搜索资源列表
PID
- 本程序为基于matlab的直流电机数字PID整定仿真实验程序，注意，不是ｓｉｍｕｌｉｎｋ仿真。(This program is based on the MATLAB DC motor digital PID tuning simulation experiment procedures, note that not Simulink simulation.)
Rectifier_spwm2
- A three-phase diode rectifier converts a three-phase AC voltage at the input to a DC voltage at the output.
yibumotor_DTC_control
- 异步电机直接转矩控制系统仿真： 模型整体结构分为三大部分：主电路部分（直流电源、逆变器、电机）、控制系统部分（采用的是直接转矩控制，所以主要有坐标变换模块，灰色部分，磁链观测器模块，红色部分，直接转矩开关表选择模块，蓝色部分，以及外环的转速调节器ASR）剩下的就是仿真结果波形观测部分（观测信号依次向下为定子ab相线电压、三相定子电流、电机转速、电机电磁转矩） 运行初始条件为以1420r./min的额定转速电机空载启动，在0.3s时刻突加额定负载50牛米。在0.5s时刻电机转速突然下降为120
fuimou-V0.5
- DC-DC power single-part set-loop control, Space target recognition algorithm using PM, gmcalab fast generalized form component analysis.
Matlab直流潮流程序
- 一个收藏的直流潮流计算程序，供初学者使用(DC Power Flow Program)
e2
- PV module with dc-dc converter files
bdkjm
- Space target recognition algorithm using PM, Including the area, perimeter, rectangular, elongation, DC-DC power single-part set-loop control.
使用m函数实现无刷直流电机控制系统仿真.zip
- 在MATLAB 平台上，通过编写m函数进行实现无刷直流电机控制系统仿真````````````````````````````````````(Simulation of Brushless DC motor control system using M function```````````)
仿真
- 这是一个Buck变换电路的仿真模型，很好的实现了直流降压功能。(This is a Buck converter circuit simulation model, very good realization of the DC step-down function.)
simple dc micro grid
- This model indicates a sample inverter-based Microgrid that contains two parallel-connceted DGs.
MPC_for_DC_Motor
- Model Predictive control of DC motor
commande mcc
- it s control of dc machine using pmw rectifier
Ibrahima_ngom_DFIG_DC_System
- Simulink model of DFIG dc-grid
dcdc1
- This file shows operation of dc/dc converter
Boost_Inverter
- boost inverter (DC-AC converter) is simulated in matlab simulink.
直流有刷MATLAB模型
- 直流有刷电机MATLAB模型(MATLAB model of DC brushed motor)
microturbine_rectifierconverter
- microturbine online convertor matlab simulation for convert a ac signal to da or convert dc signal to ac that is very important in power electronics application
PID_Dc_ctrl
- PID DC motor controler
dcmotorACO
- DC motor PID tuning using ACO
58993
- Based on Simulink Holzer commutation of Brushless DC motor simulation model, numerical simulation model, very comprehensive