| Title |
Operating Characteristics in LCLC Resonant Converter with A Low Coupling Transformer. |
| Authors |
공영수(Kong Young-Su) ; 김은수(Kim Eun-Soo) ; 이현관(Lee Hyun-Kwan) ; 조정구(Cho Jung-Goo) ; 김윤호(Kim Yoon-Ho) |
| Keywords |
Low Coupling Transformer ; Contactless Power Supply System ; LLC(Inductor-Inductor-Capacitor) ; LCC ( Inductor- Capacitor- Capacitor ) ; LCLC ( Inductor- Capacitor- Inductor- Capacitor) |
| Abstract |
Conventionally, for transferring the primary power to the secondary one, the high frequency series resonant converter has been widely used for the contactless power supply system. However, the high frequency series resonant converter has the disadvantages such as the low efficiency, the high voltage gain characteristics and deviation of the phase angle in the overall load range. To improve this disadvantages, In this paper, the characteristics of the high efficiency and unit voltage gain as well as in-phase are revealed in the proposed three-level LCLC (Inductor-Capacitor- Inductor-Capacitor) resonant converter. The results are verified on the simulation based on the theoretical analysis and the 4kW experimental Prototype. |