SIT8209AC-23-25S-161.132800X

Oscillators are an electronic components which could generate periodic electronic signals and have wide applications. SIT8209AC-23-25S-161.132800X, as a kind of oscillator, has various applications and working principle.

Applications

SIT8209AC-23-25S-161.132800X oscillator is characterized by its low phase noise, low spurs, high stability and long-term reliability. It is mostly used in satellite communication, military and aviation communication, satellite navigation, television and radio transmission, digital television and digital radio, digital television transmission and other fields. It can maintain frequency stability over a wide environmental temperature range. This makes it ideal for use in high-reliability systems. In addition, it is also suitable for use in professional audio and video applications.

Working Principle

SIT8209AC-23-25S-161.132800X oscillator works on the principle of resonance. It has an internal Cavity Resonator that generates an oscillating frequency of 161.132800GHz. The oscillator works by resonating electromagnetic energy at a given frequency and then amplifying it to get an output waveform. The frequency of the output waveform can be controlled by varying the amplitude and phase of the electromagnetic wave.

The working of the oscillator is based on the principle of Amplify and Feedback. The electromagnetic wave is first amplified and then fed back to the cavity resonator. This feedback increases the oscillation, resulting in a stable frequency. The frequency stability is further increased by using a crystal, as the crystal acts as a temperature stabilizer and helps to maintain a stable frequency.

Conclusion

In summary, SIT8209AC-23-25S-161.132800X oscillator is a widely used oscillator which covers a wide range of applications and works on the principle of resonance. It has low phase noise, low spurs, high stability and long-term reliability. The oscillator is ideal for use in high-reliability systems, such as satellite communication, military and aviation communication, satellite navigation, television and radio transmission, digital television and digital radio, digital television transmission and other fields. Due to its special features, it is also suitable for use in professional audio and video applications.