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Thanks to the fast growth of the technological sector and more precisely of the biomedical electronics, a total improvement of the living conditions of the human being and an appreciable increase of its longevity were carried out. This development allows creating implantable electronic devices for recording neural signals. This paper lies within the scope of acquisition and wireless transmission of...
This paper describes a micro power amplifier for neural signal recording. We describe an amplifier using a differential pair as input stage. Given that neural amplifiers must include differential input pair to achieve a high common-mode rejection ratio (CMRR). The amplifier has been designed in the AMS 0.35 mum, 3-metal, 2-poly, n-well standard CMOS process. The amplifier current consumption is 4...
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