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    대용량 LLC 컨버터에서 센터탭 방식과 커런트 더블러 방식의 비교 연구 = A comparison study of current-doubler circuit with center-tap circuit high capacity LLC converter

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    https://www.riss.kr/link?id=T13706741

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    This study proposes an LLC series resonant converter with a current doubler using a coupled inductor as a
    rectification circuit for the secondary side. The current doubler circuit is generally used for a high-voltage input
    and low-voltage output circuit to obtain high efficiency with small transformer turn ratio. However, an
    inductive circuit is not generally used in the secondary side of an LLC series resonant converter. If inductive
    components exist on the secondary side, the resonant characteristics are changed through the secondary
    inductive circuit. Mathematical analysis shows that the secondary-side current doubler with coupled inductor is
    not affected by the resonant characteristic of the primary LLC if leakage inductance occurs in the coupled
    inductor. Results of the analysis are proven by simulation; an experiment is also conducted for the proposed
    circuit.
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    This study proposes an LLC series resonant converter with a current doubler using a coupled inductor as a rectification circuit for the secondary side. The current doubler circuit is generally used for a high-voltage input and low-voltage output cir...

    This study proposes an LLC series resonant converter with a current doubler using a coupled inductor as a
    rectification circuit for the secondary side. The current doubler circuit is generally used for a high-voltage input
    and low-voltage output circuit to obtain high efficiency with small transformer turn ratio. However, an
    inductive circuit is not generally used in the secondary side of an LLC series resonant converter. If inductive
    components exist on the secondary side, the resonant characteristics are changed through the secondary
    inductive circuit. Mathematical analysis shows that the secondary-side current doubler with coupled inductor is
    not affected by the resonant characteristic of the primary LLC if leakage inductance occurs in the coupled
    inductor. Results of the analysis are proven by simulation; an experiment is also conducted for the proposed
    circuit.

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