ATS050BSM-1E

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Crystals are responsible for a great deal of communication technology today. One of the most reliable and commonly used crystals is ATS050BSM-1E. This crystal is used in many applications across various industries and has many features that make it desirable. In this article, we will discuss the application fields and working principle of this crystal so you can better understand its use and features.

Applications

The ATS050BSM-1E crystal is used in numerous applications, including wireless communications, automotive, spaceships, medical and other telecommunication sectors. In terms of wireless communications, this crystal is used because of its high-performance and low power consumption, making it a great choice for both short-range and long-range communication. In the automotive industry, its high stability and reliability is what makes it a favorite for car audio systems, GPS navigators, and other in-car systems. The ATS050BSM-1E also finds its usage in spaceships and other aerospace applications due to its robust construction that withstands extreme temperatures and pressures. Lastly, it is also used in medical and related applications due to its special resonator design that reduces noise.

Working Principle

The ATS050BSM-1E crystal functions like any other quartz-based crystal, but with a few improvements for increased reliability. The ATS050BSM-1E is a temperature compensation crystal oscillator (TCXO) and is accurate within 1-2ppm over a wide temperature range. This is due to the fact that it uses quartz as its resonator substrate and a temperature compensation circuit which automatically adjusts its oscillation frequency as the temperature changes. The crystal consists of a quartz slab, electrodes, and a temperature control circuit. When an alternating current flows through the electrodes, the quartz slab vibrates at its resonant frequency.

The ATS050BSM-1E also has a high frequency stability which means it’s less likely to drift over time or be affected by environmental factors like shock and vibration. This is possible because the crystal uses a quality selection process to check the quality of the quartz being used and ensure that it meets industry standards. This process also helps to ensure that the crystal will have a long lifetime, up to 10 years or more.

Conclusion

The ATS050BSM-1E is a reliable and widely used crystal in many applications due to its high performance and low power consumption. It is temperature compensated, highly stable, and has a long lifetime. It is used in applications such as wireless communications, automotive, spaceships, medical, and other telecommunication fields. Understanding the general application fields and working principle of this crystal can be beneficial for anyone interested in making use of this particular crystal in their projects.

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