Jupyter notebooks and Python code to support the lectures of the Electric Circuits I course at the Electrical Engineering Department of the Federal University of Campina Grande (UFCG).

Inductance and Resistance meter, Arduino based. Push button input. 3 tests, 4 resistor test ranges. One Inductance test, Analog input display , outputs to serial monitor and OLED. Resistor range is from 0 ohms to 2 Mohms , Inductor range is 80uH to 30,000uH.

RLC circuit simulator in MatLab

virtual oscilloscope with RLC circuit and virtual neural network simulation

music analyzer based on RLC circuit and virtual neural network simulation

Mobile APP for solving any RLC circuit. (with graphs)

An RLC circuit simulator that calculates the voltage and the intensity of each component of an RLC circuit. Was developed using Java Swing.

Modeling and simulating electrical and mechanical systems using the Laplace transform in MATLAB and Simulink.

The main objective of this project is to implement a programmable RLC impedance. This circuit must cover the entire inductive-resistive-capacitive range (voltage/current phase shift between -90° and +90°).

A toy RLC network transient simulator

Visualisation de la structure des atomes et simulation de la dynamique des circuits RLC, de la gravitation et de la pendule élastique.

As a final project in the "Introduction to Computers" course, we got an assignment to create a Resistance/Capacitance/Inductance meter based on the Texas Instruments MSP-430 microprocessor. This project was done by David Shmailov and Aviram Lachmani.

Plotting RLC series circuit response using MATLAB

LabVIEW program that solves for the values of each component in a physical Resistor, Inductor, and Capacitor (RLC) circuit, and calls on Mathematica to do so

AUT Electrical Electronic Circuit Lab

Исследование колебательных процессов в электрическом контуре

Linear Control System Lab Experiment with Arduino to find transient response of double-pole circuit

Projects for Systems Modeling & Simulation Course / Aristotle University of Thessaloniki / Summer Semester 2021

This repository contains Agief Prakasa Nurdien's AoL (Assurance of Learning) Case Study for SCIE6063001 – Computational Physics course. The project involves designing an RLC rectifier circuit with the goal of ensuring the output voltage and current meet the minimum and maximum requirements for an LED (AoL score: 85, grade: A-).