B82432H1683K000

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Frequency - Self Resonant:	--
Series:	B82432
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Tolerance:	±10%
Inductance:	68µH
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Part Status:	Last Time Buy

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Fixed Inductors

The B82432H1683K000 is type of fixed inductor. This kind of inductor has a wide range of applications in various fields and works on a simple yet clever principle. This article explores the application field, the working principle, and some properties of B82432H1683K000 fixed inductors.

Applications

A typical application for B82432H1683K000 fixed inductors is in the fields of communications engineering (including cellular phone, GPS navigation systems, military and aerospace projects, cable TV, etc.), power supply engineering, electronic load, and automotive engineering. In communications engineering, B82432H1683K000 fixed inductors are used for impedance matching, noise filtering, and signal protection. They are vital components in the power supplies of electronic load systems. They also form important components in applications related to radar, radar absorbers, resonators and antenna design. B82432H1683K000 fixed inductors are also found in high power supplies worthy of being powered by more than one source.

Working Principle

In essence, the B82432H1683K000 works by converting ac electrical energy into stored magnetic energy, and then back into ac electrical energy. This is possible because of Faraday’s law of induction which states that when a changing current flows through a looped wire, an electromagnetic field is established and a magnetic flux is created around the wire. The number of magnetic flux lines created depends on the intensity of the current. This flux, in its turn, induces a voltage in the wire.The basic structure of the B82432H1683K000 consists of two or more turns of an insulated copper wire wound around a magnetic core. Upon an increase in current, more magnetic flux lines are created both inside the coil and in the core material. This flux then cuts through the turns of the coil, thereby inducing a voltage in it. This in turn creates opposition to the change in current, and thus a voltage is induced in the coil. This is known as the induced voltage.

Other Properties

There are several other qualities of B82432H1683K000 fixed inductors worth noting. Their specifications can range from 0.22µH to 10mH with current ratings as high as 8,700mA. They also have a self-resonant frequency (SRF) of between 0 and 10MHz. The SRF of a fixed inductor is defined as the frequency at which the inductive reactance of the device is equal to the resistance. Furthermore, B82432H1683K000 fixed inductors are highly temperature stable, and thus they can be used in high temperature environment, such as in automobile engines.

Conclusion

In conclusion, B82432H1683K000 fixed inductors have a wide range of applications in various engineering fields. They follow the principles of Faraday’s law of induction and convert ac electrical energy into stored magnetic energy, and then back into ac electrical energy. Generally, they are highly temperature stable and can be used in high temperature environment. Other noteworthy qualities are their specifications (0.22µH to 10mH) and high current rating (up to 8,700mA).

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