RF Connector Crimping for Repeatable RF Performance
RF connector crimping affects VSWR, loss, and reliability. Learn tooling, cable preparation, inspection, and testing methods that protect RF performance.
What Affects RF Return Loss in Interconnects?
What affects RF return loss in connectors and cable assemblies? See how impedance, geometry, materials, launches, torque, and frequency shape measured VSWR
What Causes RF Insertion Loss in Coaxial Paths?
What causes RF insertion loss? Learn how conductor, dielectric, mismatch, connector, cable, and heat effects raise loss in high-frequency signal paths.
Connector VSWR Measurement Methods That Hold Up
Connector VSWR measurement requires calibrated reference planes, clean interfaces, specified torque, and S-parameter review for repeatable RF results.
Selecting 110 GHz Cables for Repeatable Tests
Specify 110 GHz cables with the loss, VSWR, phase stability, connector care, and S-parameter data needed for reliable mmWave measurement systems today.
1.85mm Connector Applications for 67 GHz
Explore 1.85mm connector applications in 67 GHz test, radar, satellite, and high-speed systems, with selection criteria for verified RF performance data.
How to Evaluate a 2.92mm Connector Manufacturer
Choose a 2.92mm connector manufacturer with verified 40 GHz performance, controlled impedance, traceable materials, and dependable production support.
RF Cable S-Parameter Testing: A Practical Guide
RF cable S-parameter testing verifies insertion loss, return loss, and phase performance so high-frequency interconnects meet system requirements in use.
Automotive Radar Coaxial Cable Requirements
Automotive radar coaxial cable selection for 50-ohm impedance, low loss, stable phase, and verified RF performance in ADAS radar modules under vibration.
Satellite Communication RF Cable Assemblies
Satellite communication RF cable assemblies selection for low loss, stable phase, environmental reliability, and documented test performance to 110 GHz.