74271142

Series:	Star-Tec
Part Status:	Active
Type:	Round
Design:	Hinged (Snap On), Key Required
Impedance @ Frequency:	182 Ohm @ 100MHz
Material:	4W620
Inner Dimension:	0.197" Dia (5.00mm)
Outer Dimension:	0.519" W x 0.740" H (13.20mm x 18.80mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	1.280" (32.50mm)

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Ferrite Cores - Cables and Wiring

Ferrite Cores are critical elements of cable and wiring assemblies used across a range of applications. Cables and wiring are not designed to operate exclusively in the application environment, but they are versatile enough to increase their functionality and reliability. The successful deployment of cable and wiring in any application requires us to choose the best materials and components available. This includes the selection of suitable Ferrite Cores for the cable and wiring. Ferrite cores are a type of core material used in the construction of inductors, transformers, and other magnetic components. The core is generally constructed of a material that is highly conductive to magnetic fields and helps to provide the component with a magnetic field.Ferrite cores are used for the construction of wiring and cable assemblies in a variety of applications. In military applications, Ferrite cores are used for high-temperature applications such as in jet engines. In medical applications, Ferrite cores are used for high-frequency applications such as in CAT scans. In the automotive industry, Ferrite cores are used for high-voltage applications, such as in electric starters.Ferrite cores are also widely used in consumer electronics, such as in the construction of audio systems and other devices. Ferrite cores are used to reduce noise within these devices due to their high conductivity.The construction of Ferrite cores is an artful process and involves several steps. It starts with the selection of the core material. Commonly used core materials include iron, nickel, cobalt, and a variety of ferritealloys. The core material is then mixed with various metals, primarily copper, to provide it with the necessary strength and conductivity. The material is then extruded and molded into different shapes and sized, depending on the application.After the Ferrite core has been shaped and sized, they are submerged in an acidic solution that aids in the curing process. During this process, a coating is applied to the core that prevents it from corroding. Then, the core is dried and placed in a constant temperature room for annealing.The next step in the process is to test the Ferrite core and ensure that it meets the specifications for the application. This is done through various tests, such as the measurement of the core\'s inductance, its resistance, and the electrical connection between the windings and the core. If all of the tests pass, the core is ready for use in the application.Once the Ferrite core is ready for use, it is then wound with copper in order to create the induction and transformers, or the electrical wires for other devices. The core is then attached to the winding and placed in the desired location, such as in a transformer or in a motor.In summary, Ferrite Cores are critical elements of cable and wiring assemblies used across a range of applications. They are constructed of a material that is highly conductive to magnetic fields and helps to provide the component with a magnetic field. The construction of Ferrite Cores involves several steps, including the selection of the core material, mixing with metals, extrusion and molding, testing, and winding. This process ensures that the Ferrite core meets the desired specifications for the application and provides reliable performance and safety.

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