10 GHz CMOS hybrid reflective-type phase shifter with enhanced phase shifting range


A replacement plan is presented to boost the phase shifting range of a reflective-sort part shifter (RTPS) by leveraging the parasitic capacitance; but, without any cost or design overhead. In contrast to the traditional RTPS, where the parasitic capacitance degrades the phase shifting range, a easy position interchange of electronic elements leads to an enlarged tuning vary. This mechanism is analysed totally and validated by simulation and measurement results. 2 RTPSs with different component positions are fabricated in a 65 nm CMOS technology. Grounding inductors ends up in a a lot of than 30° part shifting range than the conventional ones while not this arrangement. The S11 is measured at <−ten dB from 9 to ten.seventy five GHz and also the S21 is −6 dB with

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