Low noise, analog electrocardiogram signal amplifier for wearable equipment

Chenghao Zhao
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Abstract

Due to the rapid development of semiconductor technology, the edges of electronic devices are getting smaller and the power consumption is getting lower and lower 3-op-amp instrumentation amplifier. However, there are still some problems such as excessive power consumption and noise. First, the disadvantages are identified, and then the shortcomings of the specialty are improved. So this design gives a low noise ECG equipment, which shows great performance in reducing noise to 3.94uV and the highest differential gain reaches 36.508376dB. It can be used in watches and other wearable devices for ECG signal detection. At the same time, this project can complete the required requirements and is suitable for some wearable devices. Its successful research could lead to more accurate ECG monitoring and consume less power in wearable devices. More importantly, its emergence brings new development ideas and development directions to ECG equipment, making ECG monitoring convenient and mobile.
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用于可穿戴设备的低噪声模拟心电图信号放大器
由于半导体技术的飞速发展,电子设备的边缘越来越小,3-op-amp 仪表放大器的功耗也越来越低。然而,仍然存在一些问题,如功耗过高和噪声过大。首先找出缺点,然后改进专业的不足之处。因此,本设计提供了一种低噪声心电图设备,它在降低噪声至 3.94uV 方面表现出色,最高差分增益达到 36.508376dB。它可用于手表和其他可穿戴设备的心电信号检测。同时,该项目能完成所需的要求,适用于一些可穿戴设备。它的成功研究可为可穿戴设备带来更精确的心电图监测和更低的功耗。更重要的是,它的出现为心电设备带来了新的发展思路和发展方向,使心电监测变得更加便捷和移动。
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