Q 25,0-JXS22-10-10/15-T1-FU-WA-LF

Crystals have been around us for centuries, used in everything from jewelry to electronics and were even used in ancient times to tell the future. In recent years, the development of microelectronics and nanotechnology has given rise to new technologies and applications.

One of the applications for crystals is in the field of frequency-domain multiplexing, also known as FDM, or frequency-domain multiplexing. This is an important technology in the area of radio communications, where radio frequencies need to be transmitted over long distances without interfering with each other.

With FDM technology, the same frequencies are transmitted in multiple frequency bands, and each band is assigned to a different data path. This allows simultaneous transmission of many different types of information and thus more efficient utilization of frequency bands. This technique uses the properties of quartz crystals and is also referred to as Q 25.0-JXS22-10-10/15-T1-FU-WA-LF technology.

The most common form of quartz crystal is a small piece of piezoelectric material, usually a rectangular or spherical block of quartz and treated at high temperature. The high temperature causes the crystal to take on a piezoelectric effect, which is an ability to be a bridge between electric and mechanical energy. In this case, when an electrical current is applied to the crystal, it vibrates at a certain frequency.

The frequency of the vibration can be easily changed by adjusting the electrical current supplied to the crystal, and this is how FDM technology works. A single-frequency signal is applied to the crystal, and then the frequency is adjusted to generate multiple signals in the same frequency band. Thus, multiple channels of data can be transmitted in one frequency band.

In addition to FDM technology, quartz crystals are also used in many other applications, such as as oscillators and filters in oscillators, timing circuits, and signal processing, among others. Quartz crystals are also used to detect the presence of metals and other materials, as well as to determine temperatures. The use of the quartz crystal has allowed the development of many new electronic devices, including watches, calendars, remote controls, and other electronic devices.

The quartz crystal is a vital component in most modern electronics and its use will continue to increase in the coming years, as new technologies are developed. As a result, the need for quartz crystals and their applications in various fields will continue to grow.