Multiphase resonant inverters with common resonant circuit
Mariusz Bojarski, Dariusz Czarkowski, Francisco de León, Qijun Deng, Marian Kazimierz Kazimierczuk, Hiroo Sekiya
Abstract
Mariusz Bojarski, Dariusz Czarkowski, Francisco de León, Qijun Deng, Marian Kazimierz Kazimierczuk, Hiroo Sekiya
Abstract
A new family of Class D resonant inverters is proposed in this paper. Multiple identical series resonant inverters are paralleled using intercell transformers to form phase-controlled multiphase resonant inverter with a common resonant circuit. Inverters can operate at constant frequency utilizing phase-shift control to regulate output. A frequency-domain analysis of the proposed family is performed. An experimental prototype of a three-phase resonant inverter with common resonant circuit was built and extensively tested at an output power of 550 W and switching frequency of 167 kHz.
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A new family of Class D resonant inverters is proposed in this paper. Multiple identical series resonant inverters are paralleled using intercell transformers to form phase-controlled multiphase resonant inverter with a common resonant circuit. Inverters can operate at constant frequency utilizing phase-shift control to regulate output. A frequency-domain analysis of the proposed family is performed. An experimental prototype of a three-phase resonant inverter with common resonant circuit was built and extensively tested at an output power of 550 W and switching frequency of 167 kHz.
Key concepts: Resonant inverter, RLC circuit, Inverter, Transformer, Resonant converter, Inductor, Resonant inductive coupling, Electronic engineering