1. Construction of an Efficient Magnetic Circuit
- The core is made of high-permeability material, providing a low-magnetic-resistance path for the magnetic field, enabling the alternating magnetic field generated by the primary coil to be efficiently transferred to the secondary coil and reducing energy loss in the magnetic circuit.
2. Enhanced Electromagnetic Coupling
- By closely coupling the magnetic flux of the primary and secondary coils, the core ensures that the voltage transformation strictly follows the turns ratio, reduces leakage flux, and thereby improves the efficiency of the transformer.
3. Inhibit the energy loss
-Material optimization and structural design significantly reduce the total loss of the core and improve the overall efficiency.
4. Impact on Performance Parameters
- High magnetic permeability reduces no-load current, minimizing energy waste during no-load operation.
- The optimized core design also reduces heat generation and noise, extending the transformer's lifespan.
5. Auxiliary functions
- As a mechanical skeleton support winding to maintain structural stability.
- In some designs, the heat sink or ventilation structure of the iron core helps to dissipate heat.
6. The iron core is the core of the transformer's efficient energy transfer, which ensures the voltage conversion of electric energy with minimum loss through magnetic permeability, coupling and loss control
