A distributed capacitance model for monolithic inductors is developed to predict the equivalently parasitical capacitances of the *** ratio of the self-resonant frequency (f SR) of the differential-driven symmetric in...
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A distributed capacitance model for monolithic inductors is developed to predict the equivalently parasitical capacitances of the *** ratio of the self-resonant frequency (f SR) of the differential-driven symmetric inductor to the f SR of the single-ended driven inductor is firstly predicted and *** with a single-ended configuration,experimental data demonstrate that the differential inductor offers a 127% greater maximum quality factor and a broader range of operating *** differential inductors with low parasitical capacitance are developed and validated.
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