B82442H1184K000

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Fixed inductors, commonly known as chokes, are crucial components in the field of electrical engineering and are often used in a wide range of industries and applications. B82442H1184K000 is a fixed inductor designed for high-frequency AC applications. The component is manufactured by EPCOS, a German industrial conglomerate, and is particularly suitable for use in high-power cars, lighting systems, and other high-frequency switching circuits. This article will discuss the application field and working principle of B82442H1184K000.

B82442H1184K000 is characterized by a high saturation current rating of 17.9A, allowing for high-power applications in a wide variety of industries. This component is ideal for use in high-frequency circuits such as those found in the automotive industry, LED lighting systems, and home electronics. The component’s slim design also makes it highly suitable for use in SMD assemblies and electronic enclosures. The component also offers high thermal stability and excellent current handling capacity, making it suitable for use in a wide variety of applications.

In terms of its working principle, B82442H1184K000 is based on the concept of inductance, i.e. the property of a circuit that allows it to store energy in a magnetic field. The component consists of an inductor, conductor, and iron core, all of which are essential in order to store the energy. When a current is passed through the coil, a magnetic field is formed, and this stored energy can then be used to power circuits that require high-frequency alternating current. The component’s high current rating also allows it to be used in high-power applications without any risk of overload.

In conclusion, B82442H1184K000 is a fixed inductor designed for high-frequency AC applications in the automotive, LED lighting, and home electronics sectors. The component’s high saturation current rating, slim design, and excellent current handling capacity make it ideal for use in SMD assemblies and electronic enclosures. The component’s working principle is based on inductance, allowing it to store energy in a magnetic field and provide high-frequency alternating current when required.

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