FA-365 14.31818MC-B

Crystals

Crystals, in their simplest form, are materials that are composed of atoms, molecules, or ions organized in three-dimensional geometries. They occupy fixed positions in space to form solid substances that are and essential part of our material world. Crystals are broadly divided into three categories of materials: single crystals, polycrystalline, and ceramics.

FA-365 14.31818MC-B Application and Working Principle

The FA-365 14.31818MC-B is a type of crystal belonging to the single crystal family. This single crystal-type crystal has the unique ability to accurately modulate and preserve the frequency of high-speed digital signals. This is achieved by using a specific set of physical parameters that are engineered for a precise purpose.

The FA-365 14.31818MC-B single crystal is designed to be used in high-speed digital signal exchanges and communications. The physical parameters that enable this crystal to fulfill its function include the twist cut and the thermal coefficient of frequency (TCF). The twist cut is the angle that is created between the axis of the crystal and the face that makes contact with the electronic equipment. By changing the twist cut, the crystal can generate and receive different frequencies. In the case of the FA-365 14.31818MC-B, an optimized twist cut is used to create a crystal that is suitable for high-speed digital signals.

The TCF, or the temperature coefficient of frequency, of a crystal also plays an important role in its application. In general, most crystals have a positive TCF, meaning that their frequency decreases as their temperature rises. To prevent unwanted frequency shifting, the FA-365 14.31818MC-B incorporates a negative TCF, which ensures that the crystal is able to maintain its frequency over a wide temperature range.

These two types of physical parameters are the main factors that allow the FA-365 14.31818MC-B crystal to operate efficiently and effectively. Developed with specific parameters that ensure a longer life span, this crystal is capable of accurately modulating and stabilizing high-speed signals over long distances. It has also been known to deliver superior results in applications such as personal computers and cellular phones. This versatile single crystal is a dependable and reliable option for a number of digital signal applications.