ATS127-E

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Crystals for oscillator applications make use of the vibrational properties of atoms to generate a precise frequency in electronic circuitry. Among some of the crystal oscillators is ATS127-E, which is suitable for a wide range of high frequency applications. This article explores the application field and working principle of ATS127-E.

Overview

ATS127-E is manufactured by Vectron International and has a frequency range of 10 MHz to 125 MHz. It has a low profile of 0.20 inches, making it highly suitable for miniature circuits. This small size also reduces packing density and costs. Aside from that, ATS127-E offers superior environmental performance, vibration stability, long-term reliability and low aging rate. The oscillator is easily ported without having to reconfigure the design. It is a quartz based circuit capable of providing accurate and stable frequency solution.

Application Field

ATS127-E is suitable for a wide range of applications, such as cellular base station networks, satellite communications, Wi-Fi, GPS and military communication. It can also be used in telecommunication systems and medical systems. Moreover, this oscillator can be used for frequency control in high-end radios and also for the synchronization of network clocks.

Working Principle and Technology

At the core of ATS127-E is the quartz crystal, which is the key component of an oscillator circuit. The quartz crystal is a piezoelectric material that vibrates when a voltage is applied to it, thus producing a particular frequency. In order for the crystal oscillator to function, the device needs to have a voltage controlled oscillator (VCO) to convert an input voltage into a periodic output. The oscillator then connects to an amplifier circuit, which amplifies the output from the VCO. This output is then converted into a precise frequency and transmitted to the intended device.

The ATS127-E uses advanced state-of-the-art design technologies for superior performance, such as a proprietary low phase noise circuit, a high performance voltage control crystal resonator and anti-jam technology. All these components work together to achieve its low profile, low phase noise and superior environmental stability.

Conclusion

ATS127-E is a high performance and reliable quartz crystal oscillator suitable for a wide range of high frequency applications. It offers superior environmental performance, low aging rate and low profile. It works based on the piezoelectric properties of quartz and uses advanced state-of-the-art design technologies, such as proprietary low phase noise circuits and high performance voltage control crystal resonator.

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