High-voltage power supply, also known as high-voltage generator, generally refers to a power supply with an output voltage of more than 5,000 volts. The output voltage of a general high-voltage power supply can reach tens of thousands of volts, or even hundreds of thousands of volts or higher.
There are two main development directions of high-voltage power supply technology: one is to increase the power of the power supply, that is, high voltage and high current; the other is to reduce the size of the power supply, that is, high voltage and small size. Reducing the size of the power supply is mainly to increase the switching frequency of the power supply.
High-power power supplies are often larger in size, while small-volume power supplies often have smaller currents and lower power. In addition, high conversion efficiency, high load, high precision, and low ripple are also the research directions of high-voltage power supply designers.
Application scope of high-voltage power supply
High-voltage power supply has a wide range of uses. It can be used as a high-voltage power supply for x-ray machines, as well as for lasers and spectral analysis. It is also involved in the fields of power supplies for non-destructive testing and high-voltage power supplies for semiconductors. At the same time, it is implemented in the high-voltage power supply for capillary electrophoresis and high-voltage power supplies for non-destructive testing.
Semiconductor technology with high-voltage power supply, its particles combined with some other high-voltage power supplies, have a detection effect on ion deposition and ion bound deposition, and also have the same effect on electron beam evaporation and welding. The accelerators and neutron sources of these particles have network and capacitor charging phenomena. Its application areas are high-voltage power supplies such as microwave heating and radio frequency amplification.
The application range of high-voltage power supply can be fertilizers, urban gas metallurgy and other fields, and it has also developed in the ceramic coking industry. It can mainly recycle some gas, tar, and eliminate pollutants such as dust and haze.
The recycling of waste and the purification of air ensure the operation of certain equipment. We should make rational use of the advantages of high-voltage power supply to make it better developed and make its application range more extensive.
The role of high-voltage power supply
1. The surface is charged, its static electricity makes it electrically charged, and static electricity can make its materials close to the system.
2. Use direct current to form a voltage generator, and use the voltage generator to make the product have static electricity.
3. Use the characteristics of static electricity again, the static electricity of the ion itself, to make it close to other systems. Improve and accelerate the production of system processes and system effects.
