MIL4922-46L

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Fixed inductors are electronic components used primarily to provide inductance in a circuit. MIL4922-46L is a newly developed type of fixed inductor, which has improved performance compared to traditional inductors. In this article, we will look at the application field and working principle of MIL4922-46L.

Application field of MIL4922-46L

MIL4922-46L is primarily used in switching regulators and DC/DC converters to store and control energy. It can also be used in diplexers, pulse transformers, broadband amplifiers, RF filters and other high-frequency impedance adjustment circuits. The MIL4922-46L has been designed by leveraging higher Q performance, low ESR and higher HB performance, in accordance with the new industrial trends.

Working Principle of MIL4922-46L

The MIL4922-46L is a type of variable inductor that works on a principle known as \'fixed inductance principle\'. This principle states that the inductance of an inductor is proportional to the number of turns it has. This means that if the number of turns is increased, the inductance of the MIL4922-46L increases. Conversely, if the number of turns is decreased, the inductance decreases.

The MIL4922-46L uses a tuning core made up of a ferrite core and an enameled copper wire wrapped around it. The coupling between the ferrite core and the copper wire causes a change in the inductance of the MIL4922-46L. By changing the number of turns, the amount of inductance can be changed. This means that the MIL4922-46L can be employed for a wide variety of applications.

The MIL4922-46L is also capable of providing low resistance and high inductance in low-frequency and wide-band frequency ranges. This means that it can produce very low EMI radiation and therefore can be employed in applications that require a low-noise environment. Additionally, the MIL4922-46L is capable of providing an effective inductance range from 0.2µH to 2.0µH.

Conclusion

MIL4922-46L is a newly developed type of fixed inductor with improved performance. It is mainly used in switching regulators and DC/DC converters to control and store energy. In addition, the MIL4922-46L employs a tuning core comprised of a ferrite core and enameled copper wire to change its inductance. Moreover, it is capable of providing low resistance and high inductance in low-frequency and wide-band frequency ranges. This makes the MIL4922-46L a perfect choice for many applications.

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