KR16FP340812

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Ferrite cores are small components made of magnetically soft material used either in traditional wire wrapping or in modern high-speed cables. The KR16FP340812 is a magnetic core that is designed to work in high power applications. Its main purpose is to reduce interference in sensitive communication systems.

This core\'s construction consists of a high permeability ferrite material surrounded by a comprehensive winding system. It has an inner diameter of 12mm, an external diameter of 21mm, and a height of 6.2mm. It also has a rated current of 5.6A, a breakdown voltage of 125V, and a weight of 28 grams. The maximum energy stored in it is 18mJ which is more than enough for its intended purpose.

The KR16FP340812 works by reducing the flux leakage of EMI (electromagnetic interference) from components like interconnect cables. The interference can cause problems with signal integrity and adversely affect system performance. The core also helps to reduce the amount of power lost due to electromagnetic radiation. This is done by converting the high-frequency energy generated by other components into a lower frequency magnetic field that can be safely dissipated.

It is most often used in automotive, aerospace, and medical applications where the need for reliable signal transmission is critical. It can be used in communication systems, power supplies, and timing and control circuits. It is also used in industrial equipment like sensors and navigation systems.

The high permeability of the ferrite core increases its magnetic saturation point, making it capable of withstanding high electrical currents. Its comprehensive winding system also allows it to reduce the amount of heating that can occur in cramped environments. This increases the operational life of the device.

The KR16FP340812 ferrite core is an effective tool for controlling the interference of signals. It can also help reduce power loss due to radiation. Its high permeability increases its magnetic saturation and makes it better suited for dealing with high current applications, while its comprehensive winding system helps reduce electrical heating. This makes it an effective choice for automotive, aerospace, and medical applications.

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