LQH3NPN470MMRE

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Fixed inductors are components consisting of windings around a core that can provide electrical energy in the form of current and voltage. The LQH3NPN470MMRE is an SMD type inductor, which combines the features of a chip capacitor and an inductor in one single package. Its small size, low profile, and high stability make it well-suited for automotive applications.

The LQH3NPN470MMRE is widely used in a variety of high-frequency electronic equipment, such as radios, TVs, game consoles, tablet computers, and cellphones. It is also suitable for use in harsh environments, such as outdoor operations, high-altitude operations, and low temperatures. Because of its low profile, the inductor is also suitable for designs with limited space. Its high reliability makes it an ideal choice for mission-critical applications.

The LQH3NPN470MMRE is designed to have a maximum operating temperature of -55°C to +125°C, an inductance range of 100uH to 470uH, and a rated current of 0.94A. Its winding consists of a copper slug wire and a ferrite core, and its construction ensures that the inductor can handle large amounts of current with minimal energy loss. The core also helps to reduce magnetic interference and increase thermal stability.

The working principle of the LQH3NPN470MMRE is based on the intelligent integration of magnetic forces. The assembly is designed to provide a high inductance and low DC resistance. This assembly is used for noise suppression, filtering, and providing constant current to the signal. This inductor also reduces the size of circuits, thus making them more compact and efficient.

The LQH3NPN470MMRE is an ideal choice for a wide range of applications, from automotive, industrial, and consumer electronics to medical and aerospace applications. It features robust construction, low profile, and high stability, making it suitable for challenging applications. Its low profile and high current handling capability make them ideal for designs with limited space, while its high reliability ensures that the inductor can perform in mission-critical applications.

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