Q 16,0-JXS22-9-10/10-WA-LF

Q 16,0-JXS22-9-10/10-WA-LF Application Field and Working Principle

The Q 16,0-JXS22-9-10/10-WA-LF crystal is an important type of quartz device. Such crystals can be used for various applications, such as frequency control and timing, with excellent performance. As such, it has attracted the attention of academics and industry professionals alike. Here, we discuss its application field and working principle.

Application Field

Q 16,0-JXS22-9-10/10-WA-LF crystals are suitable for use in a variety of systems. They can be used in computer devices, communications systems, aviation instruments, high-precision commercial clocks, frequency synthesizers and consumer electronics. They are also suitable for use in digital devices such as mobile phones, tablets and laptops.

Given their performance and ease of use, Q 16,0-JXS22-9-10/10-WA-LF crystals are widely applied in the military, satellite communication and deep space exploration. In addition, these crystals can provide stable frequency and high-precision temperature compensation for various electronic systems.

Working Principle

A Q 16,0-JXS22-9-10/10-WA-LF crystal has a piezoelectric effect, enabling it to generate an electric field in response to mechanical stress. This effect is based on a lattice network of atoms and electrons, which cause the crystal to vibrate when a voltage is applied. When the voltage changes, the crystal will reach a certain frequency that can be used as a reference to control the output. This process is often referred to as crystal vibration.

In order to ensure that the crystal vibrates at the desired frequency, a tuning fork or resonator must be used. This element is usually made of quartz, and is designed to ensure that the crystal vibrates at the exact frequency regardless of the environmental conditions around it.

Overall, the Q 16,0-JXS22-9-10/10-WA-LF crystal has a complex but reliable working principle. Its application field is vast, which uses the combination of piezoelectric effects, tuning forks and resonators to provide a stable frequency and high-precision timing.