A 140.5$\mu$W, 99.8% Accuracy, 96.1dB SNR BioZ IC for Real-Time Cell Analysis with On-Demand Push-Pull Excitation and Continuous-Time $\Delta\Sigma$ T-D Readout

2026-10-27来源 arXiv eess.SPEnglish

arXiv:2610.33648v1 Announce Type: new Abstract: This paper presents a bioimpedance IC combining an on-demand push-pull driver and continuous-time $\Delta\Sigma$ T-D readout to address the trade-off between SNR, accuracy and power consumption. The driver delivers 200$\mu$App with $\leq$0.14% THD while consuming 80.3$\mu$A. Using a 6MHz clock, the readout achieves 53.6ps effective timing resolution at a 4k$\Omega$ load (0.1-4Hz noise integration). The IC achieves 96.1dB peak SNR, 99.8% magnitude accuracy and 0.13$^{\circ}$ phase error at a maximum power consumption of 140.5$\mu$W.

原文：https://www.a8q9.cn/en/article/a-140-5-mu-w-99-8-accuracy-96-1db-snr-bioz-ic-for-real-time-cell-analysis-with-o-3d54c4.html

A 140.5$\mu$W, 99.8% Accuracy, 96.1dB SNR BioZ IC for Real-Time Cell Analysis with On-Demand Push-Pull Excitation and Continuous-Time $\Delta\Sigma$ T-D Readout

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