A unified software engineering tool for managing and evaluating power transistors

An introductory workshop for binary math, basic electronics, logic gates, and basic computing operations. For kids as young as 9.

NeuroSim (NS)-Cache is a framework developed for early exploration of cache memories in advanced technology nodes

NI Multisim project files used to design electronic circuits.

Data exchange for transistor objects generated and managed with Transistor_Database

🔥 This project performs a simulation of N and P-type MOSFET transistors. Next, the creation of logic gates is performed using the simulated transistors. Then, a Half-Adder mechanism is created with the logic gates, to later use it in a binary sum algorithm.

Electrostatic-Quantum Transport framework based on nonequilibrium Green's function method for modeling field effect transistors (FETs)

Proteus project files used for electronic circuit design

Determining the sizing of transistors using heuristic algorithms and logical effort to obtain optimal delay and power

Use google.

Introducción a Dispositivos Electronicos [TB064] (FIUBA)

Kolmogorov-Arnold Networks for predicting the minimum cooler volume of Gallium Nitride devices.

Circuito básico muito usado em eletrônica para ligar e desligar cargas (LED, relé, motor, buzzer, etc.) a partir de um sinal de comando fraco.

XOR circuit on a Keychain

digital logic using NPN Bipolar Junction Transistors

Circuit Explorers: A tutorial on digital logic and digital circuits

Quad power MOSFET D-PAK transistors.

This repository contains the schematic diagram and PCB layout for an RS (Set-Reset) Latch circuit built using BC547 NPN transistors. The design showcases a simple transistor-based flip-flop circuit suitable for educational and prototyping purposes.

This repository explores key characteristics of four semiconductor devices: the 1N4148 signal diode, BCX55/C4V3 Zener diode, BC549C NPN BJT transistor, and OP07 operational amplifier. It includes experimental measurements such as IV curves, transistor current gain, and frequency response of the op-amp, along with analysis of measurement errors and

Experimental analysis of amplifier circuits including op-amps, differential amplifiers, and push-pull amplifiers. Conducted oscilloscope measurements to capture circuit behavior under various conditions. Data was processed and visualized to analyze gain, frequency response, and performance characteristics of each amplifier configuration.