搜索资源列表
pwm
- 采用单片机来产生PWM程序来控制步进电机-SCM procedures used to generate the PWM to control the stepper motor
bjdj
- 单片机控制步进电机 KELL C源码,步进电机加速减速匀速演示、步进电机正反转调速1602显示、步进电机正反转停止实验。-Stepping motor KELL C source code, demonstrates uniform acceleration and deceleration of stepping motor, stepping motor speed control Reversible 1602 show Reversible stepping motor to stop
demoSTEP
- 这是一个使用单片机通过NUL2003驱动步进电机程序. 步进电机: 5伏,500MA/STEP,四限四拍. 将步进电机的A B C D四个绕组连接到 S51E板"步进电机"的A,B,C,D,将公用抽头并接在VCC上. 将"控制输入口"的A B C D 接焊盘 P2.3,P2.2,P2.1,P2.0. 将P2.3-P2.0跳帽置焊盘位. -english
bujindianji
- ,采用单片机AT89C51和脉冲分配器PMM8713控制步进电机在三相六拍工作方式下的启停控制,正反转控制和加减速控制,以实现基于步进电机的XY工作台两点间的位移控制。-Adopts single-chip microcomputer AT89C51 and pulse, PMM8713 splitter control step-motor in three-phase six-step clap work under the way of controlling, positive &
step-motor-control-program
- 基于51单片机的步进电机控制程序,含正传反转控制,以及protues仿真电路图-Based on 51 step motor control program, including The Story of inversion of control, and circuit simulation protues
chuanlianzidongkongzhi(danpianji)
- 基于单片机AT89C51设计了自动窗帘控制系统,结合了8255、CD、DS12887芯片以及步进电机进行设计与开发,实了窗帘的定时及手动升降功能。本设计要求能够显示时间,定时及手动进行窗帘升降控制并显示窗帘状态,并且可以对系统时间、上升及下降时间进行设定的功能。 本系统采用AT89C51作为控制芯片,窗帘控制采用步进电机,DS12887作为系统的时钟,8255外扩I/O接口外接键盘,LCD显示时间及窗帘状态。-AT89C51 microcontroller-based design of t
MCU-_chengxu-
- 一个51 单片机程序步进电机控制 设计硬件电路和单片机程序,实现对四相步进电机的运动控制,包括正反向的速度控制和角度控制。 STC89C51、四位数码管、步进电机、ULN2003-A stepper motor control 51 single-chip program designed hardware and SCM process, to achieve the four-phase stepper motor motion control, including forward and
bjdjdanpianji
- 单片机控制步进电机加减速C语言源程序,通过不断改变定时器的定时初值来提高频率。-Single-chip stepper motor control acceleration and deceleration C language source program
bujindianji
- 使用飞思卡尔单片机XS128控制步进电机-With Freescale' s XS128 chip stepper motor control
单片机控制步进电机的程序
- 单片机控制步进电机的程序可以正转和反转,非常适用-Single-chip stepper motor control procedures
步进电机
- 51单片机控制步进电机程序,仅限于学习。(51 single - chip microcomputer control step motor program, only for learning.)
CPU1
- 使用AVR单片机+cpld的控制方式,实现步进电机加减速和步进电机位置控制(Using AVR microcontroller +cpld control method to achieve stepper motor acceleration and deceleration and stepper motor position control)
motorcontrol
- 本代码是基于检测遥控飞机手柄输出的PWM信号频率,转换为角度信息,再作为步进电机移动输入量,最终实现使用遥控飞机手柄摇杆精确控制步进电机转动角度的目的,包含PWM频率检测模块和步进电机驱动模块等。(This code is PWM frequency signal detection based on the output of the remote control aircraft converted to handle, angle information, and then as the
步进电机资料
- 步进电机的试用和说明,单片机控制,L298进行驱动(Stepper motor trial and explanation, microcontroller control, L298 drive)
work
- 通过LCD显示模块显示出一副自己所想要上传的图像(限定大小为256x256),同时还可以分块显示不同的文字;另一个功能是利用单片机的齿轮控制步进电机的转速。(Through the LCD display module shows a pair of images you want to upload (limited size 256x256), but also can block the display of different text; another function is the
AVR446
- AVR实现步进电机加减速控制在AVR 单片机上的实现(Realization of step motor acceleration and deceleration with AVR)
转动精度
- 单片机 c 语言 精确控制步进电机转动度数(Controlling the rotation precision of stepping motor)
利用modbus写的,成功读取频率
- 用PIC18F4520单片机通过与电子仪器电表的串口通信实现步进电机的实时控制。(The real time control of the stepping motor is realized by the serial communication with the electronic meter by PIC18F4520 single chip microcomputer.)
autocontrol_software
- stm32f205控制步进电机驱动器进行步进电机运动控制,三轴控制(The stm32f205 control stepper motor drives the motion control of the stepping motor and the three axis control)
control
- 通过液晶触摸屏实现对直流电机与步进电机的控制,御坂美琴背景主题(Control of DC motor and stepper motor by liquid crystal touch screen)