Pulse igniter coil module, small size simple DC circuit generator for transformer

Features:1.The module can produce a high-voltage pulse current, is small in size, and has high efficiency.
2.This module is a finished transformer module for small-scale scientific production.
3.The input voltage is DC 6V to 12V and it will produce tens of thousands of high-voltage DC pulses.
4.It can be used as a high-voltage power supply in high school science experiments, electronic instruments, and anion generators.
5.The peripheral circuit is simple; just connect the switch and the battery, and the discharge current is excellent.
Specifications:Features:
The module can produce a high-voltage pulse current, is small in size, and has high efficiency.
This module is a finished transformer module for small-scale scientific production.
The input voltage is 6V DC to 12V and will produce tens of thousands of high-voltage DC pulses.
It can be used as a high-voltage power supply in high school science experiments, electronic instruments, and anion generators.
The peripheral circuit is simple; just connect the switch and the battery, and the discharge current is high.
The input wires are thinner and shorter; the output wires are red and thicker; there is no need to distinguish between positive and negative polarity.
Specifications:
Size: 70*30*24mm/2.75*1.18*0.94"
Input voltage: DC 6V-12V
Input current: 0.5A-1A
Input cable length: approx. 26cm/10.23" High Voltage Type: Pulse DC Output Voltage: Approx. 60KV Output Current: 0.5A-1A Output Cable Length: Approx. 48cm/18.89"
Arc discharge distance: 1.5cm/0.59" to 2cm/0.78"
Power supply: Ni-Cd/Ni-mh battery, 6V or 12V lead-acid battery (12V is better)
Note:
1, The output ends of the cable should be adjusted correctly before power on, and the distance of arcing depends on battery voltage and capacity.
2, the arc distance should be short to long, do not produce.A long arc at the beginning could easily damage the module.
3. The module has high power output, and the internal heat is not easily dissipated, so it cannot operate for extended periods.
4. How to determine if...The battery capacity is sufficient to produce maximum power.The battery voltage must be measured when an arc is produced.If the measured voltage is approximately 6V, it should be sufficient.
Package includes:
1 x High Voltage Generator