A batteryless 19μW MICS/ISM-band energy harvesting body area sensor node SoC

Fan Zhang,Yanqing Zhang,Jason Silver,Yousef Shakhsheer,Manohar Nagaraju,Alicia Klinefelter,Jagdish Nayayan Pandey,James Boley,Eric J. Carlson,Aatmesh Shrivastava,Brian P. Otis,Benton H. Calhoun

ISSCC（2012）

引用 160|浏览53

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摘要

Recent advances in ultra-low power chip design techniques, many originally targeting wireless sensor networks, will enable a new generation of body-worn devices for health monitoring. We utilize the state-of-the-art in low power RF transmitters, low voltage boost circuits, subthreshold processing, biosignal front-ends, dynamic power management, and energy harvesting to realize an integrated reconfigurable wireless body-area-sensor node (BASN) SoC capable of autonomous power management for battery-free operation.

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关键词

network synthesis,autonomous dynamic power management,radio transmitters,low power rf transmitter,biomedical transducers,wireless sensor network,low-power electronics,power 19 muw,ultralow power chip design technique,body-worn device,body sensor networks,system-on-chip,integrated reconfigurable wireless body-area-sensor node soc,subthreshold processing,energy harvesting,low voltage boost circuit,biosignal front-end,integrated reconfigurable wireless basn soc,batteryless mics-ism-band energy harvesting body area sensor node soc,biomedical electronics,health monitoring,low voltage,wireless communication,wireless sensor networks,chip,low power electronics,system on a chip,front end,transmitters,system on chip

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