Audited Supplier
Product descriptions from the supplier
We supply Small Pulse DC 4.8V High Voltage Generator Boost Inverter Module.
We devoted ourselves to high voltage dc generator
many years,covering most of American and Europe market.
We are expecting to become your long term partner in China.
High voltage pulse Generator
This module is a high-voltage inverter for the science production, the finished module of the transformer/booster
After inputting DC4.8V voltage at the input terminal, DC high voltage of tens of thousands of volts can be obtained at the output end.
It can output high voltage pulse current, small size and high efficiency.
It can be used for negative-ion generator, electronic instrument, and science experiment.
The peripheral circuit is simple, simply connect to switch and battery, and the discharge intensity is great.
Model No. | TW-DC-1101 |
Application | Electrostatic Adsorption, Scientific Experiment, Mousetrap |
Size | 71*25*21mm |
Igniting Distance | 14mm |
Ignition Material | electronic epoxy resin sealant encapsulating, waterproof and damp proof. |
Lifetime | ≥100,000 times |
Input Voltage | 4.8V DC |
Output Voltage | 30KVDC |
Sample | Sample making time is 15 days since the receipt of sample payment |
Production Time | 35-40 days after receiving the deposit payment |
Payment | Cash,Western Union,T/T, Paypal |
Payment Terms | FOB/EXW/CIF |
Express Company | DHL,TNT,UPS,Fedex,EMS etc. |
Product feature and application
1.This module is a high voltage generator made of the circuit composed of components and high voltage transformer, which can be used as a high voltage source for student science experiment, electronic instrument, negative ion generator, etc.
2. Based on the coil principle, the module outputs high-voltage pulse, featuring small volume, high efficiency and fierce discharge intensity.
3. The module is divided into input end and output end. The red and black wires are the input end, and red one is positive pole, black one is negative pole. The output end is two high voltage wires in the same color. High voltage arcs can be generated by connecting the input end to the battery.
4. Avoid power-on when no load under high voltage. The distance of high voltage discharge end should be adjusted properly before power-on, and the arc distance of the output end is proportional to the voltage and capacity and the used battery.
5. The arc distance should be tested from short to long. It is strictly forbidden to exceed the maximum arcing distance of the module. Because the high voltage energy cannot be released, the module is easily damaged.
6. The module has high power and inner heat dissipation is not good, so it can not work for long time.
