416F25033CKT

416F25033CKT Application Field and Working Principle

416F25033CKT crystals are a kind of newly developed synthetic quartz crystal products. It is a semiconductor crystal manufacturing process designed for ultra-high frequency oscillator circuits. It features high frequency, low phase noise and high temperature stability, widely applied in high-tech fields such as communication, aerospace, military, and navigation.

The working principle of 416F25033CKT crystals can be divided into two categories: the physical properties of Debye-Scherrer and the surface acoustic wave (SAW). The physical property of the Debye-Scherrer is the use of static energy on quartz crystals. Due to the anisotropy of quartz, when a static electric field is applied to the quartz crystals, it can generate a piezoelectric effect. A piezoelectric effect is a physical phenomenon in which surface stress occurs when an electric field is applied. This force can be used as a driving force to cause a static vibration in the quartz crystal and generate an oscillator circuit.

The surface acoustic wave (SAW) is a physical phenomenon due to the mutual displacement of charge and displacement when a high-frequency alternating electric field is applied to a quartz crystal. An acoustic wave propagates along the crystal surface and is driven by the charge displacement. A stable oscillation of the quartz crystal is formed by a combination of this acoustic wave and the circuit. Since the oscillator produces nonlinear distortion of each frequency component, SAW crystals are suitable for high-end applications.

It is expected that the 419F25033CKT crystal will continue to be widely applied in various fields, such as telecommunications, military, aerospace, and navigation, due to its characteristics such as high frequency, low phase noise, and excellent temperature stability.