1264EY-101M=P3

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Fixed Inductors offer added inductance for the function of an application circuit and are constructed to manage the amount of inductance more precisely than variable inductors. They usually consist of a wire winding around a magnetic core or without one, a bobbin or an air core, with the inductance depending on the number of turns and the choice of core material used.

The 1264EY-101M=P3 is an especially popular fixed inductor due to its numerous applications. It is classified as an axial-leaded, radial, leaded, molded-coating, auto-insertable, three-layer, radial inductor, and is 10mH with a 3.2 ohm working resistance. It has a low DC resistance with a machine-insertable temperature rating of -25 to +85°C. This fixed inductor is primarily used in mobile phone antenna switching, port/SIM switching, receiver switching, and multi-band switching applications.

The basic principle of operation of a fixed inductor falls under the concept of Faraday’s law in Electromagnetism and is the result of the inductor’s ability to store energy in the form of a magnetic field. An electric current will flow through an inductor when an electric potential exists across it, and this current builds up a magnetic field. As the current continues to increase, the field grows and causes the inductor to oppose the change in current, thus creating an inductive reactance. This can be seen in the fixed inductor 1264EY-101M=P3 which stores energy within its core and returns it to the circuit.

As mobile phone antenna technology advances, the ability for a fixed inductor to create a better wireless experience for users is enabled. The 1264EY-101M=P3 fixed inductor is able to provide a robust solution with its low DC resistance and high machine-insertable temperature which ensures that circuitry operating with this inductor not only attains the operational frequency target, but also remains within its characteristic stability. This makes it a suitable candidate for a host of industrial applications where reliable and high-quality performance with exceptional stability is required.

Therefore, fixed inductors such as the 1264EY-101M=P3 offer multiple advantages in a wide range of applications due to their ability to store energy in the form of a magnetic field and release it to the circuit. This inductor is used primarily in mobile phone antenna switching, receiver switching, port/SIM switching, and multi-band switching applications. Its resistive strength and temperature resistance also make it a great option for a number of industrial applications.

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