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Motor_Control
- 基于STM32的直流无刷电机控制，包含调速功能，且各个功能函数已经封装好-Brushless DC motor control based STM32, including speed control function, and the function of each function has a good package
BLDC_HALL_PWM
- 本代码为STM8S903K直流无刷有感电机的驱动源程序,为有感可调速输出.-The code STM8S903K brushless DC motor drive source felt as felt can speed output.
BTS7970-C8051f120
- 基于c8051f120 + bts7970 直流有刷电机的pwm调速控制-Brush motor pwm based c8051f120+ bts7970 DC Speed Control
DC-motor
- DSP 直流伺服电机的闭环调速 自己已经测试过了-Closed loop speed control of DSP DC servo motor has been tested.
MATLAB-motor-simulation-model
- 全面的对直流电动机和发电机特性进行仿真研究，对于异步电机启动、调速和坐标变换进行建模仿真，同时给出了同步电机的坐标变换模型。-A comprehensive simulation study of DC motor and generator characteristics for asynchronous motor starting, speed control and coordinate transformation for modeling and simulation, and gi
BDLC
- 基于AVR单片机控制的直流无刷电机,主要完成位置传感器信号的采集,电动机换相信号的输出,电动机转速的测量,以及数字PWM调速信号的输出,电流的采集等功能。并通过软件编程实现速度的PI调节,构成电动机转速闭环控制系统-Brushless DC motor based on AVR single chip microcomputer control,Mainly completes the position sensor signal acquisition, the motor commutati
zhiliu
- 实现异步电机的直流调速，pwm控制，亲测可用-DC asynchronous motor speed, pwm control, pro-test available
1
- 通过MATLAB矩阵实验室中的Simulink实现电机的PID直流调速。-Realization of PID Speed Control of Motor by Simulink in MATLAB Matrix.
untitled
- 直流无刷电机的双闭环pid调速 电流转矩转速的测量相电压相电流的测量-DC brushless motor double closed loop PID speed regulation current torque rotational speed measurement phase voltage phase current measurement
BLDC-TEST-stm32
- 基于stm32的直流无刷电机源码,按键调速，非常好用-Brushless DC motor based on STM32 source code
power electronics and systems
- 本书以MATLAB为基础，介绍了MATLAB电气系统模型库模块及其功能，并以实例介绍了电力电子和电机控制系统的建模和仿真方法，内容包括AC/DC、DC/DC、DC/AC、AC/AC的各种变换电路，直流调速系统和交流调速系统等。为了适应现代数字化控制系统的发展，本书在连续系统的建模仿真外，还介绍了采样离散系统的建模和仿真方法。(Power electronics and sysytem book simulink model)
MATLAB50
- MATLAB电机仿真精华50例，书籍，学习MATLAB电机仿真的好书，值得推荐，可配合《交直流调速系统与MATLAB仿真》使用(50 cases of MATLAB motor simulation essence, books, good books for learning MATLAB motor simulation, it is recommended, can be used with "AC and DC speed control system and MATLAB s