VLF302512MT-150M-CA Inductors, Coils, Chokes

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Fixed inductors are the simple electronic components, which are used to store energy in the magnetic field. The VLF302512MT-150M-CA inductor is a common type of fixed inductor. It is a surface-mountable component, designed for use in a range of electronic applications.

The VLF302512MT-150M-CA inductors come in the form of a thin, rectangular metal core enclosed in a black plastic casing. The inductors measure 12mm long and 10mm wide, and their maximum operating temperature is +150C, the mounting height being 6mm. The VLF302512MT-150M-CA inductors are available in various inductance values, ranging from 10nH to 300nH.

The VLF302512MT-150M-CA inductor has a wide range of application fields. It is used in the industrial, automotive, computer, and telecommunications sectors due to its high reliability and wide operating temperature range. The inductors are also used as filters in power supply circuits and as an integrated part of transceiver radios in consumer electronics. The inductors are suitable for use in high voltage/low current circuits, where their large inductance makes them ideal for reducing current noise and EMI interference.

The working principles of the VLF302512MT-150M-CA inductor operate based on Faraday’s law of induction, which states that a change in the current through a conductor will induce a voltage in the conductor. In an inductor, this principle is used to create an opposing electromotive force to the change in current which can be used to control the flow of electricity. By varying the amount of flux created by the inductor, the current flowing through it can be reduced, allowing it to act as a filter. The inductor is also capable of storing energy in its magnetic field which is released when the current through the inductor is reduced.

In summary, the VLF302512MT-150M-CA inductor is a fixed inductor with high reliability and a wide operating temperature range. Its application fields are numerous, making it a versatile component in a range of different circuits. Its ability to store and control currents is based on the principles of Faraday’s law of induction, making it a powerful component in the efficient use of electricity.

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