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Wireless Charging Device for Artificial Cardiac Pacemaker

机译:用于人造心脏起搏器的无线充电装置

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摘要

To overcome the limitation of energy supply for artificial cardiac pacemaker, this paper investigated a wireless charging device based on the magnetic coupling resonant wireless transfer (MCR-WPT) technique. We designed the bilayer coupled coils for energy transmission, which had twice power factor than monolayer coils. The frequency is 200 kHz when the MCR-WPT system was in resonance. Furthermore, we put the titanium alloy case behind the receiver coil to simulate the environment of artificial cardiac pacemaker. At last, we have done the charging experiment.
机译:为了克服人造心脏起搏器的能量供应的限制,本文研究了一种基于磁耦合谐振无线传输(MCR-WPT)技术的无线充电装置。我们设计了用于能量传输的双层耦合线圈,其具有比单层线圈的两倍功率因数。当MCR WPT系统共振时,频率为200 kHz。此外,我们将钛合金表壳放在接收器线圈后面,以模拟人造心脏起搏器的环境。最后,我们已经完成了收费实验。

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