ATS20A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals play a critical role in a wide range of technologies and products. They are essential components in electronics, used in anything from bipolar transistors, digital logic gates and rectifiers. They are acting as the heart of quartz crystal oscillators, which are used in clocks, watches, cellphones, and many other devices. Crystals can also be used as optical components, like lasers, modulators, and polarizers.

ATS20A is one of the newest developments in crystal technology. ATS20A provides high performance and reliability in wide range of applications from clocks and watches to communication devices. It offers excellent stability, quality and a wide range of electrical parameters and parameters for specific environments.

The key features of ATS20A, include: high accuracy and stability at a wide range of frequencies, low temperature drift, low phase noise, robust locking of the frequency, high level of immunity to accelerated aging and shock. It has excellent reliability when subjected to rigorous tests and known vibration characteristics, such as the RoHS compliant pin-out.

The ATS20A application field includes clocks and watches, medical devices, telecommunication systems, consumer electronics, automotive and aerospace systems and industrial designs. The most common application of the ATS20A is as a replacement for quartz oscillators in consumer, industrial and automotive applications. The ATS20A is also suitable for those applications requiring higher accuracy and stability.

The working principle of ATS20A is based on the vibration of a tiny quartz crystal, which is by far the most accurate and reliable source of timekeeping. In this tiny quartz crystal, the frequency depends on the size and material of the crystal. The ATS20A works due to the piezoelectric effect, when mechanical stress generated in the crystal takes the form of an electric charge. The charge variation is proportional to the size of the crystal, which can be precisely controlled, leading to an accurate frequency.

In order to maintain its accuracy, the oscillator needs to be temperature compensated. ATS20A provides the best temperature stability. It features an optimized temperature-compensation scheme for multiple temperature zones and can accurately adjust the frequency of the oscillations in order to prevent changes in output frequency with temperature. This allows the ATS20A to provide accurate timekeeping, even under extreme temperatures.

In conclusion, the ATS20A has a wide range of applications, from simple timekeeping in consumer electronics to sophisticated applications in industrial systems. It provides excellent frequency stability, robust locking of the frequency, and temperature stability. With its high performance and reliability, the ATS20A is at the cutting edge of crystal technology.The specific data is subject to PDF, and the above content is for reference