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Fabrication of a new high-performance WPT system by electric energy confinement

机译:通过电能约束制造新的高性能WPT系统

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A WPT system based on coupled resonators makes use of the electric and magnetic couplings. Considering one can control the ratio of those couplings, it should be useful to reduce the electric coupling, since it is affected by the dielectric material that intrudes between the two resonators, resulting in the shift of operating frequency, deterioration of matching and increase of transfer loss. The present paper studies two methods to avoid them, that is, electric energy confinement by external lumped capacitor and by double layered coils. Both try to confine the electric energy of the resonators into a limited space and remove from the coupling space. Carrying out a comparative study, it concludes the latter is more desirable by the overall rating.
机译:基于耦合谐振器的WPT系统利用电动耦合。 考虑到一个可以控制那些联轴器的比率,它应该有助于减少电耦合,因为它受到两个谐振器之间侵入的介电材料的影响,导致操作频率的偏移,匹配的差异和转移的增加 损失。 本文研究了两种方法来避免它们,即外部集总电容和双层线圈电能限制。 两者都尝试将谐振器的电能限制在有限的空间中并从耦合空间中移除。 进行比较研究,结束后,后者通过整体评级更为理想。

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