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IM0623
- （1）变换模块 本模块包含两部分内容：利用 反变换规则将 坐标系下的两相电流转换成三相电流；利用间接矢量控制，得到转子角位移，公式如下（2） 电流滞环控制器(Hysteresis current controller)模块（3） 电压源型逆变器(Voltage sourse inverter,VSI)模块 （4） 变换模块（5） 感应电机(IM)模块 该感应电机模型是基于交流电机的电路方程、转矩方程以及运动方程建立起来的。该仿真模块为一个三输入、六输出的系统子模块。输入为 坐标系中定
dianliuzhihuanbijiaofa
- 电流滞环比较法源程序，绝对好用，自己运行过得，用的是7.0
BLDCM
- BLDCM仿真，包括BLDC本体模块、电流滞环控制模块、参考电流模块、速度控制模块等-BLDCM simulation, including BLDC body module, hysteresis current control module, reference currents module, the speed control module. ect.
triblebgehysteresis
- 三相逆变桥PWM电流滞环控制Simulink仿真，另加一滤波器观看PWM经过低通滤波后的波形，适合电力电子初学者-Three-phase PWM inverter current hysteresis control Simulink simulation, plus a watch PWM filter through after the low-pass wave filter for power electronics for beginners
d
- 这是一个三相电流滞环PWM控制的逆变电路-This is a three-phase hysteresis current-controlled PWM inverter circuit
gridcurent
- 利用2407DSP产生的电感电流滞环控制逆变器并网一个汇编语言源程序，已经调试通过，希望对大家有帮助！-2407DSP generated using inductor current hysteresis control inverter and an assembly language source network has been through the debugging, we want to help!
creat0923
- 基于dspTMS320F2812的三相可逆整流器滞环电流控制源代码，工程文件在hy_control文件中。-Based on the three-phase reversible rectifier dspTMS320F2812 hysteresis current control source code, project documents hy_control file.
dianliuzhihuanbijiaofa
- 在电机调速应用中设计的三相电流滞环比较法-Motor speed control applications in the design of the current hysteresis in comparison
fspmmotor_hysteresis_linear
- 永磁直线电机的电流滞环控制，直线电机的模型是用simulink自己搭建的。-Permanent magnet linear motor hysteresis current control
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
PMSM_ac7
- 基于电流滞环的FOC PMSM 仿真模型。测试通过-Hysteresis based on the FOC PMSM current simulation model. Test
d4ef13.ZIP
- 半周期电流滞环控制的二极管钳位型三电平半桥逆变器Half period hysteresis current control of diode clamped three level half-bridge inverter-Half period hysteresis current control of diode clamped three level half-bridge inverter
PMSM_Relay
- pmsm滞环控制模型 所建模型原理清晰 且能够达到预期的实验效果(PMSM hysteresis control model is able to run)
Iloop
- 实现了电流滞环控制，开关频率不定，实现了及时跟踪(The hysteresis current control is realized, and the switching frequency is indefinite, so that the tracking is realized in time)
ZhiHuan_For_PMSM
- 基于PMSM的滞缓控制系统，包含转速环PI调节，逆变器配置(PMSM slow control system based on PI, including speed loop regulator, inverter configuration)
CHBPWM
- 采用电流滞环跟踪控制技术控制交流电机调速，simulink仿真，速度和电流环均采用PID调节器(The current hysteresis loop tracking control technology is used to control the speed control of the AC motor, Simulink simulation, and the speed and current loop are both PID regulator)
untitled4
- 研究电流跟踪控制中的电流滞环跟踪控制的模型。(The model of hysteresis loop tracking control in current tracking control is studied.)
电流跟踪型逆变器的设计与仿真-定稿
- 滞环跟踪控制逆变器仿真，本文对滞环电流控制的电流跟踪型逆变器进行了原理的分析，并且利用Matlab/Simulink动态仿真工具对其系统进行了动态的仿真(Simulation of hysteresis tracking control inverter In this paper, the principle of hysteresis current controlled current tracking inverter is analyzed, and the dynamic simul
滞环电流控制
- 三相永磁同步电机的滞环电流控制仿真模型，控制瞬态电流输出。(Simulation Model of hysteresis current Control for Three-phase permanent Magnet synchronous Motor)
基于simulink的永磁同步电机的SVPWM控制
- 基于simulink的永磁同步电机的SVPWM控制和电流滞环控制(SVPWM Control of Permanent Magnet Synchronous Motor)