Transformer characteristic parameter description
Transformer core loss has a large relationship with frequency, so it should be designed and used according to the frequency of use. This frequency is called the working frequency.
Transformer no-load and load difference
For newcomers who are new to the transformer, there must be confusion about the concept of power supply. The no-load and load of the transformer are obvious examples. The following small series will explain the no-load and load of the transformer in detail, and explain the difference between the two ...
How the transformer works
The transformer consists of a core (or 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 other winding is called the secondary coil. It can change the AC voltage, current and impedance.
Basic introduction to the working principle of isolation transformer
The principle of an isolating transformer is the same as that of a normal transformer. They all use the principle of electromagnetic induction. Isolation transformers generally refer to 1:1 transformers. Because the secondary is not connected to the ground. There is no potential difference between an...
Analysis of the status quo and trend of transformer industry development
The power system is a complex system that produces and supplies electric energy to meet the needs of social power. It consists of five links: power generation, power transformation, transmission, distribution, and power consumption.