400KV High Voltage Generator High Voltage Inverter Transformer Pulse High Voltage Packet Module Super arc400KV

Description:            

Model: Pulse High Voltage Pack Module

Product Description:

Voltage: input DC3.6-6V

Output voltage: DC400kV--600KV structure: high and low voltage integrated input current: 2A-5A

High voltage type: pulse current type

High-voltage two-pole discharge distance: 10mm-15mm output high-voltage line length: about 70mm

Input power cord length: Approx. 100 mm (red wire is positive)

Dimensions: Φ24*65mm (maximum diameter 24MM minimum diameter 22MM, with a flat surface on one side)

One side of the red line and the green wire is connected to the positive pole of the red wire and the negative pole of the green wire

On one side of the two red lines is sparks

Intermittent work, preferably no more than 5 seconds per power-on

Uses: Commonly used in 105 high-pressure generators, high-pressure igniters, teaching experiments, etc

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

About power supply: You can use a single 3.7V lithium battery, such as 18650 battery, idle mobile phone battery (to remove the protection board, the recommended capacity is more than 2000mAh) or nickel-cadmium/nickel-metal hydride battery pack, 4V or 6V lead-acid battery, etc.

This module is the finished module of high-voltage inverter transformer/booster for scientific small production, and the input terminal can get a DC high voltage of about 400 kV (about 1-1.5 cm arc) at the output end after the input terminal inputs DC3V-7.2V voltage, which can be used as a high-voltage source for middle school science popularization experiments, electronic instruments, negative ion generators, and scientific small production.

Notes:

The high-voltage module should avoid the use of high-voltage no-load power-on. (Before powering on, the appropriate distance of the high-voltage line must be adjusted, and the arcing distance of the high-voltage line is proportional to the voltage and capacity of the battery used.) When testing the arc distance, it is strictly forbidden to energize when exceeding the longest arc distance, because the high-voltage energy cannot be released, and it is easy to damage the module. )

Due to the high power, it is not easy to dissipate heat inside, and the power on time should be controlled within 5 seconds each time.

The way to determine whether the battery capacity can drive the maximum output power is to measure the battery voltage at arcing. If it is around 6V, the maximum power can be output.

The two sections of the small-capacity lithium battery are connected in series to 7.2V, and the measured voltage has dropped to about 4V in the arc state, and the smaller the capacity, the lower the voltage. Therefore, it is recommended to use a lithium battery of more than 2000mA, and it is best to match a battery of more than 4000mA if possible.