In this study, the authors present a 5 W wireless battery charger for handheld devices. Efficiency-related issues are addressed. A power receiver architecture which improves power conversion efficiency is proposed. Design hints are provided for further applications. Comparison with a conventional architecture is provided as well. Laboratory prototypes of both the proposed and the conventional architectures have been realised. Both prototypes are tested by using the same power transmitter to perform a valuable comparison. As shown by the experimental results, in the receiver side power conversion efficiency is increased up to 99% thanks to the proposed solution.
Boscaino, V., Pellitteri, F., La Rosa, R., Capponi, G. (2013). Wireless battery chargers for portable applications: Design and test of a high-efficiency power receiver. IET POWER ELECTRONICS, 6(Iss. 1), 20-29 [10.1049/iet-pel.2012.0272].
Wireless battery chargers for portable applications: Design and test of a high-efficiency power receiver
BOSCAINO, Valeria;PELLITTERI, Filippo;CAPPONI, Giuseppe
2013-01-01
Abstract
In this study, the authors present a 5 W wireless battery charger for handheld devices. Efficiency-related issues are addressed. A power receiver architecture which improves power conversion efficiency is proposed. Design hints are provided for further applications. Comparison with a conventional architecture is provided as well. Laboratory prototypes of both the proposed and the conventional architectures have been realised. Both prototypes are tested by using the same power transmitter to perform a valuable comparison. As shown by the experimental results, in the receiver side power conversion efficiency is increased up to 99% thanks to the proposed solution.File | Dimensione | Formato | |
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