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步进电机仿真程序
步进电机的正反转,及调速功能
可控3相步进电机控制(单片机汇编)
- 可控3相步进电机控制(单片机汇编)可控制步进电机精确转动,调速,正反转。
步进电机控制,LCD显示
- 利用C51对步进电机进行控制,可以加,减速,正转反转,LCD显示步进电机实时状态,当速度达到一定值时,警报器报警。(Using C51 to control the stepper motor, you can add, slow, positive reverse, LCD shows the real-time status of stepper motor, when the speed reaches a certain val
步进电机
- 控制步进电机正反转,采用C语言写的,STM32f103开发板系列(i do not tell you what this can do,so sorry!please yourself go to read then know what faction.)
步进电机C版本
- 按键控制步进电机正反转,C语言程序,程序可读性很强(Button control, stepper motor positive reverse)
正反转可控的步进电机
- 控制步进电机正反转,正转3圈,反转3圈,停止(Control stepper motor positive and negative)
按钮控制步进电机转角
- 可以用按钮操作步进电机做正转 反转 转一定角度等等(Buttons can be used to operate the stepper motor to do positive, reverse, turn to a certain angle, and so on)
步进电机
- 五线四相步进电机控制程序,一个函数调用,可以实现控制电机正反转、转动角度,转动速度。(Five line, four phase stepper motor control procedures, a function call, you can control the motor positive rotation, rotation angle, rotation speed.)
51单片机控制的步进电机C语言程序
- 51单片机控制的步进电机C语言程序,驱动步进电机正反转(51 single-chip stepper motor control, C language program)
步进电机正反转-8拍
- 基于单片机控制42步进电机,8拍,正反转,加减速(Microcontroller based control of the 42 stepper motor, 8 shot, positive and negative, acceleration and deceleration)
步进电机控制
- 步进电机控制,可控制正转反转,还可以控制旋转速度(Stepper motor control, you can control the forward, reverse, but also to control the rotation speed)
83-步进电机正反转
- 83-步进电机正反转(83- stepper motor positive and reverse)
2016.12.7步进电机课设3.0
- 使用keil平台与C语言编写的51单片机程序,可以控制步进电机,可控制正反转,内含proteus仿真,验证通过。(The 51 single chip computer program used by keil platform and C language can control the step motor, control positive and reverse, contain proteus simulation, and
步进电机按键正反转
- STC89C51普通的两极步进电机,一路PWM 一路换向,按键操控正转反转(Ordinary two pole stepping motor, PWM all the way change direction, key manipulation is turning reversal)
步进电机
- 驱动步进电机正反转及加速减速,数码管显示。(The stepper motor is driven to reverse and accelerate deceleration, and display by digital tube.)
1.步进电机(按频率)
- 步进电机 1. 实现的功能:按键KEY0控制两个电机的使能,按键WK_UP控制电机的正反转,按键KEY1控制电机的加速,按键KEY2控制电机的减速。初始脉冲为5Hz,每加速一次,即按键按下一次增加1Hz,减速也是减小1Hz。 2. 连接方式:电机1脉冲接PF6,方向接PF4,使能接PF10;电机2脉冲接PF7,方向接PF5,使能接PF9。 3. 程序:见源代码/1.步进电机(Stepper motor 1. realizatio
步进电机调速系统
- 通过按键以及数码管显示,实现步进电机的调速正反转等操作(Through button and digital display, stepper motor speed adjustment and reverse operation.)
步进电机
- uln2003驱动步进电机正反转,加减速,通过液晶1602显示转速(Step motor is positive and reverse, plus deceleration)
步进电机控制系统
- 控制步进电机程序,正反转控制和PID程序控制,等等、(Control of positive and reverse of step motor and PID control)
步进电机驱动器 - TIM1
- 使用STM32控制步进电机以500HZ的频率正转,反转,回原点等功能(STM32 is used to control stepper motor's functions such as forward, reverse and return to the origin at 500HZ frequency)