Fundamentals of power electronics course
MagNet Toolkit - Certified Models of the MagNet Challenge
This repository contains the code snippets for the power analysis of an electrical bus under various loading scenarios, weather conditions and vehicle parameters.
DC_DC boost converter
SISO Impedance-Based Stability Analysis for System-Level Small-Signal Stability Assessment of Large-Scale Power Electronics-Dominated Power Systems.
A brief repository of some of my simulations in the domain of Power Electronics. All Simulations are done by using MATLAB, Simulink and Simscape.
Tiny 24x34mm PCB combining BQ24075 charger + PAM2401 boost converter. Production-ready design with USB-C input, status LEDs, and JLCPCB-optimized files. Learn from my output contention debugging journey!
SIaD Tool: A Comprehensive Frequency-Domain Tool for Small-Signal Stability and Interaction Assessment in Modern Power Systems developed by CITCEA-UPC as part of the MSCA-ADOreD project.
Power Electronics projects done using Simscape Tool Box in MATLAB-Simulink based simulation.
A repository for study notes for exam preparation and project codes related to my E-PiCo study journey (ECN-UAQ-CAU).
⚡Here are some of my projects I worked on during my 4-year undergrad in Electrical & Electronics Engineering and some other leisure projects.
2014 High School Senior Year : During this time, I utilized wiring a power distribution panel, as well as working with DC motors, relays, and solenoids.
Simple calculator of a train ride parameters (speed, power, etc.)
Application of solid-state electronics for the control and conversion of electric power
This project implements a remote control system for a crane operator, enabling users to monitor and adjust 3-phase AC induction motor performance parameters over a microcontroller and a UI through a simulated environment.
Digitally regulated CCCV flyback power supply for 230V AC. Implements cascaded PI control, ADC-based feedback, and PWM regulation via STM32L011 MCU. Features UART communication, galvanic isolation, and production-grade PCB design with full EMC compliance.
Towards Optimal Tidal Energy Conversion: Modeling, Optimization, and CHIL Validation.
Summary for MSE module Power Electronics Systems
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