ELL-VFG6R8NC Inductors, Coils, Chokes

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Fixed inductors are used for the electrical storage and release of energy in electrical circuits. Fixed inductors are an important part of electrical circuits used in many different types of applications ranging from audio systems to automotive circuits. The most common type of fixed inductor is the ELL-VFG6R8NC. This component is a non-polarized, 100 micro-henry, 8.3 uH inductor with a self-resonant frequency (SRF) of up to 1MHz.

The ELL-VFG6R8NC is a popular choice for use in audio applications due to its low spurious response and relatively high current ratings. It can be used not only in low-power audio amplifiers, but also in active loudspeakers, home theatre systems, bass amps, studio monitors, and more. The component is also commonly used in automotive electrical systems for purposes such as reducing noise and filter the sound of low frequency components.

The ELL-VFG6R8NC consists of two large coils of copper wire, intertwined with each other. This creates a \'magnetic field\' which is capable of storing energy; this energy can then be released when required. The inductor can operate under a wide range of electrical conditions and can withstand temperatures of up to +150°C. The inductor is further protected against short circuits as well as heat and electrical insulation.

The working principle of the ELL-VFG6R8NC is based on Faraday\'s Law of Induction, which states that a changing magnetic field will induce a current in a nearby conductor. In this case, the changing magnetic field is created by the electrical current passing through the inductor. As the electric current passes through the inductor, it creates a magnetic field which induces a current in the nearby wire coil. This induced current is then used to store energy which can be released when necessary.

In summary, the ELL-VFG6R8NC is a fixed inductor used for the electrical storage and release of energy. It is typically used in audio and automotive applications, due to its low spurious response and relatively high current ratings. The component consists of two large coils of copper wire, which are capable of creating a magnetic field when an electric current passes through them. This magnetic field then induces a current in the nearby wire coil, which is used to store energy. The ELL-VFG6R8NC can withstand temperatures of up to +150°C and is further protected against short circuits.

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