IM10RFCLBH390J12

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Fixed inductors are electric components used to store magnetic energy, typically in the form of current or voltage in a circuit. The IM10RFCLBH390J12 is a type of fixed inductor that has a variety of uses in modern electrical circuits. In this article, we\'ll take a look at the application field and working principle of the IM10RFCLBH390J12.

Applications

The IM10RFCLBH390J12 fixed inductor is primarily used in the construction of high frequency switching power supplies that require a wide range of inductance values. It has a wide operating temperature range between -40ºC and +105ºC. The inductor is able to provide a maximum inductance value of 39uH, a maximum dc resistance of 0.12 ohm, and a saturation current of 10 amps.

The IM10RFCLBH390J12 is also suitable for use in parallel resonant DC-DC converters, DC-AC inverters, and step-down switching regulators.

Working Principle

The IM10RFCLBH390J12 inductor operates in the same basic way as all inductors; it stores the magnetic energy produced by the current flowing through it in the form of a magnetic field. The magnetic field is produced by the current running through the internal coil of wire. When a current flows through the coil, a magnetic field is produced around it, and this field then induces a voltage across the inductor. The magnitude of the voltage and the rate at which it increases depends on the magnitude of the current, the shape and size of the inductor core, and the number of windings on the inductor coil.

Generally speaking, the IM10RFCLBH390J12 Inductor is designed to have a low series resistance and a high inductance value. The combination of these two parameters makes this inductor ideal for use in high frequency switching power supplies.

Conclusion

The IM10RFCLBH390J12 fixed inductor is an important component in many modern electrical circuits. Its wide operating temperature range and high inductance value makes it suitable for use in high frequency switching power supplies and other DC/AC inverters. It operates on the same basic principle as all inductors; it stores the magnetic field produced by the current flowing through it in the form of a voltage, which is then used to power the circuit.

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