1008-272G

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Fixed Inductors are electrical components that store energy in the form of an electromagnetic field, typically by the flow of an electric current. They are commonly used in electronic circuits, such as motors, radios, amplifiers, and speakers. The 1008-272G is a fixed inductor which is able to provide a high current and address various high current needs in the audio and power circuits. This inductor has the lowest DCR of its kind on the market, making it an excellent choice for high current applications.

The application field of the 1008-272G fixed inductor is quite wide. This includes applications related to amplifier circuits, charge/discharge circuits, power supplies etc. It is also used in motor control and as an input filter section for ADCs. This type of inductor is especially useful in radio-frequency circuit designs, due to its low DCR and small form factor.

The working principle of the 1008-272G fixed inductor is based on the theory of self-induction. Self- induction is an important property of the inductor which generates an oscillatory electric field when an electric current passes through it. This oscillatory electric field stores energy in the form of an electromagnetic field and releases it when the electric current is changed. The current excitation on the inductor causes a voltage drop across its windings, and the reactance of the inductor is inversely proportional to the frequency of the alternating current. Therefore, the operation of this type of inductor depends on the ability of the device to store and release its energy to the electric current.

In conclusion, the 1008-272G fixed inductor is a highly-efficient electrical component for high current applications that offers a low DCR, a small form factor, and excellent reliability. This makes it an ideal choice for motor control, amplifier circuits, charge/discharge circuits, power supplies, radio-frequency designs and other applications. This type of inductor works on the principle of self-induction which utilizes the oscillatory electric field to store and release its energy to the electric current, making it an excellent choice for circuit designs.

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