1. This module is the finished module of transformer for small scientific production.
2. The input voltage is DC 3.7-7.4V and can output high voltage of DC 800-1000KV.
3. According to the tesla coil principle, the module outputs high voltage pulse current, small volume and high efficiency.
4. The peripheral circuit is simple (simply connect the switch and install the battery), the discharge intensity is violent.
5. It can be used as high voltage source for high school science experiment, electronic instrument and anion generator.
Specification:
Features:
1. This module is the finished module oftransformer for small scientific production.
2. The input voltage is DC 3.7-7.4V and can outputhigh voltage of DC 800-1000KV.
3. According to the tesla coil principle,the module outputs high voltage pulse current, small volume and highefficiency.
4. The peripheral circuit is simple (simply connect the switch and install the battery), the discharge intensity is violent.
5. It can be used as high voltage source for high school science experiment, electronic instrument and anion generator.
Specification:
Item Size(L*Dia.): 9.1*2.3cm / 3.58*0.90in
Input Voltage: 3.7-7.4V
Input Current: 4A
Input Cable Length: Approx. 10cm/3.94in
OutputVoltage: 800-1000KV
OutputCurrent: 0.5A
Output Cable Length: Approx. 16cm/6.30in
DischargeDistance between Two Poles: 1.5-2.5cm / 0.59-0.98in
PowerSupply: 3.7V Li-ion battery, NiCd/NiMH battery pack, 4V or 6V -acid battery (Not included)
Weight: Approx. 65g / 2.3oz
Packinglist:
1 * HighVoltage Pulse Generator
Instruction:
The mould is divided into input end and output end.The red and green cable is the input end, and red one is positive, green one isnegative. High voltage arcs can be generated by connecting the input end to thebattery.
Note:
1. Avoid power on when no load. Output ends of