2150-04J

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Fixed inductors are among the most important component in electronic devices. The 2150-04J is a fixed inductor is specifically designed in a smaller size and can be used for a variety of low frequency electromagnetic applications. Here, we will discuss the application field and working principle of the 2150-04J fixed inductor.

The 2150-04J is a low-profile inductor designed for self-fluxing induction and low frequency electromagnetic applications. It is typically used as a filter, frequency modulation, and signal sensing element. The inductor can handle higher currents and provides a high-efficiency, low-cost solution for low-profile inductive devices. It contains a ferrite core, permanent magnet, and windings. The ferrite core acts as a magnetic shield, which helps reduce the effect of magnetic field on other components in the device.

The working principle of the 2150-04J is based on Faraday\'s law of induction. The inductor consists of an iron core surrounded by a coil of wire with a number of turns proportional to the inductance requiring. When energized, the electric current in the wire induces a magnetic field which creates a circular magnetic path around the wire. This generates an opposing magnetic field which forces the current in the wire to decrease and the energy stored in the form of an inductive reactance is increased. This transient induced voltage will decay over time and eventually become zero, thus causing a decrease in the total inductance.

In conclusion, the 2150-04J is a fixed inductor designed specifically for low frequency electromagnetic applications. It consists of a ferrite core, permanent magnet, and windings and works on the principle of Faraday\'s law of induction. The inductor can withstand higher currents and offers a cost-effective solution for low-profile inductive devices. It is well suited for self-fluxing induction and other applications such as frequency modulation and signal sensing.

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