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0下载：
无刷直流电机的控制系统,使用MATLAB建立的仿真模型。control of brushless DC motor(control of brushless DC motor)
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2下载：
带滞环电流控制的无刷直流电机模型，对其性能进行仿真分析与研究(Simulation and analysis of Brushless DC motor model with hysteresis current control is carried out.)
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6下载：
无刷直流电机驱动应用库，适用于有传感器无传感器场合(Brushless DC motor drive application library for sensorless sensorless applications)
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2下载：
无刷直流电机调速仿真。PI转速和电流双闭环(Speed control simulation of Brushless DC motor)
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2下载：
无刷直流电机调速仿真。PI转速和电流双闭环(Speed control simulation of Brushless DC motor)
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2下载：
直流无刷电机速度电流双闭环仿真模型，基于matlab中的simulink仿真(Simulation model of speed and current double closed loop for brushless DC motor)
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5下载：
直流无刷电机的控制和驱动，可以使电机正反转。(The control and drive of Brushless DC motor can make the motor rotate forward and backward.)
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1下载：
无刷直流电机实现启动功能的实例包括算法说明(Examples of starting functions of Brushless DC motor include algorithm.)
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1下载：
直流无刷电机控制源码,基于C51单片机。(DC brushless motor control source code, based on C51 microcontroller.)
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1下载：
这是基于F38335有传感器无刷直流电机闭环控制的程序，初学者可以看看(This is based on a sensor F38335 brushless DC motor closed-loop control of the program, beginners can see)
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3下载：
这是关于无刷直流电机的DTC算法MATLAB验证。通过仿真效果很不错。(This is the MATLAB algorithm for the DTC algorithm of Brushless DC motor. The simulation results are very good.)
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3下载：
基于无刷直流电机的无位置传感器控制实现，利用反电动势检测电路获取电机转子的过零点，然后延时30°进行换相(Based on Sensorless Control of brushless DC motor, the zero-crossing point of motor rotor is obtained by using back-EMF detection circuit, and then commutation is carried out with a delay of 30 deg
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2下载：
无刷直流电机调速系统，采用双闭环电流斩波控制(Brushless DC motor speed control system with double closed loop current chopper control)
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1下载：
基于28305的无刷直流电机驱动控制，使用的是CAN通信(Brushless DC motor drive control based on 28305, using CAN communication)
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1下载：
无刷直流电机闭环控制，pid需要调节，各位可以看看(Brushless DC motor closed loop control, PID needs to be adjusted, you can see.)
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3下载：
只要检测到反电势过零点就可以得到转子的位置信号，就可以实现无刷直流电机的无位置传感器控制。(As long as the position of the rotor is detected by detecting the zero-crossing of the back-EM potential, the position sensorless control of the brushless DC motor can be realized.)
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1下载：
stm32实现无刷直流电机双闭环控制，非常优秀(STM32 realizes double closed-loop control of Brushless DC motor, which is excellent)
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5下载：
通过模糊控制对无刷直流电机进行控制，能够仿真出来。(The control of the brushless DC motor can be simulated by fuzzy control.)
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0下载：
无刷直流电机的模型，有各个部分的仿真结果 。(According to the mathematical model of Brushless DC motor, we building the system simulation model and the simulation results are analyzed.)
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1下载：
根据无刷直流电机的数学模型，搭建了其系统仿真模型，对仿真结果进行了分析。(According to the mathematical model of Brushless DC motor, we building the system simulation model and the simulation results are analyzed.)
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