The Difference Between Integrated Inductor And Ordinary Inductor

Recently, I have seen many friends online asking questions related to integrated inductors, such as what are the advantages of integrated inductors and what are the differences between integrated inductors and ordinary inductors. Today, we will learn the difference between single-chip inductors and ordinary inductors. We all know that generally speaking, the important parameters of inductance are inductance and current. Today we will introduce the differences between integrated inductors and ordinary inductors from these two aspects

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%. Some inductors even have better accuracy, such as 5%, while the accuracy of integrated inductors is only 20%. Why does integrated inductor have a large market share due to its relatively poor accuracy

This is because integrated inductors have their advantages in sensing values. Its sensing value range is relatively narrow. Generally speaking, its sensing value is generally below 100uh. Some types of integrated inductors may have an induction value below 1 μ h

We have learned about the differences in inductance values between integrated inductors and ordinary inductors. Let's understand the differences in current between them. The current of the integrated inductor is relatively high. If the inductance value is 10UH, the current of the integrated inductor may be very high, while the current of the ordinary inductor is relatively small. Therefore, some products do not have high requirements for inductance, but when the current is high, the integrated inductor is widely used in fields such as computers.