ADC of Near Infrared Charging with PLL and Wide Bandgap Reference for Wireless Power Transfer

W. Lai, Yi Wu, Jhin-Fang Huang
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Abstract

The proposed time interleaved pipelined analog to digital converter (ADC) of near infrared charging with low power wide bandgap voltage reference (WBGR) with phase locked loop (PLL) is presented for wireless and optical charging applications. The ADC control plan has been adopted in wireless power transfer (WPT) to support power driving with the excellence efficiency against coupling and loading change. The charging integrated chipset has design near infrared laser driven (NIRLD) with thin Fresnel might be a promising wireless light power supplier and low consumption for handheld communication applications.
基于锁相环和宽带隙参考的近红外无线充电ADC
提出了一种基于锁相环的低功率宽禁带基准电压近红外充电的时间交错流水模数转换器(ADC),用于无线和光充电。在无线功率传输(WPT)中采用ADC控制方案,以支持功率驱动,并具有抗耦合和负载变化的卓越效率。该充电集成芯片组设计了薄菲涅耳近红外激光驱动(NIRLD)充电芯片,是一种很有前途的低功耗无线光电源,适合手持通信应用。
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