IHB6BV471K

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Fixed inductors refer to a form of passive electric component, fixed inductors, which is an inductor whose inductance value is fixed, and can not be adjusted arbitrarily. IHB6BV471K is a typical example of a fixed inductor, whose parameters and features are described as follows. The IHB6BV471K is a compact, surface-mount, high-grade, low-profile, surface-mount chip inductor for embedded passive components which can be used for various types of applications. With its dimensions of 0.6mm x 0.4mm, IHB6BV471K is suitable for miniaturized designs and high density designs, which makes it well suited for various electronic applications and other industrial applications.This inductor belongs to high frequency applications, it has a rated operating frequency range of up to 6GHz, and its total Q value is greater than 22@5.5GHz, forming an inductor excellent in heat dissipation capacity and able to properly meet the requirements for high frequency applications. In addition, its rated current is 1A, rated voltage is 50V, and its rated decoupling capacitance is 15pF. The principle of IHB6BV471K’s operation is fundamentally based on Faraday’s Law of induction. According to Faraday’s Law, an electromotive force (EMF) generated when a magnetic field passes through a conductor is proportional to the rate of change of the magnetic flux. This EMF is called Induced EMF, and this forms the basis of inductor’s working principle. Specifically, when a current passes through a coil, this creates a magnetic field due to the Coil’s inductance. This magnetic field can then induce an EMF in an ammeter loop placed in this magnetic field. The magnitude of this induced EMF is equal to the rate of change of the magnetic flux through the ammeter loop, and this is closely related to the inductance of the Coil. Therefore, when a current passes through the Coil, this creates a magnetic field proportional to the Coil’s inductance, and this in turn produces the induced EMF. This induced EMF can be used in various applications involving electrical and mechanical systems. In most cases, they are used in electronics, such as filter circuits, signal generators, frequency converters, and the like. In conclusion, IHB6BV471K is a type of fixed inductor and belongs to high frequency applications, with its operating frequency range of up to 6GHz, rated current of 1A, rated voltage of 50V, total Q value of greater than 22@5.5G, and rated decoupling capacitance of 15pF. Its working principle is based on Faraday’s law of induction, and this inductor is suitable in applications involving electrical and mechanical systems.

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