High Voltage Pulse Generator, Durable Super Arc Pulse, Ignition Coil Module for Electronic Instrument Anion Generator

Features:

1. This module is the finished transformer module for small scientific production.
2. The input voltage is DC 3.7-7.4V and can output high voltage DC 800-1000KV.
3. According to the principle of tesla coil, the module produces high voltage pulse current, small volume and high efficiency.
4. The peripheral circuit is simple (just plug in the switch and install the battery), the discharge intensity is violent.
5. It can be used as a high voltage source for high school science experiments, electronic instruments and anion generators.

Specifications:

Features:
1. This module is the finished transformer module for small scientific production.
2. The input voltage is 3.7-7.4V DC and can output 800-1000KV DC high voltage.
3.Based on the Tesla coil principle, the module produces a high-voltage pulse current, with a small size and high efficiency.
4.The peripheral circuit is simple (just plug in the switch and install the battery), and the discharge current is high.
5.It can be used as a high-voltage power source for high school science experiments, as an electronic instrument, and as an anion generator.

Specification:
Item Size (L*Dia.): 9.1*2.3 cm / 3.58*0.90 inches
Input Voltage: 3.7-7.4 V
Input Current: 4 A
Input Cable Length: Approx. 10 cm/3.94 inches
Output Voltage: 800-1000KV
Output Current: 0.5 A
Output Cable Length: approx.16 cm/6.30 inches
Discharge Distance Between Two Poles: 1.5-2.5 cm / 0.59-0.98 inches
Power Supply: 3.7V Li-ion battery, NiCd/NiMH battery, 4V or 6V lead-acid battery (not included)
Weight: approx.65g / 2.3 oz

Packing List:
1 * High Voltage Pulse Generator

Instructions:
The device is divided into an input end and an output end.The red and green wires are the input.The red and green wires are the end, and the red wire is positive, the green wire is negative.High voltage arcs can be generated by connecting the input end to the battery.

Note:
1.Avoid powering on without a load.The output ends of the wires must be properly adjusted before powering on, and the arc distance depends on the battery voltage and capacity.
2. The arc distance should be short to long; do not produce the longest arc at the beginning, otherwise the module could be easily damaged.
3.The module has high power and internal heat is not easily dissipated, therefore it cannot operate for extended periods.
4.The lower the battery capacity, the lower the output voltage.It is recommended to use lithium batteries with a capacity above 2000mAh; it is preferable to choose a battery with a capacity above 4000mAh.