An efficient wireless power link for high voltage retinal implant

Lihsien Wu, Zhi Yang, E. Basham, Wentai Liu
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引用次数: 31

Abstract

The design and analysis of a power telemetry system with multiple output voltages is presented in this paper. The system includes a Class E power transmitter, cascaded resonant tank, diode rectifiers, reverse data telemetry and regulators. The power loss associated with voltage conversion is minimized by using a proposed cascaded resonant tank. Reverse telemetry senses the power level fluctuation due to the coil movement and reliably provides minimally required power for the implant. The power telemetry system provides 5 voltage levels (tunable up to plusmn 12 Vplusmn2.5 V and ground), each supported by a dedicated integrated regulator except the ground. The maximum deliverable power is in excess of 100 mW when power coils are separated by 1 cm.
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一种用于高电压视网膜植入物的高效无线供电链路
本文介绍了一种多输出电压电力遥测系统的设计与分析。该系统包括E级功率变送器、级联谐振槽、二极管整流器、反向数据遥测和调节器。通过使用所提出的级联谐振槽,将与电压转换相关的功率损耗降至最低。反向遥测检测由于线圈运动引起的功率水平波动,并可靠地为植入物提供所需的最低功率。电力遥测系统提供5个电压水平(可调至plusmn 12 Vplusmn2.5 V和地),除地外,每个电压水平都由专用集成稳压器支持。当电源线圈间距为1cm时,最大输出功率超过100mw。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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