整流电路

本文分析了三相电压型PWM整流电路的工作原理，给出了整流电路的相量图和一系列公式。

In this paper the principle of a 3-phase voltage-typed PWM rectifying circuit is analyzed and both the vector diagram of rectifying circuit and a series of formula are also offered .

本文通过利用Boost直流斩波电路替代传统拓扑中的Buck电路，解决了变压器高变比以及倍压整流电路多级化的问题。

By using a Boost DC chopper circuit to replace the traditional topology of Buck circuit ; this article solved the problems of high transformation ratio of transformers and multipolarity of voltage multiplying rectifying circuit .

本文介绍VISUALBASIC6.0在可控整流电路波形处理方面的应用。

This paper introduces the application of Visual Basic 6.0 in wave display of controlled rectifier circuit .

单相半桥式BOOST整流电路的仿真研究

The simulation of single phase half - bridge boost rectifier circuit

三相桥式可控整流电路的Matlab仿真分析

Matlab Simulation Analysis of Three-Phase Bridge Controlled Rectifier Circuit

基于MATLAB整流电路的建模仿真方法研究

Research to Approach of Modeling and Simulating the Rectifier Circuit Based on MATLAB

MATLAB在整流电路中的应用

The Application of Commutate Circuit by MATLAB

发电机励磁系统中可控整流电路CAI课件设计

CAI Demonstration for SCR Rectification Circuit of Excitation System of Generator

利用VB实现可控整流电路波形的处理

To Realize the Wave Display of Controlled Rectifier Circuit by VB

本论文还对整流电路、PWM控制方法进行了付立叶分析。

The commutate circuit and PWM control method were analysis by Fourier analysis .

基于PCA和SVM的整流电路故障诊断

Fault Diagnosis Technology for Rectification Circuit Based on PCA and SVM

三相大功率PWM整流电路的研究

Research on Three Phase Large Capacity PWM Rectifier

三相电压型PWM整流电路原理分析

Principle Analysis of 3-Phase Voltage-Typed PWM Rectifying Circuits

提高小信号转换精度的CMOS全波整流电路

A CMOS Full-Wave Rectifying Circuit which can Improve Converting Precision for Small Signals

LC滤波的三相桥式整流电路网侧谐波分析

Analysis of Line Harmonic Current of Three-phase Rectifier with LC Filter

串联H桥多电平变频器的主回路从结构上可分为三相电容滤波不可控整流电路和单相电压型全桥逆变电路。

The series H-bridge multilevel converter 's power circuit is composed of uncontrolled rectifier with filtering capacitor and single phase H-bridge voltage-type inverter .

分析总结了现有的三相整流电路拓扑及其控制策略，选择以三相电压型PWM整流器为研究对象，并采用电压空间矢量PWM控制策略；

Among these a three-phase Voltage-style PWM rectifier is selected , and voltage space vector PWM is employed .

零电压转换单相PFC整流电路的实验研究

Experimental Research on Zero voltage transition Single Phase PFC Rectifier

在故障诊断系统的实现上，研制了基于DSP的可控整流电路故障诊断系统。

In the implement of the fault diagnosis system , the paper designs the controlled rectifier circuit fault diagnosis system based on DSP .

基于PSpice的几种常见整流电路分析与仿真

Analysis and Simulation of Common Rectifier Circuits Based on PSpice

设计了一种基于DSP的新型故障监视系统，通过检测整流电路输出电压的换相周期是否正常，从而有效地检测出故障。

A new fault monitoring system based on DSP was developed to detect whether the rectifier output voltage 's phase shifting period is normal .

倍流整流电路中集成磁件的PSPICE仿真

PSPICE Simulation of Integrated Magnetic in Current Doubler Rectifier

改进型零转换单相PFC整流电路研究

Research of improved zero-transition single-phase RFC rectifier

倍流整流电路ZVSPWM全桥变换器中平面集成磁件的应用研究

Research on the Application of the Planar Integrated Magnetics in the Current-Doubler-Rectifier ZVS PWM Full-Bridge Converter

改进型倍流整流电路ZVSPWM全桥变换器的参数设计及优化

Parameters Design and Optimum of an Improved ZVS PWM Full-bridge Converter Using a Current Doubler Rectifier

用CTC接口控制晶闸管整流电路的触发电路

Trigger circuit for controlling thyristor rectifier circuits with CTC interface

针对传统半波整流电路的不足提出了基于MOS工艺的改进方法及电路。

The improved half wave rectifier is presented by employing MOS technology based on the deficiency of conventional architecture .

硬件部分设计采用胸部双电极单导联输入心电信号，放大后再经微分电路和全波整流电路的处理，最后通过可选择的电压窗口比较器输出最终的R波信号检测结果。

The hardware design adopts electrocardiosignal amplifying with transthoracic lead , then differentiator and full wave rectification , at last the R wave is detected by the optional voltage comparator .

分析了单相半桥式boost整流电路的拓扑结构和操作模式，并探讨了该电路关键参数的选取依据。

The topology and operation mode of single phase half - bridge boost rectifier circuit is analysed , and the theory of selection of key parameters is provided .

功率主电路由整流电路、滤波电路以及IPM功率变换模块构成。

The main circuit power rectifier circuit , by the filter circuits and IPM power conversion module .