电动机调速

多相感应电动机调速系统研究与应用

The Research and Application for Multiphase Induction Motor Speed Adjustment System

MATLAB在同步电动机调速系统中的应用

Application of MATLAB in Speed - controlled System of Synchronous Motor

交流感应电动机调速系统的非线性H∞控制

Non-linear H_ ∞ control of induction motor speeding system

对基于模糊理论的自适应PID控制器在开关磁组电动机调速系统中的应用进行了研究。

This paper studies the application of fuzzy self-adaptive PID controller in SRD .

基于专家系统PID的直流无刷电动机调速系统仿真研究

Simulation Study of Timing System for DC Brushless Motor Based Expert System PID

模糊自适应PID控制器在开关磁组电动机调速系统中的应用

Application of Fuzzy Self-adaptive PID Controller in SRD

本文基于MATLAB对异步电动机调速系统进行仿真研究。

This paper focuses on the MATLAB simulation of the asynchronous motor speed regulation system .

基于MATLAB的《电机与拖动》仿真实验&直流电动机调速实验

Simulation experiment of electrical notor drive based on MATLAB & Speed Regulating Experiment of DC motor

基于电流型PWM变流器的绕线转子感应电动机调速系统研究

Study on Adjusting System of Wire Rotor Induction Motor with Current-Type PWM Rectifier

PWM调速是当前三相异步电动机调速中最有前途的一种方法。

PWM timing is the most advanced one among all 3-phase asynchronous motor timing methods .

高起动性能SR电动机调速系统设计原则和控制策略

Design Principles and Control Strategy of SRD with High Startability

两种符合欧洲EMC新标准的电动机调速方法

Two Solutions in accordance with New EMC Standard for Motor Speed Regulation

利用神经网络作为控制器，取代常规的PID控制器，实现永磁同步电动机调速系统速度控制的研究。

Neural-network is used to realize the speed control in PMSM adjustable-speed system in the place of traditional PID controller .

双PWM三电平异步电动机调速系统样机上的实验结果证明该方法是有效的。

The new method is verified by experiments on a prototype of dual-PWM three-level induction motor drive system .

大功率鱼雷直流无刷电动机调速系统用三相逆变器PWM控制的谐波分析

Harmonic analysis of a three phase inverter PWM controlling scheme of VS system of a torpedos great power brushless DC motor

为此在稀土永磁方波无刷直流电动机调速系统中，采用了两态稳频电流调节器、PWM电子换向器、电流分时反馈等具有特色的线路设计。

Characteristic control circuits including delta modulators for current regulators , PWM eletronic commutator and technique of current feedback in turn are applied to its speed control system .

针对PID控制在提高异步电动机调速性能存在的瓶颈问题，本文提出了一种基于单神经元控制器的异步电动机的矢量控制方法。

In view of the bottleneck problem existed in improving speed regulating performance of asynchronous motor by PID control , a method of vector control of asynchronous motor based on single neuron controller is proposed in this paper .

因此由这种DSP构成的电动机调速系统具有结构简单、运算速度快、精度高、实时性好、控制灵活及性能价格比合理的特点。

So the motor speed controlling system composed of this kind of DSP has the characteristics of simple structure , fast computing , high precision , real-time and flexible control , and has a reasonable price / performance ratio .

开关磁阻电动机调速系统（SwitchedReluctanceMotorDrive，简称SRD）作为一种新型的调速系统，它以其优良的调速性能日益收到人们的关注，已成为当今的热门研究课题之一。

The switched reluctance motor drive system ( SRD for short ), as a new drive system with high performances , has attracted more and more peoples ' concern , and become a hot research subject .

介绍一种新的异步电动机调速系统，该系统采用了锁相环（PLL）和模糊逻辑控制器（FLC）联合控制的方法。

The paper introduces a new speed-regulating system for the asynchronous motors . The system uses the combined control method of phase-locked loop and fuzzy logic controller .

本文提出一种具有自适应控制效果的交流电动机调速系统。采用继电控制方法自整定和自调整PI调节器，调节交流电动机电源电压调速，单片机实现。

This paper advanced a kind of squirrel-cage motor 's speed control system adopting a PI controller with on-off control method , accomplished by single-chip computer and adjusting the speed of squirrel-cage motor with changing its voltage .

本文主要研究级联型多电平功率变换电路的拓扑结构和PWM控制方法，及其在异步电动机调速领域的应用，为优化其电路结构和提高其控制性能提出一些有效方法。

This dissertation is devoted to research the topological structure , PWM control method and application in motor drives of cascaded multilevel inverters , so that some effective methods for optimizing topology and improving control performance could be proposed .

基于PLC-200的大功率直流电动机调速系统的设计

Design of high power DC motor speed regulation system on PLC-200

提出一种新颖的异步电动机调速方法，它兼有销相环（PLL）控制和模糊逻辑控制（FLC）的优点。

This paper presents a novel induction motor speed control method . It combines the advantage of the phase-locked loop ( PLL ) and the fuzzy logic control ( FLC ) .

本论文的任务是实现基于DSP电机控制开发平台，为3KW异步电动机调速和电力牵引交流传动控制系统提供一个良好的调试和实验的环境。

The task of this article is to make a DSP platform on motor control , so that can debug DTC system and exchange transmission system better .

研究抑制开关磁阻电机（SRM）的振动和噪声是改善开关磁阻电动机调速系统（SRD）性能的重要课题之一。

Research on torque ripple and acoustic noise reduction in switched reluctance motor ( SRM ) is one of the important topics in developing the performance of switched reluctance drives ( SRD ) .

新型PWM-VS电动机调速系统设计

The New Design for PWM - VS Motor Velocity Control System

由于开关磁阻电动机调速系统的严重非线性，速度环调节器采用自整定模糊PI控制算法，仿真结果表明模糊PI比常规PID控制更适合于本系统，满足调速要求响应快，稳态精度高的要求。

Because nonlinearity exist in its magnetic circuit of SRM , the speed loop uses adaptive fuzzy PI intelligent control strategy , the simulation result indicate that the system performs satisfactorily in speed regulation and controlling behavior . This kind of controller is superior to the conventional PID .

针对现行VS电动机调速系统存在的问题，提出一种具有起制动迅速、控制效率高、动态特性好、联机界面友好等优点的新型PWMVS调速系统。

This paper focus on the current VS electromotor the velocity control system problem that exists , bring up a new PWM-VS for having rising , system moving quickly , efficiency highly , dynamic characteristic liking , online interface amity waiting the advantage velocity control system .

介绍一种基于CPLD和TMS320LF2407A型DSP的人机接口模块应用系统，这种系统在新型路面剪切实验机上得到了较好的应用，能够很好地实现数据采集、电动机调速等目的。

Presents a human computer interface module design based on the CPLD and DSP , this system have achieved good performance in the new pattern road direct shear machine , it can easily get the aim for data acquire and motor timing .