To improve the rectification efficiency, designed S.M.P.S. were fabricated by replacing diodes with power MOSFETs. The characteristics between these S.M.P.S. and existing diode-type S.M.P.S. at a load of 2.5[A]and 5[A] were compared. The resul...
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https://www.riss.kr/link?id=A30062614
1996
Korean
569.000
학술저널
191-222(32쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
To improve the rectification efficiency, designed S.M.P.S. were fabricated by replacing diodes with power MOSFETs. The characteristics between these S.M.P.S. and existing diode-type S.M.P.S. at a load of 2.5[A]and 5[A] were compared. The resul...
To improve the rectification efficiency, designed S.M.P.S. were fabricated by replacing diodes with power MOSFETs. The characteristics between these S.M.P.S. and existing diode-type S.M.P.S. at a load of 2.5[A]and 5[A] were compared. The results represent that independent synchronous gate-driven half bridge MOSFET rectifier obtaines a little increased total rectification efficiency, that is, increased 4.84% at a load of 2.5[A] and 1.55% at a load of 5[A] and self synchronous gate-driven flyback MOSFET retifier obstaines a little incerased total rectification efficiency, that is, increased 2.49% at a load of 2.5[A] and 3.47% at a load of 5[A], than diode-type S.M.P.S..
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