NLC252018T-2R2M

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Fixed Inductors are electrical components used for storing energy in the form of a magnetic field. They are often used in electrical circuits for filtering, pulse shaping, and signal generation.

The NLC252018T-2R2M is a surface mount inductor in a reflow soldering compatible dense-package style. With an inductance value of 2.2 µH and an on-state resistance of 0.02 ohms max, this component is capable of being used in automotive, LED lighting, and consumer electronic applications. It is available in a 16 mm × 16 mm × 12 mm package size and is covered by a RoHS compliant solder.

This product works on the principle of a solenoid. A solenoid is a coil of wire wrapped around a metal core. When an electric current is passed through the wire, it creates a magnetic field. This field can then be used to draw a ferromagnetic material into the coil.

The energy stored within the magnetic field of an inductor can be used to regulate voltage. This is done by controlling the amount of current that is allowed to pass through the inductor. When the current is decreased, the magnetic field decreases, resulting in a decrease in the voltage. By controlling the current, the inductance can be adjusted to maintain a relatively stable voltage.

The NLC252018T-2R2M is designed for a wide range of applications. It is an ideal choice for automotive, LED lighting, and consumer electronic applications due to its high current ratings and low on-state resistance. Its small size and RoHS compliant solder make it an ideal choice for communication systems, medical devices, and other applications requiring a compact inductor.

In summary, Fixed Inductors are key components for storing electrical energy in the form of a magnetic field. The NLC252018T-2R2M is a surface mount inductor in a reflow soldering compatible package. It is ideal for automotive, LED lighting, and consumer electronic applications, and is covered by RoHS compliant solder. The product works on the principle of a solenoid and is designed to regulate voltage and current.

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