50 Ohm Coaxial RF Cable with PVC Jacket and Tinned Copper Braid Shield

This listing covers a coaxial RF cable for electrical and RF interconnection. It has 50 ohm impedance and uses a copper-clad steel stranded inner conductor, polyethylene dielectric, tinned copper braid outer conductor, and PVC jacket. Maximum operating frequency is specified as 1 GHz, while typical attenuation is provided at 100, 400, and 1000 MHz. No assembled length, connector termination, or finished harness application is stated in the supplied information

The listing specifies one coaxial cable construction with a 7 x 0.17 copper-clad steel stranded inner conductor, polyethylene dielectric, tinned copper braid, and PVC jacket. Stated outer diameters are 1.52 mm for the dielectric, 1.90 mm for the outer conductor, and 2.79 mm for the jacket; weight is 12 g/m and bend radius is 10 mm. The supplied information does not state cut length, connector termination, packaging, or other delivery contents

Electrical parameters include 50 ohm impedance, 101.05 pF/m capacitance, and 66% velocity. The maximum operating frequency is specified as 1 GHz. Typical attenuation increases across the stated frequency points, from 0.28 dB/m at 100 MHz to 0.56 dB/m at 400 MHz and 0.90 dB/m at 1000 MHz. Voltage withstanding is listed as 2000 Vrms, while working voltage is 1100 Vrms

The cable has a stranded copper-clad steel center conductor, polyethylene dielectric, tinned copper braid outer conductor, and PVC outer jacket. Its finished jacket outer diameter is 2.79 mm, with a stated bend radius of 10 mm and operating temperature range of -25 to +70 deg C. RoHS compliance is stated. No connector interface type or mating compatibility information is provided, so termination requirements should be confirmed separately

Confirm that the required system impedance matches the stated 50 ohm rating and that the intended frequency does not exceed the specified 1 GHz maximum. Review attenuation at the relevant operating frequency, including the listed values of 0.28 dB/m at 100 MHz and 0.90 dB/m at 1000 MHz. The 2.79 mm jacket outer diameter, 10 mm bend radius, and -25 to +70 deg C temperature range should also be considered.