AIMC-0402HQ-4N3C-T

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Fixed Inductors comprise a wide range of components used to provide the basic inductance needs of many electronic systems. AIMC-0402HQ-4N3C-T is one such component, known as a wire-wound chip inductor. This article explains the application field and working principle of this particular component.

What Applications Does AIMC-0402HQ-4N3C-T Serve?

AIMC-0402HQ-4N3C-T is a chip inductor that can be used in applications where high Q and stable inductance are of paramount importance. It has a wide range of application fields, including automated assembly processes, telecommunications equipment, mobile phones, audio signal processing, printing boards, industrial measurement equipment, meters, automotive systems, and many more.

AIMC-0402HQ-4N3C-T has a number of key design features that make it suitable for this wide range of applications. Firstly, its tiny 0402 size allows it to be used in compact systems – making it suitable for circuit boards with limited space. In addition, its ferrite core material ensures excellent thermal stability, allowing the inductor to maintain its performance even in extreme temperature ranges. Furthermore, its specialized terminal formation means that its connection to the circuit board is low profile and of high quality.

What is AIMC-0402HQ-4N3C-T’s Working Principle?

AIMC-0402HQ-4N3C-T works by utilising the principles of inductance. When a coil of wire is provided a current, the electrons flowing through the coil create a magnetic field which then induces an opposing electrical field. This field opposes the voltage applied as the electrons move through the coil. This created inductance, measured in henries, is what is used to regulate current flow and minimise electrical losses.

AIMC-0402HQ-4N3C-T is a high quality wire-wound chip inductor. This type of inductor features a ferrite (Magnetic) core and copper (electrical) wires. When a current passes along the copper wires, it produces a magnetic field which is picked up by the ferrite core. This causes the core to create a secondary magnetic field which, in turn, induces an opposing electrical field. This opposing electrical field provides the desired inductance.

AIMC-0402HQ-4N3C-T has a further advantage over other fixed inductors. The active winding is wound directly onto the core to minimise stray magnetic fields, thus improving efficiency, size and reliability. The excellent design of the winding also provides effective air-gapped insulation which helps to limit capacitance effects.

Conclusion

AIMC-0402HQ-4N3C-T is an excellent fixed inductor component. Its tiny size and excellent design features make it suitable for many applications, including automated assembly processes, telecommunications equipment, mobile phones, audio signal processing, printing boards, industrial measurement equipment, meters, automotive systems, and many more. Its working principle is based on the principles of inductance, where a magnetic field forces the core to create an opposing electrical field which provides the desired inductance. This inductor also benefits from the specialized winding which minimizes stray magnetic fields and linear performance.

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