SIT8208AI-83-28S-12.000000T

Overview

The SIT8208AI-83-28S-12.000000T is a versatile oscillator used for wide range of applications. It is classified under the category of oscillators for its ability to generate multiple frequency points that can be tuned easily, which can lead to more accurate timing signals in clock-based systems. It can be used in a variety of applications, from low- and high-frequency signal generation to frequency transformation.

Applications

The SIT8208AI-83-28S-12.000000T is heavily utilized in the fields of telecommunications, electronic data processing systems, medical, and control systems. It is used in a multitude of digital (clock) applications that require the generation of different frequencies as its output.

This frequency generator facilitates precise timing in digital systems. For instance, it can be utilized in ultrasound systems for non-invasive imaging, wherein precision timing signal generation is required for proper calculations. Also, it can be utilized in signal processing applications such as facial recognition, since facial identification is heavily reliant on accurate timing signal generation.

Other applications that the SIT8208AI-83-28S-12.000000T is used for include clock initialization, or synchronization of the entire system, precision frequency tuning, and frequency locking, and frequency shifting. It can be used to generate signals for radio frequency communication systems and television, radio, and satellite broadcasting.

Working Principle

The working principle of the SIT8208AI-83-28S-12.000000T oscillator is centered on the resonance of the piezoelectric quartz crystal. In order to generate oscillations, the quartz crystal is placed in a frequency determination circuit, which is composed of an integrated circuit (IC), a resistor, and a capacitor. The IC provides the necessary control for the oscillation frequency. When a voltage is applied to the quartz crystal, it vibrates and results in the generation of an oscillation frequency.

The quartz crystal is also coupled with a temperature sensors within the IC. When the temperature changes, it may create an uncertainty in the frequency. To compensate for this uncertainty, the frequency determination circuit makes use of the temperature sensor in the IC. The temperature sensor can detect temperature changes and adjust the oscillation frequency accordingly.

Conclusion

The SIT8208AI-83-28S-12.000000T oscillator is a versatile oscillator that can be used in a wide range of applications, including telecommunications, medical, and control systems. Its working principle is centered on the relationship between the voltage applied to the frequency determining circuit and the quartz crystal coupled with the temperature sensor. This oscillator is a reliable tool for generating multiple frequency points and facilitating precision timing signals.