OhmCalc-cli is a Python script that performs various electrical calculations based on Ohm's law and other electrical formulas. It provides an interactive menu interface to choose the type of calculation needed.
It's an application to calculate I from v and r. It can also plot a graph between V vs I.
Resistor color codes, Ohm's law, voltage dividers and series/parallel resistance, right in your browser.
Twenty-five bench calculators in one HTML file, each drawn as a schematic that redraws as you type.
A simple Class 11 Physics project built using Python to demonstrate and verify Ohm’s Law (V = IR).
A CircuitPython helper for calculating an Ohm’s Law result from two input parameters.
Python-based electrical engineering project demonstrating Ohm's Law, Kirchhoff's Current Law (KCL), and Kirchhoff's Voltage Law (KVL) analysis with automated testing, visualization, and PDF report generation.
OhmCalc-sv is a website that performs various electrical calculations based on Ohm's law and other electrical formulas.
A Professional browser based electrical engineering calculator suite with 7 tools: Ohm's Law, Power, 3-phase, Transformer, Voltage Divider, Unit Converter & Cable size. Pure HTML/CSS/JS. No build, No server, Instant offline calculations. ⚡
Dynamic 3D Ohm's Law circuit visualizer built with WebGL/Three.js simulates real-time electron velocity, variable resistor behavior, and live electrical telemetry.
Python3 library for calculations using Ohm's law
Electronics calculations as pure functions: E-series preferred values, resistor colour codes, Ohm's law, voltage dividers, RC filters, LED resistors, I2C pull-ups, PCB trace width and NTC thermistors. No dependencies.
Ham Radio Software
KCL and KVL for the bridge circuit
Interactive Ohm's and Kirchhoff's law lessons with live circuits, nodal solver, animated current flow and quizzes
An Electrical Engineering Calculator using C++ programming Language
OhmCalc-rs is a rust script that performs various electrical calculations based on Ohm's law and other electrical formulas. It provides an interactive menu interface to choose the type of calculation needed.
Circuit Theory lab project verifying Kirchhoff’s Laws and Ohm’s Law through theoretical analysis, Multisim simulation, and physical experiments, including potentiometer and rheostat applications (Circuit Theory, UNIWA).
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