Titlebook: CMOS Integrated Circuit Design for Wireless Power Transfer; Yan Lu,Wing-Hung Ki Book 2018 Springer Nature Singapore Pte Ltd. 2018 Wireless

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Conclusions and Future Works,In this chapter, we summarize the contents of the book and make a few remarks on the design perspectives of each building block of the wireless power transfer system. Potential research and development directions are suggested for the consideration of research students and engineers who are working on or going to work on this promising area.

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https://doi.org/10.1007/978-3-662-56333-5current conduction capability and the reverse leakage current of on-chip passive diodes are investigated and compared. Next, comparator-based active rectifiers for near-field WPT solutions are discussed and demonstrated with a couple of design examples. Moreover, a near-optimal adaptive on- and off-

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Guofeng Liu,Jianhui Sheng,Yanli Zhaoctivities as compared to a switched-inductor or switched-capacitor power converter, it can serve as a well-controlled power source for digital and especially noise-sensitive analog circuits. It is very suitable for miniature and low-power systems, such as wireless power receivers for portable and im

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Manoharan Muruganathan,Hiroshi Mizutaer loss analysis for high efficiency PAs are discussed first, followed by the discussion on zero-voltage (or zero-current) switching techniques for switching loss reduction. Operation principles and design considerations of both Class-D and Class-E PAs are then discussed. Finally, comparisons are ma