EI Core with GAP Lamination

EI Core with GAP Lamination is a core material used in electromagnetic devices such as transformers and inductors, with the following features:

EI Core: It is composed of E-shaped and I-shaped laminations, which are easy to assemble and disassemble, and are commonly used in transformers and inductors.

GAP Lamination: There is an air gap between the laminations to adjust the magnetic resistance of the magnetic circuit, improve the energy storage capacity, and prevent the core from saturating.

Material: High permeability, low-loss silicon steel sheets or ferrites are usually used to reduce eddy current and hysteresis losses.

Application: Suitable for high-frequency transformers, power inductors, and filter inductors, especially in situations where high energy storage and anti-saturation capabilities are required.

Advantages:

The air gap design improves energy storage and anti-saturation capabilities.

The lamination structure reduces eddy current losses and improves efficiency.

Easy to manufacture and assemble, suitable for large-scale production.

EI Core with GAP Lamination optimizes the core performance through air gap design and is widely used in high-frequency and power devices.