40x80MM 15W Mini Tesla Coil

40x80MM 15W Mini Tesla Coil Description

The 40x80MM 15W Mini Tesla Coil is a compact and efficient Tesla coil designed for educational, experimental, and entertainment purposes. This mini Tesla coil operates at a power output of 15W and features a 40x80mm size, making it perfect for small-scale demonstrations, science experiments, and DIY projects. Tesla coils are known for producing high-voltage sparks, and this mini version is a safe and manageable way to experience this phenomenon. Whether you're learning about high-voltage electronics, conducting scientific experiments, or looking to add an electrifying touch to a DIY project, this mini Tesla coil is the ideal tool for exploring the fascinating world of electromagnetic fields and high-voltage phenomena.

40x80MM 15W Mini Tesla Coil Features

• Compact Design: The 40x80mm size makes it portable and easy to integrate into small setups or projects.
• 15W Power Output: Delivers enough power to generate visible sparks, allowing for interactive demonstrations and experiments.
• High-Voltage Output: Produces high-voltage electrical arcs, demonstrating the principles of electromagnetism and electrical resonance.
• Educational Tool: Perfect for use in educational environments to teach concepts of electricity, electromagnetic fields, and resonance.
• Safe for Small-Scale Experiments: Designed with safety in mind, this mini Tesla coil is suitable for home labs and small-scale demonstrations.

40x80MM 15W Mini Tesla Coil Specifications

• Size: 40x80mm
• Power Output: 15W
• Application: Educational, experimental, entertainment
• Voltage: High-voltage output (sparks)
• Material: High-quality components for durability

40x80MM 15W Mini Tesla Coil Applications

• Science Demonstrations: Perfect for demonstrating high-voltage concepts in classrooms, labs, or science exhibitions.
• DIY Projects: Ideal for hobbyists building their own high-voltage projects or exploring the principles behind Tesla coils.
• Electromagnetic Experiments: Can be used in experiments to study electromagnetic fields and resonance phenomena.
• Educational Kits: Can be incorporated into educational kits for teaching about electricity, circuits, and high-voltage effects.