2643163851

Series:	--
Part Status:	Active
Type:	Flat
Design:	Solid
Impedance @ Frequency:	220 Ohm @ 100MHz
Material:	43
Inner Dimension:	1.050" W x 0.075" H (26.67mm x 1.91mm)
Outer Dimension:	1.500" W x 0.475" H (38.10mm x 12.07mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	1.000" (25.40mm)

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Ferrite Cores - Cables and Wiring

Ferrite cores are magnetic components that are used in electronic applications. They are commonly found in radios, televisions, and other electronic devices. They are mainly used for providing improved shielding against interference from external electrical sources. The ferrite cores are made from a material that is highly magnetically permeable and can be manipulated with currents and voltages to create a desired magnetic field throughout the system.The two most common types of ferrite cores are toroidal and E-shaped. Toroidal cores are shaped like a donut and are most commonly used for radio frequency applications. E-shaped cores are more commonly used in high frequency applications and are usually found inside of power transformers.The most common application for ferrite cores is in the form of cables and wiring. They are typically used in high-end cables such as coaxial cables, RG-6, etc. as they help reduce EMI (electromagnetic interference) on the cables. Ferrite cores can also be used in other types of wiring, such as wires that connect components within a system, as they help reduce the amount of EMI present on the wires and thus reduce the amount of electrical noise generated in the system.The working principle of ferrite cores is based on the fact that any material has a certain amount of magnetic permeability and hence can be used to affect current and voltage passing through it. This can be used to manipulate the magnetic fields inside the core and thus modify the amount of current and voltage passing through the core. The working principle of ferrite cores used in cables and wiring is similar. The ferrite core acts as an effective shield against interference due to its high magnetic permeability and by limiting the numerical aperture of the wires. This greatly reduces the amount of EMI that is present on the wires and thus reduces the amount of electrical noise generated in the system. Ferrite cores are also used in the form of shields in many electronic devices. The shield reduces the amount of electromagnetic radiation being emitted by the device and thus reduces the amount of interference it may cause on other nearby devices. Ferrite cores are also used in the form of chokes and filters that are used to further reduce the amount of EMI present in the system. Overall, ferrite cores are an important component of electronic systems and have many practical applications in cables and wiring. Through their high magnetic permeability, they are able to reduce the amount of EMI present in the system and thus reduce the amount of electrical noise generated. Additionally, they are used in many other applications such as shielding, chokes, and filters.

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