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double-close--loop-control-C-program
- 电机双闭环电流环速度环PID控制，无刷直流电机-double close loop control C program
SMOmodel
- 滑模观测器，可用于永磁同步电机无位置传感器的位置与速度的估计。-SMO can be used to estimate the position and speed of PMSM position sensor.
BLDC
- 基于matlab的无刷直流电机仿真速度PI，电流PI双闭环仿真-Matlab-based simulation of brushless DC motor, using speed PI, current PI double closed loop control.
PID
- STM32 无刷 霍尔 pid 例程控制电机速度-Hall pid routine STM32 brushless motor speed control
bldc_motor_control_design_example
- 无刷直流电机 VHDL VERILOG 控制,速度环，RS232 串口接收发送 始终分频 PWM生成 电机相序 actel FPGA使用-VERILOG BLDC control of the use of actel FPGA- actel VERILOG BLDC control of the use of actel FPGA
PMSM_FOC_SingleHall_140523
- 基于STM32无刷直流电机控制平台，实现三霍尔传感器矢量控制，电流和速度双闭环控制，控制对象小功率风机-brushless vetor control based on STM32 hardware system.the objection is the low power fan ,control method are current and speed closedloop .
BLDC
- 无刷直流电机matlab仿真模型，采用两两导通模式，电流采用斩波控制，速度闭环。-The simulation model of BLDC in matlab employing chopper control algorithm. The speed and current close-loop are involved in the model.
BLDC
- 无刷直流电机的简单速度闭环，利用TMS320F2812的Cap口捕获霍尔换向信号，进行换向。-Simple closed-loop speed brushless DC motor using TMS320F2812 port of Cap capture Hall commutation signals for commutation.
BLDCM
- 无刷直流电机双闭环仿真，包括本体建模及速度电流双反馈-Ontology modeling and brushless DC motor speed, current (hysteresis) double-loop, matlab simulation model, good performance, improve data
PWM
- PWM电机无极调速，用PWM控制直流电机的转动速度，基于51单片机，C语言-PWM motor stepless speed control, the PWM control the rotational speed of the DC motor, based on 51 microcontroller, C language
Brushless-DC-Motor-Speed-Control
- 无刷直流电机速度闭环仿真；仿真文件-Brushless DC motor speed closeloop control sinmulink/MATLAB
PWM-control-speed-and-measure
- 通过PWM调结无刷直流电机速度，并对反馈的霍尔频率信号进行采集，计算显示当前电机速度。-By PWM modulation knot speed brushless DC motor, and Hall feedback frequency signal acquisition, calculations show that the current motor speed.
DC motor
- Simulink模型 直流电机 PID速度控制 PWM 伺服无刷 仿真建模(Simulink model, DC motor, PID speed control, PWM servo, brushless simulation, modeling)
PMSM_SMO
- 实现永磁同步电机的无位置控制，采用滑模算法计算转子位置角度，精度高，相应速度快。(Realize position control of permanent magnet synchronous motor, rotor position Angle is obtained by using the sliding mode algorithm, high accuracy, the corresponding speed.)
STM32 ENCODER
- STM32外接旋转编码器（EC11），外部中断方式识别出正反转，响应速度优良，无丢步现象，无需延时滤波。在强干扰环境下测试正常。注意是仪器仪表面板常见的那种编码器，不是电机测速的那种。(STM32 Read Encoder (EC11), external interrupt mode to recognizes positive and negative rotation, response speed is excellent, no step loss, no delay use. The