2100LL-2R2-V-RC

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Fixed inductors are used in a wide range of applications including DC-DC converters, battery chargers, and switch-mode power supplies. The 2100LL-2R2-V-RC inductor is a fixed inductor designed for high current applications. It offers a low DC resistance (DCR) and a low-profile package, allowing for greater efficiency in small and complex circuit designs.

The 2100LL-2R2-V-RC inductor is a wound device consisting of a single winding wound in a circular form on a ceramic core. It is rated at 2.2uH with a tolerance of ±10%. This inductor has a maximum DC current rating of 1.73A and a saturation current rating of 2.45A. It also features an anti-surge rating of 10A (50uS) and a maximum temperature rating of 85°C.

The 2100LL-2R2-V-RC is used in power conversion systems, general audio applications, and switching supplies where high current is required. It is a pulse-handling inductor that is suitable for use in DC-DC converters, battery chargers, switch-mode power supplies, and many other high-current applications. The inductor is able to handle high current pulses that normal non-pulse inductors cannot.

The 2100LL-2R2-V-RC inductor is able to provide good performance and reliability due to its low-profile package and the fact that it is not subject to an excessive amount of noise. Its wirewound construction gives it a low DC resistance, allowing for greater efficiency in its applications. The ceramic core also provides good efficiency and temperature stability.

The working principle of an inductor depends on Faraday\'s law of induction which states that when a wire is wound around a magnetic core, a current passing through the wire will induce a magnetic field. This changing magnetic field will in turn induce a current in the wire. In other words, an inductor resists changes in the current flow through it, creating an inductance.

The 2100LL-2R2-V-RC inductor is a high current device that can be used in a wide range of applications. Its low DC resistance and low-profile package make it suitable for high current applications, such as DC-DC converters, battery chargers, switch-mode power supplies, and much more. Its working principle is based on Faraday\'s law of induction, which states that when a current flows through a wire wound around a magnetic core, an opposing current will be induced. This opposing current creates an inductance that allows the device to resist changes in current flow. This ultimately results in efficient performance and reliability.

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