ATS250B-E

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Crystals have become an integral part of the modern technology. They find wide application in a variety of electronic, optoelectronic and photonic systems. Among such crystals, the ATS250B-E of the AT-Cut series stands out for its ability to provide a high frequency stability and excellent environmental performance. The AT-Cut series of quartz crystals from Advanced Thermal Systems (ATS) has been specifically designed to function in high-temperature, high-humidity and high-vibration environments. The ATS250B-E crystal is one of the most advanced models in the series and offers several features that enable superior thermal performance, mechanical stability, and excellent high-frequency performance.

The ATS250B-E crystal is specifically designed for use in high-frequency, low-noise oscillation applications. This crystal is based on the AT-Cut quartz structure, which ensures superior thermal performance, as well as optimized frequency accuracy and stability over temperature. The crystal resonator uses an internally compensated AT-Cut structure, which allows the crystal to function effectively at frequencies up to 250MHz, while maintaining excellent accuracy and stability over temperature. The AT-Cut structure also ensures that the ATS250B-E crystal can withstand high vibration and shock levels.

The ATS250B-E crystal is composed of two electrodes that are separated by a quartz layer. The electrodes are etched from the two opposing faces of the crystal, and the quartz is sandwiched between them. The two electrodes conduct the electric current from the external circuit. This current produces a mechanical vibration in the crystal that is then amplified to produce a signal. The frequency of this signal is determined by the piezoelectric effect of the quartz material.

The ATS250B-E crystal also has several other features designed to improve its performance. It is designed to be resistant to frequency aging, which means that it will remain stable over time. It also offers excellent noise suppression and will reject unwanted RF interference. The crystal also has a high power handling capacity, so it can be used in systems that require higher output power levels. In addition to these features, the ATS250B-E crystal also has a wide range of temperature operating ranges, making it suitable for use in a variety of applications.

In conclusion, the ATS250B-E is a highly advanced quartz crystal that offers superior thermal, mechanical and frequency stability along with excellent environmental performance. Its AT-Cut structure ensures superior thermal performance, superior frequency stability and the ability to perform in high-temperature, high-humidity, and high-vibration environments. The crystal is also resistant to frequency aging, offers excellent noise suppression, has a high power handling capability, and can be used in a wide range of temperature operating ranges. Thanks to all these features, the ATS250B-E is able to meet the needs of a wide range of electronic applications, making it a versatile and reliable crystal for any system.

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