步进电机

运动控制是由电机带动XY平台来实现的，步进电机能够将控制器发出的脉冲信号变为XY平台的位移。

Movement control realized by stepping motor drive X-Y table movement .

采用PLC控制步进电机实现点位控制

Realization of Point Control Based on Stepper Motor Controlled by PLC

步进电机通常用运动控制卡控制或用汇编语言以及用C语言编软件控制。

Stepper motor is normally controlled by motion control card , or assembly language and C language .

基于PLC与步进电机的气动搬运机械手控制

The Control of Pneumatic Carrying Manipulator Based on PLC and Stepper Motor

基于DSP的混合式步进电机直接转矩控制研究

Study on Direct Torque Control of Hybrid Step Motor Based on DSP

LabView控制步进电机

Lab View Control Step Motor

一种步进电机PWM恒流驱动技术的研究

Research on a constant - current drive in step motor by PWM

基于步进电机的CCD无接触测量仪

Stepper Motor Based on CCD Non-contact Measuring Instrument

基于PLC的步进电机控制系统及其在火车轴温检测系统中的应用

Step Motor Control System and Its Application on The Train Axis Temperature Testing System Based on PLC

求解非线性磁网络是步进电机CAD中的主要工作。

It is the main work of step motor CAD to find the solution of non-linear magetic network equations .

基于PLC软件环分的步进电机高低压驱动

Experimental System of Driving Stepping Motor with High and Low Voltage Based on Software Pulsation Distributing of PLC

基于DELPHI编程环境的步进电机控制系统研究

Study on the Stepping Motor Control System Based on DELPHI

介绍了一种基于PC的步进电机控制卡。借助于PC机丰富的软、硬件资源，实现了多轴联动控制。

Aided with the rich soft and hard resources of PC , a multi-axis stepper controlling card is introduced .

基于CPLD的可控步进电机脉冲分配器设计

Design of Controllable Step-motor Pulse Divider Based on CPLD

上述各运动均由以PLC为核心的控制系统控制变频调速微型高速电机和步进电机以及普通交流电机来进行。

Above-mentioned motions are controlled by PLC which dominate frequency control mini-high-speed motor , stepping motor and normal alternating-current dynamo .

文中提出了用线阵CCD和步进电机相结合的方法来实现高精度测量。

The paper presents a way associated linear matrix CCD with stepper motor to realize high precision measurement .

它用步进电机实现样品与针尖的相对运动，将步进电机与AFM相结合，进行大范围高精度的纳米轮廓测量。

It combines step motor with AFM to achieve large scope of nanometer profile detecting .

介绍一种新的控制步进电机的方法，即基于Windows下通过程序采用数字I/O卡控制步进电机。

In this paper , a new method of how to control stepping motors through a digital I / O card based on Windows is presented .

基于CAN总线和AVR单片机的步进电机控制模块设计

Design of Stepper Motor-Controller Module Based on CAN and AVR

提出了对步进电机进行控制的PLC控制方法，并对其PLC控制软件设计进行研究，给出PLC控制的程序流程图，分析了其控制特性。

A kind of PLC control of stepping motor was introduced , software design discussed , the program flow-chart given , and control characteristics analyzed .

基于STC单片机的经济型步进电机控制系统

Economic Stepping Motor Control System Based on STC Single Chip Computer

该系统用PLC作为核心控制器、GK112光电隔离器检测位置偏移量、三相步进电机驱动丝杠作为执行机构。

This system is realized by using PLC as controller , using photoelectric insulator to detect offset of position , and using three phases pace motor as executor .

介绍了离合器齿牙的加工方法，简述了PLC控制步进电机实现自动分度加工的原理，并设计了PLC控制系统。

This paper introduces the processing method of clutch tooth , sets forth the principle that step motor achieve angle auto-dividing by PLC and designs the system of PLC controlling .

本文主要研究了直线步进电机的高精度控制和仿生优化算法在数字PID控制系统中的应用。

This paper has mainly described in detail the research of the high accuracy control of Linear Pulse Motors and the application of bionic optimization algorithms in digital PID control system .

计算机控制步进电机驱动器输出脉冲信号驱动步进电机转动，从而实现AFM的探针一样品自动逼近，提高了操作的简便性和系统的自动化程度。

The computer is in control of the stepper motor driver to output impulse signals that are used to drive the stepper motor .

基于EPROM和D/A的步进电机驱动电源设计

Using EPROM and D / A Converter to Design Power Supply for Stepping Motor Driver

论文最后还介绍了扫描管Z向的数字PID闭环控制，步进电机的自动进针，并对实际出现的一些电磁干扰问题作了讨论。

Finally , the author discussed the digital PID closed loop control of the scanner in z-direction , the automatic approaching of the tip using step-motor , and also some Electro-Magnetic Interferences .

在硬件结构上，系统以通用的PC机作为硬件平台，结合开发的四轴运动控制卡良好的控制性能，配以步进电机与其驱动器，组成通用CNC控制系统的配置。

In system hardware architecture , Pc is the base platform , With a 4-axis motion control board , step servo motor and theirs corresponding drivers , a system configuration is constructed .

针对GK型内燃机车使用中普遍存在的电控问题进行了系统分析提出用PLC技术替代传统的继电逻辑，并使之与步进电机相结合的措施；

The paper analyses electric controls problems existing in application of GK type diesel locomotives . The design used PLC technology to replace traditional electric relay .

介绍了PLC和触摸屏（POD）的特点，以及触摸屏与PLC组成的步进电机控制系统的构成与功能。

The property of programmable operation display ( POD ) and PLC is introduced , and also introduces the composing and function of the step motor control system besed on programmable operation display and PLC .