Comprehensive Analysis of Multilevel Inverter

This program serves as an essential tool for analyzing multilevel inverters, offering researchers and engineers sophisticated algorithms within an intuitive user interface. The core implementation includes Fourier analysis algorithms for harmonic distortion evaluation and switching pattern optimization routines. Key programmable features enable users to customize analysis parameters such as input signal frequency adjustment through settable frequency variables, output level configuration via level-count parameters, and experimentation with various modulation techniques including SPWM and SVPWM implementations. The code architecture supports real-time waveform visualization and performance metrics calculation, making it particularly valuable for power electronics applications. The program's modular design allows for easy integration of additional modulation schemes and provides comprehensive insights into multilevel inverter operations, including THD analysis and efficiency optimization.