IHB3BV102K

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Fixed inductors are components that store energy in their magnetic fields which, when coupled with a circuit, can be used in a variety of applications. The IHB3BV102K fixed inductor is a type of non-variable inductor, which stores energy within the magnetic field created by the turns in the coil of wire, typically copper. They are ideal for applications that require stable and consistent inductance values without having to rely on manual adjustments or tweaks during set up.

The IHB3BV102K is a compact and cost effective inductor with a maximum DC current rating of 1 Amps. Designed with a low profile package, making it suitable for use in tight spaces. It also utilizes a self-standing terminal, allowing it to easily integrate in to existing boards and components. Available in various inductance values, the IHB3BV102K is able to meet the demands of specific applications and requirements.

The IHB3BV102K’s working principle involves maximizing the coupling of energy between the inductor’s turns. As current existing through the coil increases, the magnitude of the inductor’s source voltage also increases. This increases the inductance, which allows it to produce a more uniform magnetic field, while keeping the energy output and magnetic interference to a minimum.

Furthermore, the IHB3BV102K supplies designers with viable options to reduce size requirements and component count of consumer applications. This is accomplished by reducing the number of turns needed in the inductor which not only reduces the cost of production but also requires less real-estate on circuit boards. It is suitable for use in power supplies, power-on-reset circuits, signal filtering, audio amplifiers, and telecom applications.

In conclusion, the IHB3BV102K fixed inductor is an economical and reliable component that is used in a variety of applications which require a stable and consistent input of inductance. This inductor is able to produce a more uniform magnetic field than its counterparts, while also reducing component count and size requirements. Its versatility makes it ideal for applications such as power supplies, power-on-reset circuits, signal filtering, audio amplifiers, and telecom applications.

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