Highlights:

• DC 3V–6V Input Voltage
• High Voltage Pulse Output (Up to 400kV*)
• Compact High-Voltage Generator Module
• Easy Two-Wire Input Connection
• Ideal for DIY Electronics & Science Projects
• Lightweight and Easy to Integrate

Product Images are shown for illustrative purposes only and may differ from the actual product.

Product Description

The DC 3V–6V to 400kV High Voltage Boost Step-Up Power Module is a compact pulse-type high-voltage generator designed to convert a low DC input (3V–6V) into a very high-voltage pulse output. It is widely used in DIY electronics, scientific demonstrations, ignition systems, plasma experiments, and high-voltage research projects.

This module features a built-in high-frequency oscillator and transformer that generate a high-voltage pulse capable of producing a visible electric arc under suitable operating conditions. Its compact size and simple wiring make it ideal for students, hobbyists, engineers, and makers working on advanced electronic experiments.

Note: The advertised 400kV represents the manufacturer's theoretical peak pulse rating under ideal conditions. Actual output voltage and arc length vary depending on input voltage, power source capability, environmental conditions, and load.

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Key Features

• High-voltage pulse output from only 3V–6V DC input
• Compact and lightweight design
• High-frequency boost transformer
• Simple two-wire DC input connection
• Suitable for ignition and plasma experiments
• Ideal for DIY electronics and educational demonstrations
• Stable operation with adequate power supply
• Easy integration into custom projects

Applications

• High Voltage Experiments
• DIY Science Projects
• Electronic Ignition Systems
• Plasma Arc Demonstrations
• Educational Laboratory Projects
• High Voltage Research
• Electronic Hobby Projects
• Pulse Power Experiments

Technical Specifications

Package Includes

• 1 × DC 3V–6V to 400kV High Voltage Boost Step-Up Power Module

Important Notes

• ⚠️ High Voltage Hazard: This module generates extremely high voltage and should only be handled by experienced users.
• Do not touch the high-voltage output during operation.
• Keep away from children, pets, flammable materials, and moisture.
• Continuous operation may overheat the module; allow cooling between uses.
• Use a regulated 3V–6V DC power supply capable of supplying at least 2A.
• The stated 400kV is a manufacturer-claimed theoretical value. Actual performance depends on the power source, wiring, operating environment, and load.