The dual-active-bridge converter is of major importance for the electrification of transportation. It is used among others in electric vehicle chargers or more electric aircraft dc-microgrids. A careful design of the converter is very important in order to evaluate the soft-switching range and the temperature of the power transistors. Even though parasitic elements can have a significant influence on the operation of the dual-active-bridge converter, they are mostly ignored. Thus, in this paper a comprehensive analysis of the influence of parasitic elements on the operation, especially on the soft-switching, of the dual-active-bridge converter is presented. The findings show that the influence of some elements can be ignored, while others should be considered.
Parasitic Elements and Their Influence on the Operation of the Dual-Active-Bridge Converter
2023-07-18
836318 byte
Conference paper
Electronic Resource
English
Influence of Parasitic Elements on the Commutation of a Resonant Matrix Converter
British Library Conference Proceedings | 2008
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