PG0642.152NLT

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Fixed inductors are electronic components that store a certain amount of energy in the form of a magnetic field. They are typically used in AC circuits as resonant inductors, and in DC circuits as filters or chokes. The PG0642.152NLT is an example of a fixed inductor, and is typically used in AC circuits to provide impedance, filtering, and resonance control.

The PG0642.152NLT is a fixed-bodied inductor constructed from an oxidation-resistant ferrite core and copper conductors. It has an outer diameter of 6.4mm, a height of 15.2mm, and a total inductance of 280μH. The maximum operating temperature is 85°C, and the inductor is rated for an input voltage of 125V.

The inductor\'s main purpose is to oppose any AC changes in current flow. AC changes create a voltage drop across the inductor, causing it to consume power. The voltage drop will increase as the frequency of the AC current flow increases. The PG0642.152NLT is designed to absorb a specific frequency range, typically found in home wiring or audio applications. This frequency range is determined by the product\'s inductance value.

The inductor is typically used in audio circuits, where they are used to control the attenuation of the higher frequencies. This attenuation helps to reduce noise and distortion, as well as preserve the integrity of the lower frequencies. The inductors can also be used in power supplies, where they create a smooth frequency response and better temperature stability.

The PG0642.152NLT is a highly efficient inductor, with an efficiency rating of up to 92%. It is small and lightweight, making it suitable for use in portable applications such as smartphones and tablets. The inductor also has a high level of tolerance, with a peak inductance tolerance of up to 15%.

In summary, the PG0642.152NLT is a fixed inductor used in AC circuits to provide impedance, filtering, and resonance control. It is suitable for use in a variety of audio and power supply applications, and is highly efficient and lightweight. The inductor also has a high level of tolerance, making it a reliable choice for any application.

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