搜索资源列表
Text3
- 步进电机控制程序p3.2正转,p3.3反转,p3.4停止 步进电机接p1.0p1.1p1.2p1.3 *-Stepper motor control program p3.2 Forward, p3.3 reversal, p3.4 stop stepper motors then p1.0p1.1p1.2p1.3*
aa
- 基于单片机c8051的c语言编程从而实现电机的转速,按键控制正转,反转!-Based on SCM c8051' s c language programming in order to achieve motor speed, key control forward and backward!
motor
- 一段基于单片机控制二相步进电机的程序,可调速,可调正转和反转-A period of two-phase stepper motor microcontroller-based control program, adjustable speed, adjustable forward and reverse
washing-machine
- 简单的洗衣机洗衣程序,包括进水,电机的正转,反转,洗衣,漂洗,脱水-Simple washing machine washing procedures, including water, motor forward, reverse, laundry, washing, dehydration
ZK-Step
- 四线两相双极性步进电机的四拍工作前进后退左转右转的c程序-Four-wire two-phase bipolar stepper motor work forward and back four beats Zuozhuanyouzhuan c program
wuxianPbujin
- 无线控制四线两相双极性步进电机的四拍工作前进后退左转右转的c程序-Wireless control four-wire two-phase bipolar stepper motor work forward and back four beats Zuozhuanyouzhuan c program
qudongcx
- 轮毂电机驱动程序,通过6个按键实现电机正转、倒转、左转、右转、加减速等-The wheel hub motor driver, to achieve the motor forward, reverse, turn left, turn right, acceleration and deceleration by 6 keys
51MCU-Stepe-motor-C-program
- 程序说明:通过4个按键、2个外部中断和一个定时器控制步进电机的 启动/停止/正转/反转/加速/减速 -Program Descr iption: Through four buttons, two external interrupts and a timer to control the stepper motor Start/stop/forward/reverse/acceleration/deceleration
A-robot-design
- 跷跷板机器人设计报告本设计跷跷板机器人采用AT89C51系列单片机作为控制及数据处理的核心,通过红外反射对管采集信息是小车在跷跷板上寻迹前进,采用倾角传感器SCA60C进行角度检测得知小车的平衡状态,从而控制L298N驱动步进电机实现电机的正反转,并由此完成小车的前进、后退与转向,直到小车在跷跷板上达到平衡。此外本设计还采用LCD显示屏对小车的行驶时间及状态进行显示。小车可以在跷跷板上自动寻找平衡点,实时显示电动车行驶时间及平衡位置还可以在添加配重的情况下也能完成任务。-The design o
Multi---axis-Position-Servo
- 针对多电机同步控制中传统环形耦合 PID 控制存在抗扰动性不强 扰动下同步误差较大等问题, 提出了一种带前馈控制的滑模变结构多电机相邻耦合控制策略, 建立了3 台永磁同步电动机同步控制仿真模 型, 通过 Lyapunov 稳定性理论证明了滑模控制算法的稳定性, 并进行了交变负载 突变负载实验 仿真分析和 实验结果表明, 该控制策略相比传统环形耦合 PID 控制 相邻耦合 PID 控制具有更高的同步精度和更好的抗扰 动性能-Abstract: Aiming at the probl
gzq
- 电机采用调速系统控制原理仿真图 正转翻转制-Motor speed control system using the principle forward flip the simulation system diagram
jqr
- 51单片机控制步进电机正反转,并在1602液晶屏上显示方向,转速等-51 single-chip control stepper motor forward and reverse, and 1602 on the LCD screen display direction, speed and so on
The-LabVIEW-Control-motor
- 能够实现步进电机的正反转控制以及变速的实现,主要通过SCI串行通讯接口实现上位机和下位机的通讯的。-To achieve the stepper motor forward and reverse control and the realization of speed, mainly through the SCI serial communication interface to achieve the host computer and the next crew of the commu