160R-182JS

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Fixed inductors are essential components of electrical systems. They are used in applications ranging from power supplies, amplifiers, digital and analog circuits, and digital processing systems. Fixed inductors are usually comprised of a coil or a ferrite core, usually housed in a metal or ceramic enclosure. Inside the enclosure is a copper coil or ferrite core, or both, depending on the particular application.

The working principle of a fixed inductor is based on Faraday’s law of induction. When a changing current passes through the inductor, an electromagnetic field is generated, which induces an electric voltage in the primary coil. The voltage is then applied to a secondary coil. The secondary coil generates an output voltage determined by the primary voltage, the inductance, and the frequency of the current.

The 160R-182JS from KEMET is a high-performance surface-mount fixed inductor. This device is rated for frequencies from 0 MHz to 1 GHz, with a current rating of 5A. The inductance is specified as 0.92uH, with an inductance tolerance of ±10%. The device is constructed of high-temperature resin-coated copper wire and ferrite, and is rated for up to 80°C to 125°C of operating temperature. The temperature stability is rated at 0.15uH/°C.

The 160R-182JS is designed for use in high frequency applications, such as high-speed digital circuits, power amplifiers, filters, signal conditioning, and other high-frequency circuit design. It can be used in both AC and DC applications. Its low ESR/ESL ensures fast circuit switching, which increases the efficiency and reliability of the system. Additionally, this device is designed to reduce cross talk between digital circuit elements, minimizing interference, and enhancing data integrity.

Overall, the KEMET 160R-182JS is a powerful and reliable fixed inductor designed for use in a variety of high-frequency applications. It has a high surge current rating and low ESR/ESL, making it suitable for high-speed and power amplifier designs. Its temperature stability and low ESR/ESL also make it ideal for digital systems, reducing cross talk and ensuring data integrity.

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