搜索资源列表
svpwm_PI_control
- 用SVPWM驱动三相桥的PMSM控制模型,双闭环控制,模型效果较好!-The control model of PMSM using SVPWM to drive three-phase Bridge, double close loop control, and the control result is very well!
svpwm
- 关于PMSM电机失量控制的MATLAB仿真程序-PMSM Motor Vector Control on the MATLAB simulation program
pmsm_vec_SVPWM
- simulink PMSM-SVPWM 电机模型自制的。-simulink PMSM-SVPWM motor model made.
MATLAB_SMULINK_PMSM_mdl
- 利用SVPWM实现了对于PMSM的仿真 For PMSM using SVPWM simulation achieved-For PMSM using SVPWM simulation achieved
SVPWMhaoyong
- 可以用svpwm的一种仿真研究，用于对PMSM控制的研究，在matlab环境下-SVPWM can be used as a simulation study, for control of PMSM in matlab environment
pmsm_vector
- pmsm的矢量控制模型，喜欢的可以下载看看，不完善的地方欢迎大家讨论-PMSM Vector Control model, can enjoy the download and see, imperfect place welcomes everyone to discuss
svpwm12345
- SVPWM在永磁同步电机上的仿真，很好的与SPWM的仿真形成比较-PMSM simulation based on SVPWM
svpwm
- 基于SVPWM技术的永磁同步电机仿真模型-SVPWM technique based on simulation model of permanent magnet synchronous motor
sensorless_MRAS_svpwm
- 基于模型参考自适应空间矢量调制的永磁同步电机矢量控制-model reference adaptive control,svpwm,PMSM,foc
SVPWM-Techniques-and-Applications-in-HTS-PMSM-Mac
- SVPWM Techniques and Applications in HTS PMSM Machines Control.rar
PI
- simulink的PMSM svpwm模型。-simulink model of the PMSM svpwm.
dianliuzhihuanbijiaofa
- PMSM的电流滞环比较法和ＳＶＰＷＭ法的仿真模型 -PMSM current hysteresis SVPWM method of comparative law and a simulation model
svpwm
- 基于svpwm的永磁同步电机matlab/simulink仿真-the simulation of PMSM based on svpwm by matlab/simulink
motor_svpwm
- 永磁同步电机的svpwm模型仿真，可实现转矩控制，效果不错。-Svpwm PMSM model simulation
svpwm based pmsm control
- speed control of pmsm using svpwm technique
PMSM_SPWM
- 永磁同步电机的SVPWM控制，调试可以运行，PI参数可以自己修改-SVPWM PMSM control, debugging can run, PI parameters can be modified
svpwm-pmsm-dq
- svpwm仿真模型，以及基于svpwm的矢量控制模型。-svpwm simulation models, as well as vector control model based svpwm.
svpwm
- pmsm dtc control with svpwm
svpwm pmsm
- svpwm pmsm MATLAB 最基本仿真程序(SVPWM PMSM PARK CLARK SIMULINK)
pmsmmodel
- 永磁同步电机id=0 FOC控制，SVPWM算法simulink仿真模型，波形良好(Permanent magnet synchronous motor id = 0 FOC control, SVPWM algorithm Simulink simulation model, good waveform)