Design and Simulation of Three Phase Six Pulse Thyristor Controlled Rectifier

Raunak Kulkarni, Suyash Gangurde, Yash Pant, R. D. Kulkarni, M. Kumari
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Abstract

Conventional electrical power can be converted from AC into DC by using various rectifier circuit configurations with multi pulse arrangement to minimize the ripple content in the output. The rectifiers have several applications in industry like electroplating, heating, magnet power supply, traction, battery charging, etc. with different specifications. In this paper, design of three phase six pulse thyristor controlled rectifier has been described with purely resistive and resistive inductive type of loads. The circuit simulation of the rectifier configuration has been performed using simulation tool and the simulation results have been presented. The implementation of hardware circuit of rating 2.5 kW has been proposed to validate simulation results.
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三相六脉冲可控硅整流器的设计与仿真
通过采用多种整流电路配置,采用多脉冲排列,使输出的纹波含量降到最低,可以将传统的交流电转换成直流电。整流器在电镀、加热、磁铁供电、牵引、电池充电等行业中有不同规格的应用。本文介绍了纯电阻型和电阻感性型负载下三相六脉冲可控硅整流器的设计。利用仿真工具对整流器结构进行了电路仿真,并给出了仿真结果。提出了额定功率为2.5 kW的硬件电路实现,验证了仿真结果。
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