2002•Journal of Tsinghua University(Science and Technology)Requires access

Resonant high -voltage DC -DC converter with variable voltage and variable frequency control schemes

Su Pengsheng

Open publisher page 1 citations

Abstract

Resonant converter technology was used to correct distribution parameters in transformers with high frequency DC high -voltage switches to reduce switching losses. A DC high -voltage switching source system model was developed including a buck converter, resonant converter, high voltage transformer and diode -capacitor voltage multiplier. Simulations using the resonant converter principle were used to study the effect of the main circuit parameters on the resonant converters. Simulations show the switch losses are lower when converter working with inductive load. The experimental results verified the simulation results.

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What this paper is about

Resonant converter technology was used to correct distribution parameters in transformers with high frequency DC high -voltage switches to reduce switching losses. A DC high -voltage switching source system model was developed including a buck converter, resonant converter, high voltage transformer and diode -capacitor voltage multiplier. Simulations using the resonant converter principle were used to study the effect of the main circuit parameters on the resonant converters. Simulations show the switch losses are lower when converter working with inductive load. The experimental results verified the simulation results.

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Available abstract

Resonant converter technology was used to correct distribution parameters in transformers with high frequency DC high -voltage switches to reduce switching losses. A DC high -voltage switching source system model was developed including a buck converter, resonant converter, high voltage transformer and diode -capacitor voltage multiplier. Simulations using the resonant converter principle were used to study the effect of the main circuit parameters on the resonant converters. Simulations show the switch losses are lower when converter working with inductive load. The experimental results verified the simulation results.

Key concepts: Forward converter, Ćuk converter, Flyback converter, Buck–boost converter, Buck converter, Voltage multiplier, Boost converter, Integrating ADC

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