Wireless Smart Implants Dedicated to Multichannel Monitoring and Microstimulation

M. Sawan
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引用次数: 151

Abstract

This invited paper covers several techniques and methods employed to build high reliability circuits and systems dedicated to implement advanced implantable and wirelessly controlled smart medical devices such as sensors and microstimulateurs. A global view of typical micro-devices such us neural signals monitoring device, cortical multichannel stimulator, as well as peripheral nerve interfaces to recuperate bladder functions, is given. In addition, case studies related to peripheral and cortical neural systems are reported. In all these devices, special attention is paid to low-power management of involved systems and to the design of corresponding circuits of such typical implantable multi-disciplinary microsystems.
无线智能植入物专用于多通道监测和微刺激
这篇特邀论文涵盖了用于构建高可靠性电路和系统的几种技术和方法,这些电路和系统专门用于实现先进的植入式和无线控制智能医疗设备,如传感器和微刺激器。综述了神经信号监测装置、皮质多通道刺激器、外周神经接口等典型的膀胱功能恢复微装置。此外,还报道了与外周和皮层神经系统相关的案例研究。在所有这些器件中,特别关注所涉及系统的低功耗管理以及这些典型的可植入多学科微系统的相应电路设计。
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