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JSSC 2022第3期RF & Wireless65nmEnergy Harvesting

EQS Res-HBC A 65-nm Electro-Quasistatic Resonant 5240 μW Human Whole-Body Poweri

利用电准静态谐振人体通信实现人体长度无关的无线供电与通信。
240 µW, 28 µW, 5 µW 功率传输,2.19 µW 通信功耗
人体通信无线供电电准静态谐振能量收集无电池操作
电准静态谐振人体通信(EQS Res-HBC)
最大谐振功率跟踪(MRPT)
人体长度无关的供电与通信
Abstract
Applications like connected healthcare through physiological signal monitoring and secure authentication using wearable keys can benefit greatly from the battery-less operation. Low-power communication along with energy harvesting is criti- cal to sustain such perpetual battery-less operation. Human body channel is known to be a promising alternative to wireless radio wave communication for low power operation through human body communication (HBC), as well as very recently demon- strated as a me