Feature

●Can be used for high school scientific experiments, electronics, negative ionizers, and little science high voltage sources
●After input voltage of DC 3.0 V - 4.8 V, you can get a DC high voltage of about 10,000 V (arcs about 1 - 2 cm) at the output end
●The peripheral circuit is simple (just plug the switch and install the battery) and has high discharge strength
●According to the principle of Tesla coil, the module output high voltage pulse current, small capacity and high efficiency
●Produces high-temperature and high-frequency arcs that are easy to ignite combustible objects


Description

Function:

Can be used for high school scientific experiments, electronics, negative ionizers, and little science high voltage sources. After input voltage of DC 3.0 V - 4.8 V, you can get a DC high voltage of about 10,000 V (arcs of about 1 - 2 cm) at the output end. According to the principle of Tesla coil, the module output high voltage pulse current, small capacity and high efficiency. Produces high-temperature and high-frequency arcs that make it easy to ignite combustible objects. The peripheral circuit is simple (just plug the switch and install the battery) and has high discharge strength.



Specifications:
Input Voltage: 3.0-4.8V (1 x 3.7V lithium battery)
Input Current: 1 - 3A
Output Voltage: Approx. 400 KV (Please be careful when using this product.
Output Current: ≤0.5A
Discharge distance between high voltage poles: 0.5-1.5cm (Exceeds limit)
Continuous working time: within 10 seconds
Attention! Input voltage affects output voltage and arc distance.
Shape: T-shaped, L-shaped, Square, Round (optional)

Weight: Approx. 1.1 oz (32 g) - 1.3 oz (37 g)


Wiring Method:
Input end:Red+,Yellow-
Output end: 2 wires of same color

Package List:
1 x Pulse Generator

Note:
1. Avoid high voltage and no load power supply. (You need to adjust the appropriate distance of the end of the high voltage cable before connecting the power. The distance of the high voltage cable that pulls the arc is proportionate to the voltage and capacity of the battery used. When measuring arc distance, test must be done from short to long one.
Power 2.