22.4 A reconfigurable bidirectional wireless power transceiver with maximum-current charging mode and 58.6% battery-to-battery efficiency

Mo Huang, Yan Lu, U. Seng-Pan, R. Martins
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引用次数: 18

Abstract

Wireless power transfer (WPT) is currently on the critical point of an explosive growth. Here, as projected in Fig. 22.4.1, we propose a future WPT eco-system of consumer electronics, which includes three layers: 1) wireless charging pads being the fundamental energy plants that can charge a wireless power bank and mobile devices; 2) wireless power banks that get energy from plants and feed mobile devices; and 3) power hungry mobile devices that get energy from all the other sources. To enable the mobile devices charging others without additional hardware, we propose a reconfigurable bidirectional 6.78MHz WPT transceiver (TRX) that reuses the LC resonant tank and 4 area-consuming power transistors for the differential Class-D power amplifier (PA) and the full-wave rectifier. With such WPT TRX embedded, one can provide a first-aid to his/her smart watch or friend's device of which the battery is dying.
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22.4可重构双向无线电源收发器,最大电流充电模式,电池对电池效率58.6%
无线电力传输(WPT)目前正处于爆炸式增长的临界点。在这里,如图22.4.1所示,我们提出了一个未来的消费电子产品WPT生态系统,它包括三层:1)无线充电板是基本的能源工厂,可以为无线充电宝和移动设备充电;2)从植物获取能量并为移动设备供电的无线充电宝;3)耗电的移动设备从其他所有来源获取能量。为了使移动设备无需额外硬件即可充电,我们提出了一种可重构的双向6.78MHz WPT收发器(TRX),该收发器重复使用LC谐振槽和4个面积消耗功率晶体管作为差分d类功率放大器(PA)和全波整流器。有了这样的WPT TRX,就可以为自己的智能手表或朋友的设备提供电池即将耗尽的急救。
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