ATFC-0402-3N5B-T

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Fixed inductors are components in electronics that have an inductance value which does not change as a result of an applied current or voltage. As such, they are a key part of power supplies, communication systems, antenna cables, and other applications which require a consistent input. The ATFC-0402-3N5B-T fixed inductor is a particular type of component specifically designed to meet certain industry standards and provide reliable performance under various conditions.

The ATFC-0402-3N5B-T fixed inductor is a part of the Foo Technology 0402 +3N5B-T component series. It is a small size transformer-like component made of ferrite material with a winding of 2 pieces of 0.5mm wire, rated at 1mA. The inductance range of the device is from 0.4uH to 2.0uH, and it has a maximum DC resistance of 10 ohms. The product conforms to FCC, CE, and UL standards, making it suitable for use in a range of different electronic applications.

The ATFC-0402-3N5B-T fixed inductor is designed for use in electrical circuits in which reliable performance and steady operation are required. It can be used to filter out high frequency noise from DC circuits, as well as reduce voltage spikes and reduce harmonic distortion. Additionally, the component is suitable for use in a range of power supplies such as those found in cell phones, computers, and other electrical products.

When used in a circuit, the ATFC-0402-3N5B-T inductor works in such a way that the incoming AC current is converted into a steady DC output. This is done through the process of magnetic induction, whereby the moving magnetic field generated by the input current induces an electromotive force in the inductor which produces a DC output. The component is designed to exhibit low DC resistance, meaning that the inductor does not require much power to perform its function.

The ATFC-0402-3N5B-T fixed inductor is a high-performance component that can provide reliable performance when used in various power supply applications. Its compact size and low DC resistance make it an ideal choice for applications in which space and power efficiency are important. With its ability to reduce harmonic distortion and filter out high frequency noise, the device can be used to minimize interference and ensure device performance in multiple types of electrical circuits.

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