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Study on a Contact-less Power Transfer System Based on Detachable Transformer Analysis

机译：基于可分离变压器分析的非接触电力传输系统研究

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《International Power Electronics and Motion Control Conference(IPEMC 2004) vol.3; 20040814-16; Xi'an(CN) 》|2004年||共4页
会议地点西安
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专利

1. Magnetic coupled power and data transferring system with a detachable transformer [J] . Sakamoto H., Washimiya S. IEEE Transactions on Magnetics . 1996 ,第5期

机译：带有可拆卸变压器的磁耦合功率和数据传输系统
2. Frequency Splitting Analysis of Wireless Power Transfer System Based on T-type Transformer Model [J] . Lan Jianyu, Tang Houjun, Gen Xin Electronics and Electrical Engineering . 2013 ,第10期

机译：基于T型变压器模型的无线电力传输系统的分频分析
3. Design and Loss Analysis of Loosely Coupled Transformer for an Underwater High-Power Inductive Power Transfer System [J] . Cheng Zhiyuan, Lei Yang, Song Kai, Magnetics, IEEE Transactions on . 2015 ,第7期

机译：水下大功率感应电力传输系统松耦合变压器的设计与损耗分析
4. Study on a Contact-less Power Transfer System Based on Detachable Transformer Analysis [C] . Han Teng, Zhuo Fang, Liu Tao, International Power Electronics and Motion Control Conference(IPEMC 2004) vol.3; 20040814-16; Xi'an(CN) . 2004

机译：基于可分离变压器分析的非接触电力传输系统研究
5. Loosely Coupled Transformer and Tuning Network Design for High-Efficiency Inductive Power Transfer Systems [D] . Zheng, Cong. 2015

机译：高效感应电力传输系统的松耦合变压器和调谐网络设计
6. Monitoring of Low Levels of Furfural in Power Transformer Oil with a Sensor System Based on a POF-MIP Platform [O] . Nunzio Cennamo, Letizia De Maria, Girolamo D’Agostino, 2015

机译：基于POF-MIP平台的传感器系统监测变压器油中的糠醛含量低
7. Powering Flexible Manufacturing Systems with Intelligent Contact-less Power Transfer [O] . M. Budhia, V. Vyatkin, Senior Member Ieee 2014

机译：通过智能无接触功率传输为灵活制造系统提供动力
8. Transformer Modeling. A Physically Based Three-Phase Transformer Model for the Study of Low Frequency Phenomena in Electrical Power Systems [R] . Dijk, H. E. 1988

机译：变压器建模。基于物理的三相变压器模型研究电力系统低频现象

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