Novel method for controlling a high-frequency link inverter using cycloconverter techniques
Kunitoshi Tazume, T. Aoki, Takashi Yamashita
Abstract
Kunitoshi Tazume, T. Aoki, Takashi Yamashita
Abstract
A high-frequency link inverter has been developed using a cycloconverter. The device consists mainly of a high-frequency inverter, a transformer and a cycloconverter. A novel commutation method in the cycloconverter is proposed. Experimental results show that this method can suppress the switching surges in the cycloconverter, precluding the need for snubber circuits.
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A high-frequency link inverter has been developed using a cycloconverter. The device consists mainly of a high-frequency inverter, a transformer and a cycloconverter. A novel commutation method in the cycloconverter is proposed. Experimental results show that this method can suppress the switching surges in the cycloconverter, precluding the need for snubber circuits.
Key concepts: Cycloconverter, Snubber, Inverter, Commutation, Transformer, Electronic engineering, Control theory (sociology), Computer science