flyback converter

A flyback converter with zero current switching ( ZCS ) resonant and power factor correct ( PFC ) is proposed.

提出了一种具有零电流关断 ( ZCS ) 的反激式单级功率因数校正 ( PFC ) 变换器.

Detailed operation of the secondary side post regulation application in flyback converter is discussed.

详细分析了一种运用了后极调整技术的多路输出反激变流器的工作原理.

It consists of two basic units. The first unit is boost-type single-stage PFC converter, the second unit is soft-switching technology flyback converter.

该开关恒流源主要分为两个基本单元，前一单元为Boost型单级PFC变换器，后一单元为反激式软开关变换器。

Based on the above analysis, give the general design method of the CCM single-stage PFC flyback converter.

综合以上分析，得出了连续导电模式下基于反激变换器的单级PFC电路设计的一般方法。

This paper firstly studies the high-frequency isolated type single-stage inverter with flyback converter.

本文首先研究了高频隔离型反激式单级逆变器。

Implementation of a Flyback Converter with Unity Power Factor

具单位功因之返驰式电源转换器的实作

A single-end flyback converter with multiplexed output for IGBT drive based on UC 3844 is presented.

介绍一种利用UC3844集成芯片实现的多路输出单端反激式开关电源.

A high-voltage output flyback converter operating in DCM was designed.

设计了一种工作在不连续导电模式(DCM)下的高压输出反激变换器.

At last, a prototype based on the novel interleaved flyback converter is accomplished and experimentally verified.

最后在此理论分析的基础上研制了一台原理样机,并通过实验验证了理论分析的正确性.

The operation modes of the interleaved double-transistor flyback converter have been analyzed. The DCM small signal AC model using the averaged switch method has been built up.

本文分析了两路交错并联双管反激变流器的工作模式，采用开关平均法建立了电流断续模式（DCM）下的变流器小信号模型。

Using the technique of active power factor correction, a prototype of flyback converter with unity power factor is proposed.

本文针对传统单相交／直流电源转换电路功因过低的问题，提出结合主动功因修正技术，研制一具有单位功因之返驰式电源转换器。

In this paper, the optimum design is employed for a single-ended flyback converter with four outputs.

本文讨论了四路输出 单端 反激变换器的优化设计与分析.

The difference between a hard switching and quasi resonant flyback converter is the turn on time point of the primary switch.

硬开关和准谐振反激变换器之间的差异在于一次侧开关的开启时间点。