22.1 A 769μW Battery-Powered Single-Chip SoC With BLE for Multi-Modal Vital Sign Health Patches

international solid-state circuits conference(2019)

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摘要
Continuous vital-sign monitoring is of paramount importance in remote heath monitoring or rehabilitation environments for chronic diseases. Medical-grade wireless and wearable bio-sensor systems that can be used at home offer a much more attractive solution than hospital-based monitoring systems. We report an all-in-one battery-powered SoC designed for low-cost single-use health patches (Fig. 22.1.1), allowing continuous monitoring in a home setting to improve patient comfort and reduce cost of care by, e.g., reducing hospital stays. In addition to medical-grade signal quality, low power consumption is key in such a health patch system, to enable a comfortable form factor with miniature battery size and prolong the operational lifetime to at least several weeks.
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remote heath monitoring,chronic diseases,single-use health patches,hospital stays,medical-grade signal quality,health patch system,miniature battery size,BLE,multimodal vital sign health patches,wearable biosensor systems,battery-powered single-chip SoC,continuous vital-sign monitoring,rehabilitation environments,medical-grade wireless biosensor systems,hospital-based monitoring systems,all-in-one battery-powered SoC,home setting,patient comfort,operational lifetime,power 769.0 muW
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