A Novel Negative-Output High Step-up Ratio DC-DC Converter Based on Switched-Inductor Cell
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A high boost dc-dc converter based on the switched-inductor cell (SL-cell) is suggested in this paper. Thesuggested converter can provide a high voltage gain that is more than 6. Moreover, the voltage gain can be easilyincreased by extending a SL cell or a modular voltage boost stage. This paper shows the key waveforms, theoperating principles at the continuous conduction mode (CCM), and a comparison between the suggested converterand the other non-isolated converters. In addition, the extension of the suggested converter is presented. Thesimulation results were shown to reconfirm the theoretical analysis.
Abstract
A high boost dc-dc converter based on the switched-inductor cell (SL-cell) is suggested in this paper. Thesuggested converter can provide a high voltage gain that is more than 6. Moreover, the voltage gain can be easilyincreased by extending a SL cell or a modular voltage boost stage. This paper shows the key waveforms, theoperating principles at the continuous conduction mode (CCM), and a comparison between the suggested converterand the other non-isolated converters. In addition, the extension of the suggested converter is presented. Thesimulation results were shown to reconfirm the theoretical analysis.
참고문헌 (15)
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