Cables

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.

Fischer Connectors offers a large family of assembled solutions designed for a range of applications, including in extreme, medical, military, instrumentation, and fiber optic applications. Engineers are prepared to work closely with customers to find the ideal solution for the most demanding applications. Fischer Connector series include the Fischer Core Series, Fisher Ultimate™ Series, Fischer Fiberoptic series, and the Fischer Minimax™ Series.

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. 

StabilityPlus™ assemblies are the industry standard for durable, high-performance microwave/RF cable assemblies. Engineered for applications demanding precision phase and amplitude stability, StabilityPlus™ ensures consistent measurement results.

The MXPD70 (“Multicoax Precision Direct”) series is a miniaturized, solderless multicoax test solution designed to address two key trends in the semiconductor industry: cost efficiency and height restrictions.

Omnetics Micro series of circular connectors feature a breakaway configuration and the ability to withstand high shock and vibrations while maintaining their electrical integrity.

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.

Stability TVAC Thermal Vacuum chambers replicate the extreme conditions of space, enabling the testing of space components.