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Fixed Inductors

An inductor is an electronic component that stores and releases energy in the form of a magnetic field. It is a passive device that utilizes a coil of wire wrapped around a core material (magnetic, ferrite, powdered iron, etc.) to generate a fixed amount of inductance. Fixed Inductors are designed to create a specific number of loops, turns or layers for a specific inductance level. The NL565050T-472J-PF is a high-reliability inductor used in a wide range of applications.

NL565050T-472J-PF Application Field and Working Principle

The NL565050T-472J-PF fixed inductor is a four layer, shielded, high-reliability inductor that is used in a variety of applications such as electronic filters, voltage or current transformations, and signal transmission. Primarily, it is utilized where high-energy currents and voltages are required. As a reliable inductor, it is well suited for demanding industrial, automotive, and medical environments. It has a low resistance level for high current applications and features good thermal performance.

The core material of the NL565050T-472J-PF is composed of 4 overlapping coils of copper wire wound with a solid ferrite core and encapsulated in a clear demountable case. The inductor is shielded by an electro-statically applied epoxy coating on the inside of the case. The coated case and core reduce magnetic interference from outside sources, allowing it to maintain its high-reliability performance.

The NL565050T-472J-PF fixed inductor operates on Faraday’s Law, which states that the current entering a device is directly proportional to the magnetic field that the device produces. As the magnetizing current increases, the magnetic field density increases, and subsequently the inductance of the device increases. This law holds true for any circuit containing an inductor. This property allows the NL565050T-472J-PF to be used in voltage transformation circuits where an input voltage is transformed to a higher or lower output voltage.

The NL565050T-472J-PF inductor can also be used in radio frequency (RF) circuits to filter out unwanted frequency signals or to alter frequency bands. The inductance can be tuned by changing the core material or by increasing/decreasing the number of turns or spacing between turns. It is designed to operate over a temperature range of -40°C to +125°C and offers a high frequency up to 4 MHz.

In conclusion, the NL565050T-472J-PF fixed inductor is a reliable and high-performance component used in a wide range of applications. It operates using Faraday’s Law and is capable of withstanding a wide temperature range and high frequency signals. The core material and electro-statically applied coating provide high-mode shielding to help maintain its performance in demanding environments.

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