ATCA-02-111M-H

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Fixed inductors are electrical components which are designed to store electrical energy as a magnetic field and release it when required. They are commonly used in radio and audio-frequency circuits, resonant circuits, as well as in different types of filters. ATCA-02-111M-H is a type of fixed inductor that has a wide range of applications, and its working principle can be briefly explained below.

First, it should be noted that the ATCA-02-111M-H fixed inductor has an inductance of 111 mH, a rated current of 0.14 A, and a temperature coefficient of inductance of -45 ppm/°C. These values are used to determine its electrical characteristics and, in turn, its possible applications. For instance, the inductance of 111 mH indicates that this inductor is suitable for radio circuits. On the other hand, its rated current of 0.14 A means that it can be used in circuits that require a relatively low power consumption. Furthermore, its temperature coefficient of inductance of -45 ppm/°C indicates that this ATCA-02-111M-H fixed inductor is suitable for applications in which temperature stability is required.

At its core, the working principle of the ATCA-02-111M-H fixed inductor relies on Faraday\'s law of induction. In this law, a (time-varying) electric field creates a (time-varying) magnetic field and vice-versa. When an electric current passes through the ATCA-02-111M-H fixed inductor, it creates a magnetic field around it which is referred to as its magnetic induction. This magnetic induction creates a time-varying electric field which in turn generates a reverse flow of current in the opposite direction of the main current. This phenomenon is referred to as self-induction and it results in the buildup of the electric energy as a magnetic field in the inductor.

This stored energy can then be released when required. When the current flows in the opposite direction, the magnetic field reverses itself and instead of building up electric energy, it discharges it; this phenomenon is known as inductor discharge. This process is repeated each time an electric current passes through the ATCA-02-111M-H fixed inductor in a direction different than the one it was originally flowing in.

In conclusion, fixed inductors are electrical components which are used in a wide variety of applications. The ATCA-02-111M-H fixed inductor is one such type, with features such as 111 mH of inductance, a rated current of 0.14 A, and a temperature coefficient of inductance of -45 ppm/°C. Its working principle relies on Faraday\'s law of induction and makes use of phenomena such as self-induction and inductor discharge in order to provide the desired functionality.

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