超低功耗可穿戴式无线心电测量系统的研制

      Development of a Wearable Wireless ECG Monitoring System with Ultra-low Power Consumption

      • 摘要: 该研究介绍一种超低功耗可穿戴式无线心电测量系统。系统主要由心电电极贴连接部分、心电采集部分、数据存储部分、蓝牙主控单元、充电模块、稳压、锂电池组成,采用低功耗心电采集芯片ADS1292R和超低功耗蓝牙单片机nRF51822组成心电信号采集及无线数据通信部分,所采集的心电信号可通过单片机自带的蓝牙功能发送至手机APP进行显示和分析,从而实现低功耗系统设计,经测试功耗仅有(3.7 V×2.87 mA)10.619 mW,如果进行优化,还能降低功耗,该系统设计具有较好的可应用性。

         

        Abstract: This study describes the development of a wireless and wearable ECG monitoring system with ultra-low power consumption. The system is mainly composed of a connection part of an ECG electrode sticker, an electrocardiogram collecting part, a data storage part, a Bluetooth main control unit, a charging module, a voltage regulator and a lithium battery. The low-power ECG acquisition chip ADS1292R and the ultra-low-power Bluetooth microcontroller nRF51822 together constitute the ECG signal acquisition and wireless data communication part. The collected ECG signals can be sent to the mobile APP through the Bluetooth function provided by the MCU, and can completly display and analysis to achieve low power system. After testing, the system power consumption is only (3.7 V×2.87 mA)10.619 mW, and if it is optimized, it can further reduce power consumption, therefore, the system design can have good applicability.

         

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