modified-nodal-analysis

Eln2 Codebase

A MATLAB project that uses modified nodal analysis to calculate the node voltages of any analog circuit.

Implementation of the Modified Nodal Analysis Algorithmn for a real-time audio plugin

A SPICE based circuit simulator made with Matlab.

The project is a MATLAB-based circuit solver using modified nodal analysis (MNA) to solve DC and AC circuit equations. It supports diverse components and sources, utilizing MNA to convert the circuit into linear equations, solved with MATLAB's linear algebra functions.

Age Series Simulation Library

A Python package to generate a system of equations from a circuit’s netlist using Modified Nodal Analysis (MNA).

Python implementation of Modified Nodal Analysis (MNA). Current implementation includes Voltage Sources, Resistors, Switches, Capacitors, and Inductors.

A differentiable SPICE circuit solver in JAX

Circuit Analyzer is an interactive RLC circuit modeling tool. It features an parser that converts visual schematics into operator-form equations. After equation generation, the software allows numerical calculations and plots the results for time-domain analysis.

Modified Nodal Analysis Algorithm for AC Transient Analysis, for future usage in a real-time audio plugin.

Bounded-authority-based circuit simulation reference implementation

SPICE-inspired circuit simulator in Modern C++ featuring Modified Nodal Analysis, sparse linear algebra, transient analysis, Newton-Raphson solving, and automated validation against ngspice.

Implementing basic Electrical Engineering Concepts in Python

SPICE-like analog circuit simulator in C with DC, transient and sparse matrix analysis.

A simple supernode circuit calculator using Python 3.7, cmath, numpy, PyQt5. Algorithm used: Modified Nodal Analysis (MNA)

Symbolic Modified Nodal Analysis in Julia

Progetto sulla realizzazione di uno script che risolva circuiti LRTI in DC tramite l'algoritmo MNA

A browser circuit simulator written from the equations up — Modified Nodal Analysis, Newton-Raphson, no dependencies. Shows the working, not just the answer.