CMOS for Neural Prosthetics

Beschreibung

The exponential advances in microfabrication coupled with our increased understanding of neural diseases enables the design of highly sophisticated, novel devices that benefit patients suffering from neurodegenerative diseases. This book provides a comprehensive treatment of CMOS circuits for neural prostheses and covers the basics of building CMOS electronic devices for stimulation and recording from neural systems.  This book starts from the fundamentals of electrical neural stimulation and successively builds toward an implantable electronic device, while addressing the issues involved in designing such a device.
The exponential advances in microfabrication coupled with our increased understanding of neural diseases enables the design of highly sophisticated, novel devices that benefit patients suffering from neurodegenerative diseases. This book provides a comprehensive treatment of CMOS circuits for neural prostheses and covers the basics of building CMOS electronic devices for stimulation and recording from neural systems. This book starts from the fundamentals of electrical neural stimulation and successively builds toward an implantable electronic device, while addressing the issues involved in designing such a device.
Outlines the basic processes of neural stimulation for a non-expert in the field Covers wireless power and data transfer, as well as low power VLSI techniques for implantable devices Shows readers to come up to speed quickly with the ability to build an implantable electronic device Provides single-source reference for material otherwise only available in disparate research publications

Autor*in

Luke Theogarajan

Themen in »CMOS for Neural Prosthetics«

Brain-machine interface CMOS Circuits Implantable bio-MEMS Implantable electronic devices Mixed signal digital and analog integrated circuits Neural Implants Neural Prosthetics

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