Research on near-coupling wireless charging ferrite substrate material and application
Yun Wang, Jianxiao Li, Qian Liu, Difei Liang
University of Electronic Science and Technology of China
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This article studies the current hot issue of wireless charging transmission efficiency. The influence of NiZn ferrite substrate material on the transmission efficiency was studied in three aspects: magnetic parameters, substrate spacing, and system coupling coefficient. In the case where the substrate permeability and the substrate pitch are both affected, different permeability parameters will correspond to different substrate pitches to maximize the transmission efficiency.
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工程Wireless Power Transfer Systems
Magnetic Properties and Applications · Advanced DC-DC Converters