Flexible cables with superior phase performance

23rd November 2018
Posted By : Alex Lynn
Flexible cables with superior phase performance

Provider of technically differentiated electronic components, subsystems, microwave and radio frequency products, has announced the release of its Lab-Flex T Series of flexible coaxial cable assemblies. The T cable assemblies are mechanically robust and specifically designed to minimise phase change when subjected to a wide range of operational temperatures.

This makes them a well suited choice for system applications under extreme temperature and environmental conditions such as Radar, Test & Measurement, and Space applications.

The Lab-Flex T Series currently consists of the 065T, 100T, and 160T cable models, which cover key performance characteristics at various frequency bands from DC to 50GHz. They are available in standard mechanical lengths or phase-matched electrical lengths as needed. All products have gone through extensive qualification testing in order to meet today’s rigorous requirements per customer application and industry standard.

Lab-Flex T cable assemblies allow for minimum phase change while maintaining return loss. Their special foam dielectric material provides a much lower attenuation than solid PTFE. Precision Connector interfaces meet MIL-STD-348 requirements and are designed for maximum frequency capability.

Paul Harris, VP of Sales & Marketing, stated: “The Lab-Flex T cable assemblies provide yet another example of Smiths Interconnect’s extensive heritage in high reliability technology with superior performance for aerospace & defence applications. Customers have asked for a supplier capable of producing cable assemblies with more consistent electrical performance over higher frequencies, larger temperature extremes, and across higher volumes.

“Our experience with both high-reliability environments and on large- scale commercial programmes as well as the unique attributes of this product range allows the Lab-Flex T Series to meet these needs. They are rugged and phase stable, and are the ideal fit for high volume platform programmes”.


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