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sprc128
- 永磁同步电动机无速度传感器程序，其中包含svpwm，电流pi，电压pi等部分-Permanent magnet synchronous motor without a speed sensor program, which includes svpwm, current pi, voltage and some other pi
guangfu_SVPWM_Islanding_Vd90
- 三相光伏逆变器孤岛仿真包括pWM整流器、PI调节器等。-PV inverter islanding simulation.it icludes PWM rectifier and PI regulator
PI
- simulink的PMSM svpwm模型。-simulink model of the PMSM svpwm.
three-phase-svpwm
- 三相svpwm整流PI控制的matlab仿真-Three-phase svpwm rectifier PI control matlab simulation
DFIG_Feb07
- 简单的PMSG与大家贡献 PMSM is made sensorless with the help of sliding modle observer--> This is model for Permanent magnet synchronous motor by using SVPWM -> This is done using vector control technique -> PMSM is made sensorless with the hel
PMSM_DRIVES_SIMULATION
- Mathematical Modelling of PMSM Vector Control System Based on SVPWM with PI Controller Using MATLAB
V2_Three_phase_DQ_control
- pwm没有做SVPWM，而仅仅是单极性PWM。PI参数调试的不是很好，可能调制波波形不太好-pwm did not do SVPWM, while the Unipolar the PWM. PI parameters debug not very good, may be modulated waveform is not very good
Development-of-an-FPGA-Based
- An FPGA-Based servo controller for permanent magnet synchronous motor (PMSM) drive is designed and realized in this paper. The FPGA-Based controller has two modules. One module performs the function of the current/speed loop control for PMSM
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
svpwmPI
- 速度和电流控制器为PI控制器的SVPWM交流调速仿真-Speed of PI controller and current controller SVPWM ac speed control simulation
s_PLL_10b
- simulink仿真实现滞缓电流控制、SVPWM调制、三相SVPWM的设计、单相SVPWM设计。-SVPWM modulation simulink simulation, three-phase locked loop design, single phase locked loop design to retain the necessary PI controller.
s_PhaseLockedLoop_10b
- simulink实现SVPWM调制,建立三相锁相环的设计和单相锁相环设计，保留必要的PI控制器等模块。-simulink realize SVPWM modulation, phase-locked loop is designed to establish a three-phase and single-phase locked loop design to retain the necessary PI controller modules.
SSSS
- 永磁同步电机直接转矩控制中引入SVPWM技术后，磁链和转矩脉动明显减小,且速度响应明显加快。这是由于传统的DTC系统釆用滞环控制器,每个周期选择一个幵关电压矢量,不能完全补偿转矩和磁链的误差 而后者采用PI控制器和SVPWM调制,可选择多个基本电压矢量来合成任意的电压矢量,能够更好的补偿误差。仿真结果说明,基于SVPWM的DTC系统在磁链幅值响应以及转矩响应上的改善效果很明显。-the impact of space voltage vector of the stator flux and t
pi_svpwm
- 双闭环pi控制的svpwm仿真，simulink仿真模型-Svpwm pi-controlled double-loop simulation, simulink simulation model
Asynchronous-motor-simulation
- 首先，介绍了交流调速及其相关技术的发展现状和发展趋势，以及交流调速系统的主要控制策略。选用工业变频器用异步电机作为研究对象，利用坐标变换理论，分析了异步电机在三相静止坐标系、两相静止与旋转坐标下的电机基本数学模型及其矢量控制原理。利用转子磁场定向的矢量控制技术，实现了异步电机定子电流的转矩分量和励磁分量的解耦。分析了空间矢量脉宽调制算法以及实现方法，最后设计了异步电机的双闭环矢量控制系统。 然后，利用Matlab/Simulink搭建了异步电机数学模型，建立了基于电压空间矢量脉宽调制的异步电
PI
- matlab仿真 永磁同步电机 矢量控制 空间矢量调制-matlab PMSM SVPWM
svpwm
- 永磁同步电机调速系统，用PI控制器控制电流环和转速环- the Permanent Magnet Synchronous Motor system. Designed speed-loop controller and current-loop controller based on PI in the permanent magnet synchronous motor vector control system.
PI
- 永磁同步电机矢量控制仿真，运用SVPWM电压空间矢量调制。-Permanent magnet synchronous motor vector control simulation using SVPWM Voltage Space Vector Modulation.
逆变器PI控制
- 并联逆变器PI控制。SVPWM。微电网系统。分布式发电。(microgridcorrectingdistribute)
svpwm
- 空间矢量算法SVPWM，含SVPWM的艾尔法，β变换，在d_q坐标下进行PI调节(Space vector algorithm SVPWM , including SVPWM's AI method,beta transformation,PI adjustment under d_q coordinates.)