Three-Level SVPWM Algorithm Inverter
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Resource Overview
Three-level space vector pulse width modulation (SVPWM) inverter based on MATLAB example with custom modifications and enhancements
Detailed Documentation
In this implementation, I have utilized a MATLAB-based three-level SVPWM algorithm for inverter control and introduced several modifications to improve its performance. The SVPWM algorithm effectively governs the inverter's output by generating optimized switching patterns that ensure stable and reliable operation. My enhancements to the algorithm include optimized sector identification logic and improved voltage vector sequencing, which collectively boost system performance and efficiency. This implementation demonstrates comprehensive understanding and practical application of SVPWM principles and inverter control techniques, featuring key functions for space vector calculation, switching time determination, and PWM signal generation. The modifications focus on reducing harmonic distortion and improving dynamic response through advanced sector boundary handling and dead-time compensation mechanisms.
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