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A dual-mode Single-Input-Dual-Output converter with fully digital time-based Maximum-Power-Point-Tracking is presented to efficiently harvest indoor solar energy. The converter uses only three power switches to minimize the chip area and reduce the switching power loss, and dual-mode to accommodate the power imbalance between the Photovoltaic (PV) cell supply and the load requirement. Under sufficient...
A novel single-inductor dual-input dual-output dc–dc converter with pulse width modulation control is proposed for a solar energy harvesting system. The first input of the converter is from photovoltaic (PV) cells and the second input is a rechargeable battery. Apart from the conventional role of providing a regulated output voltage to power the loading circuits, the converter also clamps the PV cells'...
A single inductor dual input dual output (SIDIDO) DC-DC converter is proposed for solar energy harvesting applications. The converter supports hybrid power supplies from both the photovoltaic (PV) cells and the rechargeable battery. The proposed DC-DC converter provides a regulated output voltage to power the load as well as clamps the input voltage from the PV cells to the maximum power point (MPP)...
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