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DCmotorspeedcontrol
- 调速直流电机源程序，用L298驱动，可通过按键随意改变电机的速率，有正传和反转，加速和减速的功能，PWM是通过软件实现，已经调到最佳状态，可实现细致的调控。-DC motor speed control source, the L298 is driven by motor key rate change, the True Story and the inversion, the function of acceleration and deceleration, PWM through th
298
- 利用298控制直流电机，实现电机的加速，减速，转弯等功能。-The use of DC motor control 298 to achieve the acceleration of motor, deceleration, turning and other functions.
StepperMotorControllers
- 以单片机为内核的小功率步进电机速度控制器。单片机接受来自RS232的速度控制指令，通过单片机转换成步进电机的走步脉冲，同时对2只步进电机的连续速度控制。要求讨论速度与走步脉冲的关系，并实现加速、减速和恒速工作。-SCM as a core with low power stepper motor speed controller. Microcontroller to accept the speed control commands from the RS232, through the mi
DC_stepper_motor_control
- 利用单片机加控制直流电机，利用P1口，编制程序输出一串脉冲，经放大后驱动小电机，改变输出脉冲的电平及持续时间，达到使电机正转、反转、加速、减速。停转之目的。 可以通过74LS244输入开关量数据来控制小直流电机的转动，实现正转四种转速，反转四种转速及停转。 -The use of SCM in controlling the DC motor
MoterControl
- 电机正转,反转以及加速转,减速转控制.可以接部分型号电机-Motor forward and reverse, and speed up the turn, slow down switch control.
motor
- 本程序实现的是对步进电机的控制，主控机是AVR单片机，外圈有四个按键，功能分别为：加速、减速、正反转选择、励磁方式选择-This procedure is implemented to control stepper motors, the host computer is the AVR microcontroller, the outer ring has four key functions are: acceleration, deceleration, Reversible choic
decelerate-motor
- 用89C52实现占空比均匀调整，实现电机的均匀加速到全速，再稳速，然后均匀减速到零-Duty cycle with 89C52 to achieve even distribution, the uniformity of the motor to accelerate to full speed, then steady speed, then slow down to zero even
bujindianjikongzhi
- 单片机实例-电机控制，可以实现加速，减速，或者正反转-SCM instance- motor control, can achieve acceleration, deceleration, or Reversible
c51controlFPGA
- PWM控制直流电机FPGA驱动,可以使用按键控制，加速、减速、正转、反转、停止-FPGA-driven DC motor PWM control, you can use the button control, acceleration, deceleration, forward, reverse, stop
Dc-motor-speed-control
- 对应的电机接口需用杜邦线连接到uln2003电机控制端 使用5V-12V 小功率电机皆可 2个按键分别加速和减速-DuPont corresponding motor interface cable required to uln2003 motor control side using 5V-12V low power motor can be two key acceleration and deceleration, respectively,
bujindianji
- 可以控制直流电机，步进电机，继电器工作，并且可以调节电机正反转，加速和减速。-Can control the DC motors, stepper motors, relays work, and reversing the motor can be adjusted, acceleration and deceleration.
Step_Motor
- 步进电机步距角为7.5度 K1开启暂停； K2整步； K3半步； K4 1/4步； K5 方向； K6加速； K7减速； -Stepper motor step angle of 7.5 degrees on K1 suspended K2 whole step K3 half step K4 1/4 step K5 direction K6 acceleration K7 deceleration
lee1
- 基于C0851F040的步进电机控制，正转，反转，加速，减速-C0851F040 motor
zhiliu
- 可以控制直流电机的正传反转，加速和减速，通过pwm调速实现-The Story of the DC motor can be controlled reversal, acceleration and deceleration, speed achieved by pwm
lesson14
- 单片机学习程序，学习控制步进电机,控制电机正反转、开、关、加速、减速-Single-chip learning process, learning control stepper motor, reversing motor control, on, off, acceleration, deceleration
stepper-motor-control
- 步进电机控制，加速、减速、暂停、继续、停止、启动-Stepper motor control, acceleration, deceleration, pause, resume, stop, start,
20111027
- 基于51系列单片机AT89C51为核心，利用集成芯片ULN2803作为电机驱动，设计出一个步进电机。使其能够进行正转、反转、加速、减速、停止等功能。描述系统硬件工作原理，并附以系统结构框图加以说明。详细阐述程序的各个模块和实现方法。以数字集成电路技术为基础，单片机技术为核心；以单片机语言进行软件设计，为了便于扩展和更改，软件的设计采用模块化结构。 带AT下载口-Based on 51 series microcontroller AT89C51 as the core, the use of
2
- 直流电机的调速有极速和加速和减速和正传和反转-DC motor speed control acceleration and top speed, and deceleration, and forward and reverse
shuangbujindianjikongzhi
- 本程序用于测试4相步进电机常规驱动 4个按键分别控制加速、减速、开启、停止 -This procedure is used to test the4 phase stepping motor with conventional kinesin4 buttons control the acceleration, deceleration, open, stop
DC-motor-adjustable-speed
- 利用at89c51实现直流电机可调速控制，可以正转。反转，暂停，加速和减速等-Use at89c51 DC motor speed control, you can forward. Reverse, pause, acceleration and deceleration