搜索资源列表
步进电机C版本
- 按键控制步进电机正反转，C语言程序，程序可读性很强(Button control, stepper motor positive reverse)
基于stm32测试控制变频器控制异步电机
- 基于stm32测试控制变频器控制异步电机(Control asynchronous motor based on STM32 test control frequency converter)
F4控制四路无刷电调
- stm32f407 控制4路PWM 控制无刷电机转动(stm32f407 control PWM)
PWM电机正反转
- 基于stc89s51，单片机控制马达转动含正反，并包含仿真文件(Based on stc89s51.we designed the template that the mcu control motor,what's more,include proteus file.)
30.控制步进电机正反转
- 通过zigee控制电机的正转和反转，对于学习zigbee具有较大的帮助(The positive rotation and reversal of the motor is controlled by zigee, which is of great help to the learning of ZigBee)
电机速度闭环控制（代码详细注释）
- 电机驱动闭环控制，仅用于闭环控制设计电路，大学生电子设计大赛资料(Motor driven closed loop control)
伺服电机主控制系统简单模拟实现
- 伺服电机主控制模块输入输出特性的简单模拟实现，输入目标电压及反馈的当前电压，输出对电机的控制脉冲波形(The simple simulation of the input and output characteristics of servo motor main control module, the input is target voltage and feedback is the current voltage, the output is the motor control puls
51单片机控制L293d板子
- 使用51单片机控制L293D电机驱动板，控制智能小车的四个轮子，实现前进倒退转向，51单片机作为下位机预留几个io口供上位机操作(The use of 51 single-chip microcomputer control L293D motor driver board, control the four wheels of the smart car, to achieve forward backward turn, 51 SCM as a lower computer, set asi
三相四桥臂SVPWM控制及电机模型
- 实现三相四桥臂永磁同步电机矢量控制,此方法有很多优点，与传统的三桥臂SVPWM相比，波形有明显改善 谐波减少(Three phase and four leg PMSM controller)
矢量控制
- 在Simulink平台上进行异步电机的矢量控制。(Vector control of asynchronous motor on Simulink platform.)
内模电流环矢量控制
- 在Simulink平台上进行异步电机的矢量控制，并对电流环进行内模控制(Vector control of induction motor is carried out on Simulink platform, and the internal model of current loop is controlled)
异步电机电机最小二乘法参数辨识——离散系统
- 在Simulink平台上对离散系统下的异步电机进行参数辨识，并对电流环进行闭环控制(In the Simulink platform, the induction motor parameters are identified under the discrete system, and the closed-loop control of the current loop is carried out)
基于SM32的脉冲输出定位控制
- stm32单片机用脉冲实现对步进电机的控制(STM32 microcontroller with pulse realization of stepper motor control)
PID
- 本程序为基于matlab的直流电机数字PID整定仿真实验程序，注意，不是ｓｉｍｕｌｉｎｋ仿真。(This program is based on the MATLAB DC motor digital PID tuning simulation experiment procedures, note that not Simulink simulation.)
步进电机_pos
- （1）控制步进电机正传或者反转 （2）简易定位电机现在的位置 （3）自动还原到原来位置 （4）实验平台：stm32+28BYJ-48不经电机((1) control the stepper motor or reverse (2) the location of the simple positioning motor (3) automatically revert to its original position (4) experimental platform: stm32+
直流电机调速
- 基于51单片机和PID算法的直流电机测速及闭环控制(Speed measurement and closed loop control of DC motor based on 51 single chip microcomputer and PID algorithm)
小型直流电机PID控制
- 小型直流电机PID控制，简单易懂，适合初学者。(Small DC motor PID control, easy to understand, suitable for beginners.)
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)
自制电机PWM调速
- 实现PWM调速直流电机，实现对直流电机的控制(Realizing PWM speed regulating DC motor)
直流无刷伺服电机的DSP控制
- 直流无刷伺服电机的DSP控制，学习伺服电机初级资料。(Brushless DC servo motor DSP control, learning servo motor primary information.)