B82442T1185J50

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Fixed Inductors

Fixed inductors, also known as high-current inductors, are inductance devices with a coil or other structure that can produce an inductance value when an AC current passes through it. Fixed inductors are used to produce inductances with various attributes such as low power consumption, high inductance values, and a high degree of electromagnetic interference suppression for applications such as radios, audio equipment, and video equipment. The B82442T1185J50 is a high-current fixed inductor manufactured by EPCOS/TDK which features a rated inductance of 0.011µH, a rated DC resistance of 0.14Ω, and a rated current of 840mA.

The B82442T1185J50 is a component used to filter out unwanted noise and prevent false triggering of circuits in electronic applications. This inductor is typically used in power supply, automotive, communications, and consumer electronic applications. The B82442T1185J50 has a copper-plated steel ferrite core, which provides low core loss and a higher inductance value compared to other fixed inductors. The component also features high current saturation and excellent reliability.

The general working principle of an inductor is that when a current is applied to its core, a magnetic field is created. When this magnetic field collapses, it induces an electric field in the opposite direction of the current. This electric field induces an opposing current, thus creating the inductance. This inductance is equal to the amount of current flowing through the inductor times the number of wire coils in it.

The B82442T1185J50 is a reliable component that is suitable for a wide variety of applications. Its wide range of properties makes it suitable for use in a wide range of electronic equipment. This inductor has a copper-plated steel ferrite core which increases stability and helps to reduce core loss. It also features a high current saturation level, excellent reliability, and a low DC resistance. Additionally, its design provides excellent noise suppression in applications that require it. This makes it a great choice for power supply, automotive, communications, and consumer electronic applications.

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