In this paper the duality principles of electrical circuits are extended to the switching converter topologies.
本文将电路理论中的对偶变换原理扩展应用于开关变换器电路的对偶分析。
Two types of multilevel converter topologies are proposed for this direction, and their constructing rules and principles are researched.
本文提出了适合于该方向的两类多电平拓扑，并对它们的生成方法和工作原理进行了研究。
This paper introduces the principle of one-cycle control and the application of one-cycle control in some common topologies of power electronic converter.
介绍了单周控制的原理及其在电力电子变换器的几种主要拓扑中的应用，并给出了在常用拓扑中的控制规则。
Novel circuit structure and topologies of single-stage DC switching power supplies with uninterruptible power supply and high power factor, based on flyback converter, are proposed.
该文提出了一类基于反激变换器的单级不间断高功率因数直流开关电源电路结构与拓扑族。
Firstly, several topologies and PWM methods for traditional cascaded converter are introduced in the thesis.
论文首先介绍几种传统单元级联型变频器的结构和一些PWM控制策略。
At present, cascaded multicell converter, diode clamped multilevel converter and flying capacitor multilevel converter are 3 mainly converting topologies.
目前，多电平变频器的主要结构形式可分为二极管嵌位型，电容嵌位型和单元级联型三种。
At present, cascaded multicell converter, diode clamped multilevel converter and flying capacitor multilevel converter are 3 mainly converting topologies.
目前，多电平变频器的主要结构形式可分为二极管嵌位型，电容嵌位型和单元级联型三种。
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