C0603C-82N0J1T2

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Fixed inductors are an integral part of almost every electronics system, as they are a great source of inductance-storing energy. The C0603C-82N0J1T2 is a fixed inductor that can be used as a part of almost any electronic circuit.

These inductors typically consist of an elongated ferromagnetic core surrounded by an insulated copper wire wrapped around it. The core is designed to concentrate the magnetic field produced by the electricity running through the wire and create the inductance.

The C0603C-82N0J1T2 features a metalized, conductive polymer, 8.2nH fixed inductor and a 210mOhm DCR max. This provides excellent electrical characteristics for power management requirements such as filtering, ripple-fighting, and energy-storage. As a result, this product is often used in various consumer and automotive applications such as mobile phones, laptops, tablets, automotive audio systems, and more.

The working principle of C0603C-82N0J1T2 fixed inductor is that when an AC current is passed through its wire winding, a varying magnetic field is created that induces current in the winding and helps store energy. This energy can be released back into the circuit as needed. In this way, the inductor acts as a source of inductive reactance, allowing it to reduce the AC voltage and current while keeping its power factor constant.

The metalized, conductive polymer construction of the C0603C-82N0J1T2 reduces the physical size of the inductor while providing excellent electrical performance. The ability of this product to maintain a consistent inductance over a wide frequency range makes it an excellent choice for high-frequency applications. Its small physical size makes it ideal for use in portable and/or space-constrained environments.

The C0603C-82N0J1T2 is one of the most commonly used fixed inductors in the world. It has a wide variety of applications in consumer and automotive electronics, with its excellent electrical and physical characteristics making it an ideal choice for a variety of applications. Its small size and high inductance make it a great option for use in high-frequency applications, where space-savings and high performance are required.

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