Python-Based Circuit Verification Tool

December 2023 – November 2024

Designed and developed a Python-based software tool to verify circuit design functionality using algorithms and statistical methods.
Implements object-oriented programming (OOP) principles to create scalable, modular code for ease of future maintenance.
Utilizes Git for version control and coordinated collaborative efforts in a team environment.

Features

1. Circuit Parsing

   • Reads a simple SPICE-like netlist with resistors, voltage sources, etc.

2. Analysis & Simulation

   • Basic DC operating point solution using Node Voltage Method.
   • Connectivity and floating node checks.
   • Monte Carlo simulation for resistor tolerances.

3. Verification

   • Checks circuit rules: presence of voltage sources, no floating nodes, etc.

Getting Started

Prerequisites

• Python 3.8+
• Recommended: a virtual environment

Installation

1. Clone the repository (using Git):

   git clone https://github.com/YourUserName/EnhancedCircuitVerificationTool.git
   cd EnhancedCircuitVerificationTool
   

2. Install dependencies:

pip install -r requirements.txt

3.Run the main script: python main.py examples/example_circuit.net

4.Run tests: pytest tests/