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步进电机LCD1602
- 步进电机实时控制 键盘菜单式管理选择速度方向 LCD1602实时显示
proteus 4线步进电机控制
- 51 单片机 PROTEUS 仿真 控制步进电机 加速 减速
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
BJDJ-C
- 51单片机步进电机程序驱动，适用步进电机控制模式！-Keil-51C
8611
- 51单片机步进电机调速原理-Principle of stepper motor speed control 51 single-chip
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
SteppingMotor-LCD
- 51单片机控制步进电机加LCD显示。内含完整的proteus仿真源程序和C语言完整代码。在proteus中仿真通过。非常适合初学者学习。-51 SCM control stepper motor plus LCD display. Proteus contains a complete simulation of the complete code source and the C language. In the simulation by proteus. Very suitable for
51steppermotor
- 51单片机驱动步进电机(含电路图和C语言源程序代码-51 Microprocessor stepper motor with circuit diagram and the C language source code
BLDC
- 基于51单片机步进电机的控制及细分驱动电路-Based on MCU 51 control and stepper motor drive circuit segments
51---bujindianji
- 51单片机 步进电机开发 资料-51 stepper motor development information
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
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.)
步进电机
- 控制步进电机的程序，用51单片机，比较简单易懂有注释(Stepper motor control procedures, with 51 single-chip, relatively simple, easy to understand, notes)
红外控制步进电机
- 用红外控制步进电机转动角度，并且用LCD显示，采用51单片机控制，转速误差在1%之内(With infrared control stepper motor rotation angle, and with LCD display, using 51 single-chip microcomputer control, speed error is within 1%)
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
- 简单的步进电机控制，基于51系列的单片机，简单实用(Simple stepper motor control, based on the 51 series of single-chip microcomputer, simple and practical)
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 verify through.)
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.)
步进电机调速
- 51单片机控制步进电机往返运动单片机型号是89C52RC 控制两相四线单片机，驱动器是32细分(Single chip microcomputer control step motor for back and forth movement)
步进电机控制
- 基于keil和C语言的步进电机控制程序，主要用于51单片机而编写(On the control program of stepping motor of 51 single chip microcomputer)