结合次级电路，提出了基于E类放大器的经皮能量传输系统的参数设计方法。
Combining the secondary circuit, we have proposed the design methodology of transcutaneous power transmission system with a class-E amplifier.
植入式电动关节的关键技术之一是电机驱动能量和控制信号的经皮传输。
One of the key technologies of implantable electric joint system is transcutaneous transmission of power for motor drive and signal for motor control.
植入式电动关节的关键技术之一是电机驱动能量和控制信号的经皮传输。
One of the key technologies of implantable electric joint system is transcutaneous transmission of power for motor drive and signal for motor control.
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