This 1 Set 6G Digital Programmable Attenuator is a compact RF module designed for precise control of signal levels in systems up to 6 GHz. It provides a 30 dB attenuation range in 0.25 dB steps, enabling fine adjustment and repeatable test results. An OLED display shows the current attenuation setting for quick verification, and the unit is finished in a green housing for easy identification on crowded test benches. Key benefits Precise digital attenuation: 0.25 dB step size over a 0 to 30 dB range for fine tuning of RF signal levels. Wide frequency support: suitable for RF work up to 6 GHz, covering common test and measurement bands. Direct readout: OLED display provides real time visibility of the attenuation setting and status. Digital programmable control: enables repeatable and automated test sequences, improving test efficiency and consistency. Compact RF module form factor: designed to fit into existing test benches and system layouts without adding bulk. Easy identification: green housing helps distinguish this unit within a multi equipment setup. Key attributes Attenuation range: up to 30 dB, with 0.25 dB steps Maximum frequency: 6 GHz Display: OLED Control: digital programmable attenuation Form factor: RF module Color: Green Set: 1 set Material: not specified by manufacturer Size: compact RF module (exact dimensions not provided) Applications and use cases RF test bench calibration and gain matching: use the programmable attenuation to align reference levels across components in a signal chain. Amplifier chain testing and characterization: adjust input signal levels precisely to evaluate linearity, compression point, and gain across devices. Automated attenuation sweeps in measurement routines: integrate with test software to run repeatable attenuation sweeps for device testing and qualification. Compatibility and integration notes Designed for integration into RF measurement setups that require digital control of attenuation. Suitable for various RF test environments where stable, repeatable attenuation and on board readout are beneficial.