3094-562KS

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Fixed Inductors are components used in many kinds of electrical systems and they are available in a wide variety of styles and implementations. One particular fixed inductor, the 3094-562KS, is a particular type of inductive device which is used in commercial and industrial electronic circuitry applications. This inductor provides excellent characteristics and low attenuation, making it one of the best choices for almost any type of electrical system.

The 3094-562KS fixed inductor is a high-power, high-frequency fixed inductor formed by winding a coil of copper and ferrite core onto a Nitrogen-filled blister package. The total number of turns is 254, with an effective inductance of 0.054 mH and a rated current of 4.2 A. It is designed to work in a wide range of temperatures, from -55 °C to +125 °C. This inductor also features a low-resistance connection for an excellent performance, and a high-frequency tolerance of less than 1 mH.

The 3094-562KS fixed inductor is widely used in vibration and motion detection systems, automotive, and communication power applications. It is ideal for applications such as overvoltage protection, noise suppression, and voltage regulation. Due to its excellent performance, it is often used as an energy storage device in power supplies and backup systems. Its low profile allows for easy installation in tight spaces and in an array of configurations.

The working principle of the 3094-562KS fixed inductor is based on Faraday’s law of induction. When an electric current passes through the inductor’s coil, it produces a magnetic field. As the current increases or decreases, the magnetic field also changes, inducing an electric current proportionate to the change in current. This inductance is able to maintain the current within limits, providing a steady output..........................................

The 3094-562KS fixed inductor is a great option for many applications, from high-frequency filter design to high-current power supplies. Its excellent characteristics and low-noise operation make it one of the most popular solutions for many applications. Thanks to its low profile and inductance values, it is able to provide a wide range of performance capabilities even in tight spaces.

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