搜索资源列表
bjdjdanpianji
- 单片机控制步进电机加减速C语言源程序，通过不断改变定时器的定时初值来提高频率。-Single-chip stepper motor control acceleration and deceleration C language source program
PWM-Control
- PWM控制步进电机，PWM波的形成原理，方案提供，PWM控制步进电机-Stepper motor control PWM, PWM wave forming principle, the program provided, PWM control stepper motor
main
- 步进电机的简单控制，PWM波形的产生方法，-Simple stepper motor control, PWM waveform generation method,
stepmotor
- 基于STM32的步进电机的驱动控制 经过测试成功控制-Based on the STM32 stepper motor drive control has been tested successfully controlled
STERP-MOTOR
- 51单片机,步进电机仿真，正转、反转、加速、减速控制-51 single-chip stepper motor simulation, forward, reverse, acceleration, deceleration control
bujindianji
- 使用飞思卡尔单片机XS128控制步进电机-With Freescale' s XS128 chip stepper motor control
step_motor
- DSP28015开发的步进电机驱动程序，带细分控制。-DSP28015 development of the stepper motor driver, with fine control.
ctrl-speed
- 上位机pc控制步进电机转速，可以用软硬件实现步进电机的启动和停止，可以采用上位机软件实现对步进电机转速的控制。-PC pc speed stepper motor control, stepper motor software and hardware can be used to start and stop, you can use PC software to control the stepper motor speed.
bujindianji
- 步进电机按键控制前进、后退、加速、减速、实现了可变速控制电机；-Button control stepping motor forward, backward, speed up, slow down, to achieve a variable speed control motor
motor
- 利用FPGA控制步进电机驱动器ULN2003来控制四相五线步进电机(FPGA stepper motor driver ULN2003 is used to control four phase and five wire stepping motors)
bj
- 步进电机驱动程序，驱动一个至多个电机，可调速，可分别单独控制(Stepper motor driver that drives one or more motors, adjustable speed, individually controlled)
步进电机
- 51单片机控制步进电机程序，仅限于学习。(51 single - chip microcomputer control step motor program, only for learning.)
步进电机控制程序(四线双极性半步八拍)
- STM32控制步进电机的运动，采用的是双相八拍的方式(use STM32 to control step motor)
step_motor_2
- 中断控制双路步进电机运转，正传，反转，（新手，结构不是很清晰，但是能用）(Interrupts control double - step motor running, forward, reverse, (novice, not very clear, but can be used))
C51frontandback
- 采用C51平台，控制步进电机正反转，方便移植到其他平台，代码简单已实现。(Using the C51 platform, the control step motor is forward and backward, which can be easily transplanted to other platforms. The code is simple and implemented.)
CPU1
- 使用AVR单片机+cpld的控制方式，实现步进电机加减速和步进电机位置控制(Using AVR microcontroller +cpld control method to achieve stepper motor acceleration and deceleration and stepper motor position control)
motorcontrol
- 本代码是基于检测遥控飞机手柄输出的PWM信号频率，转换为角度信息，再作为步进电机移动输入量，最终实现使用遥控飞机手柄摇杆精确控制步进电机转动角度的目的，包含PWM频率检测模块和步进电机驱动模块等。(This code is PWM frequency signal detection based on the output of the remote control aircraft converted to handle, angle information, and then as the
3.28BYJ-48步进电机+ULN2003驱动程序
- stm32f103zet6上实现步进电机28byj-48由ULN2003驱动的程序。可控制两个电机 正转、反转、停止、正转N度、反转N度(Stm32f103zet6 stepper motor to achieve 28byj-48, driven by the ULN2003 program. Can control two motors forward, reverse, stop, turn N degrees, reverse N degrees)
BH-MSD4805程序
- 通过串口发送指令控制步进电机的加减速，按照固定步数移动。按键KEY1和KEY2实现脱机模式与正常工作模式切换。(Through the serial port to send instructions to control the stepper motor acceleration and deceleration, in accordance with the fixed number of steps to move. Press button KEY1 and KEY2 to switc
hbjidj
- 红外控制步进电机，同时实时显示当前步进电机的速度，并控制电机正反转，比较适合初学者(Infrared control stepper motor, at the same time real-time display of the current stepper motor speed, and control the motor is reversed, more suitable for beginners)