Explore MATLAB source code curated for "IGBT" with clean implementations, documentation, and examples.
Three-phase fully-controlled rectification system implementing unity power factor control strategy using IGBT switching devices. The saturation limiting module in the PWM waveform generation control circuit plays a critical role in waveform amplitude restriction, significantly influencing the output DC voltage amplitude through controlled pulse width modulation techniques.
Simulation model developed using MATLAB Simulink for IGBT-based inverter hardware circuits and Sinusoidal Pulse Width Modulation (SPWM) programs with enhanced control algorithm descriptions.
Implementation of single-phase active power filtering based on unity power factor control strategy, where removing the nonlinear load component results in single-phase fully-controlled rectification, utilizing IGBT switching devices with PWM control algorithms.
MATLAB simulation and implementation of IGBT to deepen understanding of its working principles, facilitating practical applications with detailed modeling approaches and control algorithm explanations.
This model implements a three-phase inverter using six IGBTs arranged in a bridge configuration, controlled by six pulse generators that produce coordinated switching pulses to generate three-phase AC power output.
Implementation of a high-voltage direct current (HVDC) system using six insulated gate bipolar transistors (IGBTs) configured as a six-pulse converter, featuring PWM control and harmonic mitigation techniques for efficient AC-DC power conversion.
IGBT MATLAB Simulation: Modeling Switching Characteristics, Power Loss Analysis, and Control Logic Implementation
MATLAB Code Implementation for Three-Phase PWM Inverter Simulation