P1171.823NLT

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Fixed inductors are electrical components used to store energy in an electronic circuit. The inductor stores this energy in the form of a magnetic field. The P1171.823NLT is a type of fixed inductor designed for use in high frequency applications, such as switching power supplies, mobile phones, and other communication systems.

The P1171.823NLT has a construction composed of an anodized aluminum core, a high permeability magnetic material, and a dielectric sleeve. The aluminum core is surrounded by a rectangular shape of insulating magnetic material with four pins soldered directly to the aluminum core. The combination of the magnetic core and the anodized aluminum core allows for the transfer of energy to the inductor with minimal losses.

The dielectric sleeve has a double-sided surface and two copper rings around the circumference of the sleeve. The double-sided surface minimizes radiation and the two rings allow for the measurement of the inductance in different applications. Furthermore, the inductor is formed into two bundles, one on each side of the sleeve, which helps to reduce losses caused by currents flowing through the inductor.

The working principle of the P1171.823NLT is based on the principle of magnetically storing energy. The inductor has an individual coil of windings which carry an alternating current. This alternating current creates a magnetic field which stores energy. The stored energy is released and used in the electronic circuit when needed.

The P1171.823NLT can be used in various high frequency applications where accuracy and reliability are critical. It is suitable for use in switching power supplies, radio and video amplifier circuits, wireless communications, automotive systems, and other circuit applications. The inductor provides an efficient and reliable way to transfer energy with minimal losses.

The P1171.823NLT is one of the most advanced and reliable inductors available on the market. Its construction and design provide the necessary accuracy and performance needed in high frequency applications. The combination of the aluminum core, the high permeability material, and the dielectric sleeve make it an ideal solution for various applications in various fields.

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