MLP2012VR47MT0S1 Inductors, Coils, Chokes

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Fixed inductors are electronic components with a core made from a coil of metal wire, often wrapped around a magnetic or ferrous material. Essentially, fixed inductors block the current from oscillating while allowing the current to pass through it. One of the most popular applications for fixed inductors is the MLP2012VR47MT0S1, which is used in various industries and is prized for its high efficiency, wide temperature range, and stability.

The MLP2012VR47MT0S1 is a Surface Mount Power Inductor designed for high-current applications. This is a very compact component measuring just 2.0 mm by 2.8 mm and featuring an integrated shield for better EMI performance. It is ideal for use in power circuits and other inductive applications. Some of the features that make the MLP2012VR47MT0S1 particularly desirable include its high inductance value of 47uH, low DCR (0.7 ohm), and high operating frequency up to 4MHz. This inductor is also RoHS and REACH compliant.

The primary application fields of the MLP2012VR47MT0S1 are consumer and commercial electronics such as smartphones, tablets, gaming systems, game consoles, digital cameras, audio products, navigation systems, and HDTVs. Additionally, it can be used in automotive and industrial applications that require high-efficiency, high-current power management.

The working principle of the MLP2012VR47MT0S1 is relatively straightforward. It is an inductor, which simply means that it induces a voltage when the electric current passing through it changes. This means that a voltage is induced when the current is switched off or when the current flow is reversed. The induced voltage creates a counter electromotive force, which reduces the energy loss in the power electronics system.

In addition to reducing energy loss, the MLP2012VR47MT0S1 also helps to reduce electromagnetic interference (EMI). The integrated shield in the device absorbs the EMI to reduce noise and improve EMI performance. The shield also helps protect the components from static electricity and electrical shocks.

Overall, the MLP2012VR47MT0S1 is an excellent choice for high-current applications that require high efficiency, wide temperature range, and stability. It is easy to integrate and is designed for a wide range of applications including consumer electronics, automotive, and industrial. Its working principle is based on the fact that it induces a voltage when the current through it changes, which reduces energy loss and helps reduce EMI.

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