What is the size of the common mode inductor of the amorphous magnetic ring related to -

The amorphous magnetic ring common mode inductor is a magnetic ring inductor product that is widely used in the magnetic ring inductor type. Its magnetic core is mainly made of amorphous material. So, do you know what the size of the amorphous magnetic ring common mode inductor is related to? This question is actually very simple, but there are still many people who don’t know it. In this article, we will simply share this little knowledge with you. In order for the amorphous magnetic ring common mode inductor to play its role, it must first be able to be installed on the circuit board. Whether the amorphous magnetic ring common mode inductor can be installed on the circuit board depends on it? Whether its performance parameters meet the requirements? Or the size of the package? Whether the performance parameters meet the requirements is a factor that must be considered, but the amorphous magnetic ring Whether the common mode inductor can be installed on the circuit board, we first see its package size, that is, its size! Why do we look at its size first? Here we must popularize a little knowledge for everyone, because it is For a project or product, there is a circuit board first and then an inductor! Simply put, engineers have already planned the spatial position of the inductor when designing the circuit board of the product, so the space left for the inductor is actually fixed. Therefore, when selecting the corresponding amorphous magnetic ring common mode inductor, we usually choose the required inductor according to the package size. Because only when the package size is confirmed to meet the requirements, can the inductor be installed on the circuit board, and the subsequent test frame skipping work can be carried out! Before, some people always thought that the size of the amorphous magnetic ring common mode inductor is related to its current size, impedance and inductance There is a direct relationship, but it is not! The package size of the inductor is only related to the space reserved on the circuit board!