High Voltage Pulse Generator DIY Kit Arc Igniter Coil Module for Cigarette Lighter

Features: Application: can instantly ignite cigarette paper, super small size, DIY electronic lighter, electronic enthusiasts study Input 35v and the secondary highvoltage output is not connected to a highvoltage rectifier diode and capacitor, the output twostage wire end can generate a purple hightemperature arc with a length of less than 0.8 centimeters and no hum, but the temperature is very high. It can easily light up the cigarette lighter momentarily. Even a very thin wire can be burnt (such as the scene of burning the fine wire in oxygen during the junior high school chemical test, but not as intense as in oxygen). Transformer has been encapsulated with resin, which has high safety Can work reliably and continuously for a long period of time.(recommended within 1 minute at a time.Pay attention to heat dissipation) Specification: PCB size: 5.4*1.8cm2.1*0.7in Voltage and current power: DC 35V, current 5A, more than 15W. It is recommended to use a 3.7V 18650 lithium battery. Output pulse voltage: 0.5kv0.8kv Working frequency: 20khz25khz Arc distance: 58 mm Size: 5.4*1.8cm2.1*0.7in Weight: Approx.12g0.4oz Package list: 1 set x Arc Igniter Coil Module kit Application: can instantly ignite cigarette paper, super small size, DIY electronic lighter, electronic enthusiasts study Input 35v and the secondary highvoltage output is not connected to a highvoltage rectifier diode and capacitor, the output twostage wire end can generate a purple hightemperature arc with a length of less than 0.8 centimeters and no hum, but the temperature i It can easily light up the cigarette lighter momentarily. Even a very thin wire can be burnt (such as the scene of burning the fine wire in oxygen during the junior high school chemical test, but not as intense as in oxygen). Transformer has been encapsulated with resin, which has high safety Can work reliably and continuously for a long period of time.(recommended within 1 minute at a time.Pay attention to heat dissipation)