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2972
- C51单片机驱动a3972步进电机细分，同时可以控制步电机加速，减速-C51 single-chip stepper motor driver a3972 broken down step-by-step motor can be controlled simultaneously to speed up, slow down
cx
- AVR单片机ATmega16控制步进电机程序，发送字符A\B\C\D\E可以控制步进电机的正传、反转、加速、减速、停止-AVR Microcontroller ATmega16 stepper motor control program, sending characters A \ B \ C \ D \ E can control the stepper motor Cinema, reversal, acceleration, deceleration, and stop
步进电机转速数码管显示
- 步进电机转速数码管显示，采用C51单片机控制-Stepper motor speed digital display, with C51 MCU
radar_C
- 51单片机通过8253控制步进电机转动，步进电机上面有超声测距模块，该模块通过串口将距离信息传给单片机处理，从而实现了一个简单的平面雷达。同时，单片机处理步进电机的角度信息，再控制载有摄像头的舵机转到雷达扫描到物体的方位，以实现摄像头跟踪目标物体的结果。-51 stepper motor microcontroller control by 8253 rotation of stepper motor above a ultrasonic ranging module through the s
MPC82G516-PWM-drive-setpper-motor
- MPC82G516单片机使用内部硬件PWM方式128细分、256细分方式驱动步进电机的程序，电路简单，成本极底，两路PWM就可以控制一只单极性的步进电机了。-MPC82G516 microcontroller using an internal hardware PWM mode 128 segments, 256 sub-way drive stepper motor program, the circuit is simple, cost very end, two PWM can cont
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
lpc2138
- lpc2138原理和PCB，功能：步进电机，GUI,LCD,浮点运算，温度显示，时间日期控制-lpc2138 principles and PCB, Function: stepper motor, GUI, LCD, floating-point operations, temperature display, time and date control
Step_motor
- DSP 2812 的步进电机控制程序 步进电机/延时不能太长，否则转得太慢 /延时也不能太短，否则频率太高不起转-DSP 2812 stepper motor control program stepper motor/delay can not be too long, or turn too slowly/delay can not be too short, or too high frequencies can not afford to turn
AT89s52_motor
- 以AT89S52单片机为核心，利用细分技术控制步进电机实现平稳、精确移动-AT89S52 microcontroller to the core, stepper motor control using subdivision smooth, precise movement
8255bujingdianji
- 用单片机实现8255控制步进电机，其中可控制转速和转动方向 -With MCU 8255 stepper motor control, which can control the speed and rotational direction
Motor3B6
- 基于单片机控制的双相步进电机驱动程序,可以实现加速启动,直到匀速-Motor control
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
sm3
- 一种串口+按键控制步进电机的c语言程序，可以按加速，减速键控制速度，按逆时针/顺时针键控制转向，按暂停键使步进电机暂停。-A kind of serial+ key control stepper motor c language program, can be speed up, slow down keys to control speed, according to counter-clockwise/clockwise shift key control, stepping motor
LabVIEW2
- 用labview开发的控制步进电机程序，进行实时控制电机-Developed using LabVIEW to control stepper motor procedures, real-time control of motor
motor
- 以单片机控制步进电机的运行速度、方向、行走距离的长短-Single-chip stepper motor to control speed, direction, running the length of the distance
abc
- 用at89s52单片机控制步进电机实现1/8细分，可用于太阳能充电电池集光板的设计-Using AT89S52 realize single-chip stepper motor control 1/8 Subdivision, solar rechargeable battery can be used to set the design of optical plate
youmenchuanganqi
- 用于控制步进电机带动油门传感器，采集数据，生成数据曲线并可打印报表-Used to control stepper motor driven throttle sensors, collect data, generate data curves and print statements
StepMotor
- 一个基于evc++下的步进电机的控制 windows embedded visual c-Based on evc++ Under the control of stepper motor windows embedded visual c
51andcpld
- 】本文介绍了一个使用单片机和CPLD联合控制步进电机的方案。首先阐明步进电机的工作原理及控制方法，然后 提出了系统的软硬件设计框架，详细讨论了单片机和CPLD的逻辑接口问题和交换数据的协议，以及用状态机来设计脉冲分配器 的方法。-This paper describes a combined use of SCM and CPLD stepper motor control program. First of all, to clarify the working principle o
motor5
- 能够实现步进电机的正转反转，速度控制，加速减速匀速等功能-Stepper motor can be achieved is to reverse, speed control, speed up the slow speed and other functions