Mini ZVS Induction Heater & Tesla Coil Driver 5-12V 120W

Original price was: ৳ 750.00.Current price is: ৳ 650.00.

In stock

SKU: MIS052 Categories: , , , Tags: ,

The Mini ZVS Induction Heater & Tesla Coil Driver is a powerful, compact, and efficient 5V–12V 120W high-frequency induction heating module designed for DIY electronics enthusiasts, physics experiments, and educational demonstrations.
This module uses Zero Voltage Switching (ZVS) technology, ensuring efficient energy transfer and minimal heat loss.
It can heat small metal objects rapidly, ignite plasma arcs, and even drive small Tesla coil setups for high-voltage demonstrations.

Commonly used for:

  • DIY induction heating projects

  • Metal melting and small object forging

  • Tesla coil experiments

  • High voltage plasma arcs demonstrations

  • Physics and science fair projects

This module is widely known in the DIY electronics community as a Mini ZVS Flyback Driver, Induction Heating Board, or Tesla Coil High Voltage Generator Driver.

Key Features:
High-Efficiency ZVS Circuit – Ensures smooth operation and reduced heat loss
Multi-Purpose Use – Induction heating, Tesla coil driver, high voltage plasma arcs
Compact Size – Fits easily into DIY setups and educational kits
Replaceable Heating Coil – Easy maintenance and customization
Educational & Fun – Great for science experiments and electronics learning

Note: Always use with proper safety precautions. The module generates high temperatures and high voltage — keep away from flammable materials and handle with care. For extended use, provide additional cooling or water circulation through the copper coil.

Specifications:

  • Input Voltage: 5V – 12V DC

  • Power Output: Up to 120W

  • Technology: Zero Voltage Switching (ZVS)

  • Coil Inner Diameter: ~40mm

  • Coil Outer Diameter: ~50mm

  • Wire Diameter: ~1.2mm copper tube (supports water cooling)

  • Heating Coil Type: Detachable, replaceable

  • Typical Applications: Induction heating, metal melting, Tesla coil driver, high voltage experiments

  • Module Size: Approx. 50mm x 35mm (PCB)

  • Cooling Method: Passive (heat sink recommended for long operation)

  • Max Current: ~10A