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Three-Phase Rectifiers with Current Compensation Schemes - Part I: Passive Circuits

机译:具有电流补偿方案的三相整流器-第一部分:无源电路

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Three-phase rectifiers are widely used in several applications. The main feature desired in these power converters is a satisfying regulation of dc output voltage/current, but this ought to be achieved with high quality ac currents and unitary power factor. The most conventional schemes have unidirectional power flow and a compensation of the ac-side current should be implemented in high-performance systems. A small part of the power converted can be employed to enhance the characteristics in the mains side by using additional passive, active or hybrid circuits. This paper is the first of two parts, where the technology of ac-dc three-phase power converters with compensation techniques to attain ac currents with ohmic behaviour is reviewed. This part reports the passive networks used for this aim, describing the most popular topologies and features.
机译:三相整流器广泛用于多种应用中。这些功率转换器所需的主要特征是对直流输出电压/电流的令人满意的调节,但是这应该通过高质量的交流电流和单位功率因数实现。最常规的方案具有单向功率流,并且应该在高性能系统中实现对交流侧电流的补偿。通过使用附加的无源,有源或混合电路,可以将一小部分转换后的功率用于增强电源侧的特性。本文是两部分中的第一部分,其中对具有补偿技术的AC-DC三相功率转换器的技术进行了综述,以实现具有欧姆特性的AC电流。此部分报告了用于此目的的无源网络,描述了最流行的拓扑和功能。

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