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Design and Analysis of a Novel Trans-inverse DC-DC Converter

机译：一种新型逆转DC-DC转换器的设计与分析

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This paper explores the coupled-inductor architectures for a trans-inverse DC-DC converter. The parasitics (e.g., leakage inductance and AC resistance) will inevitably affect the performance of the coupled-inductor and thus, the entire system. More specifically, when ignoring these parasitics, the operation principle of the DC-DC converter changes and the boosting capability is degraded. Considering the application in a trans-inverse DC-DC converter, three winding arrangements are explored in detail to demonstrate their advantages and disadvantages. Finite element analysis (FEA) on the magnetics is conducted in this paper to simulate the leakage inductance and AC resistance. Finally, the performance of the trans-inverse converter with the designed winding arrangements is verified by experimental tests.
机译：本文探讨了反向DC-DC转换器的耦合电感架构。寄生剂（例如，漏电电感和交流电阻）将不可避免地影响耦合电感器的性能，从而影响整个系统。更具体地，当忽略这些寄生菌素时，DC-DC转换器的操作原理变化和升压能力劣化。考虑到在逆转DC-DC转换器中的应用，详细探讨了三种绕组布置，以展示它们的优缺点。在本文中进行了有限元分析（FEA），以模拟漏电电感和交流电阻。最后，通过实验测试验证了通过实验测试验证具有设计绕组布置的反向转换器的性能。

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