Titlebook: Wireless Power Transfer and Data Communication for Neural Implants; Case Study: Epilepsy Gürkan Yilmaz,Catherine Dehollain Book 2017 Spring

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1872-082X term in-vitro validation.Discusses system design concerns re.This book presents new circuits and systems for implantable biomedical applications targeting neural recording. The authors describe a system design adapted to conform to the requirements of an epilepsy monitoring system. Throughout the bo

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Wireless Power Transfer,utions is introduced, and then, the decision of using wireless power transfer is justified. Next, among possible wireless power transfer methods, it is explained that why magnetic coupling befits the best for the target application and its specifications. In this book, a recent inductive link topolo

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Wireless Data Communication,ternal base station and the implant unit. It is worth noting that bidirectional communication is indispensable for the majority of the neural monitoring applications. For the sake of definition used throughout this book, transferring data from the external base station to the implant is called downl

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System-Level Experiments and Results,ecording system. In the previous chapters, design and implementation of all the subblocks have been explained in detail. This chapter mainly focuses on the issues encountered during the integration and corresponding solutions while giving extensive experimental results. Experimental results include

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Conclusion,pilepsy monitoring. The entire system aims to improve the acquired neural signal quality by replacing the analog signal-carrying wire bundles with wireless digital communication. Elimination of the wires will also improve the patient comfort and health by liberating the patient from an intensive car

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