Collection of DC/DC Converters, Battery Chargers, and Power Supplies

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

STM32 based DC-DC converter

This repository covers the XL4015 5A DC-DC Step-Down Buck Converter, focusing on its specifications, usage, and practical applications for DIY and electronics projects.

MP1584EN buck converter schematic and PCB

Clustor deployable custom DDPG algorithm for Multi Agent RL impleted in Tensorflow

A 50W regenerative battery cycler (HW+SW design)

Power electronics | Synchronous buck converter 7.5kW.

Power Electronics projects done using Simscape Tool Box in MATLAB-Simulink based simulation.

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

This repository contains the final course project entitled “Event-Based Control of DC-DC Converters Connected to Constant Power Loads”

Power Electronics Project – DC-DC Buck and Boost Converter | LTspice Simulation | MOSFET Switching Analysis | PCB Design with Autodesk EAGLE and Fusion

Variable frequency and PWM buck converter, controlling for both output voltage and inductor ripple current of the converter.

Python Class for controlling the BQ25898D

Synchronous Buck Converter (60V→3.3V @8A) — full design, simulation, PCB layout & Fusion 3D

Development and implementation of event-based control for Buck and Boost DC-DC converters connected to Constant Power Loads (CPL).

"DIY LiPo Charger: Smart, adjustable, tracks resistance & SoH with Arduino flair. OLED display, encoder control, buzzing alerts. Charge like a pro!"

A multipurpose buck converter with CAN interface.

Voltage feedback PWM controller for ATtiny85

DC-DC Converters Project: This repository contains the design, simulation, and implementation of three DC-DC converters—Boost, Buck, and Buck-Boost, along with a 555 Timer IC-based PWM generator circuit used for MOSFET control in all converters.

canbus_solar_mppt

Python Class for controlling BQ25910

DC–DC buck (step-down) converter designed in KiCad, including schematic and PCB layout files. The project focuses on efficient voltage regulation and practical PCB design.

DC/DC power module designed for solar-powered embedded systems.

μPow: 3D printer buck converter for 12V/5V fans

Matlab script for the computation of current waveform in ferrite power inductors for application in buck-type converters

Buck converter and feedback loop to power DC motors from a solar panel

Project-LabAnalogDesign2

A power supply for a complete, Raspberry Pi based ADS-B Receiver Setup with independent power rails for the different components.

Adjustable bench power supply with constant current & voltage control using an LM2596 buck converter and INA219 for real-time monitoring.