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Analysis and Design of Capacitive Power Transmission System Employing Out-of-band Wireless Feedback Link

机译:采用带外无线反馈链路电容电力传输系统的分析与设计

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Capacitively-coupled wireless power transmission utilizes electric field applied between physically separated metal plates. Especially in full wireless power system which has no battery inside the target object, how to provide the regulated output voltage through the resonant LC link are challenging task. In this paper, analysis and control design of such system are investigated. Transfer function of the overall system including feedback delay latency is analyzed and control loop is designed in the frequency domain. The theoretical results are verified by PSIM simulation.
机译:电容耦合的无线电力传输利用在物理分离的金属板之间施加的电场。特别是在目标对象内没有电池的完整无线电力系统中,如何通过谐振LC链路提供调节的输出电压是具有挑战性的任务。在本文中,研究了这种系统的分析和控制设计。分析了包括反馈延迟等待时间的整个系统的传递函数,并在频域中设计了控制回路。 PSIM仿真验证了理论结果。

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