28B0625-100

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Ferrite Cores - Cables and Wiring

Ferrite core inductors are a component of many types of cables and wiring. They are primarily used in cable assemblies to reduce the radiated noise from the cable. They can also be used to reduce the interference between cables, as well as to decrease the amount of electromagnetic radiation generated from the cable assembly.

28B0625-100 is one type of ferrite core that has been specifically designed for cable applications. It is typically used in applications where radiated emissions and interference need to be reduced, such as in medical, aerospace, automotive, and consumer electronics applications.

This particular ferrite core is a compact, cylindrical core that is wound with a single or multiple turns of copper-coated wire. It has a high inductive impedance which helps to reduce the level of transmitted and received electromagnetic interference. The shape of the 28B0625-100 core also allows the core to be easily insertable into a cable assembly, or the core can be directly mounted to the cable.

The working principle of a 28B0625-100 ferrite core is based on its ability to absorb electromagnetic interference as it passes through the core. An alternating current passing through the core generates a magnetic field which then induces a current in the core. This induced current in turn creates its own magnetic field which is in opposition to the original current, thus absorbing the interference.

In addition to its ability to absorb interference, it also acts as a passive filter which helps to reduce any harmonics or noise that may be present on the signal passing through the cable assembly. This helps to improve the quality of the signal and make it more robust.

The 28B0625-100 is an effective way to reduce EMI as well as ensure signal integrity in cable assemblies. Its compact size and easy installation make it an attractive solution for many applications, including medical and aerospace. Furthermore, it can be easily modified to suit specific application requirements.

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