 17.7 db, GHz 16.6 db, GHz 26.4 db, DC - 18 GHz 17.7 db, GHz 16.6 db, GHz 28.3 db, DC - 1 GHz 20.1 db, 1-18 GHz 29 db, DC - 1 GHz 21 db, GHz 17 db, GHz 29 db, DC - 1 GHz 21 db, GHz 17 db, GHz 32.2 db, DC - 2 GHz 26.4 db, 2-8 GHz 21.2 db, GHz 32.2 db, DC - 2 GHz 26.4 db, 2-8 GHz 21.2 db, GHz 20.8 db, GHz 32.2 db, DC - 2 GHz 26.4 db, 2-8 GHz 21.2 db, GHz 26.4 db, DC - 1 GHz 19.1 db, 1-18 GHz 20.8 db, DC - 1 GHz 15.6 db, 1-2 GHz N (Female) 53K15R-005N db, DC - 3 GHz 5 N (Female) 53K15R-010N db, DC - 3 GHz 10 N (Female) 53K15R-020N db, DC - 3 GHz 20 N (Female) 53K17R-010N db, DC - 2 GHz 21.2 db, 2-5 GHz 14 db, 5-10 GHz 10 N (Male) 53S15R-010N db, DC - 3 GHz 10 N (Male) 53S17R-001N N (Male) 53S17R-005N3 10 N (Male) 53S17R-010N3 10 N (Male) 53S17R-020N db, DC - 1 GHz 26.4 db, 1-2 GHz 20.8 db, GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14 db, 5-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz 26.4 db, DC - 2 GHz 21.2 db, 2-5 GHz 14.0 db, 5-10 GHz

53 WinCoMeT TEST SYSTEM With the growing deployment of electrical and electronic equipment, electromagnetic pollution is ever increasing and has an impact on measurements. All of the unit components including the device under test, cables and connectors need to be taken into consideration. WinCoMeT can provide screening attenuation, transfer impedance, and coupling attenuation in one package.

54 What s WinCoMeT Test System? WinCoMeT test system is composed of test tubes and VNA. Through this closed test system, we can achieve more than 125dB screening attenuation and accurate μohm transfer impedance. WinCoMeT Test Standards According to the following national, regional or international standards for transfer impedance, screening attenuation and coupling attenuation testing with WinCoMeT. International Standards IEC : Coaxial cable, the first part of the general specifications; Clause 12.2, Surface transfer impedance IEC A: The first revision, shielding attenuation test method IEC/PAS ED1: Coupling attenuation, three coaxial test method Regional Standards (Euro Standards) EN A: Transfer impedance: three coaxial test method EN C: Screening attenuation: three coaxial test method National Standards (German Standards) DIN47250: Part 4 high frequency cable circuit; 3.11 clause, transfer impedance EDINIEC : High frequency cable in the first part, the specialized foundation - general, definitions, requirements and test methods; 12.2 clause, transfer impedance, three coaxial test method VG : Components of transfer impedance and attenuation screen test method; Clause 12, KS12B test method, transfer impedance, three coaxial test method VG : Components of transfer impedance and attenuation screen test method; Clause 13, KS13B test method, shield attenuation, three coaxial test method EMC Professional Standards IEC x Series: Metal communication cable test method, the fourth part IEC : Surface transfer impedance, three coaxial test method IEC : Screening attenuation, to 3 GHZ shield attenuation measurement method IEC : Screening attenuation, communication cable transfer impedance test method of ZT and RF connector and cable and cable components within 3 GHZ shield attenuation testing methods, tube in tube method IEC (IEC/PAS62338Ed1): Balance cable shielding attenuation test method, three coaxial method WinCoMeT Advantages No External Electromagnetic Interference No Electromagnetic Radiation Screening Attenuation >125dB Good test repeatability Simple test equipment Screening attenuation, transfer impedance and coupling attenuation in one application

55 53 54 WinCoMeT Types 1. CoMeT-40 CoMeT-40/01: Cable screen diameter 2.3 mm ~ 9.8 mm Extension setup to15 mm Tube length 0.5m and 3 x 1.0 m Frequency range up to 3 GHz Test connector N CoMeT-40/02: Frequency range up to 3 GHz CoMeT-40/03: Frequency range up to 12 GHz Enhanced microwave design 2. CoMeT-90 Same basic construction as CoMet-40 Cable screen diameter 6 mm ~ 22 mm Test connector N 3. CoMeT-K Tailored feed-through modules Basic parts from CoMeT 40 Frequency range up to 4 GHz Test connector N IEC CoMeT-E Test for power cable braided screens or shields Frequency range up to 2 GHz Test connector N 5. CoMeT-18 Frequency range up to 18 GHz Enhanced microwave design Tube length 0.5 m and 1.0 m Cable screen diameter1.7 mm ~ 3.5 mm Test connector RPC-3.5mm

56 Appendix 1: Cable Use and Maintenance Precautions Test cable assemblies are high precision components. Correct handling, routine inspection, and maintenance are very important to keep reliable electrical and machine performance. Storage Environment and Method Surface Inspection 1.Looks for Nick and Injury Plating wear Thread defects Outer contact scratches Inner contact distortion 2.Clean with Compressed Gases and Alcohol Use dry compressed nitrogen spray Use minimal alcohol Use brush cleaning Temperature: -50~80 Humidity: <85% Take protect cap immediately after using Wrong Cleaning Method Right Notice for Operating Dust-free circumstances and decontaminated connector interface are required. Use a lint-free cloth dipped in (99.5%) isopropanol to clean connector interface, but avoid wetting the dielectric of connectors. After that, use dry non-oil air or nitrogen to blow and clean it. Do not clean with a pick or similar tools, or blow with mouth or ordinary compressed air. When operating cables, avoid unnecessary bending to minimize the change of phase. If bending is required, ensure that the minimum bend radius is followed. The minimum bend radius is listed in production specifications. Use the possible minimum pressure and apply necessary protection. Even the smallest dent in the cable can affect performance. Do not pull cable assemblies to move test equipment. Prior to use, inspect the connector interface and check that it is clean. Use a precision depth guage to check dimensions. Screw the coupling nut of Plug side when connecting; do not screw using the Jack side. Use a calibrated torque wrench to apply the correct force to tighten the hex coupling nut. Typically, the average mating cycles of normal connectors are 500~1000 cycles. The minimum flexures of cables (without Armor) are 5000(limited to no bigger than minimum bend radius). In a laboratory environment, the lifespan could be 1~3 years. In production and testing environments, the lifespan will be shorter and dependent on frequency of use, environment and cable features. Armored Cable could extend the lifespan under certain conditions. Additionally, by monitoring electrical parameters over time, such as insertion loss, return loss, amplitude and phase stability, criterion can be set to allow replacement after a certain degree of change in these parameters. Mechanical Inspection Use Depth Gauge Measure Connector The first time when using connector When the appearance or electrical properties show the possible damage of connector For used connectors of unknown origin and use General measurement: after 100 mating cycles Part Number Designation Presentation LU7 - C Cable Type L-First letter of German Leitung Cable Length(mm) (Reference plane to U7-Type of cable Serial C-China reference plane) The following three bits are serial number

57 Appendix 2: VSWR and Return Loss Form R.L.(dB) VSWR R.L.(dB) VSWR R.L.(dB) VSWR

58 R.L.(dB) VSWR R.L.(dB) VSWR R.L.(dB) VSWR

59 ROSENBERGER SERVICE Rosenberger offers professional services that improve network design, reliability, scalability and efficiency. Our service core competences include: Network optimization Technical consultation Customized product design Installation & commissioning Onsite training & supervision System troubleshooting After-sales services In addition, we also offer professional training, technical support and workshops for distributors and agents. We are committed to offering exceptional services for our customers. Rosenberger is much more than just a supplier Rosenberger is a valued development partner and we will strive to meet new challenges in order to scale to new heights. TEST AND HIGH-PERFORMANCE CABLE ASSEMBLIES SOLUTIONS