ATFC-0201HQ-2N8B-T

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Fixed Inductors are components that store energy in form of magnetic energy and typically consist of one or more wire coils. The majority of fixed inductors are made up of electrical coils wound onto a ferrite core, and have an inductance value relative to its geometry. Fixed Inductors can be used in a wide variety of applications from radio frequency interference suppression, and voltage stabilization, to filtering and radio transmitting/receiving.

ATFC-0201HQ-2N8B-T is a fixed inductor, and is able to meet today\'s increasingly demanding electrical applications. Utilizing a molded, ferrite core, it provides high inductance values with excellent thermal performance in a small area. Further, this compact component has a lower radiated noise profile, making it ideal for interfacing with other sensitive downstream components.

This inductor has a wide range of application fields, including LED driver circuits, power supplies, and battery-backed system applications. Also, due to its small factor size, ATFC-0201HQ-2N8B-T is suitable for use in portable electronic devices.

The working principle of ATFC-0201HQ-2N8B-T is based on the basic principles of electricity and magnetism. In simple terms, when current flows through coils, it creates a magnetic field which stores energy. This stored energy then oscillates between magnetic and electric forms. The oscillations may be induced in a number of ways, such as alternating current or radio frequencies. The level of inductance is then determined by the number of coils, the material that is used and the size of the gap between the coils.

At the heart of a fixed inductor is the ferrite core, which acts as a powerful magnetic conductor. The power of this conductor is determined by the permeability of the core material; higher permeability materials are better conductors than lower permeability materials. The inner and outer ferrite layers of ATFC-0201HQ-2N8B-T are coated with a special insulating material, helping to reduce noise and ensure greater power handling capacity.

The geometry of the coils, combined with the magnetic properties of the core, results in the inductance value of ATFC-0201HQ-2N8B-T. This value is calculated by the amount of electric current which is flowing through a coil, the material type, the number of turns in the coil, the diameter of the coil, and the separation between the coils.

In conclusion, ATFC-0201HQ-2N8B-T is a fixed inductor that provides high inductance values with superior thermal performance in a small area. It is suitable for many modern electrical applications such as LED driver circuits, power supplies and battery-backed systems. The working principle of this inductor is based on the basic principles of electricity and magnetism, with the power of the core determined by the permeability of the material used.

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