The goal of this project is design a system capable of measuring resistance, inductance (and ESR), and capacitance

FFT-accelerated inductance extractor for voxelized structures

Magnetic Mirroring Method with MATLAB

PEEC-1D

The program calculates the voltages, power, current, impedance and reactance for a series and parallel circuits of a resistor and a inductor.

Python routines for submm instrumentation astronomy at the University of Colorado Boulder

A library for calculations with circular coils

FFT-PEEC code for electromagnetic problems

This directory contains a FFT-NLIE code for extracting inducatnce of non-linear inductors

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.

Laboratory and data collected in class. All the information collected, coded, and created can be found here; including the lab report itself.

LCR meter project. An Inductance, Capacitance and Resistance meter, Arduino NANO(v3) based.

This MATLAB script allows to calculate sFO8 mutual inductances of arbitrary sizes and displacements.

Chan's model for simulating a BH-loop

Solver for a single loop magnetic core or a branched core consisting of a central part andtwo parallel branches

Solver for a single loop magnetic core or a branched core consisting of a central part andtwo parallel branches

A coursework on complex signals

A coursework on complex signals

To determine the physical parameters of a DC motor in order to correctly obtain the model and stablish an adequate control for a self-made reaction wheel.

Calculating all parameters for the LR circuit