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2009National-contest
- 2009年全国大学生电子设计大赛A题：光伏并网发电模拟装置 ，实现对光伏并网发电模拟装置的原理和结构进行参数的计算与分析，设计并制作了一个设计并制作一个光伏并网发电模拟装置。本系统以ARM7 LM1138为处理核心能实现了用直流稳压电源和电阻模拟光伏电池，经过SPWM和H桥的DC/AC转换，滤波整流成正弦波后再经变压器逆变从而实现模拟并网，系统具有频率、相位采集跟踪功能和电压电流采集功能。-2009 National Undergraduate Electronic Design Contest
pwm
- pulse width modulation for voltage source inverter
SPWM
- sinusoidal pulse width modulation (pwm) inverter
SMPS
- 关于UPS数字电源设计逆变器原理的关键部分的电路详解，适合做UPS电源之前的很好的电路资料-the key part of about UPS Inverter circuit is introdured,is fit to infornation before designing UPS.
inverter
- PIC16F73逆变程序,产生SPWM程序-PIC16F73 INVERTER
invertersvpwm
- inverter space vector pwm
closednoloadstep
- This the simulink model for maximum boost control for z source inverter.-This is the simulink model for maximum boost control for z source inverter.
closedstepchangeinvc
- Simulink model for Z source inverter with out load.
closedstepchangeinvc1
- Simulink model for closed step change in inverter.
twolevel
- two level inverter pmsm
A-New-Harmonics-Elimination-Method-Applied-to-a.r
- Static VAR Compensator Using a Three Level Inverter
inverter_1
- 晶闸管 逆变器 基于MATLAB的simulink平台实现-inverter of 6 thyristors
Renewable
- TI提供的光伏逆变器开发演示版例程。可用于开发逆变器学习只用。-Routine of PV inverter provided by TI company which used for study reference to starters.
sineinverter
- Mathematical Manipulation of Pure Sine Wave Inverter Using Atmel 89S2051
SVM
- 电压型逆变器，学习逆变器的基本模型，适合入门的者 仿真软件matlab-Voltage-type inverter, inverter to learn the basic model, suitable for those who get into simulation software matlab
work
- svpwm in PMSM 3phase inverter
dcbuscontrol
- This code is used in the grid connected inverter. This will control the dc bus voltage to a level you want.
three_phase_current_loop_grid
- 三相光伏逆变并网的simulink 仿真 电流电压 双闭环-Three-phase PV inverter and net current-voltage double-loop simulation simulink
three_phase_current_loop2
- 三相光伏逆变之电流环+PI控制仿真simulink仿真-The three-phase PV inverter current loop control simulation simulink simulation+ PI
Direct_Torque_Control_Lookup_Tables
- Paper about Induction motor drive based on direct torque control (DTC) which allows high dynamic performance to be obtained with very simple hysteresis control scheme. Direct control of the torque and flux is achieved by proper selection of inverter