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

This offering is a coaxial RF cable with a specified 50 ohm impedance and maximum operating frequency of 12.4 GHz. Its documented construction includes a stranded silvered copper inner conductor, PTFE dielectric, double silvered copper braid outer conductor, and FEP jacket. The supplied information defines the cable construction and electrical parameters, but does not state a particular installed equipment type or end-use application

The documented configuration is supplied as cable with a stranded silvered copper inner conductor made from 19 x 0.203 mm strands. Construction dimensions include a 2.95 mm PTFE dielectric, 3.95 mm double silvered copper braid outer conductor, and 4.95 mm FEP jacket. The specified cable weight is 63 g/m and bend radius is 25 mm. Cable length, connector terminations, and included accessories are not stated in the supplied information

The cable is specified with 50 ohm impedance, 105 pF/m capacitance, and 70% velocity. Its maximum operating frequency is 12.4 GHz, while voltage withstanding is listed as 5000 Vrms and working voltage as 1400 Vrms. Typical attenuation at 25 deg C and sea level rises from 0.14 dB/m at 100 MHz to 1.90 dB/m at 11000 MHz. Values are also stated at 400 MHz, 1000 MHz, 3000 MHz, and 5000 MHz

The stated operating temperature range is -55 to +200 deg C, and the cable is listed as RoHS compliant. Its outer construction uses a double silvered copper braid beneath a 4.95 mm FEP jacket. The listed bend radius is 25 mm and cable weight is 63 g/m, which are relevant installation parameters. Connector interface type, mating standard, and compatibility with particular equipment are not specified

Before selection, buyers can compare system requirements with the stated 50 ohm impedance, 12.4 GHz maximum operating frequency, and attenuation values at relevant frequencies. Installation planning can be reviewed against the 25 mm bend radius, 63 g/m weight, and -55 to +200 deg C operating range. Electrical requirements can be compared with the 5000 Vrms voltage-withstanding value and 1400 Vrms working voltage.