An interactive Electronics & Communication Engineering (ECE) Virtual Laboratory built using HTML, Tailwind CSS, Alpine.js, and JavaScript. The platform enables students to explore digital electronics, signal processing, circuit analysis, and engineering concepts through real-time simulations and an intuitive user interface.
🔗 https://panthshah2007.github.io/Virtual-Lab/
Virtual Lab is a browser-based learning platform that brings essential ECE concepts to life through interactive simulations. Instead of relying only on theory, users can experiment with logic circuits, visualize signals, analyze RLC circuits, and access important engineering formulas—all from a single responsive web application.
- Half Adder Simulation
- 2:1 Multiplexer
- NOR SR Latch
- Interactive input controls
- Live truth tables
- Real-time output visualization
- Logic explanations
- Sine Wave
- Square Wave
- Triangle Wave
- Sawtooth Wave
- Adjustable Frequency
- Adjustable Sampling Rate
- Nyquist Criterion Demonstration
- Aliasing Detection
- Gaussian Noise Simulation
- Adjustable Resistance (R)
- Adjustable Inductance (L)
- Adjustable Capacitance (C)
- Resonant Frequency Calculation
- Quality Factor (Q)
- Damping Factor
- Interactive Bode Plot
- Resistance
- Inductance
- Capacitance
- Resonance
- Quality Factor
- Damping Factor
- Logic Gate Theory
- Mathematical equations rendered using KaTeX
- Responsive Design
- Dark & Light Theme
- Interactive Dashboard
- Smooth Animations
- Modern User Interface
- HTML5
- Tailwind CSS
- JavaScript (ES6)
- Alpine.js
- Font Awesome
- KaTeX
Virtual-Lab/
│
├── index.html
├── README.md
└── assets/
Clone the repository
git clone https://github.com/PanthShah2007/Virtual-Lab.gitOpen the project folder and launch index.html in your browser.
No installation or additional dependencies are required.
- Digital Logic Design
- Boolean Algebra
- Half Adder
- Multiplexer
- SR Latch
- Signal Processing
- Oscilloscope Fundamentals
- Sampling Theory
- Nyquist Criterion
- Aliasing
- RLC Circuits
- Resonance
- Circuit Analysis
- Flip-Flop Simulator
- Karnaugh Map Solver
- Boolean Expression Simplifier
- Circuit Builder
- FFT Signal Analyzer
- Filter Design Simulator
- BJT & MOSFET Calculators
- Unit Converter
- Export Graphs
- Save Simulation Settings
- Quiz & Practice Mode
Contributions are welcome!
If you'd like to improve the project:
- Fork the repository
- Create a new branch
- Commit your changes
- Open a Pull Request
Panth Shah
GitHub: https://github.com/PanthShah2007
LinkedIn: https://www.linkedin.com/in/panth-shah-445144389
If you found this project useful, consider giving it a ⭐ Star on GitHub. Your support motivates me to build more educational and interactive engineering projects.
This project is licensed under the MIT License.