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A ZVS/ZCS SOLUTION TO CROSSOVER DISTORTION IN BOOST PFC RECTIFIER

机译:升压PFC整流器中交叉失真的ZVS / ZCS解决方案

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Several ZVS/ZCS (zero voltage switching/zero current switching) snubbers have been proposed in the past to minimize the losses and EMI in boost PFC. In these topologies, the commutation energies are reflected to the load or source to achieve energy conservation. However, this energy can also be utilized in a way to further improve the performance of the PFC and this paper is a first step in this direction. Here, we will propose a new topology to minimize the crossover distortion in boost rectifier. The main characteristic of the proposed topology besides ZCS/ZVS switching is that it also improves the crossover distortion. A prototype system was built and tested to verify the proposed topology.
机译:过去已经提出了几种ZVS / ZCS(零电压开关/零电流开关)缓冲器,以最大程度地减小升压PFC的损耗和EMI。在这些拓扑中,换向能量被反射到负载或源上以实现节能。但是,也可以利用这种能量来进一步提高PFC的性能,本文是朝这个方向迈出的第一步。在这里,我们将提出一种新的拓扑结构,以最大程度地减小升压整流器中的交叉失真。除了ZCS / ZVS切换以外,所提出拓扑的主要特点是它还改善了交叉失真。建立了原型系统并进行了测试,以验证所提出的拓扑。

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