⚡ 本页包含 AI 生成的分析内容，仅供参考
本文探讨了通过可植入系统集成实现与人体新接口的技术，介绍了传感器、信号处理、驱动和通信能力在医疗保健中的应用，特别是植入式设备行业的发展。
Medtronic, Minneapolis, MN 1. Introduction The pace of technological change continues to enable new methods for interfacing with our world. An engine of that change has been the increasing capability in the electronics industry, as highlighted by Moore’s law, driving the semiconductor market for the last 40 years. This engine enabled a diverse set of capabilities for sensing, signal processing, actuating, and communicating with the environment. These technologies are also being applied to revolutionize general healthcare, in particular through the implantable-device industry. 2. The Proliferation of Technologies for Therapeutic Applications From the first battery-powered cardiac pacemaker, semiconductor electronics has enabled implantable medical devices to both save lives and improve patients’ quality of life. This progression is illustrated by the pipeline of implantable defibrillators shown in Fig. 1.1.1; while, over the past few decades,
Stephen Oesterle, Paul Gerrish, Peng Cong