Feature

●Compact size, high efficiency, stable and professional performance, dependable to use.
●The input voltage is 6V-12V and will output about 500KV high voltage.
●Built to meet standard specification, strictly follow factory quality control.
●The high-voltage module/generator made by the circuit composed of components, can be used as a high-voltage source for school scientific experiments, electronic devices, negative-ion generator and science small productions.
●Adopt for coil principle, output high-voltage pulses, powerful discharge .


Description

Feature:
1. The high-voltage module/generator made by the circuit composed of components, can be used as a high-voltage source for school scientific experiments, electronic devices, negative-ion generator and science small productions.
2. Adopt for coil principle, output high-voltage pulses, powerful discharge .
3. Compact size, high efficiency, stable and professional performance, dependable to use.
4. The input voltage is 6V-12V and will output about 500KV high voltage.
5. Built to meet standard specification, strictly follow factory quality control.


Spec:
Condition: 100% Brand New
Item Type: High-Voltage Generator
Material: Plastic
Color: As picture shown
Model: HX-12VDY
Length: Approx. 69.5mm / 2.74in
Diameter: Approx. 33.5mm / 1.32in
Plane Diameter: Approx. 32mm / 1.26in
Input Voltage: 6V-12V
Input Current: 0.5A-1A
Input Line Length: Approx. 25cm/9.8in
High Voltage Type: Pulse DC Type
Output Voltage: About 500KV (Please Pay Attention to when Using)
Output Current: 0.005A
Output Line Length: Approx. 92cm/36.2in
High Voltage Discharge Distance: 1cm-4cm
About Power Supply: Can use single section 3.7V lipo battery or two series connection, such as 18650 battery, idle mobile phone battery (remove protection board, recommended capacity is above 2000mAh) or -/-hydrogen battery pack, 6V or 12V -acid Battery and so on (6V battery can achieve the best effect).

Package List:
1 x High-Voltage Generator

Notice:
Precautions for Using the Module:
1. The high-voltage module should avoid being energized when the high-voltage is no-load. Before powering on, the appropriate distance of the high