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This paper proposes a novel design of class E dc-dc converter with a resonant rectifier circuit. Class E converter is advantageous in several-MHz switching since it achieves zero voltage switching (ZVS) and has the single ground-referenced switch. In this paper, the resonant rectifier is used to construct a dc-dc converter in conjunction with the class E inverter instead of the conventional rectifiers...
This paper presents a novel design method for class E dc-dc converter and a control scheme capable of operating in a wide load range. The class E converter is suitable for several-MHz switching frequency; however, the conventional design has two drawbacks: high voltage stress on the switch (theoretically about 3.6 times the input voltage), and a large input inductor. Here we propose the design scheme...
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