High Voltage Transformer DC 3v 6v to 400kV Boost Step up Power Module

Description:

High Voltage Transformer DC 3v-6v to 400kV Boost Step-up Power Module High-voltage Generator 400000V

Key Product Features:
✔input voltage: DC 3 V to 6 V
✔Input current: 2 A - 5 A
✔High pressure type: the type of pulse current
✔Output voltage: 400000 v(Please pay attention to safety)
✔High pressure discharge distance between: 10 mm - 20 mm.To avoid burning, use the time limit for 1 minute.

Product Features & Description:
The high-voltage module uses the principle Tesla coil is made of high-voltage pulse output voltage,current, small size , high efficiency, simple external circuit ( just plug in the switch , the battery can be ) discharge intensity violent.

Specification:
Voltage: Input DC3.6-6V, output DC400kV - 600KV( Please pay attention to safety when used )
High Type : Pulse Current
High voltage bipolar discharge distance : 10mm-20mm
Output voltage lines Length: about 100mm
Input power cable length: about 10mm ( red is positive )
Dimensions : Φ24 * 63mm
Input power:3.7V Li-ion battery can be used 1 or 2 section , such as 18650 , idle cell phone batteries ( to remove the for protection board , Recommended capacity of 2000mAh or more ) or NiCd / NiMH battery pack , 4V or 6V Lead Acid batteries.This module is a small production with high-pressure science inverter transformer / booster finished module, the input terminal DC3V-7.2V voltage can get 200,000 volts for DC high voltage ( about 1-2cm arc ) at the output can be used as high school science experiments , electronic equipment, negative ion generator, high voltage source to use when making small science .

Notes:
1- To avoid high-pressure high-voltage module load electricity use . Must adjust the high voltage side suitable distance(before electricity, battery voltage and capacity is proportional to the distance from high-voltage arcing used when testing the arc distance from short to long experiment , prohibited from beyond the arc when powered up , the energy can not be released due to high pressure , easily damage the module.)
2- Not fits for long time working, due to the internal slow cooling
3-  How to judge the max. power output can be driven by the battery capacity ?
4- Just text the battery voltage when arcing. If around 6V, it can be driven.
5- Two sections of small capacity lithium series of 7.2V, measured arc voltage has dropped to about 4V state , the capacity of the smaller voltage pulled lower. Recommended to use more than one lithium battery 2000mA , 4000mA. best conditions with more battery .