SIT9120AI-2B1-33E25.000000G Datasheet/PDFOscillators are used in a wide range of applications, such as radar systems, navigation systems, television broadcast systems, communication systems, and many more. The SIT9120AI-2B1-33E25.000000G is an oscillator that is specifically designed for precise timing and frequency control applications. This article will discuss the application field and working principle of the SIT9120AI-2B1-33E25.000000G oscillator.
Application Field of the SIT9120AI-2B1-33E25.000000G Oscillator
The SIT9120AI-2B1-33E25.000000G oscillator is suitable for applications such as frequency synthesis, clock distribution networks, microwave systems, and other high-precision timing control applications. The oscillator is especially great for real-time computing systems, such as real-time voice recognition, image analysis, autonomous navigation, and other interactive applications. Furthermore, the SIT9120AI-2B1-33E25.000000G oscillator is also used in various consumer applications, such as audio and video devices, set-top boxes, and more.
Working Principle of the SIT9120AI-2B1-33E25.000000G Oscillator
The SIT9120AI-2B1-33E25.000000G oscillator utilizes a high-accuracy piezoelectric quartz crystal as the active element. This ensures an ultra-low phase noise and small deviation from the desired frequency. The oscillator mainly consists of an amplifier module; a quartz crystal unit; and a temperature sensing, compensation and phase-locked loop circuit. The amplifier module amplifies the voltage signal generated by the quartz crystal and the oscillation frequency outputted is locked to the resonant frequency of the quartz crystal. The temperature sensing and compensation characteristics of the oscillator can achieve a high degree of precision in the output frequency accuracy.
Conclusion
In conclusion, the SIT9120AI-2B1-33E25.000000G oscillator is a popular choice for precision timing and frequency control applications. This oscillator utilizes a high-accuracy piezoelectric quartz crystal as the active element and consists of an amplifier module, a quartz crystal unit, and a temperature sensing, compensation and phase-locked loop circuit. Furthermore, the oscillator is suitable for applications such as frequency synthesis, clock distribution networks, microwave systems, and other high-precision timing control applications. Other consumer applications such as audio and video devices, set-top boxes also use this oscillator.