Ion air gun use method
The ion wind gun should be equipped with a power supply and compressed air. Connect the ion wind gun high-voltage wire to the power supply, then insert the air pipe into the ion air gun air pipe connection, turn on the power and compressed air, and use it. After the ion air gun is turned on, it is necessary to remove the static electricity and dust. Blowing, you can eliminate static electricity and dust. Electrostatic air gun manufacturers static electricity damage to electronic products. The physical properties of static electricity are basically: attraction or repulsion, and there is a potential difference with the earth, which will generate discharge current. The electrostatic voltage can be as high as several thousand volts, or even tens of thousands of volts, and the current may be less than 1 milliamperes (μA). When the resistance is less than 1 megohm (MΩ), an electrostatic short circuit may occur and the electrostatic energy may be discharged.
The following ion wind gun manufacturers tell you about the effects of static electricity on electronic products:
1. Electrostatic adsorption of dust reduces component insulation resistance (short life).
2. The electrostatic discharge is destroyed, so that the component is damaged and cannot work (complete destruction).
3. The heat generated by an electrostatic discharge electric field or current causes the component to be injured (potentially damaged).
4. The electromagnetic field generated by electrostatic discharge has a large amplitude (up to several hundred volts/meter) and an extremely wide spectrum (from tens of megahertz to several gigabytes), causing interference or even damage to the electronic device (electromagnetic interference).
If all components are destroyed, they must be detected and eliminated in production and quality control. The impact is small. If the components are slightly damaged, they are not easy to find under normal test. In this case, they are often processed through multiple layers. When it is already in use, it is found that damage is not easy to check, and its loss is difficult to predict. It takes a lot of manpower and financial resources to find out all the problems, and if you detect the failure when you use it, the loss will be huge.