⚡ High Voltage Transformer Experiment (70kV)

Repository: hv-transformer-experiment

This project demonstrates a multi-stage high-voltage step-up transformer that outputs up to 70,000 volts from standard 220V AC mains. It was designed for educational purposes, specifically to explore:

• Step-up transformer design
• Arcing and corona discharge phenomena
• High-voltage insulation and safety handling

⚠️ Disclaimer: This project involves dangerously high voltages that can cause serious injury or death. The setup was performed with extreme caution. This repository is for documentation and learning purposes only — do not attempt this without proper high-voltage training and safety equipment.

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🔧 Project Overview

• Input: 220V AC
• Stage 1: Heavy-duty transformer (220V → 4kV)
• Stage 2: Custom-wound transformer (4kV → ~70kV)
• Output: Free-air arcing between terminals
• Purpose: Study arcing behavior, dielectric breakdown, and EM field properties

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📂 Folder Structure

hv-transformer-experiment/
├── README.md
├── circuit/
│   └── schematic.png
├── images/
│   └── prototype_photo.jpg (optional)

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🔬 Learning Outcomes

• Transformer theory and winding ratios
• Magnetic core behavior at high voltage
• Safety design in HV circuits
• Air breakdown and ionization principles
• Controlled testing of arc discharge systems

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📸 Schematic

A block diagram of the high-voltage step-up system can be found here:

• circuit/schematic.png

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📜 License

This project is provided under the MIT License. Use at your own risk. Do not replicate without safety training.

Created by Siddharth Singh — for electrical theory learning and high-voltage experimentation.