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This paper presents the design and implementation of a low power, wideband and high sensitivity CMOS power detector in 130 nm standard CMOS technology. It utilises a travelling-wave structure to achieve wideband input matching bandwidth from 7 GHz to more than 70 GHz. By biasing the power detectors in subthreshold regime, it achieves a measured peak voltage sensitivity of 75 dB at 7 GHz while maintaining...
This work presents two compact, low power, broad-band and high sensitivity CMOS power detectors targeted for multi-gigabit software defined radio applications. A high sensitivity and a video detector are implemented in standard 65 nm CMOS technology with resistive input matching. Both designs have a measured input matching bandwidth up to 110 GHz. Measured peak detection sensitivity of the high sensitivity...
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