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步进电机精确控制
- 步进电机控制,能很好地学习单片机控制步进电机的原理及应用。-stepper motor control, can be a good learning SCM stepper motor control and application of the principle.
8255A控制步进电机汇编程序
- 8255A控制步进电机汇编程序 步进电机作为执行器件,广泛用于自动控制系统、印字位置的控制及XY记录仪的无关控制等各个领域,而步进电机最适宜于用微处理器来控制,此法应用于实验教学、科研中效果良好。 1、实现全数字化驱动电路 设计思路是采用步进脉冲分配器专用芯片PMM8713和程序计数器8253的方法。图1是采用可编程计数器8253、8255和PMM8713芯片的全数字控制方式接线图。在单片机系统中,只连接8253、8255和PMM8713各一个。
AVR_stepmotor.rar
- AVR单片机控制步进电机,调试通过。
上位机pc控制下位单片机来控制步进电机转向
- 上位机pc控制下位单片机来控制步进电机转向,可以实现软硬实现步进电机的启动和停止,可以实现软件的控制转向。-Under the control of the host computer pc-bit microcontroller to control the stepper motor turn, can achieve the stepper motor hard and soft start and stop, the software can control the steering.
controlsystemdesign.rar
- 电动推进注射器的控制系统的设计,单片机控制步进电机的正反转,加减速,led显示,Electric propulsion control system syringe design, single-chip stepper motor of the positive control, acceleration and deceleration, led display
stepmotor_control
- proteus仿真 51单片机控制步进电机正反转-Proteus Simulation 51 positive single-chip stepper motor control
Main
- 51单片机控制步进电机,能够控制两个步进电机的步进数和速度-51 single chip contril stepmotor
dj4
- 51单片机控制步进电机,细分为2,一步为0.9度,走一圈需要400个脉冲,半径为33mm,一圈走0.10362m走20圈需要8000个脉冲。加速为4000个,减速为4000个,定时器0为60ms时周期为7.8s 为40ms时周期为5.2s-51 single-chip stepper motor control, subdivision 2, a step of 0.9 degrees, walk around 400 pulses required radius 33mm, around 20
xinde
- 89C51单片机控制步进电机,实现正反转,加减速和复位,用位数码管显示转速状态和级别-89C51 microcontroller stepper motor to achieve reversing, acceleration and deceleration, and reset, with digital display speed status and level
l298cn
- 基于L297/L298 芯片步进电机的单片机控制-L297/L298 chip-based single-chip stepper motor control
L298NMotorDriverIntegratedData
- 步进电机是数字控制电机,它将脉冲信号转变成角位移,即给一个脉冲信号,步进电机就转动一个角度,因此非常适合于单片机控制。步进电机可分为反应式步进电机、永磁式步进电机和混合式步进电机。 步进电机区别于其他控制电机的最大特点是,它是通过输入脉冲信号来进行控制的,即电机的总转动角度由输入脉冲数决定,而电机的转速由脉冲信号频率决定-Digital control of stepper motor motor, it will pulse signal into angular displacement
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- 单片机控制步进电机的原理图加源程序帮助大家控制电机-Single-chip stepper motor control schematic diagram to help you control the increase in the electrical source
step
- 51单片机控制四相步进电机,单片机来控制此步进电机,则只需分别依次给四线一定时间的脉冲电流,电机便可连续转动起来。通过改变脉冲电流的时间间隔,就可以实现对转速的控制;通过改变给四线脉冲电流的顺序,则可实现对转向的控制。-51 single-chip four-phase stepper motor control, single-chip microcomputer to control the stepper motor, then were followed by only a certai
51
- 基于51系列单片机控制步进电机调速闭环系统设计-Based on 51 series single-chip stepper motor closed-loop control system design
step_timer
- pic单片机的步进电机的控制 其采用定时器来控制步进电机转速-pic stepper motor microcontroller control their use of timers to control the stepper motor speed
motor-run
- 单片机控制电动机的资料大全,本文介绍了交流电机,步进电机,无刷直流电机的闭环控制,给出了软件资料。-Microcontroller to control the motor Sourcebook, this article describes the AC motor, stepper motors, brushless DC motor closed-loop control, given the software information.
AVR
- 采用AVR单片机控制步进电机的软件可以实现单片机的正转倒转加速等-Stepper motor control using AVR microcontroller software that can be achieved SCM Forward reverse acceleration and so on
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- 利用单片机控制步进电机正反转+加数码管显示-SCM control stepper motors using positive inversion+ plus digital tube display
双步进电机加减速
- 实现用单片机定时器对输出脉冲的计数以及加减速对步进电机进行控制 亲测好用(It can count the output pulse with the timer of single chip microcomputer and control the stepping motor with acceleration and deceleration)