Why is the EI core design widely used in Isolation Transformer?

The EI core design has become a widely used choice in Isolation Transformer due to its advantages in magnetic flux path, mechanical strength, manufacturing assembly and electromagnetic compatibility, ensuring the safe and stable operation of the power system.

1. Efficient magnetic flux path: The EI core design can provide an efficient magnetic flux path. The EI core consists of two parts, E-type and I-type, to ensure that the magnetic flux flows in a closed path, reduce magnetic flux leakage, and improve magnetic efficiency. This makes the Isolation Transformer have less energy loss and higher conversion efficiency during operation, which plays a key role in the stability and reliability of the power system.

2. Good mechanical strength and stability: The EI core design has excellent mechanical strength and stability, and can withstand large mechanical and thermal stress. This ensures that the Isolation Transformer can operate stably for a long time in various industrial application environments, effectively resist current and voltage shocks, and ensure the normal operation of the transformer.

3. Easy to manufacture and assemble: The EI core design has standardized size and shape, making the production process simpler and more efficient, reducing manufacturing costs. It is easy to assemble with other components, improving the overall assembly efficiency of the Isolation Transformer, and helping to meet large-scale production and market needs.

4. Good electromagnetic compatibility: The EI core design can reduce magnetic flux leakage and electromagnetic interference, and improve the electromagnetic compatibility of the Isolation Transformer. This is essential to ensure the stable operation of the transformer in a complex electromagnetic environment, so that the Isolation Transformer can work stably and reliably in various industrial applications.