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Realization of existence of two buck chopper circuits in a single phase switch controlled full wave rectifier

机译:在单相开关控制的全波整流器中实现两个降压斩波电路的实现

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This paper represents existence of two buck chopper circuits in a single phase switch controlled full wave rectifier. A single phase full bridge rectifier provides a fixed dc output voltage. If two diodes out of four diodes are replaced by two switches, then output voltage can be reduced controlling the duty cycle of switching pulses. This action proves the action of buck chopper circuit which is used for dc to dc step down conversion process. There is an LC filter at the output terminal which reduces the ripple in voltage and current. The output DC voltage can be reduced by controlling the duty cycle of the switching pulses. The output is observed from the simulation by PSIM. The main purpose of this work is to show the existence of two buck chopper circuits in a modified single phase full wave bridge rectifier.
机译:本文表示在单相开关控制的全波整流器中存在两个降压斩波电路。单相全桥整流器提供固定的直流输出电压。如果将四个二极管中的两个二极管替换为两个开关,则可以降低输出电压,从而控制开关脉冲的占空比。该动作证明了用于直流到直流降压转换过程的降压斩波电路的作用。输出端子上有一个LC滤波器,可减少电压和电流的纹波。通过控制开关脉冲的占空比,可以降低输出直流电压。通过PSIM仿真可以观察到输出。这项工作的主要目的是说明在改进的单相全波桥式整流器中存在两个降压斩波电路。

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