ELC11D2R7F

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Fixed Inductors are passive electronic components used to store energy in the form of a magnetic field. The ELC11D2R7F is one such component, capable of providing high inductance values in a low-profile package. Manufactured by Nissei Sangyo, the ELC11D2R7F is typical of many Fixed Inductors in that it is a surface-mountable device consisting of a coil wound around a ferrite core.

The primary purpose of the ELC11D2R7F is to provide large amounts of inductance in a small package. The component offers high inductance levels between 100 and 1000µH, depending on the size and model. The low resistance element in the core of the component is designed to provide excellent voltage stability under a high temperature environment.

In terms of its application field, the ELC11D2R7F is used primarily in automotive and power supply applications. The device\'s small physical size means that it can be used in confined spaces such as a power board or a vehicle harness. It is also suitable for use in other noise-sensitive applications such as smartphone and router circuit boards.

The device is also capable of high current handling capabilities. This is achieved through the use of an orthogonal magnetic core material that ensures efficient energy transfer from the coil to the core structure. This enables the component to safely handle high currents without causing distortion of the waveform.

The ELC11D2R7F\'s working principle revolves around the process of electromagnetic induction. Electromagnetic induction is the process of producing an electrical current by changing the magnetic field around a conductor. The component\'s winding features alternating current waveforms, resulting in an electrical current when the conductor is changed. This current is then effectively "stored" by the component\'s core, thus providing inductance.

To sum up, the ELC11D2R7F is a Fixed Inductor with an orthogonal magnetic core material and an adjustable winding. Its primary purpose is to provide large amounts of high-quality inductance in small spaces for automotive and power supply applications. The component achieves this through the use of electromagnetic induction, which results in the production of electrical current that is stored in its core.

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