DC to 10 GHz 50 Ohm Shielded RF Cable for Low Loss Test Interconnection

This RF cable is offered for high-power, low-loss test interconnection. It has a 50 ohm cable impedance and an operating frequency range from DC to 10 GHz. The published data also specifies shielding effectiveness greater than 90 dB and 3000 V DC voltage withstanding. Connector style, supplied cable length, and termination form are not stated in the available information

This listing identifies one defined RF cable configuration with a 9.30 mm overall jacket O.D. and a weight of 193 g/m. The available data provides cable-level electrical, mechanical, environmental, attenuation, and typical power specifications. Connectors, pre-terminated assembly length, accessories, and packaging contents are not identified. Buyers requiring a finished assembly should confirm required length and termination details during inquiry

The cable is specified for DC to 10 GHz operation with 50 ohm impedance and 76% velocity. Typical attenuation increases from 0.08 dB/m at 300 MHz to 0.51 dB/m at 10000 MHz. At these respective points, typical power changes from 4622 W to 722 W; intermediate values are provided at 1000, 3000, 6000, and 8000 MHz. Shielding effectiveness is specified as greater than 90 dB

No connector interface, mating interface, or equipment compatibility is specified for this RF cable. Its cable-level mechanical data includes a 9.30 mm overall jacket O.D., 47 mm static bend radius, and 93 mm dynamic bend radius. The stated temperature range is -55 to +200 deg C, and voltage withstanding is 3000 V DC. These values provide reference points for evaluating installation routing and environmental conditions

Compare the required operating frequency with the specified DC to 10 GHz range and confirm that 50 ohm impedance is suitable for the intended system. Review the typical attenuation and typical power pair at the frequency closest to the planned operating point, since both values vary across the published frequency points. Also check the 9.30 mm jacket O.D., bend radii, and -55 to +200 deg C temperature range.