7427221

Series:	WE-FLAT
Part Status:	Active
Type:	Flat
Design:	Solid
Impedance @ Frequency:	166 Ohm @ 100MHz
Material:	3W800
Inner Dimension:	0.551" W x 0.039" H (14.00mm x 1.00mm)
Outer Dimension:	0.709" W x 0.197" H (18.00mm x 5.00mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	0.315" (8.00mm)

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Ferrite Cores - Cables and Wiring

Ferrite cores are made from materials such as iron or ceramic, and are commonly found in electric wiring and cables. Ferrite core materials are what makes them special, and why they are used so widely in electric cables.The ability of ferrite core materials to affect the characteristics of electrical signals traveling along electric cables is what makes their use so valuable in the communication industry. A ferrite core is a type of electrical conductor with a high level of magnetic susceptibility (or permeability). These materials allow electric signals to travel along the conductor more efficiently, reducing interference and improving the signal\'s strength.The working principle of a ferrite core is based on the phenomenon of induced currents in a ferromagnetic material. The effect is due to the interaction between the ferromagnetic material and the external magnetic field applied. When a brief external magnetic field is applied to a ferromagnetic material, it causes electrical currents to be induced in the material. This produces eddy currents in the material and, as a result, evokes an opposing magnetic field that interacts with the initial field to cause the ferromagnetic material to be attracted towards the initial field.This is the fundamental principle upon which ferrite cores operate. As an electric signal passes through a ferrite core, the electric field induces a magnetic flux in the ferrite core. This magnetic flux interacts with the electric field in such a way that the electric signal is attenuated or amplified depending on the type of ferrite core material used.Ferrite core materials are divided into two broad categories: electro-magnetic cable cores and cabling cores. An electro-magnetic cable core is a type of insulation material that is used in an electrical cable to reduce electromagnetic interference. As an electric signal passes through an electro-magnetic cable core, it induces a magnetic flux in the core material. This flux interacts with the electric field in such a way that it reduces the intensity of the electric field.Cabling cores are made of a ferrite material that is designed to increase the signal strength in an electrical wire. A magnetic field that is generated by an alternating current is applied to the cabling core material. This magnetic field interacts with the electric field of the alternating current and increases the electric field strength of the signal.In addition to their use in communications, ferrite cores also have applications in medical imaging systems. By introducing a ferrite core into an imaging system, it is possible to increase the sensitivity of the system and improve the quality of the image that is produced.Ferrite cores can also be used to reduce the amount of noise produced in a system. By placing a ferrite core in an electrical circuit, it is possible to reduce the amount of noise that is transferred through the electrical connections, thus improving the signal-to-noise ratio of the circuit.Ferrite cores have also been used to improve the shielding of computer cables. By allowing an electric signal to travel along a ferrite core material, it is possible to reduce the amount of electromagnetic interference and provide improved shielding for the cable. This helps to prevent interference and noise from entering into the electronic components of the computer.In conclusion, ferrite cores offer a unique and valuable solution for a variety of applications. They are able to provide improved signal transmission, increase signal strength, reduce noise and improve shielding for communications and medical imaging systems. Therefore, ferrite cores are an important component in the design of modern communications and medical imaging equipment.

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