B82422A3471K100

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Fixed Inductors are electronic components that are typically used to provide filtering, energy storage, and matching in a variety of circuits. The B82422A3471K100 is a popular fixed inductor, and this article will discuss its application field, working principle, and features.

Application Field

The B82422A3471K100 is mainly used in high frequency circuits for inductive compenstion and filtering. It is most effective in applications that require a high current capacity with low losses, such as resonating circuits and high frequency buck regulators. It also finds use in high frequency antennas, clock circuits, and power supplies.

Working Principle

The working principle of the B82422A3471K100 is based on electromagnetism and the behavior of current in a conductor. It works by converting electrical energy into a magnetic field, and then converting the magnetic field into electrical energy. When a current is applied, an opposing magnetic field is generated within the inductor. This magnetic field will then induce an opposing voltage within the inductor, which can be used to store energy or filter out unwanted signals.

Features

The B82422A3471K100 offers a wide range of features that make it ideal for high frequency applications. It has a maximum current rating of 1.7 Amp and an inductance of 0.47 uH, making it suitable for high frequency circuits. Its narrow PCB outline and low profile make it easy to integrate into tight spaces, and its maximum temperature rating of +105°C enables it to operate in environments with high temperatures. its maximum mounting height of 0.68 mm ensures that it will fit in any PCB, and its high Q factor of 750 makes it ideal for high frequency circuits that require low losses.

In conclusion, the B82422A3471K100 is a popular fixed inductor that is primarily used in high frequency circuits for inductive compenstion and filtering. It has a maximum current rating of 1.7 Amp, an inductance of 0.47 uH, and a high Q factor of 750, making it ideal for applications that require high current capacity and low losses. Its narrow PCB outline and low profile make it easy to integrate into tight spaces, and its maximum temperature rating of +105°C makes it suitable for high temperature environments. Its maximum mounting height of 0.68 mm ensures that it will fit in any PCB, making it an excellent choice for high frequency applications.

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