416F360X2ATT

Crystals are widely used in electronic applications, and the 416F360X2ATT crystal is one of the most widely used models. The application fields and working principles of this model will be discussed in this article.

Applications and Advantages

The 416F360X2ATT crystal can be used for many applications, including radio frequency applications, radio receivers, cellular communications and other applications that require high frequency. The high frequency accuracy of this crystal provides an advantage over traditional quartz oscillators.

The 416F360X2ATT is especially useful for applications that require an accurate frequency or phase lock. This crystal can also be used to support a variety of cellular and mobile communications, including digital cellular base stations and mobile phones.

Construction and Working Principle

The 416F360X2ATT crystal is constructed using a quartz crystal with a silver coating and electrodes. The electrodes are placed on the outside of the quartz crystal, creating four separate frequencies. The frequency of the 416F360X2ATT crystal is determined by the size and shape of the quartz, as well as the amount of silver coating and electrodes. The frequency of the crystal can also be adjusted by the amount of voltage applied to the electrodes.

The 416F360X2ATT crystal works by converting the electrical signals applied to the electrodes into a mechanical vibration. This vibration is then transmitted through the quartz crystal, creating a varying frequency. As the frequency varies, so does the electrical current passing through the electrodes, creating a feedback loop that maintains the oscillations.

Conclusion

The 416F360X2ATT crystal is a popular model for radio frequency applications, radio receivers, and cellular communications. This crystal is constructed using a quartz crystal and a silver coating, with electrodes placed on the outside. This crystal works by converting electrical signals into a mechanical vibration, creating a varying frequency which provides an accuracy advantage over quartz oscillators.