SRU5011-2R5Y

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Fixed inductors are components that contain an inductor, or winding, through which electricity is passed. In general, they are designed to provide a steady flow of electrical current in most applications. SRU5011-2R5Y is a type of fixed inductor that is widely used in various electronic applications.

The SRU5011-2R5Y fixed inductor features a cylindrical form factor with a 2R5Y marking on it. It is constructed with a high permeability material such as ferrite. The maximum inductance rating is 11mH, and the inductance tolerance is +20%/-20%. The maximum allowable current rating is 1000mA and the rated DCR is 0.062Ω.

The SRU5011-2R5Y fixed inductor can be found in a wide range of applications including power supplies, displays, audio visualization, voltage regulators, relays, electrical filters and more. In addition, this type of inductor is also suitable for automotive, drones, robotics and medical device applications.

The working principle of SRU5011-2R5Y fixed inductor is based on electromagnetic induction. When a current is passed through the inductor, it produces an electromagnetic field which induces a voltage across itself, resulting in a current that flows in the opposite direction. This voltage is dampened by the magnetic field produced by the inductor, thereby reducing the magnitude of the current. In this way, a steady current flow is maintained.

In order to ensure that the SRU5011-2R5Y fixed inductor functions reliably, it should be properly mounted, securely insulated and kept away from any sensitive components. Additionally, proper heat dissipation methods such as heat sinks, fans, and ventilation should be employed in order to prevent overheating and protect against damage.

In summary, the SRU5011-2R5Y fixed inductor is a reliable component that is widely used in various electronic applications. It utilizes electromagnetic induction to maintain a steady current flow and should be properly mounted and insulated to ensure its reliable operation. Furthermore, proper heatsink, fan, and ventilation methods should be employed to prevent overheating.

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