ASMCI-0603-2R2N-T

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Fixed inductors are an essential component in any electronics system. The ASMCI-0603-2R2N-T is a small-size, non-polarized, radial leaded, molded inductor series that is widely used in various applications. This fixed inductor has a wide range of features that make it an ideal choice for a variety of applications.

The ASMCI-0603-2R2N-T is a miniature inductor rated at 2.2µH and has a maximum current of 1.0A. It has an inductance tolerance of ±20% and a temperature coefficient of ±500ppm. It is constructed of a ferrite core material, making it highly reliable and stable. The inductor has a maximum DC resistance of 9.5mΩ and a self-heating of 20°C/W. It is enclosed in a UL94V-0 rated plastic case and has a maximum operating temperature of 85°C.

The ASMCI-0603-2R2N-T is most often used in applications where high current and stability are required, such as power supplies, charging circuits, voltage regulators, and audio applications. This fixed inductor is also highly reliable even in extreme environments, making it perfect for applications that require an extended lifespan.

The working principle of the ASMCI-0603-2R2N-T is based on the electromagnetic induction principle. When a current passes through this inductor, an electromagnet field is created that induces a voltage in an opposing direction. This voltage opposes the current, which in turn helps to reduce the total current that passes through the circuit. This feature makes the ASMCI-0603-2R2N-T an ideal choice for applications where current limitation is necessary.

In conclusion, the ASMCI-0603-2R2N-T is a small-size, non-polarized, radial leaded, molded inductor series that is widely used in various applications. It is highly reliable and stable, making it ideal for applications that require an extended lifespan or a way to limit current. The inductor is based on the electromagnetic induction principle, which helps to reduce the total current that passes through the circuit. This makes the ASMCI-0603-2R2N-T an ideal choice for applications such as power supplies, charging circuits, voltage regulators, and audio applications.

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