带电子移相和脉宽调制的18脉冲整流器

E. Sokol, V. Zamaruiev, V. Ivakhno, Yurii Voitovych, O. Butova, V. Makarov
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引用次数: 3

摘要

目前已知的具有电子相移的12脉冲整流器。与传统整流器不同,它们不使用移相变压器,并且具有单位功率因数。增大整流器的脉冲可以改善输入电流的谐波组成。本文研究了带电子相移的18脉冲整流器的工作原理。利用电子相移原理,在整流器的输出端产生不同水平的恒定电压。脉宽调制的引入有助于平衡作为转换器组成部分的6脉冲整流器的输出电压。此外,脉宽调制的使用允许消除匹配的磁元件,这些磁元件用于均衡整流器输出电压。这改善了转炉的质量和尺寸参数。给出了建模结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
18-Pulse Rectifier with Electronic Phase Shifting and Pulse Width Modulation
At present, 12-pulse rectifiers with electronic phase shift are known. Unlike classic rectifiers, they do not use phase-shifting transformers and have a unit power factor. Increasing of the rectifier’s pulse makes it possible to improve the harmonic composition of the input current. This article is devoted to the study of the operation of an 18-pulse rectifier with an electronic phase shift. The use of the principle of electronic phase shift leads to different levels of constant voltage at the output of the rectifiers. The introduction of pulse-width modulation contributes to equalizing the output voltages of the 6-pulse rectifiers which are the parts of the converter. In addition, the use of the pulse-width modulation allows eliminating matching magnetic elements which are used to equalize rectifiers output voltages. This improves the mass and dimension parameters of the converter. The results of modeling are presented.
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