CB2518T221K

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Fixed inductors are widely use in multiple applications such as electronic circuits board and automotive industry. CB2518T221K is a typical fixed inductor that has specific application fields and working principles.

CB2518T221K is defined as a low profile, suitable for general purpose use in a variety of inductors that allows for higher reliability, energy conservation and has a lower power dissipation. It is capable of carrying currents up to 12A and has a power rating up to 5.2W. It also has an overall height of 2.2mm, making it suitable for use in applications requiring low profile and high current. The package is made from high temperature hard epoxy with a metal jacket to provide excellent heat dissipation.

This specific type of inductor allows for higher reliability, energy conservation, and less power dissipation, which makes it an ideal choice for application in automotive industry, electronic circuits, power supply, and other related applications. The low profile design also makes it suitable for applications where space requirement is small and requires high level of current with lower dissipation.

In terms of working principle, CB2518T221K is a form of inductor which is based on the transformer structure, wherein a wound copper coil is isolated from air by some type of insulating material. The copper winding acts as a primary winding while the AC current is introduced into the system through secondary winding. As the coil receives AC current, the iron core helps to generate corresponding magnetic fields to induce the voltage on other side of the coil. Depending on the number of winding in the coil, the inductance can be adjusted accordingly.

To conclude, the CB2518T221K is an ideal type of fixed inductor for applications that take up small space but require relatively high current. Its low profile design and high temperature hard epoxy package provide excellent heat dissipation, allowing for higher reliability and energy conservation. The working principles of the inductor involve the winding of copper wire, whereby a magnetic field is generated which induces voltage in the other side of the coil. Given its advantages, this type of fixed inductor is widely used in automotive industry, electronic circuits, power supply, and several other related applications.

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