single-way rectifier

Study on ancillary rectifier circuit parallelled in single phase thyristor rectifier welder

单相晶闸管整流焊机并联整流支路的研究

In this paper, based on analysis the characteristic of direct-drive WPGS and other devices, the main circuit structure, which composed of three-phase full bridge rectifier, sepic chopper and single-phase full-bridge inverter, is presented.

本文在详细分析直驱风力发电系统特点和已有逆变装置的基础上，确立了三相不可控整流桥+SEPIC变换电路+单相全桥逆变电路的逆变装置主电路结构。

The single-phase rectifier bridge and three-phase rectifier bridge are main harmonic sources, the dc side series active power filter can eliminates this kind of harmonic.

其中单相和三相整流桥是电力系统中主要的谐波源，而直流侧串联型APF主要针对这种谐波源进行治理。

Design of Single-switch Three-phase Rectifier with Power Factor Correction

单开关高功率因数三相整流器的设计

It can extend the minimum current of 30 A to about 5 A that a ancillary rectifier circuit parallelled in a single thyristor rectifier welder.

在单相晶闸管整流焊机中，并联带有交流和直流电感的整流支路，能把电流下限从30A扩展到5A左右。

The main circuit is composed of a non-controlled rectifier and a single-phase full-bridge IGBT inverter circuit to regulate the frequency and power.

主电路采用单相不控整流IGBT全桥逆变电路，调节频率调节功率。

The input voltage and current of uncontrolled single-phase and three-phase rectifier with inductance and capacitance were measured, and the actual waveforms were consistent with the theoretical analysis basically.

并分别对感容滤波的单相、三相不可控整流电路的输入电压和电流进行了测量，其实际波形与理论分析基本吻合。

Current Control of Double voltage Single phase PWM AC DC Rectifier

单相倍压PWM AC-DC整流器中的电流控制方法

Study on Single Phase PWM Rectifier Controller based on DSP

基于DSP单相PWM整流器的控制器研究

The main circuit is composed of uncontrolled rectifier and the single-phase bridge inverter using MOSFET.

该主电路采用不控整流,MOSFET单相全桥逆变电路.