TS080F23CDT

Crystals have been used as one of the most important components in electronic equipment since its invention. They are widely used in different applications as frequency control elements to control the oscillation frequency of electronic devices. The TS080F23CDT is a type of quartz crystal with high frequency stability under harsh environment conditions. It has found wide applications in various fields, especially those involving precision and frequent frequency control.

Application field

The TS080F23CDT specifications include a wide range of applications from radio equipment, satellite receivers, computer clocks, medical equipment, and security systems to industrial automation. Due to its high frequency stability, it has been widely adopted in the communications industry—cell phones, wireless communication networks, digital air security systems, and marine communication. It is also used in precision data acquisition devices, measuring instruments, navigational systems, digital timer models, motor controllers, checking counters, and counters with high stable frequency requirements.

Working Principle

The frequency stability of the TS080F23CDT depends on its ability to vibrate and oscillate at the same frequency. This is achieved with its ability to absorb energy during the positive cycle. The basic structure of the crystal consists of a vibrating mineral, sandwiched between two electrodes. The vibrations are caused by the force of electric charges on the electrodes. The frequency of oscillation will remain constant as long as the electric charges are balanced.

In the case of the TS080F23CDT, the crystal has a fundamental frequency of 4MHz, and is designed to resist wide voltage and temperature ranges. This allows it to stay stable despite environmental variations. The crystal also features an internal design that minimizes distortion products and noise, improving the accuracy and smoothness of oscillations.

Conclusion

The TS080F23CDT is an advanced quartz crystal suitable for many precise applications. Its high frequency stability, wide range of operating temperature, and noise-cancelling design make it an ideal choice for applications that require precise and frequent frequency control. It is particularly suitable for use in communications and industrial automation.