Comparison of current driven Class-D and Class-E half-wave rectifiers for 6.78 MHz high power IPT applications

G. Kkelis, D. Yates, P. Mitcheson
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引用次数: 24

Abstract

Two current driven half wave rectifier topologies, Class-D and -E, have been characterised for IPT applications. Both rectifiers utilised SiC Schottky diodes for high power capability. The Class-D topology has reached efficiencies up to 95% and the Class-E up to 90%. Both topologies achieved their highest efficiencies at high voltage operation as the parasitic capacitances of the SiC diodes were affecting the circuit's operation at low voltages.
6.78 MHz大功率IPT应用中电流驱动的d类和e类半波整流器的比较
两种电流驱动的半波整流器拓扑,d类和-E类,已经被描述为IPT应用。两种整流器都采用了SiC肖特基二极管,具有高功率能力。d类拓扑的效率高达95%,e类拓扑的效率高达90%。由于SiC二极管的寄生电容影响电路在低压下的工作,这两种拓扑结构在高压下的工作效率都达到了最高。
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