搜索资源列表
demarreur
- dc motor simulation with matlab/simulink package software
SIM_Continue_ok4
- DC-Motor Simulation and System Identification
Brushless_DC_Motor_Control_System_and_Implementati
- 无刷直流电机控制系统的研究与实现 简单介绍了无刷直流电动机的工作原理，分析并确定了主回路的导通方式，控制器一是以专用芯片MC33035来进行设计，位置反馈元件有霍尔传感器反馈接口和编码器接口，开关器件采用MOSFET管，设计有转速反馈闭环控制、正反转、过电流保护等。控制器还采用89C52单片机、 MAX7219、AD667等来实现数字转速给定和转速显示。控制器二是基于PICSF4431电动机控制专用芯片，采用全数字PID控制，有转速、电流双反馈，位置反馈采用编码器反馈，开关器件采用IGBT，
FPGAmotor
- FPGA在直流电机调速中的应用,利用fpga进行PID闭环控制-tell us speed control for DC motor by FPGA,use fpga for PID circle control
dcspeedcontrol
- This simulation demonsrtates the control of a dc motor using a speed control and current control loops.Typical dynamic responses od the dc motor are also shown. The motor is initially at standstill and at no load when a step command in speed is app
MMMM
- fuzzy sliding mode controle of dc motor
IRobstacleavoidancerobotdesign
- 红外避障机器人设计--CCTV 2007机器人设计大赛 自动机器人的控制系统主要包括：CPU及外围电路、12V及24V直流电机驱动电路、直流电机保护电路、巡线传感器及其处理电路。CPU采用C8051Fxxx系列中的C8051F020单片机，外部晶振采用11.0592MHz；该自动机器人采用后轮驱动，电机采用直流电机，直流电机控制简单，使用PWM脉宽调制技术即可调节电机转速；而电机驱动电路采用双极性H桥电机驱动电路。-IR obstacle avoidance robot design- CC
SVMDTC_close
- direct torque control of brushless dc motor based on space vector
AT90S2313_BLDC
- Brush-less Sensor-less DC motor speed control AT90S2313 10MHz
DC_Motor_Model
- 直流电动机动态模型，基于matlab/simulink平台，可直接嵌入Simulink中使用-DC Motor Model
avr-PID
- 直流电机闭环调节，PID控制输出，使用串口通信-DC motor closed-loop regulator, PID control output, the use of serial communication
DC-Motor-controllers-with-PWM
- DC Motor controllers with PWM PIC16C5X, and the source code 00531e.pdf MWPOS.ASM MWPOS.COD MWPOS.ERR MWPOS.HEX MWPOS.LST vq3001.pdf
DC-Motor
- DC Motor Control with simple PWM method.
03-QNET_DCMCT_Position_Control
- position control of dc motor using fuzzy controller using labview
QNET_init_elvis_bypass
- velocity control of dc motor speed using labview
DCMCT_Disturbance_CD_Instructor
- PID with set point weighting controller for DC motor using labview
DCMCT_Position_PD_CD_Instructor
- PID controller with setpoint weighting and antiwind up design for dc motor position control using labview
ijrte0206121124
- Abstract-This paper introduces the new concept of Artificial Neural Networks (ANNs) in estimating speed and controlling the separately excited DC motor. The neural control scheme consists of two parts. One is the neural estimator, which is us
DC-motor-control
- 介绍永磁无刷直流电动机控制方法，包含程序源码，适合初学者-Introduction permanent magnet brushless DC motor control methods, including program source code, suitable for beginners
dc_motor_control_speed_control_pid
- This example describes how to develop speed and position control systems for a DC motor with a load. Various methods are used and the focus is on how to model and implement the various parts and not of parameter tuning. An important thing to note is