变流技术

直驱并网型风力发电机中变流技术的研究权力的概念、产生和制约

The Research on Power Conversion Technique in Direct-driven Grid-connected Wind Turbine

基于MATLAB与VB的变流技术仿真研究

The simulation research of current-transformation technology based on MATLAB and VB

双馈风力发电系统的PWM变流技术研究

The Study on PWM Converter Technology for the Double-Fed Induction Generator System

基于IGBT变流技术的高精度直流电流源的设计

Design of a High-precision DC Source Based on IGBT Regulator Technology

在仿真过程中，研究了底盘测功机的能量双向流动机制和单位功率因数的PWM变流技术的可行性。

The feasibility of bi-directional energy flow mechanism and PWM converter technology with unit power factor is also discussed .

SVPWM变流技术在蓄电池组检测中的应用研究红外成像测温技术在变电站设备中的应用

Research on SVPWM Converting Technique in Application of Power Accumulator Testing System

基于IGBT变流技术，设计一种高精度的直流电流源。

Based on the IGBT regulation technology , a high-precision DC source is worked out .

级联型STS-SVM变流器同时具有STS-SVM技术与多电平变流技术的优点，因而有良好的工程应用前景。

Cascade STS-SVM multilevel converters are with good prospect in engineering due to its perfect performance .

利用MATLAB与VB在变流技术仿真中的应用，介绍两者有效结合的方法，这种混合编程的方法发挥了两者的优势，能够较好地满足实验室及科研工作的需要。

An effective combination method of MATLAB and VB is proposed in the current-transformation simulation process , in this way both of their advantages are developed . This method can do well with satisfying the needs of laboratory and scientific research work .

利用ActiveX及DDE技术结合MATLAB与VB设计了变流技术教学仿真系统，提高了教学及实验的效果。

The simulating system for teaching of current-transformation technology is designed with MATLAB and VB , in which the technique of ActiveX and DDE is applied . The effect of teaching and experiment is improved with the aid of the system .

本文提出的基于载波相移穴CPS-SPWM雪技术的级联型变流器同时具有CPS-SPWM技术与多电平变流技术的优点，因而有广泛的工程应用前景。

A novel cascade multi-level converter with carrier phase-shifted SPWM ( CPS-SPWM ) technique is proposed in this paper . This converter has good prospect in engineering due to its perfect performance .

其三，基于单片机控制技术和电力电子变流技术，开发设计了一套以16位单片机80C196KC芯片为核心控制器的高性能直接数字控制系统。

Thirdly , in this chapter , a set of practical SRD 's hardware system is developed , which is based on 16 bits SCM control technique and power electronics converting technique .

半导体变流技术在等周期采样数据模型中的应用

Application of Semi-conductor Flow-Changing Technology in the Equi-Cycle Data Sampling Model

《电力电子变流技术》实践教学探讨

An Approach to Practice Teaching on Power and Electron Conversion Technology

永磁直驱风力发电机组变流技术研究

Research on Conversion Technique of Permanent-Magnet Direct-Drive Wind Power Generation System

变流技术应用试验室试验电源系统设计分析

Analysis of testing power supply system for converter technique application test house

基于电力电子变流技术的风力能源变换系统

A Wind Energy Conversion System Based on Power Converter Technology

高频功率变流技术的发展现状

The state of Arts of high frequency power conversion techniques

电力电子变流技术课件的研制

Development of Coursewares of Electric and Electronic Current Transformation Technology

变流技术教学仿真系统的研究

Research on Simulating System for Teaching of Current-transformation Technology

大功率电力电子变流技术在钢铁工业中的应用

The Application of High Power Electronic Converter Technology in Iron and Steel Industry

电力电子变流技术实验装置触发系统的比较与改进

Comparing and improving the trigger system for experimental equipment of power conversion technology

地铁变流技术特点及直流电压调整率的探讨

Discussion on Characteristic of Current Converting for Subway and DC Voltage Regulating Rate

论晶闸管变流技术中的同步移相环节

Discussion on Synchronous Shaft Phase Circuit in Technology of the Thyristor Circuit Altering

可逆变流技术回顾与发展现状

Review and status quo of Reversible Rectifier Technique

变压器阀侧绕组延边移相的多重化变流技术的研究

Research on Multiple Rectification Technology of Extended Phase-Shifting of Valve Side Winding in Transformer

文章综述了可再生能源及接口变流技术的发展情况。

This paper summarizes the developing situation of renewable energy and interface converter technology .

变流技术在分布式发电和微电网上的应用

Converter Technology for Distributed Generation and MicroGrid

谐振变流技术的发展与应用

Development and Application of Resonant Converting Technique

本文通过实例论述半导体变流技术在工业电气化及自动化中的应用。

By using examples This paper discusses application of semiconductor converter technique in industry electrification and automation .