input voltage: DC 3 V to 6 V
Input current: 2 A - 5 A
High pressure type: the type of pulse current
Output voltage: 700000 v(Please pay attention to safety
The output high voltage wire length: 90 mm above Input power cord length: 100 mm above

Technical Details

Product Details

Package Dimensions
Width : 4 inch
Height : 0.9 inch
Length : 4 inch

Shipping Weight: 0.32 ounce (View shipping rates and policies)

ASIN : B01GM9B4R0

Product Description

DC 3.6V-6V To 400KV Boost Step Up Power Module High Voltage GeneratorFeature: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:Input voltage: DC 3.6V - 6V Output voltage: DC 400KV - 600KV(Please note that when security) 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 x 63mmPower:3.7V Li-ion battery can be used single or two series- such as 18650- idle cell phone batteries ( to remove the protection board - the proposed 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 DC 3V - 7.2V can get 20KV DC high voltage (about 1-2 cm 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.Note: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)Due to power- the internal heat is not easy- every power-on time should be controlled within a minute.Determine whether the battery capacity can be driven