MODEL PREDICTIVE CONTROL (MPC) CONTROL BASED ON THE QUASI-MIN-MAX ALGORITHM WITH RELAXATION IN LMIS

TPS5430 based DC-DC Buck Converter Module with parts from JLCPCB

STM32 based DC-DC converter

resume for companies looking for skills and experience

Robust control with an anti-windup technique based in relaxed LMI conditions for LTV system

DC_DC boost converter

ChopperDroid is a calculator that can calculate the critical inductance and filter capacitance for a dc-dc converter after passing a few specific parameters. The calculator is build using python scripting. The complete python script is available in converter_model.py and, the modules used are present the ConverterPackages.

Battery Management System (BMS) with Buck-Boost Converter

A Custom STM32 board that runs on a battery with MCP73831 and is easily programmable with USB thanks to the CP2102 USB-to-UART chip.

A simple 12v to 150v-250v DC-DC Power supply for use with nixie tubes.

Power electronics | Synchronous buck converter 7.5kW.

DC-DC step-up voltage converter with digital control

The High Voltage Indicator (Light) is a device that indicates the presence of voltages above 60 V.

MATLAB simulations for DC-DC converters in a solar model car. Focuses on PWM and energy efficiency.

Repository for all Restep Power System source files and documentation

All the project files related to the development of a power amplifier, based on a set of given specifications for UOM's EN2110 - Electronics - III Module 🔉 -->🔊

University of Toronto, Dept. of Physics, Electronic Support Services - Student Workshop Course L1 course files

MDConverterCalc is next version of ChopperDroid 🤖 in DC-DC Converter repo. MDConverterCalc is a simple calculator application like ChopperDroid which calculates dc dc converter specifications. Build with Python 🐍 and KivyMD.

Here is the work from the Summer 2022 FAU REU for Renewable Energy utilizing Benthic Microbial Fuel Cells. This years work was done by Brandon Kelly under the supervision of Dr. Jordon Beckler.

Small step-up module based on the ME2188 chip, designed specifically for low-power 3.3V embedded systems. It allows you to boost the voltage from a single 1.5V battery to 3.3V, enabling you to power your projects efficiently.