AIMC-0402HQ-11NJ-T

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Fixed inductors are devices that use coils of wire to store energy in magnetic fields. They are commonly used in a variety of applications, such as power supplies, amplifiers, oscillators, and signal processing circuits. The AIMC-0402HQ-11NJ-T is a high-quality fixed inductor that is specifically designed to meet the requirements of today\'s high-frequency applications.

The AIMC-0402HQ-11NJ-T is a small and compact high-current inductor that features an air core design with a ferrite shield. It is designed to handle currents up to 10 A, making it ideal for high-frequency power supply designs and other demanding applications. The inductance range of the device is 0.2 uH to 1.2 mH, and it has a wide inductance tolerance of 10 to 25%. It also features excellent high-frequency performance with a maximum SRF of 2 GHz and very low DCR of 0.05 mOhms.

The AIMC-0402HQ-11NJ-T is designed for a variety of applications where space is limited. It is an ideal choice for applications such as power supplies, broadband communication systems, antenna tuning, signal processing, and many other high-frequency applications.

The AIMC-0402HQ-11NJ-T operates based on Faraday\'s law of induction, which states that a changing magnetic field produces an electric current. In an inductor, a current flowing through a coil of wire creates a circular magnetic field. The magnetic field then induces a current to flow in the opposite direction, and this opposing current helps to cancel out the effect of the original current. This is what allows an inductor to impede current. The more coils of wire in the inductor, the more current is impeded, and the more inductance is achieved.

The AIMC-0402HQ-11NJ-T is a high-quality fixed inductor that is designed for a wide range of applications in high-frequency circuits. Its compact size and high current rating make it an ideal choice for power supply designs and other demanding applications. It is designed to operate based on Faraday\'s law of induction, and its multiple coils of wire work together to impede current and create high inductance.

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