Design and development of newly wireless energy transmission systemusing capacitive coupling considering the biological effect

本研究的目的是开发一种电极可贴附于人体表面的无线能量传输系统。将发射电极连接到日本成年男性的34个组织的人体模型。然后，通过进行电磁分析，我们估计了放置在模型腹部深部（骨骼、肌肉和脂肪）的植入式设备的接收功率。我们发现，最大接收功率为2毫瓦超过40兆赫。该系统可以将电能传输到低功耗的小型植入式医疗设备。

The propose of this study is developing a wireless energy transmission system whose electrodes can be attached to the human body surface. The transmitting electrode was attached to a human model of 34 tissue of a Japanese adult male. Then, by performing electromagnetic analysis, we estimated the receiving power of an implantable device placed in the deep abdominal area (bone, muscle, and fat) of the model. We found the maximum receiving power to be 2 mW over 40 MHz. This system can electric power transmission power to small implantable medical devices of low power consumption.