FA25B0121

Series:	--
Part Status:	Active
Type:	Flat
Design:	Hinged (Snap On)
Impedance @ Frequency:	245 Ohm @ 700MHz
Material:	25
Inner Dimension:	1.012" W x 0.059" H (25.70mm x 1.50mm)
Outer Dimension:	1.791" W x 0.520" H (45.50mm x 13.20mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	0.752" (19.10mm)

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Introduction

Ferrite cores are an integral component of modern electrical and electronic systems. A ferrite core is a type of material that consists of a particular blend of ferrite material. It is frequently used in the cable industry, in order to improve the efficiency of the wires and cables, and thus, to reduce the amount of electricity wasted.The FA25B0121 core is an important part of this system, and its application fields and working principles will be discussed in this article.

Application Fields

The FA25B0121 core is one of the most common cores used in the cable industry. It is a kind of core with high-power capacity, low profile cross section, high operating temperature and can adepply reduce sectional distortion. This core also facilitates the transmission of a higher frequency, and can be easily integrated into existing structures, where ever the need arises.Also, the FA25B0121 core is well-suited for use in motors, transformers and inductors. It is often used for high-power, high-frequency operation, as it is less expensive than conventional cores, and also provides better efficiency, especially at high frequencies.

Working Principle

The working principle of a ferrite core is quite simple. Basically, it consists of a cross section of an electrical conductor, which is wrapped with an insulated coil of wire. When an alternating current is applied, the field generated by the alternating current interacts with the magnetic material of the core and induces a changing magnetic field in it. The alternating current in the conductor produces a flux, which is a measure of the electric current in the conductor at any given moment. When this flux passes through the core, the core stores a certain amount of the flux and also generates a current. This current is known as the induced current of the core. The signal that passes through this core is thereby affected, as the induced current that passes through the core affects the signal that passes through it. By controlling the current that passes through the core, you can affect the signal sent over the wire or cable.

Conclusion

The FA25B0121 core is an important part of the cable industry and is often used in applications where high-power capacity and low profile cross section are desirable. It is well-suited for use in motor, transformers and inductors, as it can provide better efficiency and is less expensive than conventional cores. Its working principle is based on the interaction between the applied alternate current and the magnetic material of the core, which results in the development of an induced current in the core and affects the signal sent over the wire or cable.

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