Arc lighter movement paper cigarette ignition mute igniter small volume pulse DC high voltage module -75495
product detail
Product Description:
This module is a high-voltage traitor for scientific small-scale production. When the finished transformer/booster module inputs DC3.7V-7.4V voltage, it can get about tens of thousands of volts of DC high voltage at the output, which can be used as a popular science experiment and electronic instrument in middle school.The high voltage source is used when the negative ion generator is made scientifically small, and the module is made by using the Tesla coil principle. The output current is small, the volume is high, the peripheral circuit is simple (just connect the switch and the battery) and the discharge intensity is fierce.
Product parameters:
Module model: FDH-002
Input Voltage: 3.7V-6V
Input current: 0.5A
Output voltage: about 200 KV (please pay attention to safety when using)
High Voltage Type: Pulsed DC Type
Output current: 0.005A
Input line length: about 10CM
Output line length: about 10CM
High-voltage two-stage ignition distance: 0.5CM
Input red positive green negative, output two red lines
Matters needing attention:
Note : The input end of this product is connected with 3.7V-6V power supply, and the output two-stage line end can produce 0.5cm long purple high-temperature arc. Instant paper cigarette lighting and single high-voltage line can also discharge any metal body without cracking sound when working.
Regarding input power supply : a single 3.7V lithium battery or two in series can be used, such as 18650 battery, idle mobile phone battery (to remove the protective plate, the recommended capacity is more than 2000 mAh) or nickel-cadmium/nickel-hydrogen battery pack, 4V or 6V lead-acid battery, etc. (6V battery can achieve the best effect)
1. High-voltage module should avoid power-on when high-voltage is no-load. Before power-on, the verification distance of high-voltage wire end must be adjusted properly. The arc-pulling distance of high-voltage wire is proportional to the battery voltage and capacity used.
2. Test the arc distance by short-to-long experiment. It is forbidden to exceed the longest arc-drawing distance when power is on. It is very easy to damage the module because of hesitation that high-voltage energy cannot be released.
3. The power of the module is large, so it is not suitable for heat dissipation inside, so it can not work for a long time.
4. The method to determine whether the battery capacity can drive the maximum output power is to measure the battery voltage during arc drawing.The maximum power can be output at about 6V.
5. The two lithium batteries with small capacity are connected in series at 7.2V. The measured voltage has fallen to about 4V in the arc-pulling state, and the smaller the capacity, the lower the voltage pull.Therefore, it is recommended to use lithium batteries above 2000MA, and it is better to match batteries above 4000MA if conditions permit.
