Description

Key Features:

• 🚀 Ultra-High Voltage Output: Generates up to 400,000 volts from simple DC input

• ⚡ Wide Input Range: Works with 3V-6V DC power sources (2xAA batteries, lithium cells, or USB power)

• 🔥 Adjustable Spark Gap: Create impressive electrical arcs up to 15mm long

• 🔧 Compact Design: Miniature module (typically 50×30mm) perfect for DIY projects

• ⏱️ Instant Activation: Produces high voltage immediately upon power-up

Technical Specifications:

• Input Voltage: 3-6V DC

• Output Voltage: 200KV-400KV (adjustable)

• Output Current: Microamp range (high voltage, low current)

• Frequency: 20-50kHz (high frequency AC output)

• Dimensions: ~50×30×20mm (varies by manufacturer)

Package Includes:

• 1× High-voltage generator module

• 2× Output electrodes (may vary by seller)

• Connecting wires (length varies)

Wiring Guide:

1. Connect RED wire to battery positive (3-6V)

2. Connect BLACK wire to battery negative

3. Adjust electrode gap for desired spark length

Safety Features:

• Built-in overload protection

• Automatic spark gap regulation

• Thermal protection (varies by model)

Popular Applications:

• Science fair demonstrations

• DIY Tesla coil experiments

• Electrostatic demonstrations

• Ion wind generation

• High-voltage photography

• Educational physics experiments

Safety Warning:
⚠️ This module produces extremely high voltage that can be dangerous. Always:

• Use insulated tools

• Keep away from flammable materials

• Never touch electrodes when powered

• Discharge output after use

• Supervise beginners closely

Why Choose This Module?

• Perfect balance between safety and impressive effects

• Much safer than traditional flyback transformers

• Excellent for STEM education

• Creates spectacular visual demonstrations

• Affordable way to experiment with high voltage

Pro Tips:

• For best results, use fresh alkaline batteries

• Increase spark gap gradually for maximum effect

• Pair with fluorescent tubes for cool lighting effects

• Combine with a Leyden jar for capacitor experiments