Explore high-frequency science firsthand with the TESLA COIL DIY Welding Kit, an interactive electronic project that blends education, entertainment, and engineering.
This compact coil generates visible electric arcs, wirelessly lights fluorescent lamps, and even plays music using air-excited plasma vibrations.
Whether you're building your first Tesla coil or expanding a STEM lab, this hands-on kit is both fun and functional.
SPECIFICATIONS
-
Product Name: Tesla Coil DIY Welding Kit
-
Product Model: TJ-56-222
-
Board Size: 4.0 x 8.0 mm
-
Power: 15W
-
Power Input: DC 15–24V, 2A (DC5.5 interface/row pin)
-
Audio Input: 3.5mm connector (compatible with mobile phones, MP3 players, computers)
-
Key Features:
-
Arc generation capable of igniting objects
-
Wireless lighting of fluorescent lamps
-
Audio playback through plasma-generated sound
-
Operating Note: Produces heat during operation; ensure proper heat dissipation
-
Origin: Mainland China
-
Condition: New
This Tesla Coil DIY Kit offers a unique opportunity to dive into resonant transformer principles, allowing you to visualise electric fields and hear audio in a new way. Ideal for curious minds, hobbyists, and tech educators, it's a captivating fusion of science and sound.
SAFETY & USAGE NOTES
-
Avoid touching the arc: While the kit operates at low power and is generally safe, touching the arc can cause a noticeable burning sensation.
-
High heat from the heatsink: During extended use—especially with 24V input—the heatsink becomes extremely hot. Do not touch it while in operation. Consider adding a cooling fan if used continuously.
-
Clear surrounding space: Maintain a minimum half-metre clearance around the coil during use. Nearby conductive objects or people can disrupt performance or absorb energy.
-
Keep electronics away: The high-frequency magnetic field may interfere with or damage nearby devices such as mobile phones, MP3 players, and computers.
This DIY Tesla coil is a fantastic introduction to electromagnetic resonance and wireless energy transfer, offering a brilliant mix of experimentation, visual effects, and sound. Perfect for students, educators, and electronics enthusiasts looking for a thrilling project with real-world scientific relevance.
