ATS122-E

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Crystals are essential components in many applications. The ATS122-E is a type of crystal oscillator and has been widely used in a variety of applications. This article will focus on introducing the applications and working principles of the ATS122-E in detail.

ATS122-E Application Field

The ATS122-E is a type of crystal oscillator, based on its features and frequency, it is widely used in many different applications. It is most commonly used as a low noise clock source for data communications protocols, such as Ethernet and USB, which require precise and stable system clocks. It can provide relatively accurate and low jitter clock signals for such applications.

In addition, the ATS122-E is also used in wireless communication systems due to its high frequency accuracy. When used in a wireless communication system, it can be used to provide timing reference with minimal system errors. This ensures that communication between different modems are properly synchronized.

The ATS122-E also has been widely used in sensor data processing applications. Its low frequency accuracy makes it an ideal choice to accurately measure the resistance of sensors. Moreover, the low power consumption make it a suitable choice for applications where energy consumption is important.

Apart from the above applications, the ATS122-E is also used in various consumer electronic devices, such as TVs and audio players, to provide a source of stable clocks. In addition, its high frequency accuracy make it perfect for timing applications, such as for detecting ECG signals and scanning electron microscopy.

ATS122-E Working Principle

The ATS122-E is an asynchronous crystal oscillator based on quartz crystal. It consists of a quartz crystal, an electronic circuit and a power supply. The quartz crystal used in the ATS122-E is carefully resonated and calibrated to provide a stable, accurate frequency.

The electronic circuit in the ATS122-E consists of an amplifier and a filter. The amplifier amplifies the signal from the quartz crystal, and the filter removes any signal noise and frequencies outside the specified range. This ensures that only the precise frequency from the quartz crystal is output from the oscillator.

The energy for the oscillator comes from the power supply. The energy is used to power the electronic circuits in the ATS122-E. When the oscillator is powered, the voltage flowing through the quartz crystal induces a small electric current, which causes it to vibrate at its precise frequency. This vibrating signal is then amplified and filtered by the electronic circuit, resulting in a stable, precise clock signal.

Conclusion

The ATS122-E is a type of crystal oscillator and is widely used in many different applications. It is most commonly used to provide precise and stable system clocks for data communications protocols, such as Ethernet and USB. In addition, it is also used in applications such as wireless communication systems and sensor data processing. The ATS122-E works by amplifying and filtering the signal from a quartz crystal to provide a stable, accurate frequency.

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