MPIA4012V2-1R5-R

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Fixed inductors are electronic components commonly used in electronic circuits. In a circuit, the inductor behaves like a resistor and helps in maintaining steady current flow. The MPIA4012V2-1R5-R is a particular type of fixed inductor designed for high frequency applications.

The MPIA4012V2-1R5-R inductors are particularly designed for high current applications with inductance values from 1.5uH-6.0uH and rated currents up to 11.5A. Their construction involves a bobbin-wound high permeability core with copper wire layers filled between two metal shields. This combination helps in reducing signal interference while maintaining operating temperature below 125ºC.

The MPIA4012V2-1R5-R inductors has several features, which make it ideal for wide range of applications. Its widespread operating temperature range from -55ºC to +125ºC makes it suitable for extreme temperatures. Besides, its high-temperature resistant material helps in maintaining lower-saturation current and reduced size, making it suitable for compact size applications. Due to its great heat dissipation, it is reliable for long life industrial usage.

The MPIA4012V2-1R5-R inductors is mainly used in switching mode power supply, power filter, adapters, LED lighting, White Goods, Office Applications and consumer electronics. This type of inductor is also suitable for various signal transmission and reception circuits like communication circuits, computer circuit, audio/video and much more.

The general working principle of the MPIA4012V2-1R5-R inductors is based on Faraday’s law of electromagnetic induction which states that a changing magnetic flux produces an electromotive force. In an inductor, when the varying current flows through the windings, it creates a magnetic field in the vicinity of the inductor. This magnetic field then induces an electromotive force in the windings, which in turn produces the opposing current that limits the current in the inductor.

In conclusion, the MPIA4012V2-1R5-R inductors are designed for high frequency applications and are suitable for a wide range of applications from power supplies to consumer electronics. Their widespread operating temperature range and high heat dissipation makes them reliable even under extreme temperatures. The working principle behind it is based on Faraday’s law of electromagnetic induction which produces an opposing current in the windings, thus limiting the current in the inductor.

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