0443164051

Series:	--
Part Status:	Active
Type:	Flat
Design:	Solid
Impedance @ Frequency:	290 Ohm @ 100MHz
Material:	43
Inner Dimension:	2.570" Dia (65.28mm)
Outer Dimension:	3.180" W x 0.320" H (80.77mm x 8.13mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	1.272" (32.31mm)

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Ferrite Cores - Cables and Wiring

Ferrite cores, also referred to as magnetic cores, are used to provide a low-impedance path for magnetic fields to travel through cables and wiring that come from electrical currents. This is especially important in large circuits and cables that are connected to multiple sources, such as in the telecommunications or computer networks.Ferrite cores are composed of material such as iron, nickel, cobalt, and various other elements. They have a cylindrical shape with a core hole in the center. The core is then wrapped with a wire, usually made from copper, which is connected to the core hole. As the current passes through the core, it creates a magnetic field, which is then redirected by the core\'s shape and distributed around the core.In more advanced applications, such as in the telecommunications industry, a ferrite core can be used to couple two separate pieces of megabits of hardware, such as two pieces of network equipment. This coupling allows the hardware to communicate more effectively. Other applications of ferrite cores are in the automotive industry. Ferrite cores can be used to increase the efficiency of electrical systems, suppress EMI noise, and provide maximum power transfer in vehicles.Ferrite cores are also used in other applications, such as medical imaging, where they can improve the accuracy of image processing. Ferrite cores can also be used in controlling power surges in home networks. When a surge or fluctuation in power is detected, the ferrite core can act as a shield, redirecting the surge away from the network and protecting the equipment within it.There are two primary types of ferrite cores, namely surface mounted and free standing. Surface mounted cores can be attached directly to a circuit board, while free standing cores require an enclosing case in order to work. In addition, there are various types of ferrite core sizes and materials which are designed for specific applications.In order to maximize the efficiency of a ferrite core, the core must be designed to match the electrical current passing through it. This means that the core must be able to effectively absorb and disperse the magnetic field generated by the electrical current. Additionally, the ferrite core should be designed to have the proper impedance rating for the application. When properly designed, ferrite cores can provide an effective solution for applications which involve the transmission of electrical energy or for controlling magnetic fields in devices.

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