搜索资源列表
sensor-close
- 该程序可实现DSP与无刷直流电机的控制。(The program can realize the control of DSP and brushless DC motor.)
带位置感应器的直流无刷电机PMW控制仿真
- 本例用PIC单片机控制带感应器的直流无刷电机,通过调节RA0端口的可变电阻器可实现电机调速控制.由于当前版本PROTEUS不支持换向功能,连接RA1端口的SW1尚不能控制无刷电机的运行方向.(This example uses PIC MCU control with inductor DC brushless motor, the variable resistor adjusting RA0 port can realize the motor speed control. The curr
stm32 BLDC control
- 基于stm32开发了一套简易的无刷直流电机控制，实现PID速度闭环控制，能够准确而快速地对速度进行有效控制。(Based on stm32, a simple brushless dc motor control is developed to realize PID speed closed-loop control, which can effectively control the speed.)
pmsm_DTC
- 永磁无刷直流电机仿真控制程序，采用双闭环控制，电流环和速度环，输出转矩和转速响应(The simulation control program of permanent magnet brushless DC motor adopts double closed loop control, current loop and speed loop, output torque and speed response)
lab18-PWM
- 下载到CCS6.0软件中，用来驱动无刷直流电机(Used to drive brushless DC motor)
DSP F2812控制直流无刷电机源代码
- DSP F2812控制直流无刷电机源代码(DSP F2812 control of DC brushless motor source code)
bldc
- 该模型给出了梯形反电势换相无刷直流电机的数学模型。 电机参数的默认值是从maxon EC 45平397172 70w。(The model gives the mathematical model of the trapezoid back EMF commutation brushless DC motor. The default value of the motor parameters is from Maxon EC 45 flat 397172 70W.)
ONPWM
- 无刷直流电机仿真模型，采用ON-PWM控制方法，用m函数编写(Brushless dc motor simulation model, m function.)
brushlessDCmotor
- 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)
bldc_two_close_loop_2015rb(2)
- 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)
BLDC_speed_control.mdl
- 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)
test_mega32
- 关于单片机控制器通过无感调节控制无刷直流电机源码。(SCM controller is controlled by a sensorless control BLDC motor source.)
直流无刷电机控制PCB 原理图 BOM
- 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.)
STC15W401AS实现无刷无感电调控制程序和电路
- 本程序试验使用STC15W401AS-35I-SOP16<RMB1.6>来驱动航模用的无传感器无刷三相直流马达. 本程序参考自网上的代码(作者: 瑞生), 改良而来. 电路图见文件 "BLDC-V10-实验电路.pdf". 控制信号由P3.2输入正脉冲信号, 间隔5~20ms, 脉冲宽度1.000~1.610ms. 1.160ms开始启动, 1.610ms为最高速度, 分辨率为2us. 本程序仅仅是简单控制, 软件没有处理 过0延时3
STM32_BLDC_PWM_Hallless
- 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
MKK_72V_28035_NewStruct_CCS5_CAN
- 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)
bldc
- 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.)
BLDC
- 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)
BLDC 型
- 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.)
stm32f103的bldc转速闭环
- 无刷直流电机STM32控制程序，TIM3捕获霍尔信号，TIM5输出上管PWM，下管恒导通(STM32 control program of BLDCM, tim3 capture Hall signal, tim5 output upper tube PWM, lower tube constant conduction)