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Performance analysis of full bridge, boost half bridge and half bridge topologies for application in phase shift converters

机译:用于移相转换器的全桥,升压半桥和半桥拓扑的性能分析

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In this paper, performances of three topologies of bidirectional ports applicable to phase shift converters are compared. The proposed topologies include full bridge, half bridge and boost-half bridge that are commonly used as bi-directional port in various topologies of DC converters. The proposed analyses based on several indicators and characteristics of the topologies including reliability factor, switching loss, current ripple, cost, size, efficiency, range of power flow versus phase shift angle and control complexity. A phase shift converter based on proposed topologies was simulated using P-SIM. The analysis shows that considering all effective factors, full bridge topology provides better characteristics compared with others and can be selected for a phase shift converter. Also in some applications other topologies still remain a favorite choice.
机译:在本文中,比较了适用于相移转换器的双向端口的三种拓扑的性能。提议的拓扑包括全桥,半桥和升压半桥,它们在各种DC转换器拓扑中通常用作双向端口。所提出的分析基于拓扑的几个指标和特性,包括可靠性因素,开关损耗,电流纹波,成本,尺寸,效率,功率流相对于相移角的范围以及控制复杂性。使用P-SIM对基于建议拓扑的相移转换器进行了仿真。分析表明,考虑到所有有效因素,全桥拓扑与其他相比具有更好的特性,并且可以选择用于相移转换器。同样,在某些应用中,其他拓扑仍然是最受欢迎的选择。

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