A 1.3μW 0.0075mm Neural Amplifier and Capacitor-Integrated Electrodes for High Density Neural Implant Recording

Abstract

A key issue in the design of biomedical implants is the design of low-power area-efficient circuits that allow for highdensity neural recording. This paper presents an ultra low-power (<1.4μW ), area efficient low-noise neural amplifier that utilizes current-feedback miller-compensation technique and occupies <0.08mm silicon area. Integrating the large… (More)

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