7447745076

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Fixed inductors are used in electrical circuits and provide inductive reactance to circuits. They generally come with a variety of inductance values which are fixed and can therefore not be adjusted. The 7447745076 application field and working principle falls into this category of electrical components.

The 7447745076 fixed inductor is a surface mount device that is made up of a ceramic or ferrite core, a wire coil and a metallic case. It is typically used in low-power radio frequency applications. Inductors work by generating an electromagnetic field in response to a flow of electrical current. The 7447745076 inductor creates a field strong enough to resonate with the electrical current or signal. This resonance provides resistance to the flow of electrical current.

The 7447745076 application field includes transmitter, receiver, transceiver, filter, amplifier, noise filter and antenna. This inductor has a minimum inductance of 13uH (0.013mH) and a maximum of 170uH (0.17mH). It is designed to have very low resistance in order to increase the current flow and provide greater efficiency in transmissions. It has a current rating of 0.25A and an operating temperature range of -55°C (-65°F) to +125°C (+257°F).

In addition to its application field, the 7447745076 working principle is made possible by Faraday’s law of induction. This law states that the induced electromotive force or voltage in a circuit is equal to the rate of change of magnetic flux. Magnetic flux is the amount of magnetic field passing through an area of a conductor. When current is applied to the conductor, the magnetic field increases and produces an electromotive force. This voltage is what produces the inductive reactance in the circuit.

The 7447745076 fixed inductor has been designed for use in various types of low-power radio frequency applications. It is capable of providing resistance to the flow of electrical current in order to achieve greater efficiency in transmissions. Furthermore, it is suitable for use in environments where temperatures may reach extreme levels. The component has become increasingly popular due to its low cost and ease of installation.

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