Design a servo motor control system.
设计一种伺服电机控制系统。
Motor control system basic knowledge.
电机控制系统的基本知识。
Finally, the stepper motor control system application examples.
最后给出了步进电机控制系统的应用实例。
The servo AC motor control system is the core of the bottle-making machine.
永磁交流同步电机控制系统是制瓶机系统的核心部分。
This paper introduces a multi-motor control system of the electric cleaner.
本文介绍了一种在电动清洁车上用的多电机控制系统。
Intelligent drive motor control system and intelligent charging control system.
电机智能驱动控制系统及智能充电控制系统。
Designed an embedded and remote network motor control system based on DSP and MCU.
基于DSP与高速单片机m CU设计了一种嵌入式远程网络化电机控制系统。
A stepping motor control system based on AT89C52 chip microcomputer was described.
提出了一个由at89c 52单片机控制步进电机的实例。
Permanent ac servo motor control system of lockstitch sewing machine is introduced.
介绍了一种用于电脑全自动工业平缝机的永磁交流伺服电机及其控制系统。
The MSP430F149 MCU is selected as the control center of elevator door motor control system.
系统选择MSP430F149单片机作为电梯门机控制系统的核心，兼顾性能与成本等因素。
The whole project design of the AC servo motor control system based on TMS320F2812 is introduced.
介绍了基于TMS320F2812交流伺服电机控制系统的整体方案设计。
Adopting advance servo motor control system makes the machine can execute computer order precisely.
采用先进的伺服控制系统，让机器可以准确无误地执行计算机指令。
Servo motor control system Imported from Japan Panasonic, provide accurate displacement and speed control.
进口松下电机伺服控制系统，提供精确位移及速度控制。
The rotor position detection is the essential tache of the self-controlled synchronous motor control system.
转子位置检测是自控式永磁同步电动机调速控制系统中不可缺少的环节。
PLC and the stepper motor control system, suck in, translation, integration, attached, multi-steps transmission.
PLC及步进马达控制系统，吸取、平移、整合、贴附、传输多步骤。
D. C. motor control system with better performance indexes may be designed by the linear optimal regulator theory.
利用线性最优调节器理论可以设计出具有良好性能指标的晶闸管直流电机控制系统。
In practical aspect, firstly, brushless DC motor control system is designed from two aspects: hardware and software.
在实际方面，首先，本文从硬件和软件两个方面进行了无刷直流电机控制系统的设计。
DC motor control system based on TMS320LF2407 is introduced, and the DC motor is effectively controlled by this system.
研制了一套基于TMS320 LF 2407的直流电机控制系统，实现了对直流电机运行的有效控制。
Brushless motor control system design based on C8051 was introduced, speed and current double close loop control was realized.
论述了基于C8051的直流无刷电机控制系统设计，实现了速度、电流的双闭环控制。
Sensor as a motor control system, the key components, which directly affects the vehicle's technical performances of the play.
传感器作为汽车电控系统的关键部件，它直接影响汽车的技术性能的发挥。
The precise motor parameters affect the quality of the motor control system seriously in high performance ac drives of induction machine.
感应电机高性能交流调速方法中，电机参数的准确性严重影响着电机控制系统的控制品质。
The experimental results verify that the proposed method is correct and feasible and it can simplify the circuit design of the motor control system.
实验结果证实所提出的实现方法是正确可行的，而且它可简化电机控制系统的电路设计。
The main reasons to affect the operation frequency of two state hysteresis current regulator for motor control system are analyzed by theory and experiment.
从理论和试验两方面分析了影响电机传动系统中滞环两态电流调节器工作频率的主要因素。
Finally, designs brushless DC motor control system hardware circuits based on TI's DSP chip TMS320F2812 and ir's IR2133, and compose the corresponding software.
最后，基于TI公司的DSP芯片TMS320F 2812和IR公司的驱动芯片IR 2133设计了直流无刷电动机控制系统的硬件电路，并编写了相应的软件。
The error of inductosyn Angle measurement system will cause ripple of speed in DC motor control system. This error is equal to adding a disturbance to the input.
由于感应同步器测角系统的误差的存在，相当于在系统的输入端加入了一个干扰，从而在电机控制系统中引起电机速率的波动。
Stepper motor control system has been developed using the software and hardware co-simulation method, can effectively reduce the system development cycle and cost.
步进电机控制系统的开发采用了软硬件协同仿真的方法，可以有效地减少系统开发的周期和成本。
Based on the mathematical model of AC asynchronism motor, a novel method for modeling and simulation of AC asynchronism motor control system in Matlab was proposed.
在分析交流异步电动机数学模型的基础上，提出了交流异步电动机控制系统仿真建模的新方法。
Finally, based on the linear motor control system platform which was said former, experimentation validates the position servo system controller designed in this thesis.
最后，在已经搭建的直线电机控制系统平台的基础上，对本文所设计的位置控制器进行实验验证。
Carry out the debugging of a brushless DC motor control system hardware and software, meanwhile analyse and explain problems they encounter, at last putting up with solutions.
进行了直流无刷电动机控制系统的软、硬件调试，同时对调试过程中碰到的题目进行分析和阐述，并提出解决方法。
Carry out the debugging of a brushless DC motor control system hardware and software, meanwhile analyse and explain problems they encounter, at last putting up with solutions.
进行了直流无刷电动机控制系统的软、硬件调试，同时对调试过程中碰到的题目进行分析和阐述，并提出解决方法。
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