无刷直流电机的无桥隔离CUK变换器

K. Lokesh, E. Latha Mercy, D. Poovizhi, B. Indhumathi
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引用次数: 3

摘要

采用CUK拓扑结构,提出了三种新型的无桥单相交直流功率因数校正(PFC)整流器。与标准CUK功率因数校正整流器相比,缺乏增强的热控制和减少的传导损失是通过使用电流来实现的;在整个开关周期中,只有两个半导体开关和一个输入二极管桥通道。所提出的拓扑结构在不连续导通模式下工作,导致一个几乎一致的决定因素以及总的低输入电流谐波畸变。断续传导模式操作的额外好处包括在电源开关中接通零电流,在输出二极管中关闭零电流,以及简化控制电路。电源开关可以打开或关闭。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bridgeless Isolated CUK Converter Using BLDC Motor
The CUK topology is used to propose three novel rectifiers with single phase AC-DC Power Factor Correction (PFC) without a bridge. When compared to a standard CUK Power Factor Correction rectifier, the lack of enhanced heat control and reduced conduction losses are achieved by using the current flows; there are only two semiconductor switches and one input diode bridge channel throughout each period of the switching cycles. The proposed topologies are made to operate in the mode of discontinuous conduction, resulting in a deciding element of almost unity as well as low input current Harmonic Distortion in total. Additional benefits in Discontinuous Conduction Mode operating includes zero current is switched on in the power switches, and in the output diode, zero current is turned off, as well as simplified control circuitry. The power switch can be turned on or off.
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