P1166.124NLT Inductors, Coils, Chokes

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Fixed inductors, also known as inductive coils or chokes, are electronic components used in electronic circuits that store electrical energy in a magnetic field and can be used to reduce high frequency noise. The P1166.124NLT inductor, produced by Kyocera Corporation, is a non-polarized type designed to reduce electromagnetic interference (EMI) in high speed digital circuits. It is constructed of a ferrite core and a copper winding which is encased in epoxy resin.

The use of this inductor can be seen in a range of applications that require the filtering of high speed digital signals from EMI. This includes video and audio applications, where it is used to prevent the interference from digital signals entering and degrading the output audio and video signals. It can also be used in power distribution applications, where it can reduce the amount of noise introduced in the system by shielding the power supply lines.

The P1166.124NLT shares the same basic working principle with any other type of inductor. A changing current causes a changing magnetic field to be created in the vicinity of the inductor coil. A counteracting electromotive force, known as inductance to oppose this current, is produced and cancels out the original current. This allows the inductor to act as a filter and absorb any unwanted high frequency signals, reducing EMI in the system.

The P1166.124NLT has many advantages over other inductors, including its very high working frequency of over 10 GHz, making it an ideal choice for use in high speed digital circuits. It also offers very low DC resistance and high insulation resistance, as well as very low levels of EMI output, so it can be used in a variety of applications without introducing any significant levels of interference. Finally, it is relatively inexpensive for this type of inductor.

The P1166.124NLT is a versatile, high performance inductor that has a wide range of applications in a variety of modern electronic systems. Its ability to reduce EMI makes it a great choice for audio, video, and power distribution applications, as well as for use in high speed digital circuits. Its high working frequency and low resistance make it a great choice for any application where EMI reduction is required.

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