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Bidirectional communication techniques for wireless battery charging systems on6; portable consumer electronics

机译:用于无线电池充电系统的双向通信技术便携式消费电子

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Simultaneous power and signal transfer in a wireless/contactless system is an emerging technology for portable electronics. This paper aims at exploring simple and cost effective ways for such applications for a wide range of the portable consumer electronic devices such as mobile phones. Frequency-shift keying (FSK) and amplitude-shift keying (ASK) techniques for an inductive battery charging platform have been successfully implemented for simultaneous power and signal transfer in an 10 W wireless charging system. The proposed techniques provide effective bidirectional communication between the charging platform and the loads and form the basis for load identification and battery monitoring in wireless charging system. Considerations of these methods for compatibility among a wide range of portable products are discussed.
机译:无线/非接触式系统中的同时功率和信号传输是便携式电子设备的新兴技术。本文旨在探索适用于各种便携式消费电子设备(例如移动电话)的此类应用的简单且经济高效的方式。感应式电池充电平台的频移键控(FSK)和幅度移键控(ASK)技术已成功实现,可在10 W无线充电系统中同时进行功率和信号传输。所提出的技术在充电平台与负载之间提供了有效的双向通信,并为无线充电系统中的负载识别和电池监控奠定了基础。讨论了这些方法在各种便携式产品之间的兼容性的考虑。

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