交流负载

研究了离网型逆变器，采用电压型单相桥式逆变电路，结合工频变压器和LC滤波电路将直流电逆变成交流电供给交流负载。

Studied off-grid inverter , using voltage-mode single-phase bridge inverter circuit , combined with frequency transformer and LC filter circuit to direct current into alternating current then supply AC load reverse .

包括小型风力机、永磁同步发电机（PMSG）、可控硅整流器、buck-boost变换器、蓄电池、逆变器和交流负载。

Including wind turbine , Permanent-Magnet Synchronization Generator ( PMSG ), three-phase rectifier , buck-boost converter , battery , inverter and AC load .

利用VC的网络编程技术突出实现了服务器对多台交流负载可靠性检测装置和直流负载可靠性检测装置的集中控制。

Using the VC internet programming technique realized the focus control for several those AC reliability testing device and the DC reliability testing device .

根据离网型风力机系统的特点，确定了该系统的主要组成。系统包括小型风力机、传动系统、永磁同步发电机（PMSG）、整流器、Buck变换器、蓄电池、逆变器和交流负载。

The configuration is proposed according to characteristics of stand-alone wind power generation system , including wind turbine , drive train , Permanent Magnet Synchronization Generator ( PMSG ), three-phase rectifier , Buck converter , battery , inverter and AC load .

由总电流通路求交流负载线方程

Solving the Alternating Load Line Equation by the General Current Path

放大电路交流负载线的作法

The Drawing of AC Load Line in Amplificatory Circuit

放大器交流负载线画法综述

Summary of Drawing Methods on Amplifier AC Load Line

独立风光互补系统中智能交流负载管理的研究

The Research of Intelligent AC Load Management System for Stand-alone Wind / Photovoltaic Generating Station

交流负载线及其正确画法

Alternating Load Line and Its Drawing Methods

在舰船上可利用三相同步发电机同时向交流负载和直流负载供电。

Three-phase synchronous generators are used for supplying simultaneous AC and rectified DC loads in ships .

交流负载箱有各种规格，系列齐全。有纯阻性负载或阻性、感性、容性负载。

AC load bank has kinds of specifications and series , and include resistance , inductive and capacitive load .

这个电路能够监控水加热器、炉子、空调或其他交流负载。

The circuit can monitor a water heater , a furnace , an air-conditioning unit , or any other ac-connected load .

对交流负载线的概念、方程、作法作了探讨。

A brief discussion is made in this paper on the concept , equation and drawing of alternating current load line .

为了供应交流负载的能量需求，通常采用逆变器把直流电能转化成交流电能的形式。

In order to supply the energy needs of AC load , usually the inverter to convert DC to AC power .

文章提出了一种新的分析放大器电流通路的方法，并由此直接得到了交流负载线方程。

We has brought forward a new method of analysing amplifier current path , and has got the equation of Alternating load line directly .

本文对交流负载可靠性检测装置和直流负载可靠性检测装置的软硬件设计进行了比较全面的论述。

This paper gives a full-scale discuss to the software and hardware design of the AC reliability testing device and the DC reliability testing device .

详细分析了断态下电路工作状况，得出直流等效电阻与交流负载等效电阻的关系，并给出了选取电路参数的经典方法。

After specific analysis of this mode , the relationship between DC and AC load equivalent resistance and the circuit parameters selection strategy are concluded .

逆变电源是将直流电能转变交流电能的变流装置，主要供交流负载用电或者交流电网并网发电。

DC-AC inverter power source is able to change in the exchange of electrical energy converter device , mainly for the exchange of load-sharing power , or power grid .

采用LCL滤波器并网的交流电子负载

AC Electronic Load Adopting LCL-filter Connected to the Grid

基于电驱动钻机的交流电子负载的研究

Research of AC electronic load based on electric drilling dril

用简易法测试交流电动机负载率的误差分析

Error Analysis by Simple Way to Test the AC Motor Loading Rate

航空发电机测试用交流电子负载的研究

Research on AC Electronic Load for Aviation Generator Testing

凸极永磁同步交流发电机负载特性的数值分析

Numerical Analysis for the Load Characteristic in a Salient-Pole Permanent Magnet Synchronous Generator

为此，分析交流电动机负载率测试误差具有重要的意义。

Therefore , it is very important to analyze the AC motor loading rate testing error .

大功率能量回馈型交流电子负载及其在电力系统动模实验中的应用

High Power Energy Feedback AC Electronic Load and Its Application in Power System Dynamic Physical Simulation

通过改变交流电幅值，实现向交流供电负载供电电或者同交流电网并网。

With changing the amplitude of the AC , power can be supplied to alternating load or power system .

基于交流电机负载双向晶闸管关断电压暂态研究及缓冲电路参数优化

A study of transient state on triac off-state voltage and optimization of parameters of snubber circuit for 3-phase induction motors switching application

研究了基于现代电力电子技术的交流电子负载的控制方法和策略；

The control methods and strategies of the AC electronic load based on modern power electronic technology are studied in this paper .

最后，对交流侧负载突变的情况也进行了建模仿真，验证系统的稳定性和快速性。

Finally , the modeling and simulation of the sudden change of the load on the AC side is made to validate the stability of the system .

对于一个交流电动机负载（将在其他章节讨论），其端电压要求是正弦的，其幅值和频率要求是可调的。

In an ac-motor load , as will be discussed in other paper , the voltage at its terminals is desired to be sinusoidal and adjustable in its magnitude and frequency .