2643180751

Series:	--
Part Status:	Active
Type:	Flat
Design:	Solid
Impedance @ Frequency:	76 Ohm @ 100MHz
Material:	43
Ratings:	--
Mounting Type:	Free Hanging
Length:	0.472" (11.99mm)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Ferrite cores are widely used in cables and wiring for many electronic and electrical applications. They are devices designed to absorb and distribute electrical energy through cables and other electrical wiring equipment. The core helps to facilitate a larger current flow compared to straight conductors, reducing signal interference due to the interference of outside radio frequencies.Ferrite cores are made from iron oxide and are generally cylindrical in shape. They come in a range of sizes and shapes such as rods, cubes, and rectangles and can be made from other materials, including plastic, paper-based, and magnetic polymers. The core’s body is usually a magnetic material, such as a ferrite, and is often surrounded by a non-magnetic material such as copper, aluminum, or plastic.Ferrite cores have many applications, such as reducing or eliminating electrical interference and noise found on electrical circuits. They are also used for optimizing an electrical link by providing a bypass effect, which helps reduce electric and magnetic fields in a special area. The cores can also be used in circuit designs to reduce the losses and improve the efficiency of lines. In order to understand the working principle of ferrite cores, it is important to understand how an inductor works. An inductor is an electronic component that consists of a coil of wire. When electricity runs through the coil, it creates a magnetic field, which, in turn, produces an electromagnetic force. This force is what helps to reduce interference on the electrical circuit. The type of material that the coil is made from determines the core’s ability to absorb and distribute electricity efficiently. Ferrite cores are particularly effective at this due to their high electrical impedance and their ability to create an efficient magnetic field. This magnetic field helps to absorb noise and reduce interference on the electrical circuit. Another important factor to consider is how the core is positioned with respect to the coil. When positioned correctly, the core’s shape and size creates a gap in the coil that helps to reduce the noise and reduce interference. If the core is too large or too small, the coils will not be positioned correctly and will not be as effective at reducing interference.Finally, another factor to consider is the temperature of the ferrite core. High temperatures can cause the core to lose its efficiency and can cause damage. Low temperatures, on the other hand, can reduce the efficiency of the core by reducing its magnetic power. Ferrite cores are used in a variety of applications, such as eliminating or reducing electric and magnetic fields, improving the quality of wiring, and reducing electrical noise on circuits. The material used to make the core, the shape of the core, and the positioning of the core all play an important role in determining the effectiveness of the core at absorbing and distributing electricity. By understanding the core’s working principle and the different factors that affect its performance, one can maximize the efficiency of the core and ensure its long-term reliability.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description