Mainly by the main control box, the electrical control box, show boxes, stepper motor, close to the switch, Switching itinerary, and other related component parts.
系统主要由主控制盒、电机控制盒、显示盒、步进电机、接近开关、行程开关等相关部件组成。
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。
In this paper, microcontroller, stepper motor driver chips, character LCD and keypad array, build a set of stepper motor controller and driver as one of the stepping motor control system.
本文应用单片机、步进电机驱动芯片、字符型LCD和键盘阵列，构建了集步进电机控制器和驱动器为一体的步进电机控制系统。
This paper discusses a minimum of parameters to determine the trajectory of a circular interpolation method and the method of frequency control stepper motor.
文中讨论了一种以最少参数确定一条圆弧轨迹的插补方法和步进电机变频调速的方法。
The operation of the stepper motor control the speed of paper, stepper motor if the device is not in place, the same will lead to abnormal paper speed.
步进电机的运转操控着走纸的速度，步进电机假如装置没有到位，同样会到致使走纸速度反常。
Stepper motor is used in the PLC control system of ion electrostatic accelerator.
将步进电动机应用于离子静电加速器PLC控制系统。
It will be introduced to control the frequency of Stepper Servomotor by the Way of the Interrupted Interception.
在此介绍用中断拦截的方式实现对步进伺服电机的变频控制。
For example, a stepper motor requires a series of digital pulses as an input to control the motor position and speed.
举例来说，步进电机需要输入一系列数字脉冲信号来控制电机的位置和速度。
Based on the design of the stepper motor control MCU.
本设计为基于单片机的步进电机的控制。
Stepper motor tuning program for stepper motor control and testing. Step angle and automatic computer testing point of view.
说明：步进电机微调程序，用于步进电机控制与检测。测试步进角度和自动计算机角度。
Using DSPs high speed operation performance and its inner control unit, simplified the systems software and hardware, achieved stepper motors high precision subdivision drive.
利用DSP高速运算性能以及内部控制单元简化了系统的软硬件，实现了步进电机的高精度细分驱动。
This update makes the device of driving stepper motor control one stepper motor by 4 way .
经过设计的驱动电路分别对4个步进电机进行控制。
The experiment indicate that use DSP to control multi-axes stepper is Simple and flexible.
实验表明用dsp实现步进电机的多轴联动控制比较简单且灵活。
A practical circuit employing 89c51 which can simultaneously control two stepper motors is introduced.
介绍了一种采用89c51同时对两台步进电动机进行控制的实用电路。
Stepper motor control can be used as a special motor, do not use their accumulated error (accuracy of 100%) the characteristics of a wide range of open-loop control.
步进电机可以作为一种控制用的特种电机，利用其没有积累误差(精度为100%)的特点，广泛应用于各种开环控制。
This paper describes the idle speed control stepper motor type composition, Stepper Motor Idle Control Valve on the main structure, Idle Speed Control Stepper Motor Control Principle of the device.
主要介绍步进电机式怠速控制装置的组成，步进电机式怠速控制阀的主要结构及步进电机式怠速控制装置的控制原理。
By using a microcontroller to control the step time of two stepper motors, sinusoidal motions of heaving and pitching in phase for the experimental model are obtained.
由单片机控制步进电机的步进时间，实现了实验模型按正弦规律同步地平动和转动。
This paper discuss related technologies about stepper motor control system point of nc control functions of HMI and PLC, and introduces the design ideas of control system and soft and hard structure.
本文讨论利用人机界面和PLC控制步进电机实现数控系统点位控制功能的相关技术，介绍了控制系统方案及软硬件结构的设计思路。
Speed and rotation direction of two stepper motor are controlled through procedures designed, and accuracy of the procedures control is detected by the waveform measurements.
通过程序设计对两台步进电机的转速和旋转方向进行控制，并且通过实际测量的波形信号检测了程序的控制精度；
The hardware and software of the system, the method to control the stepper motor as an actuator have been discussed in detail in this paper.
控制系统的硬件、软件和执行机构步进电机的控制方法都在本文中进行了介绍。
This paper devices a kind of control system of the stepper motor based upon CPLD.
本文设计了一种基于CPLD的步进电机控制系统。
The common microcontroller AT89S51 and the driving chip of the stepper motor L298N are used to implemented driving and control of the stepper motor.
采用常见的AT 89s51单片机和步进电机驱动芯片L 298n实现步进电机的控制和驱动。
The software design include the serial port communication program design, stepper motors velocity curve control and the data acquisition program design.
在下位机软件设计中介绍了串口通信程序设计、步进电机速度曲线的控制和数据采集程序设计。
To set the proper parameter of register and on-chip ram of TMC428, it can make TMC428 control three stepper motor in the same time, and realize three-axis control system.
通过设置TMC428内部参数寄存器和片内ram的值，可使TMC428能够同时控制三个步进电机，实现三轴控制系统。
And through the stepper motor, pumps, electric films, such as plant growth lights for the implementation of the parameters of control, intelligent control to achieve the objective.
并且通过步进电机，抽水机，电热片，植物生长灯等执行器对参数进行控制，达到智能调控的目的。
This paper introduces a simple stepper motor control chip LMD18245. By using it, we can design the drive module of stepper motor by ourselves, and thereby decrease the cost of system design.
该文介绍了一种简单的步进电机控制芯片LMD18245，利用它可以自行设计步进电机的驱动模块，从而为系统设计降低成本。
Designed stepper motor driver application circuit and Single Chip Microcomputer control circuit, and compiled the SCM procedures, finished to communicate with the upper computer.
设计了步进电机驱动应用电路和单片机控制电路，并编写单片机程序，完成与上位机通信。
PLC used Pulse Output Function to control the stepper motor speed, direction and distance of movement, accordingly realizing the purpose of exact orientation.
利用可编程序控制器脉冲输出指令控制步进电机的转速、方向和移动距离，从而实现精确定位。
PLC used Pulse Output Function to control the stepper motor speed, direction and distance of movement, accordingly realizing the purpose of exact orientation.
利用可编程序控制器脉冲输出指令控制步进电机的转速、方向和移动距离，从而实现精确定位。
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