FSLU2520-1R8JP2 Inductors, Coils, Chokes

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Fixed Inductors

The FSLU2520-1R8JP2 inductor is a fixed inductor made by Coilcraft. It is designed to operate within the range of 1.8mH to 2.2mH and has a Q factor of 40. This type of fixed inductor can be used in various applications for various purposes, such as power supply related applications, providing filtering capability in high frequency circuits or for RF applications. In addition, as a fixed inductor, it can be used to provide inductance in an electronic circuit where current flows through the inductor.

Application Fields

The FSLU2520-1R8JP2 fixed inductor has a wide range of applications, from small consumer electronics to large communications systems. It can help to reduce EMI (electromagnetic interference) in communications systems, improve the performance of power supplies, and can also be used in numerous filters, oscillators and amplifiers. In addition, the FSLU2520-1R8JP2 can be used to store energy in a coil and it can also be used in the application of buck and boost converters.

This type of fixed inductor could be used to provide filtering functionality in high frequency circuits such as radio and television. Its high efficiency and low profile allows it to be used in miniaturized consumer electronics. It is also commonly used as part of various switched-mode power supply circuits. It is also widely used in automotive and industrial applications such as automated sensors and controllers.

Working Principle

Fixed inductors, such as the FSLU2520-1R8JP2, work by storing energy in a magnetic field as current passes through it. A fixed inductor consists of core, which is usually constructed of ferromagnetic material, and a coil wound around it. When current passes through the inductor, energy is stored in the magnetic field created by the core and the coil. This energy is then released when the current is reduced or disrupted, which can help to reduce noise and disturbances in a circuit.

The primary job of the fixed inductor is to produce a magnetic field around which the current passes. As current moves through the inductor, it induces a voltage across the windings of the coil, increasing the inductor’s inductance. The inductance of an FSLU2520-1R8JP2 is measured in millihenries (mH), which means that one millihenry is equal to one millionth of a henry. The inductance of an FSLU2520-1R8JP2 can range from 1.8mH to 2.2mH and has an average Q factor of 40.

The Q Factor is a measure of the quality of an inductor and it can tell you how efficient it is. The higher the Q factor, the more efficient the inductor is at producing a specific amount of current. A high Q factor also indicates that the inductor has a low power consumption, making it more suitable for use in power-sensitive applications.

Conclusion

The FSLU2520-1R8JP2 fixed inductor is a versatile and reliable product that can be used in a wide range of applications. From consumer electronics to industrial controllers, this type of fixed inductor can help to reduce EMI, improve the performance of power supplies, and provide filtering, oscillation and amplification capabilities. It also has a high efficiency and low power consumption due to its high Q factor. All in all, the FSLU2520-1R8JP2 is an excellent choice for a variety of applications.

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