High Voltage Pulse Generator, Voltage Generator, High Voltage Transformer, 500KV High Voltage Pulse Generator Super Arc Pulse Ignition Coil Module 5CM
Specifications: 1.Model:MCF-12-2 2.Size:Approx. 71 x 40 x 22mm/2.80 x 1.57 x 0.87 inch 3.Input Voltage:6-12V 4.Input Current:0.5A-1A 5.Input Wire Length:26cm/1.02inch 6.High Voltage Type:DC 7.Output Voltage:500kV 8.Output Current:0.5A-1A 9.Output Wire Length:48cm 10.High Voltage Polarization Discharge Distance:1.5-2cm 11.Input Power: nickel-cadmium battery, 6V or 12V lead acid battery(12V battery can achieve best results) Module Usage Precautions: 1. Avoid power on when No load. You must adjust the appropriate distance for high-voltage terminal before power on, high-voltage line arc distance is proportional to the battery voltage and capacity. 2. The test arc distance from the short to long experimental, It is prohibited exceed the maximum arcing distance(Distance between 1~4 cm is ok). Otherwise, energy can not be released due to high voltage, easily damaged modules. 3. The module power, the internal is not easy for heat dissipation, so it can not work for a long time. 4.To determine whether the battery capacity can drive the maximum output power is the way to measure the battery voltage when in the arc state. 5. Small capacity series lithium battery is 7.2 V, voltage will drop to about 4V when arcing, the smaller the capacity, the lower the voltage will become. It is recommended to use above 2000MA lithium, it is better to choose above 4000MA battery. Package Included: 1 x High Voltage Pulse Generator
Product Features
- Input DC 6v-12v voltage can generate tens of thousands DC high voltage on the output end
- This module is the finished module of high voltage inverter, transformer in Little science
- According to the tesla coil principle, the module outputs high voltage pulse current, small volume and high efficiency
- It can be used as high voltage source for high school science experiment, electronic instrument, negative ion generator and little science
- The peripheral circuit is simple, the discharge strength is violent
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