RCR1010NP-471M

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Fixed inductors are electronic components specifically designed to store electrical energy in the form of a magnetic field. These components are typically used in AC circuits, where they help control the flow of current and regulate the voltage level. The RCR1010NP-471M fixed inductor is a type of general-purpose inductor designed to meet a variety of needs. It is a reliable and cost-effective component made with superior quality materials.

The RCR1010NP-471M is a surface-mount inductor with a winding of copper wire. It has an inductance of 470 µH and a maximum rated DC current of 560 mA. The component is designed to operate in a temperature range of -20°C to +85°C. The component\'s dimensions are L32.1 x W12.8 x H7.4 mm. It also includes a wide variety of features such as high-heat resistance, overvoltage protection, and low AC resistance.

The working principle of the RCR1010NP-471M fixed inductor is based on Faraday’s principle of electromagnetic induction. The inductor is connected to an AC or DC power source, and when the voltage across the windings increases (or decreases), the inductor opposes the change in current flow. This opposition to the change in current creates a back emf, or counter-e.m.f., which is the electromagnetic induction force that helps regulate the current.

The RCR1010NP-471M fixed inductor is typically used in commercial and industrial applications. It is a cost-effective and reliable component that can be used in a broader range of circuits, from simple power circuits to more complex ones that require higher levels of stability and accuracy. The component is also used in a variety of equipment, from mobile phones and personal computers to medical equipment and LED lighting.

The RCR1010NP-471M fixed inductor is a highly reliable and cost-effective component that can be used in a variety of applications. Its simple design and Faraday\'s law of electromagnetic induction make it an excellent choice for designing circuits that require stable current flow and regulated voltage levels. The component\'s high-heat resistance, overvoltage protection, and low AC resistance also ensure its reliability in a wide variety of applications.

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