搜索资源列表
结构修改1
- 基于c8051f330芯片开发的电机正反转控制系统，能同时完成参数的设定与显示，系统具有4~20mA的标准模拟信号输出-c8051f330 chip development based on the reversion motor control system parameters can be completed simultaneously with the creation shows that the system has a 4-20mA analog signal output st
位置控制项目
- 此为电路原理图，系统基于C8051F系列单片机，功能为电机的正反转及标准模拟信号输出-this circuit schematics, system based on C8051F series microcontroller, Motor function of the reversion and standard analog signal output
zxcontrol
- 控制C8051F单片机转动，正反转，可以参考，运行环境keil c-control C8051F rotation, reversion, they can refer to, the environment Keil c
ccontrol
- c语言编制的控制步进电机正反转,并且测试电极的启动速度及控制步进电机加速过程fft并画图的小程序-the stepper motor control reversion, test electrode and the launch speed and stepper motor control fft and accelerate the process of drawing small programs
MSP430单片机与L298驱动控制单片机正反转直行后退
- MSP430单片机与L298驱动控制单片机正反转直行后退 基于IAR for MSP430F16X
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
zhiliu
- proteus仿真实例：正反转可控的直流电机。学习单片机时使用proteus进行仿真是再好不过了。这里介绍直流电机的简单控制方法，使用proteus可以仿真看到电机的具体速度以及方向等直观信息。-proteus simulation: Reversible controlled DC motor. Learning to use proteus simulation SCM is better. Here' s a simple DC motor control method, simul
24BYJ48A_controler
- 实现28BYJ48A型步进电机正反转、暂停、加速、停止等功能，Keil uv4编写，刚测试完成。-Achieve 28BYJ48A type stepping motor rotating, pause, speed up, stop and other functions, Keil uv4 write, just the test is completed.
djzfz
- 基于单片机的电动机的正反转电路 机构简单，介绍详细-Based on single-chip motor body positive circuit is simple, to introduce a detailed
moto
- 使用ULN2003步进电机反相驱动芯片，驱动步进电机C语言源代码，实现加速、减速等正反转-Reversed-phase stepper motor using ULN2003 driver chip to drive the stepper motor C language source code, to achieve acceleration, deceleration, such as positive
ASM_FOR_MOTOR
- 程序控制步进电机正反转加减速，内容详细可用-POSITIVE AND NEGITIVE ROTATION ACCELEBRATE AND DECELEBRATE
Keil
- 在51单片机下用L298驱动双电机实现正反转以及变速-51 single-chip driver using L298 as well as dual-motor speed to achieve positive
STC12C5052AD_lcd1602
- 以STC12C5052AD单片机&LCD1602实现一个单闭环直流电机调压调速控制，用键盘实现对直流电机的起/停、正/反转控制，速度既可用键盘数字量设定也可用电位器连续调节-To STC12C5052AD SCM & LCD1602 achieve a single-voltage closed-loop DC motor speed control, using the keyboard to achieve the effect of the DC motor on/off, pos
45
- 利用单片机控制步进电机正反转+加数码管显示-SCM control stepper motors using positive inversion+ plus digital tube display
Dc-motor-of-the-PWM-speed
- 用52单片机输出PWM调速直流电机，实现电机的正反转，占空比可调，自动可以在速度设定下实现反馈调节-With 52 microcontroller output PWM speed dc motor.The positive &negative, realize motor 390v adjustable, automatic can realize feedback adjustment speed setting.
47
- -步进电机正反转 用单片机控制直流电机的正反转 可以用按键来调整速度-- With a single-chip stepper motor Reversible Reversible DC motor control keys can be used to adjust the speed
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.)
正反转可控的步进电机
- 控制步进电机正反转，正转3圈，反转3圈，停止(Control stepper motor positive and negative)
旋转编码器读取正反转程序与仿真
- 旋转编码器读取正反转程序与仿真，程序仿真都调试好，另有资料说明。
PWM电机正反转
- 52单片机程序通过PWM控制电机正反转，接口设置程序已包含(The 52 microcontroller program is controlled by PWM. The interface setup program has been included.)