36541E8N7JTDG

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Fixed inductors, whose model number is 36541E8N7JTDG, are coil devices that are used to store energy in an electric field. They usually consist of a coil facing in a particular direction, a ferromagnetic core, and a wire winding. As alternating current (AC) flows through the coil, the induced current experiences a delayed wave form resulting in the buildup of electric charge between the two plates of the inductor.

Fixed inductors are typically used to maintain or increase the voltage of an AC circuit, filter out unwanted noise from the signal, cancel out the DC component from a signal, and limit current in a circuit. They can also be used in computer aided design (CAD) software to simulate electrical behavior of systems and filter out RF noise from cables and other RF noise sources.

The working principle of a fixed inductor is based on Faraday’s Law of Induction. Faraday’s Law states that an electric current in a coil will induce an opposite electric current in another coil that is placed near it. Therefore, when current flows through the coil of a fixed inductor, the inductor coil experiences a field of flux, which induces an opposite current in the facing plate. This opposing current increases the voltage of the inductor in the direction of current flow.

The flux of an inductor is affected by the core material used. Common core materials used in fixed inductors are ferrite, iron and steel. Ferrite cores are used for high frequency AC applications because they have less hysteresis loss and higher inductance than steel and iron cores. Iron cores are used for low frequency applications because of their higher permeability and saturation field. Steel cores are used when high power ratings and saturation levels are required.

The wire winding of the inductor is an important part of the design. The number of turns and the value of the wire material determine the inductivity and operating frequency of the fixed inductor. The winding can be of single-layer, double-layer or multi-layer type depending on the application. The number of turns on each layer, the size of the wire, and the insulation used all affect the core size and inductance of the inductor.

The value of the inductor can also be affected by external factors like temperature, humidity and radiation levels. Therefore, fixed inductors need to be designed with appropriate temperature and environmental protection features to maintain performance over time.

In conclusion, fixed inductors are coil devices used to store energy in an electric field. They are commonly used in AC signal conditioning and filtering applications. The working principle of a fixed inductor is based on Faraday’s Law of Induction and the core material, wire winding, and insulation used will affect the inductance, frequency, and other characteristics of the inductor.

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