IHB4BV392K

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Inductors, also known as coils, are electrical components that store magnetic energy. They are composed of a coil of wire wrapped around a core made of either a ferrite material or a powdered iron material. Fixed inductors are a type of inductor with a fixed value (this is in contrast to variable inductors which can be adjusted to difference inductance levels). These components are available in a variety of shapes, sizes, and construction materials and are widely used in power management applications such as power supplies, motor drives, switching regulators, and flyback transformers.

The IHB4BV392K is a fixed inductor from Murata. This component has a wound-type construction with two pins and a nominal inductance of 390 nH. It is a leaded component with a pin pitch of 2.4 mm and is designed for through-hole mounting. The rated saturation current of this part is 29 A and the rated current is 25 A. It has a self-resonant frequency of 9.1 MHz and a normalised thermal resistance of 0.045°C/W.

The application fields of the IHB4BV392K include automotive electronics, consumer electronics, LED lighting, and industrial control systems. This component is suitable for use in power supplies, switching regulators, and motor drives. It is also used in general electronics circuitry, such as MCUs, interface circuits, and power amplifier circuits. Additionally, it is suitable for use in applications where high switching frequencies and low stray fields are required.

The working principle of the IHB4BV392K is that when AC current flows through the inductor, it creates an electromagnetic field which stores energy. The amount of energy stored in the electromagnetic field is proportional to the amount of current that is flowing through the inductor and the inductance value of the component. The stored energy is then released when the current stops flowing and is used by the load connected to the inductor.

Overall, the IHB4BV392K from Murata is a fixed inductor that has a nominal inductance of 390 nH. It has a maximum saturation current of 29 A, a nominal current of 25 A, and a thermal resistance of 0.045°C/W. It is suitable for use in power supplies, motor drives, switching regulators, and flyback transformers as well as in general electronics circuitry. The working principle of this inductor is that it stores energy in an electromagnetic field when AC current is flowing through it, and this stored energy is released when the current stops flowing.

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