ECS-107.3-S-4

Crystals are solid substances composed of a highly ordered arrangement of atoms. Some crystals, such as quartz, have repeating patterns and are known as crystalline materials.The ECS-107.3-S-4 is a piezoelectric crystal and is used in many applications. This article explains the application field and working principle of this type of crystal.

Application Field

ECS-107.3-S-4 crystals can be found in many types of applications. Some of the most common include electrical and optical instruments, medical and dental equipment, communication systems, and automotive electronics. In addition, they are used in consumer electronics such as game consoles and computers.Crystals are also often found in watches, clocks, and other timekeeping devices. They are used to ensure precise and reliable timekeeping as they produce very precise frequencies.

Working Principle

The ECS-107.3-S-4 crystal is made of a piece of quartz cut into the shape of a cylinder. The cut edges of the quartz are then polished in order to create precisely flattened and evenly spaced faces, which directs the current flow in a single specific direction.When an alternating electrical current passes through a crystal, it causes the crystal to vibrate at a predetermined frequency. As the crystal vibrates, it produces an electrical signal which can then be used to accurately measure the frequency and time. The frequency of the signal is fixed and determined by the size of the crystal.

Conclusion

ECS-107.3-S-4 crystals are used in many types of applications including electrical and optical instruments, medical and dental equipment, communication systems, and automotive electronics. They are also found in consumer electronics such as game consoles and computers.The working principle of this type of crystal is based on the piezoelectric effect. It consists of a piece of quartz cut into the shape of a cylinder. When an alternating current passes through the crystal, it vibrates at a predetermined frequency and produces an electrical signal which can then be used to measure the frequency and time.