Low-noise analog synthesis platform for bio-signal acquisition system

Ying-Chi Lien, Ching-Mao Lee, Chih-Wei Li, Ban-Han Tsai, C. Liu
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Abstract

Because the bio-signals are often very weak, they can be influenced by noise easily and become hard to distinguish. In this paper, an automatic analog synthesis platform is presented for bio-acquisition systems to generate the required circuits from specification to layout with low-noise consideration. Process variations and layout effects are also simultaneously considered to generate the required circuits with high design yield. Furthermore, a user-friendly GUI is also provided to help users complete the design flow successfully and efficiently. As shown in the experimental results, this analog synthesis platform is able to generate the required circuits in seconds with low noise. The chip implementation result also verifies the capability of this tool to generate the required designs with fabricable quality.
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生物信号采集系统的低噪声模拟合成平台
由于生物信号通常非常微弱,它们很容易受到噪声的影响而变得难以区分。本文提出了一种生物采集系统的自动模拟合成平台,可以在考虑低噪声的情况下,从规格到布局生成所需的电路。同时考虑了工艺变化和布局影响,以产生高设计良率的所需电路。此外,还提供了一个用户友好的GUI,帮助用户成功、高效地完成设计流程。实验结果表明,该模拟合成平台能够在低噪声的情况下在数秒内生成所需的电路。芯片实现的结果也验证了该工具能够生成具有可加工质量的所需设计。
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