⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文提出了一种面向外周神经系统的束选择性双向神经接口集成电路，采用具有173dB品质因数的噪声整形SAR ADC，实现了1.38pJ/b的高能效数据传输。解决了传统神经接口在选择性刺激和低功耗高精度记录方面的挑战。
Eugene Hwang, Gerard O’Leary, Yu Huang, Mustafa Kanchwala, Mohammad Abdolrazzaghi, Chenxi Tang, Patty Liu, Yuan Sui, Xilin Liu, George Eleftheriades, José Zariffa, Roman Genov University of Toronto, Toronto, Canada The peripheral nervous system (PNS) provides a conduit through which organs can communicate with the central nervous system. PNS neural interfaces have been deployed in open-loop fashion to help restore motor or sensory functions in paralyzed or amputated individuals, and also as implantable closed-loop therapeutic devices for treating chronic medical conditions related to autoimmune or metabolic disorders. Their efficacy and the scope of clinical use, however, are severely curtailed by the invasiveness of the cable, electronics and battery, and the lack of nerve fascicle selectivity and online adaptivity. We present a battery-free wireless PNS interface that features a mm-scale
Jianxiong Xu, José Sales Filho, Sudip Nag, Liam Long, Camilo Tejeiro,