Low Loss 50 Ohm Coaxial RF Cable with Foam PE Dielectric and PE Jacket

This offering is a coaxial RF cable for low-loss signal transmission. The supplied specification identifies a 50 ohm cable impedance and a 6 GHz operating frequency. Its construction includes a copper-clad aluminum inner conductor, foam PE dielectric, and an outer conductor made from self-adhesive aluminum foil plus tinned copper wire. No end-use application, installed assembly, or service scope is specified in the available product data

The listing covers the specified RF cable configuration rather than a documented range of alternative configurations. The available data defines a PE jacket with 12.70 mm OD, a 31.8 mm bend radius, and a cable weight of 140 g/m. It also provides typical attenuation values measured at 25 deg C and sea level. Connector type, pre-terminated lengths, packaging contents, and accessory deliverables are not stated and should not be assumed

The cable is specified for 6 GHz operating frequency, with a maximum cut-off frequency of 12.6 GHz. Typical attenuation at 25 deg C and sea level rises from 0.02 dB/m at 50 MHz to 0.30 dB/m at 6000 MHz. Additional listed electrical values are 78 pF/m capacitance and 86% velocity. Shielding effectiveness is stated as greater than 90 dB, and the jacket spark-test value is 8000 Vrms

This RF cable has a 3.61 mm OD copper-clad aluminum inner conductor, a 9.40 mm foam PE dielectric, and a 10.29 mm outer-conductor layer of self-adhesive aluminum foil plus tinned copper wire. The finished PE jacket is listed at 12.70 mm OD. Mechanical and environmental values include 0.9 kg/mm flat-plate crush strength, 118 kg tensile strength, and a temperature range from -40 to +80 deg C. No connector interface or mating-equipment compatibility is specified

For selection or quotation, confirm that the required system impedance is 50 ohm and that the relevant operating frequency is within the stated 6 GHz operating-frequency value. Confirm the required cable routing against the 31.8 mm bend radius and the installation environment against the -40 to +80 deg C temperature range. Required length, connector type, termination method, and packaging should be clearly provided because they are not stated in the supplied parameters.