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A 52 mW Self-Configured Wearable Body Sensor Network Controller and a 12 22W Wire
提出一种自配置可穿戴体域网控制器和高效无线供电传感器，用于连续健康监测。
52 mW, 12 μW, 54.9% efficiency, 1.8 V
可穿戴传感器无线供电自适应整流器健康监测自配置网络
▸自适应阈值整流器（ATR）实现54.9%效率
▸干式P-FCB电极实现长期无刺激监测
▸自配置网络控制器自动定位传感器位置
Abstract
A self-configured body sensor network controller
and a high efficiency wirelessly powered sensor are presented
for a wearable, continuous health monitoring system. The sensor
chip harvests its power from the surrounding health monitoring
band using an Adaptive Threshold Rectifier (ATR) with 54.9%
efficiency, and it consumes 12
W to implement an electro-
cardiogram (ECG) analog front-end and an ADC. The ATR is
implemented with a standard CMOS process for low cost. The
adhesive bandage type sensor pat