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Minimizing Current Distortion of a Three-Phase Bridge Rectifier Based on Line Injection Technique

机译:基于线路注入技术的三相桥式整流器的电流失真最小化

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This paper demonstrates a new concept and a novel passive resonant construction, which is connected between the ac and dc sides of the three-phase bridge rectifier, for reducing line current harmonics. This resonant net connection, in combination with the conduction intervals of each diode, generates a circulating third harmonic current between the ac and dc sides of the diode rectifier. This will cause a significant reduction in line current harmonics. As a result of this, the shape of line current becomes nearly sinusoidal. Results of analytical, simulation, and experimental verification on a typical example are presented. The total harmonic distortion (THD) of the line current can be reduced from 32% to 5%. Therefore, based on this concept a very cheap, lossless, and passive rectifier with low THD and almost unity power factor has been developed
机译:本文演示了一种新概念和一种新颖的无源谐振结​​构,该结构连接在三相桥式整流器的交流和直流侧之间,用于减少线路电流谐波。这种谐振网络连接与每个二极管的导通间隔相结合,在二极管整流器的交流和直流侧之间产生循环的三次谐波电流。这将大大降低线路电流谐波。结果,线电流的形状接近正弦曲线。给出了一个典型示例的分析,模拟和实验验证的结果。线路电流的总谐波失真(THD)可以从32%降低到5%。因此,基于此概念,开发了一种非常便宜,无损,无源谐波失真低且功率因数几乎为单位的无源整流器

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