Phase Stable Test Cables offer accurate RF, microwave measurements.

Press Release Summary:




Featuring triple shielding with low-loss dielectric and high-temperature jacketing, phase stable cables experience minimal phase effects when flexed multiple times. Connectors are made of stainless steel for extended attachment and feature strain relief support designed for armoring as option. Suited for applications up to 26.5 GHz, cables come in 24, 36, and 48 in. off-the-shelf lengths, and custom lengths are available.



Original Press Release:



Precision 26.5 GHz Phase Stable Cables Offer Accurate RF and Microwave Measurements



SAN DIEGO, CA - Test grade cables are a must for RF applications. The test cables serve as the extension of the equipments' test ports. They provide flexibility for measuring cable assemblies or other microwave devices. It is vital to system performance that they remain stable when subjected to environmental or mechanical stresses. Phase stable cables have triple shielding with low loss dielectric and high temp jacketing to minimize the phase effects when flexed multiple times. The connectors are made of rugged stainless steel for extended attachment and feature a strain relief support designed for armoring as an option. RF Precision Products now offers such cables for applications up to 26.5 GHz. Test charts included. Off the shelf lengths are as follows. Custom lengths are available.

  • P2RFC-1055-24 (24 inch length)
  • P2RFC-1055-36 (36 inch length)
  • P2RFC-1055-48 (48 inch length)

    For more product information contact Ronnie Rice of RF Precision Products at (888) 265-2941, (858) 571-5400, fax to (858) 561-6989, email rrice@rfindustries.com or visit our website at www.rfp2.com.

    RF Precision Products designs and manufactures precision grade, high frequency stainless steel connectors and adapters for OEM, military and metrology labs. RF Precision Products is a division of RF Industries (NASDAQ: RFIL), a leading supplier of connecting solutions provided through its operation divisions.
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