Titlebook: Ultra Low-Power Integrated Circuit Design for Wireless Neural Interfaces; Jeremy Holleman,Fan Zhang,Brian Otis Book 2011 Springer Science+

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https://doi.org/10.1007/978-1-4419-6727-5Circuit Design; Circuits and Systems; Embedded Systems; Low-Noise Amplifiers; Low-Power Analog Circuits;

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Closed-loop Neural Recording Amplifier Design Techniques,As previously described, in order to accommodate weak neural signals, we need sufficient amplification and signal conditioning at the front-end of a neural-recording system. Specifically, the requirements on the front-end amplifier can be summarized as below:

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Conclusions,Implantable neural interfaces have the potential to revolutionize medicine and neuroscience research. One of the key challenges to realization of this potential is reduction of power consumption. This book has described micro-power circuit implementations for several key building blocks of a neural interface.

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Jeremy Holleman,Fan Zhang,Brian OtisCovers analog, radio, and signal processing theory and design for ultra low-power circuits, tied together throughout the book to form an entire system.Provides fundamental requirements of neural recor

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A Low-Power Low-Noise Open-loop Amplifier for Neural Recording,edance. Because of the small signal amplitudes, amplifier noise must be minimized in order to avoid unnecessary degradation of the signal. Additionally, the high impedance of neural electrodes necessitates a high impedance input.

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