ILC0402ER82NK

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Fixed inductors are electrical components that contain a coil of conductive wire that stores electrical energy. The ILC0402ER82NK is a popular type of fixed inductor used in a variety of electronic applications.

This small and compact 0402 SMD inductor has a low DCR and is suitable for high-frequency power applications and high current circuits. It features a shielded construction that helps increase inductance stability, a wide range of inductance, and a low profile to reduce board space. The ILC0402ER82NK is perfect for applications such as RFID, GPS, Bluetooth, Wireless LAN, Cellular, and so on. Additionally, this fixed inductor comes in many varieties that offer a variety of features such as copper mica tape, ferrite core, open air type, high voltage, etc.

The ILC0402ER82NK fixed inductor operates in several different ways. First, its construction helps keep the magnetic field generated by the inductor contained to its own component, minimizing interference with other components. Additionally, this inductor acts as a transformer, allowing it to step up or step down current to a desired level. This is done by connecting the inductor in series with a load and then rapidly changing the current through the inductor, inducting a voltage into the load.

Also, since the ILC0402ER82NK is based on a ferrite core, its magnetic field is quite stable and can hold a large amount of energy. This makes it ideal for use in different electronics, as it can help store energy until it is needed. Finally, the inductor is designed to have a low resistive loss which allows for greater efficiency in the overall circuit. This also helps reduce heat generation from the inductor, making it more suitable for higher frequencies and high power applications.

The ILC0402ER82NK fixed inductor offers a variety of features that make it suitable for many different applications. Its ability to reduce interference, step up or step down current, hold large amounts of energy with its ferrite core, and low resistive losses all help make it ideal for use in any type of electronic circuitry.

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