Cables

Our Standard RF cables are assembled to meet the needs of any Test lab.

Bird offers the FH-AV-KIT, a FlightHawk™ RF Aviation Test Kit designed for avionics testing and measurement applications. This kit includes a proven antenna and cable testing functionality of the FlightHawk handheld analyzer, all necessary adapters and cabling, and Bird’s aviation testing software that allows anyone on the maintenance team to test and verify all antenna systems in a fleet.

SV Microwave, an Amphenol Company, offers fixed length RF cable assemblies using its most flexible 0.047 cable. This super flexible coax cable is capable of extreme bends which allow it to fit in tight spaces and route for any application.

High-Frequency, Low-Loss flexible cables from A.H. Systems are the preferred choice over standard cable types. With improved power handling, low VSWR, and high frequency capabilities, the Low-Loss cables can be made to your specified length and delivered in two days. 

The Clarity^TM 110 test cable boasts steel torque crush and overbend protection with abrasion resistance without compromising flexibility. The cable is ultra-stable through 110 GHz with exceptionally low attenuation. The design includes an ergonomic, stainless steel protective barrel strain relief and a hex coupling nut.

The GORE® PHASEFLEX® Series offers the smallest, lightest, internally ruggedized microwave/RF test assemblies for high density interconnection in RF and uW modular applications as well as in high speed digital testing. These assemblies feature ON cable construction and provide consistent, repeatable measurements with electrical performance up to 18, 26.5, 40, or 50 GHz.

The SUCOTEST 110 cable assemblies are engineered to meet the growing demand for high-quality test solutions at frequencies up to 110 GHz. These assemblies provide precise and repeatable measurements.

HUBER+SUHNERs wide range of superior, flexible and rugged cable assemblies with excellent mechanical and electrical performance attributes guarantees consistency and reliability of signal transmission in any test environment.