XZLEELNANF-38.400000 Crystals, Oscillators, Resonators

XZLEELNANF-38.400000 Application Field and Working Principle

The XZLEELNANF-38.400000 crystal is widely used in a variety of electronic products and device designs. This crystal offers a large selection of frequency ranges and is designed to provide a number of advantages, including precision frequency control and long-term stability. This article describes the application field and working principle of the XZLEELNANF-38.400000 crystal.

Application Field

XZLEELNANF-38.400000 crystals are a type of passive electrical component that is used in a variety of electronic products for frequency control, such as oscillators and filters. The crystals with a range of 38.400000 are more suitable for use when the frequency range required is very narrow and the frequency accuracy and control required is the highest. XZLEELNANF-38.400000 crystals are widely used in various digital circuits and radio communication devices, such as digital watches and telephones.

Working Principle

The working principle of XZLEELNANF-38.400000 crystal is based on the piezoelectric effect, which depending on the frequency, produces a standing wave on its surface when electric voltage is applied to it. A standing wave is formed by the constructive and destructive interactions between reflected waves from the end-faces of the crystal. When a standing wave is present on the surface of the crystal, an alternating electric field exists between the surfaces due to the alternating electrical charge, which causes the crystal to vibrate at a selected frequency. When the oscillator is oscillating, the vibration frequency of the crystal is stabilized, thereby providing the necessary frequency control for electronic products.

Conclusion

The XZLEELNANF-38.400000 crystal offers many advantages, including high frequency accuracy and stability, and can be used in many electronic products and device designs. Its working principle is based on the piezoelectric effect, which produces a standing wave on its surface when electric voltage is applied, thereby allowing the crystal to vibrate at a selected frequency. This article discussed the application field and working principle of the XZLEELNANF-38.400000 crystal, providing a basic overview of the component for readers.