Data supporting the PhD thesis: Development Of A High Voltage Switch Using Series Connected Low Voltage Devices For Development Of Power Electronics Based Arbitrary Waveform Generator

This dataset supports the PhD thesis titled:<strong>“Development Of A High Voltage Switch Using Series Connected Low Voltage Devices For Development Of Power Electronics Based Arbitrary Waveform Generator.”</strong>The dataset contains simulation models and embedded control code used in the design, validation, and experimental verification of a high-voltage switching topology constructed from series-connected low-voltage semiconductor devices.The work focuses on the development of a modular, high-speed, high-voltage switching architecture enabling arbitrary waveform generation through power-electronics-based switching techniques. The dataset includes:<br>MATLAB/Simulink models developed in MATLAB R2024BResonance and impedance characterization simulationsHigh-frequency transformer and switching behavior modelsRise-time and coupling inductance investigationsControl-oriented switching-time analysisArduino control firmware (.ino files) used for experimental implementationThe simulation files allow reproduction of switching dynamics, resonance behavior, and impedance profiles across a range of operating frequencies (kHz to MHz). The embedded control code implements duty-cycle modulation, mutual-exclusive full-bridge switching, dead-time control, and maximum frequency testing used in hardware validation.Together, these files provide sufficient information to:<br>Reproduce the switching topology behaviorAnalyze voltage sharing and high-frequency performanceValidate resonance and impedance characteristicsReplicate experimental switching control logicNo confidential or proprietary data is included. All files are provided in standard formats to ensure long-term accessibility and reuse.This dataset is intended to support transparency, reproducibility, and reuse of the methods and results presented in the associated doctoral thesis.