Crystals

Crystals are natural substances that form regular, repeating patterns on their surfaces. They have many uses in electronics and metallurgy, typically for control and absorption of electrical signals. One of the most popular types of crystal is the ECS-36-18-1X, which is used in a wide variety of applications in the electronics industry.

ECS-36-18-1X Application Field

The ECS-36-18-1X is used in applications such as wireless communication hardware, audio amplifiers, data transceivers, frequency synthesizers, and various other types of oscillators. It is also used in navigation systems, automotive electronics, medical equipment, surveillance systems, and precision instrumentation. The ECS-36-18-1X is especially popular because of its small size, low power requirements, and high accuracy.

ECS-36-18-1X Working Principle

The ECS-36-18-1X works on the principle of the piezoelectric effect. When a voltage is applied to the crystal, it vibrates at its resonance frequency. By varying the voltage applied, the frequency of the vibration can be precisely controlled. The ECS-36-18-1X is constructed specifically to allow for this precise frequency control. The crystal\'s construction includes internal electrodes, a piezoelectric disk, external shielding, and a metal case.

The internal electrodes are made of silver and have high conductivity. The piezoelectric disk is made of quartz, which vibrates when voltage is applied. The piezoelectric disk creates electrical charges, which are amplified and controlled by the metal case and external shielding. The resulting oscillations are used to generate or measure frequencies.

Conclusion

The ECS-36-18-1X is an extremely versatile crystal that can be used in a variety of applications in the electronics industry. Its small size and low power requirements make it popular for use in wireless communication hardware, audio amplifiers, data transceivers, frequency synthesizers, and other oscillators. Its construction and working principles make it particularly suitable for use in precision applications where precise frequency control is required.