ELJ-FA390JFD

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Fixed Inductors are electrical components that are designed to provide a controlled inductance over a wide dynamic range with minimal losses. Fixed Inductors are available in multiple forms, including surface-mountable, discrete parts, as well as integrated magnetic components. The ELJ-FA390JFD Fixed Inductor is an integrated component device designed specifically for high-frequency RF/microwave applications.

The ELJ-FA390JFD Fixed Inductor has a wide frequency range, with an operating range from 100 KHz to 1.0 GHz. It is designed for use in wireless communications systems, such as in multi-band cellular systems, and for receiver and transmitter filters. The inductance range of the ELJ-FA390JFD is from 0.33 uH to 10.5 uH, making it an ideal solution for applications requiring a wide dynamic range.

The ELJ-FA390JFD Fixed Inductor is built with an operating temperature range from -55 degrees C to +125 degrees C. It is constructed with a base metal of Nickel-zinc-copper (NiZn) that provides excellent performance in thermal shock and vibration applications. The component is durable and can withstand extended periods of operating temperature. The height of the ELJ-FA390JFD device is only 2.9 mm, making it suitable for applications requiring a small physical profile.

The ELJ-FA390JFD Fixed Inductor device is built to provide maximum power dissipation (300 mW) with minimal loss. It also features a number of important features that make it well-suited for high-frequency applications, including low noise, high stability, low dielectric loss, as well as low series inductance. The device is also built with a manual solderability that makes the component easier to use.

The ELJ-FA390JFD Fixed Inductor is an ideal choice for high-frequency RF/microwave applications such as in multi-band cellular systems or in receiver and transmitter filters. It provides a wide dynamic range of inductance, technical features that make it suitable for common high-frequency RF applications, a compact physical profile, and a manual solderability. The device also features excellent electrical characteristics with its base metal of NiZn, which provides excellent performance in thermal shock and vibration applications.

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