SRU6013-3R3Y

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The SRU6013-3R3Y inductor is a fixed inductor belonging to the broad category of components known as electronic components. A fixed inductor is a type of electrical component that stores energy in the form of magnetic fields created by the current passing through the component. Inductors can come in various sizes, shapes, and forms, from simple two-coil structures to complex printed circuit boards.

The SRU6013-3R3Y inductor is a surface-mount component which offers high power efficiency and a low-profile design. It can handle up to 3.3A of current and is rated at 6.8 uH ±20%. This inductor is designed primarily for signal conditioning applications in high-end audio and video systems. It is often used to provide better clarity for sensitive microphone signals and reduce electrical noise in power supplies.

The SRU6013-3R3Y inductor operates as an AC inductor, meaning it is able to store a fluctuating AC signal as a magnetic field. The core of the inductor is made of ferrite, which is a ferromagnetic material used in many electronics components. This material is able to efficiently store and emit the magnetic field as an oscillating wave. As the wave propagates inside the inductor, the inductance changes according to the variation of the AC signal, resulting in the signal being filtered and/or amplified.

To ensure optimal performance in the application, the SRU6013-3R3Y inductor must be matched to the requirements of the circuit, including the rated current, maximum voltage, inductance, and the required frequency range. The inductor should also be properly mounted on a printed circuit board or substrate with the proper distance from other components, as inductors can interfere with nearby components and causing unwanted noise.

Overall, the SRU6013-3R3Y inductor is a high power, low profile component designed for audio and video applications. It offers efficiency and reliable performance when matched with the requirements of the application. It is able to store, filter, and amplify AC signals, helping to reduce electrical noise and improve signal clarity in sensitive audio and video systems.

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