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Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects in Saudi Arabia

Haofy High Voltage Generator, DC 3.7V-6V Input 50KV Output Pulse Module for Science Experiments Industrial Equipment and School Projects

SAR 40

Brand
Haofy
1 +

Special Features

  • [Powerful High Voltage Output] Delivers 50KV intense discharge for scientific experiments and industrial applications with DC 3.7V-6V input.
  • [Versatile Usage] Ideal for high school science projects, electronic instruments, and anion generators due to compact size and high efficiency.
  • [Simple Setup] Easy connection with plug-and-play design using switch and battery for instant high voltage arc generation.
  • [Safe Operation] Requires proper output cable adjustment and controlled arc distance for optimal performance with high-capacity batteries.
  • [Compact Design] Small-scale high voltage transformer module perfect for portable scientific productions and educational demonstrations.

Description

[Powerful High Voltage Output] Delivers 50KV intense discharge for scientific experiments and industrial applications with DC 3.7V-6V input.
[Versatile Usage] Ideal for high school science projects, electronic instruments, and anion generators due to compact size and high efficiency.
[Simple Setup] Easy connection with plug-and-play design using switch and battery for instant high voltage arc generation.
[Safe Operation] Requires proper output cable adjustment and controlled arc distance for optimal performance with high-capacity batteries.
[Compact Design] Small-scale high voltage transformer module perfect for portable scientific productions and educational demonstrations.

Features:
The module can outputhigh voltage pulse current, small size and high efficiency.
This module is the finished module of transformer for small scientific production.
The input voltage is DC 3.7V to 6V and will output tens of thousands DC high voltage.
It can be used as high voltage power source in high school science experiment, electronic instrument, anion generator.
The peripheral circuit is simple, simply connect the switch and battery, and the discharge intensity is great.
Specifications:
Size: 64*22*24mm/2.52*0.86*0.94"
Input Voltage: 3.7V-6V DC
Input Current: 0.5A-1A
Input Cable Length: Approx. 11cm/4.33"
High Voltage Type: Pulse DC
Output Voltage: About 50KV
Output Current: 0.5A-1A
Output Cable Length: Approx. 10cm/3.93"
Arc Discharge Distance: 0.5cm/0.19 to 1.5cm/0.59"?
Power Supply: 3.7V Li-ion battery, Ni-Cd/Ni-mh battery pack, 4V or 6V - battery(6V is better)
Note:
1, Output ends of cable should be adjusted properly before power on, and the arc distance depends on battery voltage and capacity.
2,? The arc distance should be from short to long, do not produce a longest arc at first or the module might be damaged easily.
3, The module has high power and inner heat is not

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