PE-53661BNL

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Fixed inductors play a key role in the operation of many electronic circuits. As the name suggests, a fixed inductor has a fixed inductance value given to it by the manufacturer. PE-53661BNL is one such fixed inductor, manufactured by Panasonic Electric Works, with several interesting applications and operating principles.

PE-53661BNL is a fixed inductor that is designed for use in power supplies, motor control systems, switching converters, and various other circuits. It is a non-polarized, axial lead type of inductor, with a self-heating temperature range of -40 to 85°C. It is built from high-purity magnetic steel and a ferrite core, and is rated to have a rated DC current of 2A. The inductance of PE-53661BNL is 5.36 mH/16T.

It is in wide use across many applications. In switching converters, it is often used in Choke circuits, where it is able to filter out noise and harmonics. In AC systems, it is used in the form of a filter inductor, where it is capable of providing stable voltage and current flow. It is also commonly used in various power supplies for protecting AC equipment from power surges and in motor control systems for controlling the speed of a motor. In radio and audio equipment, it is used to regulate the signal from the main amplifier to the head set.

The working principle of PE-53661BNL is similar to that of all other fixed inductors. It uses the property of inductance to generate a magnetic field when current flows through it. It does so by making use of its ferrite core to create a magnetic flux, which is then opposed by the eddy current that is created in response to the flowing current.

The magnitude of the effect created is proportional to the strength of the current flowing through the inductor, and is determined by two factors: the cross sectional area of the ferrite core and the number of windings present on it. Both of these parameters play a crucial role in determining the operating performance of PE-53661BNL.

In essence, PE-53661BNL is an indispensable part of any electronic circuit, as it can help to regulate voltage and current flows, and can provide protection from power surges. Its versatile nature also makes it a popular choice for many applications, which ultimately makes it an integral part of many industrial systems.

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