How does Common Mold Integrated Chip Inductor perform under high current interference?
Publish Time: 2024-06-24
Common Mold Integrated Chip Inductor, as an indispensable component in modern electronic devices, its performance under high current interference is particularly critical. In a high current interference environment, the stability and reliability of electronic equipment are greatly challenged, and Common Mold Integrated Chip Inductor is a powerful weapon to meet this challenge.
First of all, Common Mold Integrated Chip Inductor has the characteristics of high saturation magnetic induction intensity. This means that it is not easy to magnetize to saturation under strong current interference. Specifically, the saturation magnetic induction intensity of Common Mold Integrated Chip Inductor is 2-3 times higher than that of traditional ferrite, which provides it with stronger anti-interference ability in a high current environment.
Secondly, Common Mold Integrated Chip Inductor can effectively suppress common-mode interference signals through its unique structure and working principle. When the common-mode current in the circuit flows through the inductor, due to the isotropic nature of the common-mode current, it will generate a magnetic field in the same direction inside the inductor, thereby increasing the inductive reactance of the inductor. This makes the inductor appear as high impedance, which has a strong damping effect on the common mode current, thereby attenuating the common mode current and achieving the purpose of filtering.
In addition, Common Mold Integrated Chip Inductor also has excellent temperature stability. In high temperature environment, its performance change rate is significantly lower than that of traditional ferrite, which enables it to maintain stable performance in complex working environment.
In summary, Common Mold Integrated Chip Inductor performs very well under high current interference. It can not only effectively suppress common mode interference signals, but also has high saturation magnetic induction intensity and excellent temperature stability, which ensures the stability and reliability of electronic equipment. Therefore, Common Mold Integrated Chip Inductor plays a vital role in power supply, communication, computer, medical, industrial automation and other fields.
