ZVS

This paper analyzes a zero-voltage-switching ( ZVS ) bi-directional DC-DC converter.

该文分析了一种零电压 ( ZVS ) 双向 DC—DC 变换器.

An active clamp ZVS forward converter based on center-tapped rectifier was introduced.

介绍了一种中心 抽头 全波整流有源箝位ZVS正激变换器的工作原理及主要参数计算.

In this full bridge phase-shift ZVS DC-DC converter an improved topology has been adopted.

该DC -DC 开关功率变换器采用了一种改进型移相全桥零电压软开关主电路方案.

The operating principle of a PS FB ( phase-shifted full-bridge ) ZVS-PWM converter with auxiliary resonant network are introduced.

介绍了一种采用辅助谐振网络的移相全桥 ZVS -PWM变换器,简述其工作原理.

With the development of-resonant technique-frequency technique, the-bridge phase-shifted PWM ZVS converter is applied in-voltage, high-current converter.

随着高频技术 、 谐振技术的发展,全桥移相软开关电源广泛应用于在低压 、 大电流开关电源领域.

Switching ( ZVS ) Pulse Width Modulated ( PWM ) phase-shift full bridge converter using a passive auxiliary circuit is researched.

研究了一种采用新颖无源辅助电路的ZVS -PWM 移相全桥变换器.

For the active-clamp ZVS-PWM forward converter, the reset of the transformer is the most crucial technique.

在有源箝位 ZVS -PWM正激变换器中, 变压器的磁复位技术是其中最关键的一项技术.

The problems the phase shifted lag bridge armrealizing ZVS is analyzed, and the solution addingnetwork etc.

分析了移相滞后桥臂实现零电压换向的问题, 并提出解决方案.