1PCS High Voltage Generator 400KV 1000KV DC 3V-6V Boost Step Up Power Module 400000V 1000000V

Note:

The color of the thread is sent randomly, it does not affect the use.

Product Description（400kV）:

This high-voltage module is made by using the principle of Tesla coil, and outputs high-voltage pulse high-voltage current. It is small in size, high in efficiency, and simple in peripheral circuits (just connect the switch and the battery can be used). The discharge intensity is violent.

Input voltage: DC 3V-6V
Input current: 2A-5A
High voltage type: pulse current type
Output voltage: about 200,000 volts (please pay attention to safety when using)
High voltage two-pole discharge distance: 10mm-20mm
Output high voltage line length: about 100mm
Input power cable length: about 100mm (red wire is positive)
Dimensions: Φ24*64mm

About the power supply: you can use a single 3.7V lithium battery or two in series, such as 18650 battery, an idle mobile phone battery (to remove the protection board, the recommended capacity is above 2000mAh) or NiCd/NiMH battery pack, 4V or 6V lead-acid battery etc.
This module is a finished module of a high-voltage inverter transformer/booster for scientific production. After inputting DC3V-7.2V voltage at the input end, a DC high voltage of about 200,000 volts (about 1-2 cm arc) can be obtained at the output end. , note that there is no ignition function
Wiring: The red wire is the positive pole of the power supply. The output is 2 high temperature and high pressure resistant silicone wires

Product Description（1000kV）:

Size:26*88MM

This module is a high-voltage inverter for scientific small production. After inputting DC3.7V-6V voltage at the input end of the finished module of the transformer/booster, it can obtain a DC high voltage of about tens of thousands of volts at the output end. It can be used for middle school science experiments and electronic instruments. , Negative ion generator, high-voltage source module used in scientific production is made of Tesla coil principle, output high-voltage pulse current, small size, high efficiency; simple peripheral circuit (just connect the switch, the battery can be discharged) The intensity is violent.
Note that this is not a high temperature arc, you can't light cigarettes

Instructions:
The module is divided into input end and output end. The red and green lines are the input end, red positive and green negative, and the output end is two high-voltage lines of the same color. When the input end is connected to the battery, a high-voltage arc can be generated.
Please operate the module in strict accordance with the usage and precautions, otherwise it is easy to damage the module!
About the input power supply: you can use a single 3.7V lithium battery or two in series, such as 18650 battery, an idle mobile phone battery (to remove the protection board, the recommended capacity is above 2000mAh) or NiCd/NiMH battery pack, 4V or 6V lead Acid battery, etc. (6V battery can achieve the best effect)

Notice:
1. The high-voltage module should be avoided to be powered on when the high-voltage is no-load. Before power-on, the appropriate distance from the high-voltage line must be adjusted. The arcing distance of the high-voltage line is proportional to the voltage and capacity of the battery used.
2. When testing the arc distance, the experiment should be from short to long. It is strictly forbidden to exceed the long arc distance when the power is turned on. Because the high-voltage energy cannot be released, the module is easily damaged.
3. The power of the module is large, and it is not suitable for heat dissipation inside, so it cannot work for a long time. Generally, it is no problem within 10 seconds.
4. The way to judge whether the battery capacity can drive the output power is to measure the battery voltage when the arc is drawn. If it is around 6V, it can output power.
5. Two small-capacity lithium batteries are connected in series to 7.2V, and the measured voltage has dropped to about 4V in the arcing state. The smaller the capacity, the lower the voltage. Therefore, it is recommended to use a lithium battery of 2000MA or more, and it is better to match a battery of 4000MA or more.