50 Ohm Ultra-Flexible Phase-Stable RF Cable with PUR Jacket

This listing covers an ultra-flexible, phase-stable RF cable for low-loss signal transmission under flexure. It is specified with 50 ohm impedance and an operating range from DC to 18 GHz. The cable uses a stranded silvered copper center conductor, low-density PTFE dielectric, silvered copper tape inner shield, braided silvered copper outer shield, and PUR jacket

The listing defines one RF cable configuration with an 8.00 mm PUR jacket and a weight of 116 g/m. Its internal construction includes a 1.88 mm stranded silvered copper center conductor, a 5.50 mm low-density PTFE dielectric, and two silvered copper shield layers. Cable length, connector type, termination style, and included accessories are not stated in the supplied parameters

The RF cable is specified for DC to 18 GHz operation, with shielding effectiveness above 90 dB and voltage withstanding of 2000 V DC. At 25 deg C and sea level, typical attenuation changes from 0.10 dB/m at 300 MHz to 1.02 dB/m at 18000 MHz. Across those same frequency points, listed typical power changes from 625 W at 300 MHz to 58 W at 18000 MHz

This RF cable has a 50 ohm structure using a low-density PTFE dielectric and an 8.00 mm PUR outer jacket. Shielding consists of a silvered copper tape inner shield and a braided silvered copper wire outer shield. The specified temperature range is -55 to +85 deg C, while the static and dynamic bend radii are 40 mm and 80 mm respectively. Connector interfaces and compatibility with specific equipment are not stated in the provided information

Before inquiry, compare the required impedance and operating range with the listed 50 ohm and DC to 18 GHz specifications. Installation planning should consider the 8.00 mm outer diameter, 40 mm static bend radius, 80 mm dynamic bend radius, and -55 to +85 deg C temperature range. Please clarify required cable length, connector interfaces, termination details, and delivery requirements, as these are not specified in the supplied parameters