搜索资源列表
至尊型DSP28335-10KW电机控制开发学习套件资料
- 至尊型DSP28335-10KW电机控制开发学习套件资料(Supreme dsp28335-10kw motor control development learning kit materials)
STM32F1步进电机S加减速源代码
- stm32单片机控制步进电机，控制步进电机加减速算法(Stepping motor controlled by single chip microcomputer)
ADC0809控制直流电机
- ADC0809控制直流电机经过CPU通过DAC0832输出(8086;ADC0809;DAC0832;assembly)
基于LabVIEW的电机控制系统
- 基于LabVIEW的电机控制系统。包括：直流电机闭环，永磁同步电机控制，电机转速调试，步进电机控制，电机调速器等。适合相关从业人员交流学习。(The motor control system based on LabVIEW. Including: DC motor closed-loop, permanent magnet synchronous motor control, motor speed debugging, stepper motor control, motor governo
步进电机控制
- 基于keil和C语言的步进电机控制程序，主要用于51单片机而编写(On the control program of stepping motor of 51 single chip microcomputer)
双步进电机加减速
- 实现用单片机定时器对输出脉冲的计数以及加减速对步进电机进行控制 亲测好用(It can count the output pulse with the timer of single chip microcomputer and control the stepping motor with acceleration and deceleration)
STM32-无刷电机驱动原理图
- 基于STM32F103的无刷电机驱动器，带串口、USB(BLDC motor driver base on STM32F103, with series port and USB port.)
永磁同步电机的Pwm波控制模型(推荐)
- 永磁同步电机的Pwm波控制模型(推荐)matlab仿真simulink仿真(PWM wave control model of PMSM (recommended) matlab simulation Simulink simulation)
永磁同步电机直接转矩控制和矢量控制仿真
- 永磁同步电机矢量控制和直接转矩控制仿真研究，数据已搭好，可以直接用(The simulation study of vector control and direct torque control of permanent magnet synchronous motor shows that the data are set up and can be used directly.)
无刷直流电机入门攻略
- 基STm32的电机控制程序开发教程以及无刷电机详细介绍(Development of Motor Control Program Based on STm32, Source Code and Related Tutorials)
LUNCHPADMSP430G2553L298电机驱动
- 能够驱动5v-12v直流电机电动小车的驱动不但要求电机驱动系统具有高转矩重量比、宽调速范围、 高可靠性，而且电机的转矩 -转速特性受电源功率的影响，这就要求驱动 具有尽可能宽的高效率区。(The drive of 5V-12V DC motor electric car requires not only the motor drive system with high torque-weight ratio, wide speed range and high reliability, but
拉力传感器电机控制
- 数据采集卡采集拉力值，与预先设定的拉力值进行比较，然后PID运算，控制相应的PWM占空比输出，最终控制电机的速度(The data acquisition card collects the pull value and compares it with the pre-set pull value. Then the PID arithmetic is used to control the output of the corresponding PWM duty cycle, and fin
pid控制永磁电机
- 基于matlab/simulink永磁同步电机的模糊PID控制仿真模型，适用于永磁同步电机，仿真效果还可以(The fuzzy PID control simulation model based on MATLAB / Simulink is suitable for PMSM, and the simulation effect can also be)
自适应的永磁同步电机
- 基于MRAS模型参考自适应的永磁同步电机PMSM在线参数辨识MATLAB仿真模型，可辨识电机定子电阻、电感和永磁磁链，辨识精度比较高。(Based on the MRAS model reference adaptive PMSM on-line parameter identification matlab simulation model, the stator resistance, inductance and permanent flux can be identified, and
多电平逆变器异步电机矢量控制模型
- 本程序为多电平逆变器异步电机矢量控制模型(This program is a vector control model of induction motor with multilevel inverter)
两种测定同步电机瞬态参数方法的比较_李朝霞
- 两种测定同步电机瞬态参数方法的比较由以上 两种试验 接线 图可 明显看 出 , 电压恢 复 法接 线 图较 静止法复杂 , 使用仪 表前者 多于 后者(Comparison of two methods for measuring transient parameters of synchronous motor)
电机控制原理图
- 基于STM32F407ZGT6，PWM电机驱动及控制，集成MPU6050，预留蓝牙接口(Based on stm32f407zgt6, PWM motor drive and control, integrated mpu6050, reserved Bluetooth interface)
STM103步进电机控制
- STM103VCT6实现多轴步进电机控制(Stm103vct6 realizes multi axis stepping motor control)
电机
- 基于EKF的三相PMSM无传感器矢量控制框图，EKF算法采用s函数进行编写，函数命名为EKF。其中，输入为电机在静止坐标系下的钉子电压和定子电流，输出为定子电流估计值，转速和转子位置(Based on EKF's three-phase PMSM sensorless vector control block diagram, EKF algorithm uses s function to write, and the function is named EKF. Among them, th
简易步进电机S加减速
- 步进电机的加减速算法，内容非常详细，注释也比较清晰(Acceleration and deceleration algorithm of stepping motor)