ITEM NAME:Super Arc 1000KV High Voltage Generator Inverter Transformer Pulse Module #gib Product Description Description: Super Arc 1000KV High Voltage Generator Module Inverter Transformer Pulse Module Description: 1. This module is a high voltage module / high voltage generator made of a high voltage package / transformer component circuit. 2. The high voltage module uses Tesla coil principle produced, it output high voltage pulse high voltage current, small volume, high efficiency, simple peripheral circuit (simply connect the switch, the battery can be)The intensity of discharge violently. 3. It can be used as a high voltage source for student science popularization experiment / electronic instrument / negative ion generator / science small production. Specifications: Size: approx.88.5*26*24mm/3.48*1.02*0.94'' Input: 3.7-7.4V/4A Input line length: 10cm/3.93'' (red positive and green negative) Output: 800-1000KV/0.5A Output line length: 13 cm/5.11'' High voltage bipolar discharge distance: 1.5cm -2 cm (prohibited beyond) Operation Manual: 1. The module is divided into the input end and the output end. The red and green line is the input, the red is positive and green is negative. The output end is two high voltage lines with the same color, and the input terminal can generate the high voltage arc when connect the battery. 2. About input power: you can use 3.7V lithium battery input (such as 18650 battery) Ni Cd / Ni MH battery pack, 4V or 6V lead-acid battery and so on. The input voltage and current affect the output voltage and the arc distance. Warm Tips: 1. The module should avoid high voltage no-load when power on. It is necessary to adjust the distance of high voltage discharge before power on. The distance between the output arc and the battery voltage and capacity is proportional to the voltage and capacity of the battery. 2. When measuring the distance of arc, it is necessary to test from short to long. It is strictly for.The module is divided into the input end and the output end. The red and green line is the input, the red is positive and green is negative. The power of the module is large and the interior is not suitable for heat dissipation, so it can not work long hours.
