MPI4040R2-R47-R

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Fixed Inductors are passive components used in electronic circuits to store energy as a magnetic field. They are used in many different applications, from consumer electronics to industrial equipment. One such device is the MPI4040R2-R47-R Fixed Inductor. This device is designed for high frequency applications, and it has many desirable qualities for its intended use.

The MPI4040R2-R47-R is a high current fixed inductor with an inductance of 0.47uH. It has a rated current of 3.3A and a maximum DC resistance of only 0.08ohms. This device is designed to be very efficient, producing low heat and making efficient use of power. Its temperature range is -40°C to +85°C, making it suitable for use in most high frequency applications.

The MPI4040R2-R47-R Fixed Inductor is designed to provide a constant inductance over a wide frequency range. This is achieved through its unique construction, which consists of a ferrite core surrounded by a bobbin filled with multiple layers of wire. The wire has a very small cross-section which ensures low resistance and high inductance. The ferrite core provides high Q values, which means that the inductance will remain stable over different frequencies. This makes the MPI4040R2-R47-R ideal for use in high powered, narrow-band applications.

The MPI4040R2-R47-R has a wide range of applications, including power supply filters, motor drives, high-frequency converters, and RF applications. It is also widely used in high-power amplifier circuits, thanks to its low DC resistance and high saturation current.

In addition to its practical applications, the MPI4040R2-R47-R Fixed Inductor is also used for its theoretical properties. For example, its low resistance and high inductance make it an ideal test object for studying the effects of the self-inductance of a coil. The MPI4040R2-R47-R is valuable for scientists and engineers who want to gain a better understanding of how certain components work and interact.

Overall, the MPI4040R2-R47-R Fixed Inductor is a highly useful device with a wide range of applications. Its low resistance, high inductance, and wide temperature range make it an ideal choice for high-frequency circuits. Its theoretical properties are also valuable for engineers and scientists who want to expand their knowledge of component operation and interactions.

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