FA-365 22.1184MD-W

Crystals are one of the most important components found in electronic circuits and devices. From simple watches and batteries to sophisticated computers, these small objects are responsible for storing energy and transferring electrical signals, making them essential in fields ranging from healthcare to aerospace. The FA-365 22.1184MD-W is a type of piezoelectric crystal, which is able to generate electrical signals in response to mechanical stimuli.

Piezoelectricity is the phenomenon that occurs when an external force is applied to certain crystals, such as quartz and tourmaline. This causes the crystal lattice to deform, resulting in an electrical imbalance that can be detected by the circuit. In the case of the FA-365 22.1184MD-W, the force has to applied to a specific point on the surface of the crystal. Depending on the strength of the stimulus, various frequencies can be generated.

The FA-365 22.1184MD-W is often used as a frequency reference in electronic systems since it is remarkably accurate and stable. It is frequently employed in aerospace due to its reliability and small size, allowing for smaller and lighter components to be used. It has been used in a number of satellite-based tracking systems, as well as modern vehicles where it provides the timing signal for the various systems.

The FA-365 22.1184MD-W is also used in some medical devices, such as ultrasound scanners and therapy systems. In this field, accuracy and stability are paramount, and the crystal helps to ensure that exact frequencies can be generated in order to safely operate the equipment. Other applications include telecommunications systems and laboratory instruments, where constant and accurate signals are essential.

Overall, the FA-365 22.1184MD-W is a highly accurate and stable piezoelectric crystal that is commonly used in many fields, particularly aerospace and healthcare. With its small size and remarkable precision, it can be applied to a wide range of applications, from satellite tracking to medical therapy systems. The crystal demonstrates brilliantly the usefulness of crystals in electronic systems and other areas where exact signals and frequencies must be maintained.