SCEP104S-R22

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Fixed inductors are components that resist electromagnetic energy transfer. SCEP104S-R22 is a fixed inductor designed for a wide range of applications. It provides designers with a powerful solution to reduce EMI and limiting current in their designs.

The SCEP104S-R22 fixed inductor contains ceramic core material with a high permeability ferrite powder and a winding of copper wire. This combination forms a high resistance against voltage changes, providing low current consumption and improved power factor. The wire is wound around the ceramic core and the inductance value is measured by a DC current. The current induces a magnetic flux in the inductor which causes it to have an internal resistance. This resistance is equal to the value of the inductance.

The SCEP104S-R22 is utilized for a variety of applications. It is especially excellent for AC/DC converter power supplies, DC-DC switching regulators, and other electronic power supply applications. Additionally, it is used in power line filters or chokes, which are used for protection against noise and interference from mobile phones, computers, and other electronic devices in residential and industrial applications. It is also used in signal line filters and noise suppression circuits and line reactors which help reduce line noise.

The working principle of the SCEP104S-R22 is based on the principle of electromagnetic induction. It has an inductance which is generated by the flow of electric current. The current induces a magnetic flux in the inductor. The magnetic flux creates a resistance to the current, which is directly proportional to the inductance. The current flowing through the inductor is given by Faraday’s law of induction. According to this law, the amount of current generated depends on the amount of time the magnetic field changes. The inductor will generate a current when the magnetic field changes, and the inductance will be measured by a DC current.

In summary, SCEP104S-R22 is an ideal fixed inductor for a variety of applications. It has a ceramic core material with a high permeability ferrite powder and a winding of copper wire. This combination provides a high resistance against voltage changes, providing low current consumption and improved power factor. It is used in AC/DC converter power supplies, DC-DC switching regulators, and other electronic power supply applications. Additionally, it is used in power line filters, signal line filters, and line reactors. The working principle of the SCEP104S-R22 is based on the principle of electromagnetic induction. It has an inductance which is generated by the flow of electric current. The current induces a magnetic flux in the inductor, and the resistance of the inductor is directly proportional to the inductance.

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