PG1083.103NL

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Fixed inductors are electronic components designed to introduce a known inductance into the circuit. They are typically used as part of basic tuning circuits, such as in radio and television sets. The specific fixed inductor, PG1083.103NL, is an inductor that introduces an inductance of 10.2µH yet is capable of withstanding currents up to 1.8A along with noise suppression and interference reduction. It is used in various circuits and applications, typically in the automotive electronics industry.

The working principle behind this specific fixed inductor relies on a coil of wire to produce a magnetic field when an electric current is applied. The strength of the magnetic field is proportional to the current and the resistance is proportional to the inductance. By adjusting the number of turns of the wire coil, the inductance can be controlled. This is the basic principle used by the PG1083.103NL.

The inductor has the capacity to handle 1.8A of output current and is optimized for noise immunity, EMC performance along with a number of other features. It is also designed to be highly stable with temperature fluctuations and is ideal for automotive applications. The small form factor of the inductor, and its capability to handle higher currents, make it a great choice for difficult to reach areas where space is constrained without sacrificing performance.

The PG1083.103NL is specifically designed for automotive applications where its high temperature resistance and noise suppression make it ideal for the sensitive electrical environments typical in modern cars. It is also optimized for audio and video circuitry, such as stereo systems, televisions, and other consumer electronics. It is often seen in the construction of various expanders, voltage regulators, and inverters.

In summary, the PG1083.103NL is a fixed inductor designed for automotive applications, audio and video circuitry, and other consumer electronics. It is capable of handling 1.8A of output current and is highly stable with temperature fluctuations. It is optimized for noise immunity, EMC performance, and a number of other features. Its small size and high current capacity make it a great choice for difficult to reach areas, such as in automotive applications.

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