LQH32PBR47NN0L

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Fixed inductors, also known as fixed or inductors, are a type of electrical component used to store electrical energy in an electromagnetic field. They are widely used in power supplies, rectifiers, electronic filters and other electronic circuits that frequently contain inductive loads. The LQH32PBR47NN0L fixed inductor is commonly used in automotive, industrial, medical, and consumer electronic applications.

A typical LQH32PBR47NN0L fixed inductor is constructed with a metal core surrounded by a ceramic body and a ferrite core with a steel or nickel casing. The core material for this fixed inductor is usually made of ferrite, but various other materials can also be used (such as iron, nickel, aluminum, or cobalt) depending on the application. The inductor is composed of an inner and an outer coil with mesh outer casing material. One or more of these coils act to store the electrical energy that is generated when alternating current is applied.

The working principle of a fixed inductor is based on the Faraday’s law of induction, which states that an induction electric field is generated when a changing magnetic flux lines cut through a conductor. In the case of the LQH32PBR47NN0L fixed inductor, when an alternating current is applied on its terminals, the metal core will produce a magnetic flux around its windings, causing a corresponding voltage to develop. This voltage is responsible for storing the electrical energy in the magnetic field formed.

The fixed inductor can be used for a variety of purposes, ranging from power conditioning, signal processing, filtering, and motor control to noise suppression, pulse shaping, and signal isolation. Its application field also includes automotive applications like airbag control systems, infotainment systems, and fuel injectors, as well as consumer and industrial applications like power supplies, electric tools, and communications devices.

The LQH32PBR47NN0L fixed inductor can provide high performance and reliability in demanding applications. It offers excellent magnetic properties, especially in terms of inductance. It is also available in a range of different sizes and configurations, allowing designers to find the perfect solution for their specific requirements. Additionally, it has excellent frequency response performance, enabling it to effectively filter out-of-frequency signals. It is also highly resistant to thermal and mechanical shock, ensuring superior reliability and long-term performance.

The LQH32PBR47NN0L fixed inductor is an ideal choice for a variety of applications. Its excellent performance and high reliability make it a perfect solution for automotive, industrial, medical, and consumer electronic applications. With its wide range of configurations, it can be customized to meet specific requirements, and with its excellent frequency response performance, it can effectively filter out unwanted noise and signals.

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