| Title |
Design Methodology of 500 W Wireless Power Transfer Converter for High Power Transfer Efficiency |
| Authors |
Mina Kim ; Hwapyeong Park ; Jee-Hoon Jung |
| DOI |
10.6113/TKPE/2016.21.4.356 |
| Keywords |
WPT(Wireless Power Transfer); SS topology; High efficiency; Loosely coupled coil |
| Abstract |
The design methodology of an adequate input voltage and magnetizing inductance to minimize reactive power is suggested to design a wireless power transfer (WPT) converter for high-power transfer efficiency. To increase the magnetizing inductance, the turn number of the WPT coil is increased, thus causing high parasitic resistance in the WPT coil. Moreover, the high coil resistance produces high conduction loss in the transfer and receive coils. Therefore, the analysis of conduction loss is used in the design of the WPT coil and the operating point of the WPT converter. To verify the proposed design methodology, the mathematical analysis of the conduction loss is presented by experimental results. |