LQH3NPN330MMEL

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The LQH3NPN330MMEL is classified as a fixed inductor, and like inductors in general, its primary purpose is to store and control electrical energy passing through it. LQH3NPN330MMEL inductors have a unique combination of features that make them a great choice for many applications.

The LQH3NPN330MMEL is an exceptionally small chip inductor with a 2.3 H inductance and a 9.2x2.3x3 mm package, making it an ideal choice for applications in limited space. The inductor can handle a maximum current of 4.08A, with a maximum DC resistance of 0.015 ohm and a maximum saturation current of 5.9A. Its low DC resistance also makes it suitable for high-frequency applications.

The LQH3NPN330MMEL is also very robust, with its high temp. Re-flow soldering technology, which allows it to withstand temperatures up to 260°C, making it suitable for high-temperature environments. Its low thermal resistance and better thermal performance also make it suitable for high-power applications including motor drive circuits and power converters.

The working principle of an inductor is based on the concept of magnetism. The core of the inductor contains metal, most often ferrite or iron powder, which is wrapped by a wire. When an electrical current passes through the wire, it creates a magnetic field around the core. This magnetic field is what stores the electrical energy in the inductor.

This magnetic field is also what makes an inductor useful in most applications. As electrical current passes through the inductor, the stored electrical energy is absorbed by the inductor and then released as the current passes out of the inductor. This process is helpful in regulating voltage and current in circuits and helps reduce noise and interference.

The LQH3NPN330MMEL inductor is a great choice for a variety of applications. Its small size and high-power handling capabilities make it an ideal choice for a range of applications, from motor drives to high-frequency power converters. Its high temperature tolerance and low DC resistance make it suitable for high-temperature and high-frequency applications, while its low thermal resistances and better thermal performance make it a perfect choice for high-power applications.

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