A modified forward converter with a capacitive output filter for isolated LED lighting applications

A modified forward converter with a capacitive output filter for isolated LED lighting applications

In order to increase the power conversion efficiency and improve the power factor, a modified forward converter is proposed, which adopts a capacitive output filter instead of the inductive output filter of the conventional forward converter. Therefore, the proposed converter has wide input voltage...

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Hauptverfasser: Myungbok Kim, Daeyoung Im
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Sprache:eng
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AC-DC Isolated Converter
Automotive engineering
LED Lighting
Quasi-Resonant ZVS
Rectifiers
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Daeyoung Im
description In order to increase the power conversion efficiency and improve the power factor, a modified forward converter is proposed, which adopts a capacitive output filter instead of the inductive output filter of the conventional forward converter. Therefore, the proposed converter has wide input voltage range in opposite to that of the conventional forward converters. Moreover, the proposed converter uses the critical conduction mode for automatic current shaping to improve the power factor. As a result, the proposed converter can achieve quasi-resonant zero-voltage-switching, which can minimize the switching loss of main MOSFET. In addition, the operational principle of the proposed converter is analyzed and the characteristic of the proposed converter is investigated in this paper. To validate the effectiveness of the proposed converter, a prototype of 25W is implemented and the experimental results are discussed in more detail.
doi_str_mv 10.1109/INTLEC.2011.6099824
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subjects AC-DC Isolated Converter
Automotive engineering
LED Lighting
Quasi-Resonant ZVS
Rectifiers
title A modified forward converter with a capacitive output filter for isolated LED lighting applications
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