What is Application of Power Supply High Frequency Transformer for Inverter ?

Transformers are divided into three types, one is a low-frequency transformer, the second is an intermediate-frequency transformer, and as the name suggests, the third is a high frequency electronic transformer.

How does high frequency transformer for inverter work?

The use of high frequency high voltage transformer has become more and more widespread, but there must be many people who are still confused about how it works. The high frequency electronic transformer is a device that transforms AC voltage, current and impedance. When an AC current flows through the primary coil, the iron core (or magnetic core) will generate a traffic magnetic flux, which induces a voltage (or current) in the secondary coil. Therefore, the main function of a high-frequency transformer is to change the voltage. The transformer consists of an iron core (or magnetic core) and a coil. The coil has two or more windings. The winding connected to the power supply is called the primary coil, and the rest of the windings called the secondary coil.

High frequency transformers for inverter are used in all of our home appliances and electrical equipment to convert and reduce the voltage to reach the rated voltage.

They are classified by industry as follows:

1. Switching power supply industry

2. Electric power, electrical and electrical equipment industry

3. Medical equipment industry

4. Communication equipment industry

5. Solar energy and inverter industry

6. Electric vehicle charger industry

7. Vehicle electronic equipment industry

8. Smart home industry

9. Environmental protection equipment industry

10. New energy industry

11. Machinery and equipment industry

12. Household appliance industry

13. Digital product industry

14. Fitness and beauty equipment industry

15. LED lighting industry

16. Inverter

The manufacturing process of high frequency transformer core: winding, wire management, soldering, bushing and copper sheet. After completion, the combined surface of the iron core is flat; the spool, magnetic core, and wiring pins are kept clean and free of impurities and glues.