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2002•Unpublished venueRequires access

Auxiliary quasi-resonant commutation block snubber assisted voltage source three phase soft switching PFC rectifier

Eiji Hiraki, M. Yoshida, M. Nakaoka

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Abstract

This paper presents a new active resonant snubber assisted (auxiliary quasi-resonant commutation block-link; ARCB) voltage source three phase soft switching PWM-PFC rectifier which can operate under a principle of zero voltage soft switching (ZVS) commutation. The operating principle and the performances of this digitally-controlled three phase voltage source soft switching PWM-PFC rectifier are illustrated and evaluated on the basis of computer aided simulation analysis.

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What this paper is about

This paper presents a new active resonant snubber assisted (auxiliary quasi-resonant commutation block-link; ARCB) voltage source three phase soft switching PWM-PFC rectifier which can operate under a principle of zero voltage soft switching (ZVS) commutation. The operating principle and the performances of this digitally-controlled three phase voltage source soft switching PWM-PFC rectifier are illustrated and evaluated on the basis of computer aided simulation analysis.

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Available abstract

This paper presents a new active resonant snubber assisted (auxiliary quasi-resonant commutation block-link; ARCB) voltage source three phase soft switching PWM-PFC rectifier which can operate under a principle of zero voltage soft switching (ZVS) commutation. The operating principle and the performances of this digitally-controlled three phase voltage source soft switching PWM-PFC rectifier are illustrated and evaluated on the basis of computer aided simulation analysis.

Key concepts: Snubber, Commutation, Rectifier (neural networks), Pulse-width modulation, Voltage, Voltage source, Control theory (sociology), PWM rectifier

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