Phase-stable cables for critical applications

Phase invariant CT cable assemblies increasing accuracy, stability and reliability

The new Consistent over Temperature (CT) assemblies can be used across changing temperatures and feature improved reliability, stability and accuracy

HUBER+SUHNER has developed five new and improved phase invariant CT cable assemblies for applications which require precise electrical length connectivity. Opening a new door for phase critical applications in fluctuating temperatures, the Swiss company has created a steady and reliable interconnect solution to satisfy a huge range of applications where phase stability is key. Along with the industry-leading phase vs. temperature performance, as well as a unique range of cable constructions to fulfil any customer demands, it meets all requirements in Radio Frequency, Aerospace & Defense, Test & Measurement and Industrial environments.

The solutions also have unique features to achieve a significantly improved insertion loss stability over temperature compared to standard coaxial cables. This is due to its innovative design, structure and specific developed materials.

“Thanks to our long-standing knowledge in providing communications to critical environments, we know exactly what the market, and essentially, customers, need from cable assemblies. Research and Development is core to the HUBER+SUHNER backbone, and our new CT assemblies offering is a direct result of our findings,” said Eduardo Romero, Product Manager at HUBER+SUHNER. “The new assemblies achieve increased accuracy, stability and reliability over multiple temperature cycles, and there are no limitations no matter the temperature or industry.”

Mr Romero added: “The new and improved CT variants of the tried and tested Sucoform, EZ, Minibend and Multiflex product families are practical and cost-effective yet performance and reliability are never compromised. Giving customers the option to control fluctuating temperature changes within their cable assemblies will ultimately lead to increased accuracy, stability and reliability – a beneficial scenario for all involved.