12.4 GHz 50 Ohm Coaxial RF Cable with Double Silvered Copper Braid PVC Jacket

This offering is a coaxial RF cable for electrical and RF interconnection. Its documented construction includes a silvered copper wire inner conductor, polyethylene dielectric, double silvered copper braid outer conductor, and PVC jacket. The available information covers construction, electrical values, mechanical data, environmental range, RoHS compliance, and typical attenuation.

This listing covers one documented coaxial cable configuration with a 0.90 mm inner-conductor O.D., 2.95 mm dielectric O.D., 3.95 mm outer-conductor O.D., and 5.30 mm jacket O.D. The outer conductor is double silvered copper braid, and the outer jacket material is PVC. The supplied data identify the cable structure and its parameters. Connector terminations, supplied length, packaging, and other assembly deliverables are not stated in the parameter table

The cable is specified with 50 ohm impedance, 101.05 pF/m capacitance, and 66% velocity, with an operating frequency up to 12.4 GHz. Typical attenuation is 0.13 dB/m at 100 MHz, 0.27 dB/m at 400 MHz, and 0.44 dB/m at 1000 MHz. At 3000, 5000, and 6000 MHz, the listed attenuation values are 0.81, 1.10, and 1.78 dB/m, respectively. Voltage withstanding is 5000 Vrms, while working voltage is 1400 Vrms

The available data describe a coaxial cable but do not state a connector interface type. The cable has a 5.30 mm overall jacket O.D., 25 mm bend radius, and 60 g/m weight. Its specified operating temperature range is -25 to +70 deg C, and it is RoHS compliant. The documented structure combines silvered copper wire, polyethylene dielectric, double silvered copper braid, and a PVC jacket

Selection should consider the required 50 ohm impedance, operating frequency up to 12.4 GHz, and listed attenuation at the intended frequency. Buyers should also compare the 5.30 mm overall diameter, 25 mm bend radius, 60 g/m weight, and -25 to +70 deg C operating range with installation conditions. The stated working voltage is 1400 Vrms, while voltage withstanding is 5000 Vrms.