S0402-56NF2E

Fixed Inductors

Inductors are passive electronic components used to oppose the change in electric current. Fixed inductors generally have a self-contained construction that encases the core material, along with the external lead wires. They are mainly used to filter frequencies, provide choke inputs, and to control high-frequency oscillations. The common types of fixed inductors are shielded inductors, through-hole inductors, surface-mount inductors, and small inductors.

S0402-56NF2E Application Field

The S0402-56NF2E is a surface-mount inductor that is intended for a variety of applications such as radio frequency interference (RFI) suppression, EMI/RFI filtering, and broadband noise cancellation. It is produced with a one-layer ferrite core for a secure grip performance, and features a flat construction for easy mounting and storage. Its relatively small size makes it suitable for minimal space requirements. This inductor can also be used in mobile device frameworks, LCD display components, as well as automotive electronics.

S0402-56NF2E Working Principle

When a direct current oscillates on the surface-mount inductor, known as the S0402-56NF2E, a certain amount of energy is stored in the inductance. This energy is then released slowly as the current passes through the component. It is used mainly in RFI suppression and EMI/RFI filtering, and has a broadband noise cancellation effect. This component is designed to limit high-frequency oscillations and absorbs electromagnetic radiation, while ensuring that signals remain within predetermined frequency falls. Furthermore, the S0402-56NF2E includes the core material, along with external lead wires.

In conclusion, the S0402-56NF2E surface-mount inductor is a reliable and effective component suitable for a variety of applications such as radio frequency interference suppression, EMI/RFI filtering, and broadband noise cancellation. Its small size and flat construction makes it ideal for minimal space requirements, while the one-layer ferrite core offers secure grip performance. This component limits high-frequency oscillations and absorbs electromagnetic radiation, ultimately ensuring signals remain within predetermined frequency falls.