DC to 67 GHz 50 Ohm 2.2 mm Flexure-Stable Shielded RF Cable Silver Plated Copper Low Loss Microwave Test Coaxial Cable

This product is a shielded coaxial RF cable for ultra-low-loss RF signal transmission with specified flexure-related amplitude and mechanical phase stability. It has a 50 ohm cable impedance and an operating frequency range from DC to 67 GHz. The documented offering covers the cable construction and its stated electrical, mechanical, and environmental parameters. No terminated cable assembly, end-use equipment, or specific application is identified in the supplied information

The documented cable construction includes a 0.51 mm silvered copper center conductor and a 1.45 mm low-density PTFE dielectric. Shielding consists of silvered copper tape wrapping with a 1.58 mm outer diameter and braided silvered copper wire with a 1.95 mm outer diameter. The finished cable has a grey PFA/FEP jacket with a 2.2 mm outer diameter. The supplied information does not specify included connectors, cable length, or delivery accessories

The cable is specified for DC to 67 GHz operation, with shielding effectiveness above 90 dB and voltage withstanding of 500 V DC. At 25 deg C and sea level, typical attenuation rises from 0.35 dB/m at 300 MHz to 5.93 dB/m at 67000 MHz, while the corresponding typical power values decrease from 179 W to 10 W. Its velocity is 81%. Flexure-related specifications are below +/-0.1 dB amplitude stability and below +/-8 deg mechanical phase stability

No connector type or mating interface is stated in the supplied information. The cable has 50 ohm impedance and a finished outer diameter of 2.2 mm, with a silvered copper tape inner shield, braided silvered copper outer shield, and grey PFA/FEP jacket. Its static bend radius is 11 mm, while its dynamic bend radius is 22 mm.

When selecting this RF cable, compare the required operating range with its DC to 67 GHz specification and confirm that 50 ohm impedance is suitable for the intended system. Installation planning should consider the 2.2 mm outer diameter, 11 mm static bend radius, 22 mm dynamic bend radius, and -55 to +125 deg C temperature range. Typical attenuation and power values vary with frequency and are stated at 25 deg C and sea level.