232R2C

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Fixed Inductors

The 232R2C is a fixed inductor, which is an important and essential component of an electronic circuit. It is an electromagnetic device that stores energy in a magnetic field as current passes through it and can be used in many applications.

A fixed inductor is typically composed of a coil of insulated wire, usually of wire measuring as small as 39 AWG, wound around a cylindrical core of iron, ferrite, or air. The core material is carefully selected for its characteristics, such as a high permeability and a low core loss.

The 232R2C is a small, cylindrical fixed inductor with an inner diameter measuring just 9.6 mm. The inductance is set at 2.32 mH, and it can handle current up to 1.2 A depending on its application.

These fixed inductors are used in applications that require high frequencies or very low magnetic interference. They are commonly used in power supplies, audio systems, radio broadcast systems, and medical equipment. Fixed inductors provide filtering by eliminating radio frequencies that can be disruptive to telecommunications systems.

The working principle of fixed inductors is based on Faraday’s Law of Induction. This law states that when a conductor is placed in a changing magnetic field, an electric current is induced in the conductor. The current in the coils of an inductor is opposed by the magnetic field created by the inductor, generating resistance that opposes the current.

Based on this law, the amount of current passing through the inductor can be controlled by varying the strength of the magnetic field, as this will create a greater or lesser degree of resistance. This is why the inductance of an inductor is important, since it can be used to control the amount of current flowing through it.

Fixed inductors are an important component for electronic circuits, since they can be used to regulate voltage and current throughout the circuit. Their small size makes them ideal for many applications, and their ability to control current makes them highly efficient for power management.

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