LQH5BPN3R3N38L Inductors, Coils, Chokes

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Fixed inductors are widely used across most applications in the electronics industry. The LQH5BPN3R3N38L is an example of a high-performance fixed inductor specifically designed for automotive, power, and industrial applications.

The LQH5BPN3R3N38L is a fixed inductor with a low saturation profile, allowing for increased inductance under high current ratings. It is a surface-mount, molded, axial through-hole Inductors with a maximum rated inductance of 3.3uH, a maximum DC current of 8.2 A, and an SRF frequency of 1.1 GHz. It is designed to deliver a maximum inductance of 18.8H and a maximum DC current rating of 17.2 A.

The working principle of a fixed inductor can be explained by Faraday’s law. This states that when a conductor passes through a magnetic field, an electromotive force is induced. This electromotive force is then converted into electrical current. In a fixed inductor, the induced current then builds up to a certain amount, creating a magnetic field around the conductor, which encourages the formation of a loop of current within the inductor.

The LQH5BPN3R3N38L has a variety of uses, in both consumer and industrial electronics. It can provide radios, amplifiers, and audio systems with a smooth frequency response, limiting distortion and improving sound quality. In automotive, it can be used to provide a lower output voltage, which increases efficiency and helps reduce noise. In the industrial field, it is used in power supplies, where it can reduce the ripple of AC current. This helps to improve the efficiency and stability of a system.

The LQH5BPN3R3N38L is also designed to resist high temperatures, making it suitable for use in applications where temperature control is of critical importance. It is suitable for use in applications that require high current ratings, such as motor control, UPS systems, and automotive applications, where it can provide greater efficiency and reduce energy consumption.

Overall, the LQH5BPN3R3N38L is a high-performance fixed inductor that has a variety of uses in the automotive, power, and industrial fields. Its low saturation profile increases inductance under high current ratings, and its high temperature resistance ensures reliability in a range of applications. By understanding its working principle and application field, engineers can gain insight into how it can improve their electrical designs.

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