A self-driven synchronous rectification scheme for low output switching-mode converter
Power Electronics and Motion Control Conference, 2004. IPEMC 2004. The 4th International（2004）
摘要
Conventional self-driven synchronous rectification schemes (SDSR) can not be applied to DC-DC converters with very low output voltage (below about 2.0 V). In this paper, a novel self-driven synchronous rectification scheme is proposed. This new self-driven scheme solves the problem of the conventional self-driven synchronous rectification schemes by adding a few discrete components to the conventional self-driven schemes. A 300 KHz, 36V to 75V input, 1.5 V/15 A output active clamp forward DC-DC module was built to demonstrate the novel self-driven synchronous rectification scheme.
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关键词
dc-dc power convertors,rectifying circuits,switching convertors,1.5 v,15 a,300 khz,36 to 75 v,dc-dc converters,active clamp forward dc-dc module,discrete components,self-driven synchronous rectification scheme,switching-mode converter,circuit topology,low voltage,schottky diodes
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