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2011•IEEE Transactions on Power ElectronicsRequires access

A Parallel Interleaving Converter with Soft-switching

Liang Hu, Zhu Zhong-ni, Lin Jie, Song Qing-guo

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Abstract

This paper proposes a soft-switching interleaved Boost converter and control method,it can achieve high power factor,and turn on at zero current and turn off at zero voltage.The paper presents the work theory of the electric circuit and the analysis of various mode,and gives the calculation and design of key parameter.Finally,the simulation and experiment are given to verify the validity of the proposed theory.The converter has extensive applied foreground in the high-power single-phase power factor control.

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What this paper is about

This paper proposes a soft-switching interleaved Boost converter and control method,it can achieve high power factor,and turn on at zero current and turn off at zero voltage.The paper presents the work theory of the electric circuit and the analysis of various mode,and gives the calculation and design of key parameter.Finally,the simulation and experiment are given to verify the validity of the proposed theory.The converter has extensive applied foreground in the high-power single-phase power factor control.

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Available abstract

This paper proposes a soft-switching interleaved Boost converter and control method,it can achieve high power factor,and turn on at zero current and turn off at zero voltage.The paper presents the work theory of the electric circuit and the analysis of various mode,and gives the calculation and design of key parameter.Finally,the simulation and experiment are given to verify the validity of the proposed theory.The converter has extensive applied foreground in the high-power single-phase power factor control.

Key concepts: Interleaving, Power factor, Boost converter, Electronic engineering, Computer science, Switched-mode power supply, Power (physics), Voltage

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