搜索资源列表
svpwm1
- 一个闭环的SVPWM控制，可以稳定控制电机作为毕业设计用-A closed loop of the SVPWM control, stability control motor can be used as a graduation project
power_svpwm
- 三相异步电机的SVPWM转差频率闭环调速系统的matlab实现，版本matlab7.4-Three-phase SVPWM induction motor slip frequency of the closed-loop speed control system to achieve matlab, version matlab7.4
VSRzhijiedianliukonzhi
- 三相双闭环SVPWM整流器，波形良好，给定值可调节。-Dual closed-loop rectifier waveform is good, for a given value can be adjusted
svpwm_get
- 三电平SVPWM的simulink仿真，可以用于各个闭环-Three-level SVPWM simulink simulation can be used for each closed loop
double_closed_loop
- 基于SVPWM的双闭环解耦控制matlab仿真文件-SVPWM based dual closed-loop decoupling control matlab simulation files
svpwm_PLL_Angle---
- 三相SVPWM整流器双闭环控制基于DQ坐标变换，可供参考-Three-phase SVPWM rectifier based on double closed loop control DQ coordinate conversion for reference
sanxiangnibiandq
- 三相逆变变换器 采用dq控制 双闭环控制 采用SVPWM的控制方法-Three phase inverter DQ control using double closed loop control of Simulink model SVPWM VSI modulation control
trivsr
- 三相双闭环PWM整流器simulink仿真，空间矢量SVPWM，电流前馈解耦，DQ坐标变换-Double closed loop three-phase PWM rectifier, using SVPWM, current feedforward decoupling, DQ coordinate conversion, etc
SVPWM_DTC_2012_12_2
- SVPWM为改进的对传统的直接转矩控制的matlab仿真，以异步电动机为控制对象，磁链、转矩双闭环，采用圆形磁链为目标，得到较好的仿真结果。-SVPWM for the improvement of the traditional direct torque control matlab simulation to asynchronous motor as the control object, flux linkage, torque double closed loop, the use
APF_Threelevel_OK6
- 自己搭建的三电平二极管钳位式有源滤波器，采用双闭环控制方法，利用SVPWM作为触发脉冲-Built their own three-level diode clamp active filter, the use of double closed-loop control method, the use of SVPWM as a trigger pulse
FOC_toruqe_observer
- 基于SVPWM的电机转速双闭环控制。波形完好，适合学习。-Double Closed Loop Control of Motor Speed Based on SVPWM. Waveform is good, suitable for learning.
zongheshiyan2
- 电力电子，svpwm调制，控制电机，闭环控制(Power electronics, SVPWM modulation, control motors, closed loop control)
foc
- matlab仿真，实现永磁同步电机磁场定向转速，电流双闭环控制，采用id=0，svpwm方式(Matlab simulation, to achieve permanent magnet synchronous motor field oriented speed and current double closed loop control, using id=0, SVPWM mode.)