AIMC-0402HQ-3N6C-T

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Fixed inductors, also known as chokes, are components used in various applications to store energy in a magnetic field and provide controlled current in a circuit due to inductance. AIMC-0402HQ-3N6C-T is a fixed inductor that is specifically designed to meet the stringent requirements of high frequency switching circuits. This inductor provides excellent impedance and current handling characteristics in compact, low profile packages.

This inductor has a nominal inductance of 3.6nH, and limited DCR of 0.009Ω. The small package size of 0402 ensures that the inductor can be used in a variety of space constrained applications. This inductor also exhibits a reliable self-resonant frequency of 7GHz, which is ideal for applications that require high frequency operations. The inductor can also be custom tuned to specific application frequencies and current handling capabilities.

AIMC-0402HQ-3N6C-T is most commonly used in high frequency switching circuits, with applications in power converters, RF communication systems, and signal conditioning. This inductor can also be used in filter networks, analog signal processing circuits, and in industrial automation. With its ultra-low ESR and ESL parameters, it is suitable for high frequency switching and high frequency filtering applications.

The working principle of the AIMC-0402HQ-3N6C-T inductor is based on the principle of induction. When changing current flows through the inductor, an opposing electromagnetic field is generated, which resists the change in current. The inductor therefore stores the energy of the changing current in a magnetic field, allowing the controlled current levels in a circuit. The size and shape of the inductor, combined with its core material, determine the amount of inductance and current handling capabilities of the inductor.

The AIMC-0402HQ-3N6C-T inductor is an excellent choice for high frequency switching applications due to its excellent impedance and current handling characteristics. Its compact size and reliable self-resonant frequency make it suitable for applications that require high frequency operation. This inductor also provides good temperature stability and high efficiency, making it an ideal component for many applications.

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