MPI2520R0-4R7-R Inductors, Coils, Chokes

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Fixed inductors are components that can store electrical energy and convert it into magnetic energy, and the MPI2520R0-4R7-R is no exception. The device is a fixed inductor, which is applicable for devices in electronic circuits. The product, produced by MAXMAG Magnets & Inductors, is designed to provide a consistent performance, as well as an increased efficiency when handling both AC and DC power.

The device has a rated inductance value of 4.7 μH±20%. This is based on a DC bias current of 1.5A/0.6A, and a second harmonic of 0.125/0.05 Volts. The self resonant frequency is 17MHz to 20MHz, and the inductor has a blocking voltage of 25V. The design also provides excellent shielding efficiency due to a core material made up of ferrite.

The MPI2520R0-4R7-R application field includes power supplies, portable electronic devices, and voltage regulators. The device is well known in this field for its high power handling capability, up to four Watts, as well as its very low core loss. The efficiency also remains at a high constant level because the device remains simply self-heating during its normal working conditions. The high stability, excellent heat resistance, and improved efficiency further enhance its reliability.

The working principle of the MPI2520R0-4R7-R is based on the behaviour of an impedance. This includes the mutual interaction between current and voltage, as well as a resistance, which changes as the frequency increases. The inductor core material is responsible for accumulating the energy from the current that passes through it. The current creates a powerful alternating magnetic field in the core, which, with help of the large inductance, is capable of storing this energy and later releasing it in the form of a powerful alternating voltage.

The MPI2520R0-4R7-R is able to operate in a wide range of temperature and current conditions, making it a dependable component in any circuit. The device\'s high power handling capability and low core loss, together with its great shielding efficiency, make it an ideal choice for electronic component power systems. Such a degree of reliability makes the device a highly recommended option for those who require increased power handling capabilities for effective performance in electronic circuits.

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