79F470K

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Fixed Inductors are electrical components that have a magnetic core surrounded by a coil of wire. This coil of wire is what produces the magnetic field when a current passes through it. The 79F470K is an example of a Fixed Inductor.

The 79F470K’s application fields can range from inductive heating, feedback for power amplifiers and audio filtering. It is also often used as a transformers to transfer electrical energy from one circuit to another. The 79F470K can also be used in telecommunications networks, such as broadband DC-DC converters, as well as flash memory and motor driver applications.

The working principle of the 79F470K is based on how the magnetic field of this inductor interacts with an electric current. When electric current passes through the coil, a magnetic field is created around it. This magnetic field then interacts with the nearby electric current, and the inductor absorbs some of the energy from the current. This is what gives the 79F470K its inductive characteristics.

When it comes to inductor characteristics, the most important factor is the inductance rating. The higher the inductance rating of an inductor, the higher the current it can absorb. The 79F470K has a rated inductance of 4.7 mH, which makes it suitable for applications where a tall inductance is necessary. It can also handle a peak current of up to 11 amps, again making it suitable for applications with higher requirements.

The 79F470K has an extended temperature range, making it capable of operating in high temperature environments. It also has a higher tolerance to temperature variation, which is important for applications where temperature fluctuations are common. Its non-inductive windings also make the 79F470K more efficient and stable in high current applications.

The 79F470K is a rugged and reliable component which has several applications in a variety of industries. Its high inductance and tolerance to varying temperatures make it a great choice for power amplifiers, audio filters, DC-DC converters and other applications that require high quality components. Its extended temperature range also makes it a great choice for applications that must be operated in extreme conditions.

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