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113172223bjdjKZSD
- 单片机步进电机控制程序 可以控制加速减速的程序可以正反转-Microcontroller stepper motor control program can control the acceleration and deceleration of the programs can be positive inversion
step_moto
- 实现步进电机的细分驱动和不细分驱动及选择。正反转，工作使能控制，在开发板上测试过，工作良好-Stepper motor to achieve sub-drive and do not subdivided driving and choice. Positive inversion, work to enable control board in the development of tested, working good
bujindianjichuankoutongxin
- 用keil c51编的串口通信控制步进电机正反转 已调试可用-Compiled using keil c51 serial communication control stepper motor positive inversion has been used to debug
STEP
- 按健控制步进电机正反转程序,单片即C51编写,已经调试通过-Reversible stepping motor according to health control program
bujin
- 利用51单片机设计的步进电机控制系统，有正反转，加减速，启动和停止键，完整论文-Using 51 single-chip stepper motor control system design, there are rotating, and acceleration and deceleration, start and stop button
motorcontrol
- 基于ARM7 LPC2148的步进电机的正反转，加减速控制，同时应用细分控制使得在步进电机的实际控速中保持良好的流线与连续。-Based on ARM7 LPC2148 stepper motor rotating, and acceleration and deceleration control, and application of subdivision control makes the actual control in the stepper motor speed to main
stepper-motor
- atmega88驱动步进电机，K3,K4按键控制加速和减速，K1,K2控制开关和正反转，并在5110液晶上显示（还显示进度条）-atmega88 drive stepper motor, K3, K4 buttons control acceleration and deceleration, K1, K2 control switch and rotating, and in the 5110 liquid crystal display (also displays a progress b
Motor
- 基于51单片机的汇编程序，控制步进电机正反转-Based on 51 single-chip assembler, reversing the stepper motor control
Delphi
- Delphi上位机控制步进电机正反转，用单片机驱动，带有Keil工程文件-Delphi PC control of stepper motor reversing, with a microcontroller-driven, with the Keil project file
MAIN1
- 控制步进电机正反转 并在lcd1602上显示转速-Reversing the stepper motor control
Reversing-the-stepper-motor
- 89C51、52单片机控制 步进电机正反转程序-89C51, 52 reversing the stepper motor microcontroller control program
bujindianjikongzhi
- 步进电机控制，proteus仿真，启动，加速，减速，正转，反转，LCD显示。C语言代码-Stepper motor control, proteus simulation, start, acceleration, deceleration, forward, reverse, LCD display. C language code
STERP-MOTOR
- 51单片机,步进电机仿真，正转、反转、加速、减速控制-51 single-chip stepper motor simulation, forward, reverse, acceleration, deceleration control
motor
- 51单片机控制步进电机正反转，利用Proteus和keil软件进行系统的仿真设计。-51 single-chip stepper motor reversing control, the use of Proteus and keil software for system simulation design.51 single-chip stepper motor reversing control, the use of Proteus and keil software for syste
bujindianji
- 实现单片机控制步进电机正反转,能够在270°范围内实现正反转，只要改变程序中j的参数就可改变正反转范围。-Realize the single-chip microcomputer control stepping motor and reversing
5151
- 51单片机控制步进电机正反转 加减速 启动 停止-dsgfdh hdjkghkhjk
Stepping-motor
- 步进电机控制速度快慢和步进电机的正反转。-Stepper motor control speed of the stepper motor reversing
0308
- 两个按钮控制步进电机正反转和蜂鸣器报警-2 Buttons to control the stepper motor reversing
85
- 单片机简单的控制步进电机正反转，以及调节步进电机的转速，并显示其转速！-SCM simple stepper motor control, as well as the regulation of the stepper motor speed!
Stepper-motor-control1602-shows
- 步进电机正反转调速1602显示,单片机控制步进电机正反转和停止运动-Stepper motor control1602 shows, SCM stepper motor control and stop motion