DC to 67 GHz High Stability 50 Ohm RF Cable with FEP Jacket

This RF cable is offered for high-stability RF test interconnection. It is specified for DC to 67 GHz operation with 50 Ohm cable impedance and 76% velocity. The table also lists shielding effectiveness above 90 dB and 500 V DC voltage withstanding. Connector types, supplied cable length, and finished assembly options are not identified in the provided information and should not be assumed

The specified configuration is a cable with a silvered-copper center conductor, low-density PTFE dielectric and middle layer, silvered-copper tape inner shield, braided silvered-copper-wire outer shield, and FEP jacket. The finished jacket diameter is 2.60 mm, while the listed cable weight is 20 g/m. The supplied length, connector terminations, and packaging contents are not stated. These deliverable details should be confirmed for the intended order

The cable is specified for DC to 67 GHz operation, with typical attenuation and power values stated at 25 C and sea level. At 300 MHz, the values are 0.34 dB/m and 495 W, while at 67000 MHz they are 6.02 dB/m and 28 W. Across the listed frequency points, attenuation increases as the stated power value decreases. Amplitude stability versus flexure is below +/-0.1 dB, and mechanical phase stability is below +/-6 degrees

The available compatibility information includes 50 Ohm impedance and operation from DC to 67 GHz. The cable uses a 2.60 mm FEP jacket with layered silvered-copper shielding, and its specified shielding effectiveness is above 90 dB. Static and dynamic bend radii are 11 mm and 26 mm respectively, while the temperature range is -55 to +165 C. Connector interface types are not provided, so mating compatibility cannot be confirmed from the stated data

For selection, state the required operating frequency because the listed attenuation and power values vary across the DC to 67 GHz range. Provide the required cable length and connector interface requirements, since neither is specified in the available product information. Routing conditions should be reviewed against the 11 mm static and 26 mm dynamic bend radii.