Single-input multi-output resonant regulating rectifier
AssigneeKorea University Research and Business Foundation
InventorsHyung-Min Lee, Hyun-Su Lee
Life of this patent
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Abstract
Disclosed herein is a single-input multi-output resonant regulating rectifier. The single-input multi-output resonant regulating rectifier may include: a conversion circuit unit converting a wireless power alternating current (AC) signal into half-cycle input signals VINN and VINP; and an output generation circuit unit generating a plurality of outputs within a half cycle by generating a plurality of gate signals in a plurality of different regions within each half cycle based on the half-cycle input signal VINN input through the conversion circuit unit.
Claims13
A single-input multi-output resonant regulating rectifier, comprising:
- a conversion circuit unit converting a wireless power alternating current (AC) signal into half-cycle input signals VINN and VINP;
- and
- an output generation circuit unit generating a plurality of outputs within a half cycle by generating a plurality of gate signals in a plurality of different regions within each half cycle based on the half-cycle input signal VINN input through the conversion circuit unit,
- wherein the output generation circuit unit includes:
- a first output circuit unit generating a first reference signal VREF,PL using a signal output through the conversion circuit unit in a first region, and generating a first gate signal VG,PL using the half-cycle input signal VINN and the first reference signal VREE,PL;
- a second output circuit unit generating a second reference signal VREE,PC using a signal output through the conversion circuit unit in a second region, and generating a second gate signal VG,PC using the half-cycle input signal VINN and the second reference signal VREE,PC;
- and
- a third output circuit unit generating a third reference signal VREE,PR using a signal output through the conversion circuit unit in a third region, and generating a third gate signal VG,PR using the half-cycle input signal VINN and the third reference signal VREE,PR.
Dependencies are inferred from the claim text.