Slkor has crystal oscillator of 6MHz, 8MHz, 10MHz, 12MHz, 16MH, 24MHz, 25MHz, 26MHz, 27MHz , 27.12MHz, 30MHz , 32MHz , 38.4MHz and 40MHz.

Crystal Oscillator is an electronic component that generates stable and precise oscillation signals based on materials such as quartz crystals. Its function is to provide accurate clock signals so that circuits or systems can perform operations at specified time intervals. It has a wide range of applications in electronic devices, especially in fields where accurate time references are crucial.

Here are some of the main application areas of crystal oscillators:

Communication systems: Crystal oscillators are widely used in wireless communication equipment, mobile phones, satellite communications and other systems to provide accurate clock synchronization, ensuring accurate transmission and reception of information.

Computers and digital devices: Crystal oscillators are used as clock sources for computers and other digital devices. They provide synchronous clock signals for components such as processors, memory, and bus interfaces to ensure coordinated and precise operation.

Industrial automation and control systems: In industrial production, crystal oscillators are widely used in automation control systems, instruments and meters, and various machine equipment. They provide stable clock signals for synchronizing and coordinating the operation of various components and programs.

Automotive electronics: Crystal oscillators play an important role in automotive electronic systems. They are used in engine control units (ECUs), dashboards, wireless communication systems, etc., to provide accurate clock synchronization and timing functions.

Medical equipment: Many devices in the medical field, such as medical imaging systems and life monitoring equipment, require highly accurate clock signals to ensure the accuracy of data acquisition, processing, and display. Crystal oscillators play a critical role in these devices.

In summary, crystal oscillators have a wide range of applications in the electronic field. They provide stable and precise clock signals for synchronizing and coordinating the operation of various electronic devices and systems. These application areas include communication, computer, industrial automation, automotive electronics, medical equipment, etc., and are essential for ensuring the normal operation of devices and systems.