MIL4922-271L

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Fixed inductors are passive electronic components that are primarily used to store energy in the form of magnetic fields. They come in many shapes and sizes, from tiny radio frequency inductors to large power inductors. Examples of inductors include the MIL4922-271L.

MIL4922-271L Application Field

The MIL4922-271L inductors are used in a variety of electronic applications. These inductors are designed to provide high voltage isolation in power supplies, and for switching applications with high voltage and current ratings. They can also be used in power factor correction and DC-to-DC power conversion. Furthermore, the inductors are used for controlling and regulating the flow of current in aircraft systems.

MIL4922-271L Working Principle

The MIL4922-271L inductor features an encapsulation that is thermally and mechanically robust, and can handle a maximum temperature of 200°C. The inductors have a rated current of 2 A and 71 uH±20%. They also have a low profile height and short lead length. When operating, the etching process isolates the inductors from the PCBs, keeping the working environment safe.

An inductor is a device that converts the electrical energy into magnetic energy. When current flows through the coils of the inductor, it creates a magnetic field, which induces a voltage in the winding. This voltage creates a counter electromotive force inversely proportional to the current that is flowing. Thus, the inductors are able to regulate the current and voltage by creating an opposing force.

The inductors also feature a frequency response. At low frequencies, the coils become almost ideal inductors, and at higher frequencies, the capacitive reactance plays a major role in determining the reactive power. The inductors can also offer a degree of damping of signals from noise or interference. In addition, the inductors can be used in filtering applications, where they are used to eliminate noise.

Conclusion

The MIL4922-271L inductors are widely used in a variety of electronic applications. They are designed to provide high voltage isolation in power supplies, and for switching applications with high voltage and current ratings. The inductors feature an encapsulation that is thermally and mechanically robust, and can handle a maximum temperature of 200°C. Furthermore, they also have a low profile height and short lead length. The working principle of the inductors involve converting electrical energy into magnetic energy, creating a magnetic field and thus inducing a voltage in the winding.

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