445A22J12M00000

Crystals are at the very heart of modern technology. By carefully manipulating them, we can produce electrical signals from their phonons, photon noise, acoustic waves, and many other physical phenomena, and are thus commonly used in a variety of applications. The 445A22J12M00000 is no exception.

What is a 445A22J12M00000 crystal?

A 445A22J12M00000 crystal is a type of crystal that is specifically designed to be used as a frequency reference in high-frequency circuit and radio-frequency (RF) applications. This crystal operates at an ultra-high frequency of 22.5 gigahertz (GHz). It is often used in mission-critical radio frequency applications such as military, aerospace, and telecommunications that require tight frequency stability and accuracy without drift or noise.

Application Field and Working Principle of the 445A22J12M00000

The 445A22J12M00000 crystal offers tight frequency stability and low power consumption to devices that demand high-frequency performance. This crystal can be used for a variety of applications including oscillators, antennae tuning, power amplifier circuits, and frequency dividers. The working principle of the crystal is based on its piezoelectric properties. In a piezoelectric crystal, an applied electrical field will alter the length of the crystal, which in turn produces an acoustic wave that contains the electric field energy. The frequency of this acoustic wave is then determined by the physical parameters of the crystal such as its length, width, and material composition. By adjusting these parameters, one can precisely control the frequency of the crystal.

The 445A22J12M00000 crystal is also highly resistant to extreme temperatures, being able to operate in temperatures ranging from -55°C to 125°C. This crystal can also operate at a maximum frequency of 22.4 GHz with an accuracy of ±20 ppm, making it extremely precise and reliable for mission-critical applications.

Conclusion

In conclusion, the 445A22J12M00000 crystal is an ultra-high frequency crystal that offers excellent stability, performance, and power-efficiency in a wide range of applications. Its high temperature range and precise accuracy make it ideal for mission-critical high-frequency applications such as radio communications, power engineering, and industrial automation.