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Wireless power transfer (WPT) systems transmit electrical power to devices via a high-frequency electromagnetic field. The load conditions of devices change dramatically depending on their operating conditions; however, these systems must supply a constant output voltage that is stable regardless of the load. This paper describes a method of using the LC-booster to stabilize the output voltage while maintaining efficiency. The LC-booster contains two secondary coils, where one is connected to the load and the other is connected to the capacitor to create a resonator. This allows the optimized load of the LC-booster to be adjusted. We demonstrate that the LC-booster can stabilize output voltage over a wide range of loads and is thus a promising method of versatile stabilization method.

Method of Wireless Power Transfer for High Efficiency and High Output Stability