搜索资源列表
BLDC_SIMULINK
- 自己做的一个无刷直流电机双闭环matlab仿真模型，文档中含有相应的simulink模型及相关的S函数文件-Own a brushless DC motor dual closed-loop the matlab simulation models, the document contains the simulink model and S function file
DCmotorcontrol
- 直流电机Malab仿真，双闭环调节，效果很好，我自己做的-DC simulation machine Malab, dual closed-loop regulation, the effect is very good, I do for myself
pid_FUZZY
- 基于模糊参数自整定的直流电机双闭环控制，已经仿真验证可用-Based on fuzzy parameter self-tuning double-loop DC motor control, simulation has been used
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.
shuangbihuan
- 直流电机双闭环调速仿真，其中电流环 电压环都有分别的仿真-Dc motor double closed loop speed control simulation, including current loop voltage loop are respectively the simulation
PWM4_D
- 无刷直流电机双闭环控制直流PWM-M可逆调速系统的仿真模型-Brushless DC Motor Control PWM-M reversible DC Speed Control System Simulation Model
double-loop-dc-motor-system
- 直流电机转速电流双闭环调速控制系统Simulink仿真模型-DC motor speed current double closed loop speed control system Simulink Simulation Model
ASRandACR
- 直流电机的双闭环仿真，实现点击的无静差调速功能(Double closed loop simulation of DC motor)
PWM_Tiaosu
- 直流电机的MATLAB仿真，实现了电机的双闭环控制，无超调，调节时间比较短(MATLAB simulation of DC motor)
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)
BLDC
- 直流无刷电机速度电流双闭环仿真模型，基于matlab中的simulink仿真(Simulation model of speed and current double closed loop for brushless DC motor)
DC motor
- 基于PSIM做的直流电机双闭环控制仿真，带负载，参数已经粗调过(Double closed loop control simulation based on PSIM, with load)
BLDC
- BLDC的转速、电流闭环仿真，参数已经调好，直接可用(BLDC speed and current closed loop simulation)
基于Matlab的双闭环直流电机调速系统的仿真
- 基于Matlab的双闭环直流电机调速系统的仿真总结文档，资料不错可以下载看看(Based on MATLAB double closed-loop DC motor speed control system simulation summary document, good data can be downloaded)
基于PSIM的双闭环直流调速系统的仿真
- 基于PSIM的直流电机双闭环仿真说明文档(Descr iption document of DC motor double closed loop simulation based on PSIM)