LQW15AN47NJ80D

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Fixed Inductors are a type of device that are used to store magnetic energy in an electrical circuit. They are a passive electronic component that usually consists of a conductor, typically a coil of wire, wrapped around a metallic core or ferrite. This component is commonly used to prevent large currents from flowing through a circuit and to create a radio-frequency barrier.

The LQW15AN47NJ80D is a type of Fixed Inductor. It is a surface mount, low-profile chip inductor which has been designed for high-frequency applications, such as those found in wireless communications, mobile phones, computers, and various electronic control systems.

The LQW15AN47NJ80D works by creating an alternating magnetic field that induces a voltage across an inductor. In this case, the alternating magnetic field is produced by the current flowing through the wire coil and the ferrite core. This alternating magnetic field creates an electric field that generates the voltage across the inductor. The voltage output of the inductor depends on the inductance of the coil, the inductor’s current rating, and the frequency of the alternating current.

The LQW15AN47NJ80D boasts a wide range of applications in different radio-frequency and high-frequency fields, including the following: wireless communication systems, such as cellular phones and radios; base-station amplifiers; automotive electronics; digital TV receivers; and satellite navigation systems.

The device is constructed of low-profile chip constructions with wide operating temperature ranges and is suitable for high-frequency applications. It also has a high inductance-to-volume ratio, which means that it requires less space than traditional inductors.

When considering which type of Fixed Inductor is best suited for a given application, it is important to consider the size, inductance, and operating frequency, as well as the desired voltage and current specifications. The LQW15AN47NJ80D is a great choice for a wide variety of applications due to its high-frequency performance, low-profile construction, and excellent inductance-to-volume ratio.

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