2644236101

Series:	--
Part Status:	Active
Filter Type:	Ferrite Plate
Size / Dimension:	0.57" L x 0.30" W x 0.14" H (14.4mm x 7.6mm x 3.4mm)

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Ferrite disks and plates are a type of magnetic device used in many applications that require a strong electromagnetic field. The ferrite disk or plate consists of a non-conductive material such as ceramic which contains ferromagnetic material such as iron oxide. They are typically used in the telecommunications and electronics industries for a variety of purposes such as the construction of speakers, power supplies, and cables.Ferrite disks and plates come in a variety of sizes and shapes depending on the application. Ferrite disks are generally circular or rectangular plates with a thickness ranging from 0.3 to 0.8mm and a diameter of between 10mm and 80mm. Ferrite plates can be up to 500mm in length and 6mm thick. In addition, they can be either single-sided or double-sided and some have patterns or grooves to provide additional magnetic field.The main application of ferrite disks and plates is their use in magnetic shielding, damping or storing of a magnetic field. Ferrite disks are used as a type of magnetic shield, which is used to prevent electric and magnetic fields from entering the shielded areas. Ferrite plates are used as dampers to reduce the intensity of a magnetic field, which can be used to control the amount of radiation generated by electronic devices and protect them from electromagnetism. Ferrite disks and plates can also be used as a storage device for magnetic energy, such as in a transformer.The working principle of ferrite disks and plates relies on the magnetic properties of the ferromagnetic material contained in them. The magnetic field generated by the current passing through a coil is picked up by the magnetically permeable material and stored in the ferrite disk or plate. This stored energy can then be released under the influence of an external magnetic field, typically generated by a larger coil.There are many advantages to using ferrite disks and plates, such as their ability to be used in applications where space is a limiting factor, their cost-effectiveness, low power consumption, and of course their magnetic shielding or damping abilities. This type of disk or plate is also very robust and resistant to wear and tear due to its non-conductive material and ferrous content. This makes the disks and plates an ideal choice for many applications including consumer electronics, telecommunications, and defense applications.In conclusion, ferrite disks and plates are a versatile and cost-effective method for controlling or enhancing magnetic fields in various applications. They are available in a range of sizes and shapes to meet the needs of the applications, and the working principle is based on the behavior of ferromagnetic materials in the presence of external magnetic fields. Ferrite disks and plates are an irreplaceable component in many electronic projects and have been used for decades to provide reliable, cost-effective magnetic shielding.

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