106-561G

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Introduction
Fixed inductor is an important component in electronic circuits, mainly used in applications such as power supply circuits, filtering circuits, resonant circuits, and telecommunications circuits. The 106-561G inductor belongs to this type of inductor and is widely used in various fields. This article will introduce the 106-561G application field and working principle in detail.
Classification
106-561G inductor is a fixed inductor with a large current capacity. It is mainly used in various power supply and filtering circuits. The 106-561G inductor is divided into two types: winding and fixed. The winding type is consisted of two end turns and pre-wounded coils, while the fixed type uses a single end turn and pre-wound coils.
Applications
106-561G inductor is mainly used in power supply and filtering circuits. The 106-561G inductor can be used in various levels of current flow, from low current to high current. In power supply circuits, the 106-561G inductor can be used to filter high frequency noise and reduce the ripple of the DC voltage. In filtering circuits, it is used to reduce EMI (electromagnetic interference) and RFI (radio frequency interference).
Working Principle
The 106-561G inductor is an energy-storing device, which is composed of a coil, a core, and a winding type. When an AC current is applied to the coil, the current produces a magnetic field in the core. This magnetic field creates an opposing electric field in the winding type, which results in an inductive reaction and an impedance increase. When the frequency of the applied current increases, the impedance of the inductor also increases.This impedance increase is what allows the 106-561G inductor to effectively filter noise and reduce the ripple of the DC voltage. The high impedance also helps to contain and reduce EMI and RFI.
Conclusion
The 106-561G inductor is a fixed type inductor with a large current capacity and is widely used in various power supply and filtering circuits. It works by storing energy in the form of a magnetic field and creating an opposing electric field when an AC current is applied to the coil. This inductive reaction results in an impedance increase, which helps to reduce noise and filter interference.

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