Products are used for:
Energy storage, photovoltaic, inverter, server power supply, 5G communication power supply, PC power supply
Features:
A transformer is an electrical device that is mainly used to achieve voltage conversion and power transmission. The working principle of the transformer is based on the law of electromagnetic induction, and the voltage conversion between the input and output ends is achieved through the change of the magnetic field. The following are some basic knowledge and characteristics about transformers:
1. Working principle: The transformer consists of two or more coils (called primary coils and secondary coils) and an iron core. When AC voltage is input to the primary coil, the magnetic field generated will induce the secondary coil, and current will be generated in the secondary coil, realizing voltage conversion and power transmission.
2. Voltage conversion: The transformer can increase or decrease the voltage. The voltage at the output is inversely proportional to the voltage at the input. Through the appropriate ratio of the number of turns of the coil, the conversion between different voltage levels can be achieved.
3. Power transmission: Transformers play the role of power transmission in the power grid. Electric energy is transmitted from power plants to users through transformers, providing power supply at different voltage levels.
4. Safety isolation: The transformer has an insulated iron core between the primary coil and the secondary coil as a safety isolation, which can effectively prevent direct connection between circuits and improve the safety of the electrical system.
5. Energy saving: The working principle of the transformer is based on electromagnetic induction, which can effectively reduce resistance loss, improve energy utilization efficiency and save energy.
6. Stability and reliability: The transformer has a simple structure, stable and reliable operation, and a long service life. It is one of the important equipment in the power system.
7. Various types: According to different uses and structural forms, transformers can be divided into distribution transformers, rectifier transformers, special transformers and other types to meet the needs of different fields.
