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2007•IEEE Transactions on Power ElectronicsRequires access

Research and Design of a Resonant DC/DC Converter

Xiaoli Shi

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Abstract

A resonant high voltage DC/DC converter is proposed.The driving signal of the power switch was formed by transformer's secondary-side inductance coil,resonant capacitance and two zener diodes.This converter could generate high voltage and high current pulse with its simple topology and low cost.The principle of the converter is analyzed and the procedure for this design is discussed.In the end,the computer simulation and experimental results show that the principle of the converter system is correct and reliable.

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What this paper is about

A resonant high voltage DC/DC converter is proposed.The driving signal of the power switch was formed by transformer's secondary-side inductance coil,resonant capacitance and two zener diodes.This converter could generate high voltage and high current pulse with its simple topology and low cost.The principle of the converter is analyzed and the procedure for this design is discussed.In the end,the computer simulation and experimental results show that the principle of the converter system is correct and reliable.

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Available abstract

A resonant high voltage DC/DC converter is proposed.The driving signal of the power switch was formed by transformer's secondary-side inductance coil,resonant capacitance and two zener diodes.This converter could generate high voltage and high current pulse with its simple topology and low cost.The principle of the converter is analyzed and the procedure for this design is discussed.In the end,the computer simulation and experimental results show that the principle of the converter system is correct and reliable.

Key concepts: Forward converter, Flyback converter, Boost converter, Ćuk converter, Inductance, Electrical engineering, Buck–boost converter, Electronic engineering

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