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bujindianjikongzhishiyan
- 通过使用ARM2410是实现步进电机的控制，包括转速，方向，实时转动等进行控制，为工业应用提供了方便！-ARM2410 is achieved through the use of stepper motor control, including speed, direction, rotation and other real-time control, convenience for industrial applications!
ex-22
- 单片机控制步进电机正转反转，以及停止-SCM control stepper motor forward reverse and stop
Integrated-stepper-motor-design
- 由步进电机实验，设计一个控制步进电机实验电路，能够完成步进电机调速控制，同时检测8种不同开关状态，实现7层楼的电梯运行过程控制。-By a stepping motor experiment, experimental design a stepper motor control circuit, to complete the stepper motor speed control, and 8 different switch status detection, to achieve 7 f
gfd
- 步进电机速度及转速控制利用8255及8253控制电路-Stepper motor speed and speed control circuit using 8255 and 8253 control
MAIN
- 用STM32F013RBT6单片机开发的学习例程，可以控制LED的亮灭，也可控制步进电机-MCU development with STM32F013RBT6 learning routines, you can control the LED light off, but also control the stepper motor
Beeline
- ARM单片机控制下的步进电机的走直线实验的源代码.-ARM microcontroller stepper motor under the control of the source code to go straight experiment.
StepMotor
- 一种ARM控制下的步进电机的加速控制的源代码。-An ARM-controlled stepper motor acceleration control of the source code.
bujingdianji
- 用51单片机控制步进电机，采用单拍驱动，安照程序接线就可用，-Controlled stepper motor with 51 single-shot drive according to program wiring can
LPC2114PLM4229Pstepmotor
- 该文件包含了KEIL4环境下的程序文件和PROTEUS7.10环境下的仿真文件，程序实现了LPC2114对LM4229和步进电机驱动，通过LPC2114的A/D和PWM实现对步进电机的调速控制，再通过LPC2114的UART送到PC显示，程序注释具体详细，适合学习LPC2000系列的初学者参考。-LPC2114+LM4229+stepmotor,based on keil4 and proteus 7.10
STEPMOTO
- 用51单片机控制步进电机,思路清楚,灵活性大。-Controlled stepper motor with 51 clear thinking.
bjdj
- 步进电机转动，用单片机的P1。0到P1。4去控制芯片来控制步进电机转动-Stepper motor rotates, with microcontroller P1. To P1, to control the chip to control the stepper motor rotates
pwmkongzhibujindianji
- ARM7通过PWM控制步进电机的小程序，试验通过-ARM7 PWM control stepper motor procedures, test by
code
- arm三位一体嵌入式开发，工业控制之步进电机开发。-embedded development arm of the Trinity, the development of industrial control stepper motor.
stm32_bujindianji
- 基于stm32四相步进电机的简单控制，可以通过按键控制四项步进电机正反转的加减速。可以点动旋转.-Based on the stm32 four-phase stepper motor a simple control, button control four stepper motor, acceleration and deceleration. Can Activity rotation.
motortest
- 定时器 步进电机 脉冲+方向加减速控制 经过测试稳定性很好-Timer stepper motor pulse+ the direction of acceleration and deceleration control after testing the stability of a good
STEP-motortest
- 机器上使用的 步进电机定长控制（脉冲+方向） 经过测试已经很稳定-The machines use stepper motor fixed-length control (pulse the+ direction) has been tested and has been very stable
STEP_m
- 步进电机定长控制 （脉冲+方向模式） 由定时器产生脉冲控制步进电机平滑加减速-Stepper motor fixed-length control (pulse the+ direction mode) generated by the timer pulse controlled stepper motor smooth acceleration and deceleration
stm32f4x7_eth_lwip
- 用STM32F407主芯片，实现以太网通信，同时，通过PWM信号和定时方式实现对步进电机的驱动控制，也提供伺服电机的驱动控制。-the Board is mainly used the chipset STM32F407,through ethernet port,communicated with otherside.by the chipset s PWM function,Timer function,realize supporting the function of STEP moto
122234Moto
- 单片机控制步进电机，对初学者电机控制的有很大的帮助-Chip stepper motor control, a great help for beginners motor control
STM32-SPWM
- TIMER输出PWM基本概念 脉冲宽度调制(PWM)，是英文“Pulse Width Modulation”的缩写，简称脉宽调制，是利用微处理器的数字输出来对模拟电路进行控制的一种非常有效的技术。简单一点，就是对脉冲宽度的控制。一般用来控制步进电机的速度等等。STM32的定时器除了TIM6和TIM7之外，其他的定时器都可以用来产生PWM输出，其中高级定时器TIM1和TIM8可以同时产生7路的PWM输出，而通用定时器也能同时产生4路的PWM输出。 -Timer output PWM bas