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Study on impedance matching and maximum wireless power transfer efficiency of circuits with resonant coupling based on simplified S-matrix

机译：基于简化的谐振耦合的电路阻抗匹配和最大无线电力传递效率的研究 - MATRIX

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Hiroya Andoh; Keita Tsuzuki; Dai Oikawa; Toko Sugiura; Takehiko Tsukamoto; Koichi Maezawa;
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1. Study on impedance matching and maximum wireless power transfer efficiency of circuits with resonant coupling based on simplified S-matrix [J] . Hiroya Andoh, Keita Tsuzuki, Dai Oikawa, IEICE Electronics Express . 2019,第11期

机译：基于简化S矩阵的谐振耦合电路阻抗匹配及最大无线电力传递效率研究
2. Impedance Matching and Power Division Using Impedance Inverter for Wireless Power Transfer via Magnetic Resonant Coupling [J] . Koh K.E., Beh T.C., Imura T., IEEE Transactions on Industry Applications . 2014,第3期

机译：使用阻抗逆变器进行阻抗匹配和功率分配，以通过磁共振耦合进行无线功率传输
3. Wireless power transfer framework for minirobot based on resonant inductive coupling and impedance matching [J] . Kin Yun Lum, Jyi-Shyan Chow, Kah Haur Yiauw International Journal of Power Electronics and Drive Systems . 2020,第1期

机译：基于谐振电感耦合和阻抗匹配的Minirobot无线电力传输框架
4. Study on maximum air-gap and efficiency of Magnetic Resonant Coupling for Wireless Power Transfer using Equivalent Circuit [C] . Takehiro Imura 2010 IEEE International Symposium on Industrial Electronics . 2010

机译：等效电路的无线功率传输磁共振耦合的最大气隙和效率研究
5. Analysis and optimal design method of LCLC resonant tank for bidirectional DC-DC resonant converter and LCLC resonant converter's efficiency performance in wireless low power transfer applications [D] . Nam, Isaac IL W. 2011

机译：用于双向DC-DC谐振转换器的LCLC谐振罐和LCLC谐振变换器在无线低功率传输应用中的效率性能的分析与最优设计方法
6. An Adaptive Impedance Matching Network with Closed Loop Control Algorithm for Inductive Wireless Power Transfer [O] . Zhidong Miao, Dake Liu, Chen Gong 2017

机译：具有闭环控制算法的自适应阻抗匹配网络用于感应无线电力传输
7. Efficiency maximization of resonant coupled wireless power transfer system via impedance matching based on coupling tuning [O] . Barman S.D., Reza A.W., Kumar N. 2014

机译：通过基于耦合调整的阻抗匹配，使谐振耦合无线电力传输系统的效率最大化

Study on impedance matching and maximum wireless power transfer efficiency of circuits with resonant coupling based on simplified S-matrix

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