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We have also introduced “What is the difference between integrated inductors and power inductors” before. Interested friends can go to browse and watch. In the past few days, I have seen quite a lot of friends on the Internet asking questions related to integrated inductors, such as What are the advantages of one-piece inductors? What are the differences between one-piece inductors and ordinary inductors? Today, let’s take a look at the differences between one-piece inductors and ordinary inductors.

We all know that the most important parameters of inductance are inductance and current. Today, we introduce the difference between inductors and ordinary inductors from these two aspects. Attack rate inductance parts

The accuracy of integrated inductors is slightly higher than that of ordinary inductors. Generally speaking, the accuracy of integrated inductors is only 20%, while the accuracy of our other inductors is 10%. Even some inductors have better accuracy, such as 5% accuracy, while integrated inductors can only achieve 20%. Since the accuracy of integrated inductors is poor, why do they occupy a larger market share?

This is because the integrated inductor has its advantages in terms of inductance value. Its sensing value range is relatively narrow. Generally, its inductance value is basically below 100uH, and some types of integrated inductors can reach an inductance value below 1uH. Attack rate inductance quote

We know the difference between integrated inductors and ordinary inductors in the numerical sense. Let’s take a look at the difference between them in terms of current. The current of integrated inductors is larger. If their value is 10 eh, an integrated inductor can do the inductor current. The average inductor current is relatively small, so some products do not require high values, but in the case of high current, there are more applications of integrated inductors, such as computers and other fields.