Dry Transformer Core

1. Build an efficient magnetic circuit

-Concentrate and constrain the magnetic sensor line to prevent the magnetic field diffusion, ensuring that most of the magnetic flux passes through the secondary coil, and improving the energy transfer efficiency.

2. Enhance the electromagnetic coupling

-By closely coupling the magnetic flux of the primary and secondary coils, the core ensures that the voltage conversion strictly follows the turn ratio and reduces the magnetic leakage phenomenon, thus improving the efficiency of the transformer.

3. Inhibit the energy loss

-Hysteresis loss: the hysteresis loop of silicon steel sheet is narrow, which can reduce the energy loss during repeated magnetization process.

4. Impact on the performance parameters

-The optimized core design can also reduce heat and noise and extend the life of the transformer.

5. Auxiliary functions

-In some designs, the heat sink or ventilation structure of the iron core helps to dissipate heat.

6. Iron core is the core of efficient energy transmission of transformers, through magnetic conduction, coupling and loss control, to ensure the voltage conversion with minimum loss