Multi-Function Mini Tesla Coil with Bluetooth/AUX Dual Music Sync & Touchable 8cm Lightning Generator for Physics Experiments

Feature: 1. High-efficiency PCB Circuit Board: For Tesla Coil adopts a newly designed PCB circuit board with reasonable circuit design. 2. Circuit Protection Design: For Tesla coil speaker has circuit protection design, which will not damage the input device, and can play music with better quality than ordinary arc plasma speakers. 3. Scientific Experiment: Manmake Lightning can be used to produce high-voltage lightning and conduct various scientific experiments, such as wireless power transmission, wireless lighting and insulator withstand voltage test. 4. Multiple Functions: Bluetooth-compatible science experience for Tesla has the function of wireless transmission and speaker, which can ignite gas tubes and various bubbles. 5. Best Gift: Education experimental product is a perfect teaching tool to stimulate students' interest in science, and it is also a great gift.

Specifications: Product Name：Music Tesla Coil Product Size：39x90x90mm Product weight: 0.52kg Body material: transparent acrylic Music transmission mode: Bluetooth, AUX audio input Input voltage: 48V Discharge frequency: 5~50hz (lightning mode) Arc length: 0~8cm

Packing list: 1 x Host 1 x Discharge Pin 2 x Atmosphere Lamp 1 x English Instructions

Usage: 1. install the discharge pin and screw it onto the fixing hole; 2.Plug the power supply into the host; 3.Insert the socket, connect the power supply and the host, and then the power supply is energized to run; 4.Use your cell phone to search for Bluetooth and connect to play music in music mode (please adjust the volume of your cell phone to the maximum when playing music, and turn up the energy knob) Precautions

Note: 1.Do not work close to flammable and explosive substances 2.to avoid the arc hit other electronic equipment 3.Be careful not to be poked by the discharge needle 4.minors need to be used under adult supervision 5.Don't place anything on the panel of the host to avoid high temperature damage to the shell.