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Lab0602-PID
- DSP下实现PID算法，对电机进行转速控制，设定转速之后，程序通过PID算法测速反馈最后达到用户设定的转速。-DSP to achieve PID algorithm, the motor speed control, set the speed, the process by PID algorithm speed feedback to the user to set the final speed.
fankuikongzhi
- 使用反馈装置对步进电动机进行速度的控制，可以调节电机的速度。-Using the feedback device of the stepping motor for speed control, can adjust the motor speed.
stepper_motor_control
- Stepper Motor Control GUI In this project an embedded GUI is designed to control the position of a stepper motor. GUI is created by using LCD and Keypad. User can enter the position of the stepper motor via Keypad and LCD provides visual feedback t
svpwm
- 同步电机的matlab/simulink仿真 主要有电源、坐标变换、电机本体模块、反馈模块四部分组成-The Matlab/Simulink simulation of synchronous motor power, coordinate transformation, the motor body module, feedback module is composed of four parts
nonlinear
- The Reaction Wheel Pendulum is a physical pendulum with a symmetric disk attached to the end which is free to spin about an axis parallel to the axis of rotation of the pendulum. The disk is actuated by a DC-motor and the coupling torque generated by
pppi
- 直流无刷电机simulink仿真，速度，电流环反馈通过pid算法控制-DC brushless motor simulink simulation, speed and current loop feedback control algorithm pid
elec_brushless_dc_motor
- This example shows how a system-level model of a brushless DC motor (i.e. a servomotor) can be constructed and parameterized based on datasheet information. The motor and driver are modeled as a single masked subsystem. If viewing the model in Simu
vf_parallel_control
- matlab仿真建模 基于恒压频调速模型，对能够实现电机转速稳定调节，开环系统分析和闭环速度反馈-Matlab simulation modeling based on constant pressure frequency speed model, the speed of the motor to achieve stable regulation, open loop system analysis and closed-loop speed feedback
PMSM-drive---main-circuit
- 具有速度和电流反馈的永磁同步电机电机驱动系统-PMSM Motor Drive System with Speed and Current Feedback
电机速度闭环控制（代码详细注释）
- 基于stm32单片机的直流电机控制程序，利用编码器反馈形成闭环系统，再利用pid调节(The control program of DC motor based on STM32 single chip microcomputer, using encoder feedback to form a closed-loop system, and then using PID regulation)