一种可穿戴式心电传感器信号调节电路的设计

Yuxiao Bai, Sujin He, K. Wei
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引用次数: 0

摘要

该电路的设计是为了解决心电信号采集过程中存在的噪声干扰和电路复杂等问题。为了保证电路的体积、信号精度和经济性,采用OP07芯片作为运算放大器。设计了0.1Hz低通滤波器、250Hz高通滤波器和两级放大电路。仿真结果表明,该电路适用于大倍数,滤波性能也很好。该电路有效地抑制了心电信号中的共模干扰、工频干扰、肌电图干扰。提高了心电采集的准确性,适用于可穿戴式心电设备和医疗监护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of a Signal Regulating Circuit for Wearable ECG Sensor Applications
The design of this circuit is to solve the problems during ECG signal collection, such as noise interference and circuit complexity. To ensure the volume, signal accuracy, and economy of the circuit, the OP07 chip is used as the operational amplifier. What's more, a 0.1Hz low-pass filter, 250Hz high-pass filter, and two-stage amplifier circuit are designed. The simulation results show that the circuit is suitable for large multiple, and the filtering performance is also excellent. This circuit effectively suppresses the common-mode interference, power frequency interference, EMG interference in ECG signal. It improves the accuracy of ECG collection and is suitable for Wearable ECG devices and medical monitoring.
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