CF2-14.2*6.35*28.5

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Ferrite cores play a major role in many of today\'s electronic applications, especially those related to cables and wiring. The CF2-14.2*6.35*28.5 ferrite core is a common core which is often used in the applications of cables and wiring, as it is both reliable and efficient. This article will delve into the specifics of its application field and its working principle.

This Ferrite core has a wide application field including signal transmission, filtering, suppression, EMC, RFID, computer peripherals, security devices and microphones. It can be seen in such cables and wiring applications as RFID antenna, lightning protection, signal transmission couplings, and EMC filters. This core is also found in multiple applications related to communication and computer peripherals, such as UHF modules, telecommunication systems, gaming devices, red-ray players, and smart TVs. All of this shows that the CF2-14.2*6.35*28.5 ferrite core is extremely versatile and reliable.

The dimensional range of the CF2-14.2*6.35*28.5 ferrite core was designed for easy assembly and provides for a high symmetry of the magnetic field in the core itself, allowing for efficiency in use. The core is also equipped with several external features, such as an integral antenna, an external fixing flange, and an external tether, all of which are designed to provide stability and an easier installation. The bellows, which can be attached for extra stability, are a convenient feature which ensures that windings are held in place during vibration and while being subjected to pressure or shock.

The working principle of the CF2-14.2*6.35*28.5 ferrite core is based around magnetic properties. The core is composed of different materials, with each having specific magnetic properties which are important one to the other. The magnetic properties of these materials cause the core to have certain behaviours; it can either absorb or attenuate electrical fields, or it can transform electrical fields in one way or another. In the case of signal transmission, the core can absorb and filter noise, or even provide some sort of coupling, while in the case of filtering, the core can be used to suppress radio frequencies.

The Ferrite core can also be used as an EMI filter. In this case, the core is placed between the ground plane and the circuit components of the system, which helps to reduce the height of the radiated-field emission. The core is able to do this by transforming the high-frequency radiation into lower-frequency harmonic components, thus reducing total radiated energy.

The CF2-14.2*6.35*28.5 ferrite core can be used in numerous forms, from simple antenna and signal transmission applications to complex filtering and EMI suppression applications. It\'s small size and flexible features ensure that it is able to perform in a wide variety of applications, and its reliable magnetic properties give it an edge in terms of reliability and efficiency. The Ferrite core is an exceptionally reliable core which provides reliable performance across a wide variety of applications.

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