【什么是电力开关】零电流开关准谐振转换器的工作原理是什么?

作者:初夏      发布时间:2021-04-20      浏览量:1
根据开关技术的发展历程,可以将软开关电路

根据开关技术的发展历程,可以将软开关电路分为两部分,一部分有关有关有关有关有关有关有关有关有关有关有关有关电路分为两部分,有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有关有

准谐振电路中电压或电流的波形为正弦波,电路结构相对简单,但谐振电压或谐振电流较大,对设备要求较高,只能采用脉冲频率控制方式。

准谐振电路分为零电压开关准谐振回路、零电流开关准谐振回路、电压开关多谐振回路和谐振直流回路。

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零电流开关准谐振电路的基本开关单元

关于零电流开关准谐振电路的工作原理详情请参考

优杨惠娟.零电流开关准谐振变换器的分析[J].优雷达对抗,199(4):优雷达对抗:61-70.

优杨惠娟.零电流开关准谐振变换器的分析[J].J]....优雷达对抗,优选19999(4):优雷达对抗:0.

电流开关准谐振电源的设计。