28R0395-000

Ferrite cores are magnetic components used in electronic circuits for energy absorption and the regulation of magnetic fields. They are most commonly used in cable and wiring applications. 28R0395-000 is a type of ferrite core that is among the most popular for such applications.

A 28R0395-000 ferrite core is a rod-shaped magnetic component with an outside diameter of 3.95mm. It consists of a ferrite material whose magnetic characteristics are designed to absorb virtually any frequency of energy from 400MHz all the way up to 4GHz. The core is usually connected to a cable in order to regulate the characteristics of the magnetic field, making it ideal for a variety of cable and wiring applications.

The main purpose of ferrite cored like the 28R0395-000 is to protect electronic components from outside interference. This can be interference from either electromagnetic fields or radio frequency. By connecting the ferrite core to a cable near the point of entry for the interference, the core can absorb the energy and regulate it so that it does not harm the electronic components. This makes it ideal for protecting sensitive components from outside sources.

The 28R0395-000 also has a number of other applications. It can be used in power supply lines to improve signal integrity and reduce noise. It can also be used to reduce the EMI generated by electronic components and circuitry. It is often used in the development of antennas, as the core can help to shape the electromagnetic field to optimize the signal reception or transmission of the antenna.

The working principle of the 28R0395-000 is the same as any other ferrite core. When electrical current passes through the rod, the ferrite material creates an electromagnetic field. This field absorbs and then dissipates any stray electromagnetic or radio frequency energy, effectively filtering it out and suppressing any interference from outside sources.

The 28R0395-000 ferrite core is a high quality, versatile component commonly used in cable and wiring applications. Its unique magnetic characteristics make it well-suited for use in protecting sensitive components from interference, improving signal integrity, and enhancing the performance of antennas. Its simple working principle and ease of use make it ideal for a variety of different applications.