445A23F14M31818

Crystals

A crystal is a solid compound composed of ions, molecules, or atoms arranged in a regular, repeating pattern. A crystal has a distinguished geometrical shape, such as a cube, hexagon, or rhomboid, due to its atoms, molecules, or ions being arranged in a three-dimensional lattice. Hence, they are often used to study the behavior of light-waves.

The 445A23F14M31818 is an example of a crystal used in various applications. The crystal is composed of a quartz substrate sealed with a metal case and electrodes. Furthermore, it has a frequency of 18.432 MHz, a stability of ±5 ppm, and a drive level of 10 uW.

In terms of applications, the 445A23F14M31818 is primarily used in consumer electronics such as radios, televisions, and computers. It can also be used in imaging applications, communication equipment, and industrial control systems. Moreover, it is ideal for use in automotive, navigation, and security systems as well.

The working principle of the 445A23F14M31818 crystal is based on the piezoelectric effect. It is the property of crystals that when a mechanical stress is applied, it produces a voltage across the faces of the crystal and vice-versa. More specifically, when a current is applied to the metal electrodes, the quartz crystal expands or contracts, generating a vibration at its resonant frequency. This vibrating energy then induces a voltage in the crystal, allowing it to be used as a time standard for the application.

In conclusion, the 445A23F14M31818 crystal is ideal for various applications and works based on the piezoelectric effect. It is composed of a quartz substrate sealed with a metal case and electrodes and has a frequency of 18.432 MHz and stability of ±5 ppm. With its high precision and wide application in consumer electronics and automotive, navigation, and security systems, the 445A23F14M31818 crystal is a noteworthy component in the field of electronics.