Showing 1–12 of 41 resultsSorted by popularity
Product categories
0.76m Type N Male Hex Knurl Type N Male Right Angle, Test Cable
30in DC-8 GHz Braided Jacket
The N-Type Male to N-Type Male Right-Angle RF Cable is designed for reliable RF and microwave signal transmission with low insertion loss and excellent shielding performance. Featuring a solid center conductor, PTFE insulation, silver-plated copper braided outer shield, and silver-plated copper spiral inner shield, this flexible cable provides strong signal integrity and durability. It is suitable for telecommunications, instrumentation, automotive, industrial, 5G wireless, and other high-frequency RF applications.
0.12M N-Type M-F
RG400- 8GHz
Designed for reliable RF testing and signal transmission, this 0.12m N-Type Male to N-Type Female RG400 coaxial cable features a double-shielded construction for stable signal performance and effective EMI shielding. With a 50Ω impedance, it is suitable for RF test equipment, laboratory setups, communication systems, and other high-frequency applications up to 8GHz.
0.5M N-Type M-M, FEP Green – 8.5GHz
RG223 Flexible RF Test Cable – 8.5GHz
Designed for reliable RF testing and signal transmission, this 0.5m N-Type Male to N-Type Male RG223 coaxial cable features a green FEP jacket and double-shielded construction for stable signal performance and effective EMI shielding. With a 50Ω impedance, it is suitable for RF test equipment, laboratory setups, communication systems, and other high-frequency applications up to 8.5GHz.
0.6M RF SMA(M)-SMP(F) Cable
26.5GHz low-loss RF cable with stable amplitude and phase performance
The 0.6 m SMA Male to SMP Female RF Cable is designed for high-frequency signal transmission up to 26.5 GHz. The cable features an 80% velocity-factor PTFE dielectric with silver-plated copper tape wrapping, providing ultra-low loss and excellent phase stability over temperature. Its stable amplitude and phase performance makes it suitable for precision RF signal transmission and measurement applications.
1.5M N Type Male to N Type Male
Armored, Phased-Stabled N Type Test Cable – 18 GHz
The 1.5m N Type Male to N Type Male Armored, Phased-Stabilized Test Cable is designed for high-frequency signal transmission with enhanced durability and performance up to 18 GHz. Featuring armored shielding and phased-stabilized construction, this cable ensures stable and reliable signal integrity in demanding RF test environments, making it ideal for applications in telecommunications, aerospace, defense, and other high-performance systems.
Manual RF Shielding Acoustic Test Chamber
A manual RF shielding acoustic chamber designed for controlled audio and wireless-device testing. It provides approximately 35 dB sound isolation and 60 dB RF shielding effectiveness across 0.8–6 GHz, helping reduce interference from external noise and radio-frequency signals.
DIP FEMALE FOR PCB
68 Position Board Connector
Reliable and easy to integrate, this 68-position DIP (Dual In-line Package) Female Connector is designed for PCB (Printed Circuit Board) mounting. Ideal for high-density applications, it provides a secure and consistent connection between boards or to a male DIP header. With a compact footprint and robust contact structure, it ensures dependable performance in digital systems, industrial equipment, and embedded applications.
FAKRA-mini TEST PROBES
SMPM Plug to FAKRA-mini Plug Test Probes
The SMPM Plug to FAKRA-mini Plug Test Probes are designed for high-frequency signal testing in automotive and telematics applications. Featuring a compact form factor, these test probes provide a reliable interface between SMPM and FAKRA-mini connectors, enabling precise measurement and diagnostic access without disrupting system integrity.
Engineered for secure, low-loss connections, they are ideal for R&D, validation labs, and quality assurance testing in high-speed data or RF environments.
FAKRA TEST PROBES
MCX Jack to FAKRA SMB Plug 43.6mm Test Probes 4 GHz
The FAKRA Test Probes, featuring an MCX Jack to FAKRA SMB Plug configuration, are designed for precise RF testing in both laboratory and field environments. These 43.6mm probes support frequencies up to 4 GHz, offering a secure connection and reliable signal integrity for testing and validation purposes in various applications, including automotive and telecommunications systems.
FAKRA TEST PROBES
MCX Jack to FAKRA SMB Plug 31.1 mm Test Probes 6 GHz
The FAKRA Test Probes, featuring an MCX Jack to FAKRA SMB Plug configuration, are engineered for high-precision RF testing in both lab and field environments. With a compact 31.1mm length and a frequency range extending up to 6 GHz, these probes deliver reliable signal integrity, making them ideal for testing in automotive, telecommunications, and other high-performance RF applications.
SMA Male 2W Terminator
SMA Male Terminator Load – 18 GHz
The SMA Male 2W Terminator Load – 18 GHz is a high-performance RF termination designed for precision and reliability in demanding RF and microwave applications. Engineered to handle 2 watts of continuous power and operate effectively up to 18 GHz, this terminator is an essential component for eliminating signal reflections and maintaining proper impedance in high-frequency systems.
Constructed with a durable brass body and finished with gold plating on the center contact, this load ensures excellent corrosion resistance, stable electrical performance, and a secure SMA male connection. Its low VSWR (<1.2:1 typical) minimizes return loss, ensuring clean signal paths and improved accuracy in both lab testing and installed systems.
N Type Male 2W Load
N Type Male Dummy Load – 6 GHz
The N Type Male 2W Dummy Load – 6 GHz is a precision RF termination designed to absorb RF energy and prevent unwanted reflections in coaxial systems. Engineered for high-reliability performance, this dummy load supports continuous power handling of up to 2 watts and operates effectively from DC to 6 GHz, making it ideal for a wide range of RF and microwave applications.
Featuring a rugged brass body with a corrosion-resistant nickel-plated finish, this load is built to withstand demanding environments while maintaining excellent electrical performance. Its low VSWR ensures minimal signal reflection, preserving system integrity and protecting connected components.
