S1008R-182G

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Fixed inductors are electric components that store energy in the form of magnetic fields when a current flows through them. A fixed inductor consists of an electrical conductor that is typically wound around a core made from iron or other magnetic material. When current flows through the conductor, the core becomes magnetized, creating a magnetic field. As the current continues to flow, it creates an energy field or "induced" field which is stored in the inductor. The energy is then released when the flow of the current is interrupted.

The S1008R-182G is a surface-mount, non-shielded, fixed inductor with a maximum DC ohmic value of 180mΩ and an inductance of 10.0µH +/- 30%. It is constructed from a ferrite core and offers excellent high frequency performance. Typical applications include switching power supplies, power converters, DC-DC converters and high frequency/noise filters.

The S1008R-182G\'s operating principle relies heavily on electromagnetic induction which is a physical phenomenon that occurs when a current-carrying conductor is placed in a magnetic field. This results in an electric potential being produced across the conductor, known as an induced voltage. In this particular inductor, the ferrite core and electrical conductor act together to create the magnetic field which induces the potential across the conductor.

The S1008R-182G also has the unique ability to limit the current passing through it, providing protection from damage and allowing for greater reliability of electrical components. This can be accomplished through the use of an adjustable current-limiting circuit, or by connecting a resistor in series with the inductor. By limiting the current, the S1008R-182G can also serve as a noise filter, suppressing any interference from other electronic components and ensuring uninterrupted operation of electrical systems.

The S1008R-182G is an ideal choice for a variety of applications that require a high-performance, low-impedance inductor that can limit current and provide excellent noise suppression. It is capable of withstanding temperatures of up to +125°C, making it suitable for use in extreme environments, and offers superior noise and ripple suppression, allowing for more efficient energy use. Its size and surface-mount design make it easy to integrate into existing systems and its non-shielded construction ensures a long-term performance.

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