Ferrite Incorporated Wireless Power Transfer Efficiency Improvement Systems

Muhammad Ali Iqbal, Safdar Raza, A. Javed
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Abstract

Design arrangements for three ferrites integrated substrate surfaced magnetically resonance coupled (MRC) wire-less power transfer (WPT) model is presented. Their layout and simulated results are tested. Ferrite plate and core are incorporated with the proposed wireless power transfer system and achieved the efficiency from 16.6 % to 52 %. For small electronics devices, different ferrite designs and their effect on nearby metallic objects are observed and mitigated. Results show that defined Ferrite configuration is a best solution for confining electromagnetic field and reduce its effects by the foreign materials.
铁氧体无线电力传输效率改进系统
提出了三铁氧体集成基板表面磁共振耦合(MRC)无线输电(WPT)模型的设计方案。对它们的布局和仿真结果进行了测试。将铁氧体板和铁芯集成到无线电力传输系统中,传输效率达到16.6% ~ 52%。对于小型电子设备,不同的铁氧体设计及其对附近金属物体的影响被观察和减轻。结果表明,确定铁氧体结构是限制电磁场和减少外来材料影响的最佳解决方案。
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