DC-50g 1200VDC Armored Phase-Stable Shielded RF Cable PTFE Dielectric RF Cable

This RF Cable is specified for high-stability, amplitude- and phase-stable RF test interconnection. It has 50 ohm impedance and an operating-frequency range from DC to 50 GHz. The construction includes compound-material armor over an FEP jacket, with a finished outside diameter of 6.10 mm. The provided parameters do not identify an end-use industry, connector type, or preassembled cable service

The listed configuration is a cable construction rather than a stated connectorized assembly. It uses a 0.72 mm silvered-copper center conductor and 2.10 mm LD-PTFE dielectric, followed by a silvered-copper tape inner shield and braided silvered-copper-wire outer shield. An LD-PTFE middle layer, FEP jacket, and compound-material armor complete the 6.10 mm finished construction.

This RF Cable is specified for DC to 50 GHz operation, 50 ohm impedance, 76% velocity, shielding effectiveness above 90 dB, and 1200 V DC voltage withstanding. Amplitude stability versus flexure is below +/-0.05 dB, while mechanical phase stability is below +/-7 degrees. At 25 deg C and sea level, typical attenuation rises from 0.26 dB/m at 300 MHz to 4.20 dB/m at 50 GHz. Across those same points, typical power decreases from 928 W to 58 W

No connector interface or mating compatibility is identified in the supplied table, so these details should be confirmed separately. The cable structure includes a silvered-copper tape inner shield and a braided silvered-copper-wire outer shield, with compound-material armor over the FEP jacket. It is specified for temperatures from -55 to +125 deg C. The static bend radius is 30 mm, while the dynamic bend radius is 60 mm, representing different installation conditions

For an inquiry, state the intended operating frequency within the DC to 50 GHz range and whether installation involves static or dynamic bending, because the specified radii are 30 mm and 60 mm respectively. Confirm that the expected operating temperature remains within -55 to +125 deg C. Required attenuation and power should be checked against the stated values, which are typical figures at 25 deg C and sea level.