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학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
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이 논문의 연구 히스토리 (5)
2017
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This study proposes a high-efficiency phase-shifted full-bridge (PSFB) converter with a wide input voltage range. The conventional PSFB converter is a useful topology in high-power applications. This converter not only achieves the zero-voltage switching of the primary switches, but also has small RMS current in the primary side. However, because the conventional PSFB converter has large freewheeling current in the primary side when it is designed considering the hold-up time of the converter, such a converter has high conduction loss at the primary switches. To solve this problem, a new PSFB converter is proposed in this study. The experiment is implemented with an input voltage ranging from a 320 V–400 V and an output power specification of 715 W.
목차
Abstract
1. 서론
2. 제안하는 회로의 특징
3. 실험 결과
4. 결론
References
참고문헌 (6)
참고문헌 신청
H. K. Yoon / 2005 / Zero-current switching two-transformer phase-shifted full-bridge converter using voltage ripple / 2005 KIPE Power Electronics Annual Conference :436~438
W. J. Lee / 2008 / Output inductor less phase shift full bridge converter with current stress reduction technique for server power application / IEEE Power Electronics Specialists Conference :2517~2522
J. W. Kim / 2015 / An analysis of ZVS phase-shifted full-bridge converter’s small signal model according to digital sampling method / 2015 KIPE Power Electronics Annual Conference :167~174
Y. D. Kim / 2011 / A small conduction loss phase-shifted full-bridge converter for server power supply / 2011 KIPE Power Electronics Annual Conference :372~373
S. Cetin / 2016 / A phase shifted full-bridge converter design for electrical vehicle battery charge applications based on wide output voltage range / IEEE International Conference on Applied Electronics :51~56
W. J. Lee / 2008 / Output inductor less phase shift full bridge converter with current stress reduction technique for server power application / IEEE Power Electronics Specialists Conference :2517~2522
J. W. Kim / 2015 / An analysis of ZVS phase-shifted full-bridge converter’s small signal model according to digital sampling method / 2015 KIPE Power Electronics Annual Conference :167~174
Y. D. Kim / 2011 / A small conduction loss phase-shifted full-bridge converter for server power supply / 2011 KIPE Power Electronics Annual Conference :372~373
S. Cetin / 2016 / A phase shifted full-bridge converter design for electrical vehicle battery charge applications based on wide output voltage range / IEEE International Conference on Applied Electronics :51~56
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