SIT1602BI-21-33S-54.000000E

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Oscillators

SIT1602BI-21-33S-54.000000E is an oscillator used in many applications. It is a frequency-stable programmable oscillator that is both temperature and voltage compensated. The oscillator provides stability over temperature variations from -40°C to +85°C and it offers stability over voltage variations of +-1V. It also features short-term stability and excellent long-term stability.

Application Field

SIT1602BI-21-33S-54.000000E can be used in many different applications. It is most commonly used in communications and network systems, where it provides frequency stability to prevent signal distortion. It is also commonly used in aerospace, automotive, and industrial control applications. It is used to increase the accuracy of navigation systems and machine systems, as well as ensuring accurate data transmission.

Working Principle

The SIT1602BI-21-33S-54.000000E is based around a quartz crystal resonator that is constructed out of two pieces of quartz with a small gap between them. When a small voltage is applied to the resonator, the quartz starts to vibrate at its resonant frequency and generates an alternating electrical signal. This signal is then multiplied and divided by the integrated circuits to precisely generate the desired output frequency.

The oscillator also uses temperature and voltage compensation to ensure that the output frequency remains stable over wide input voltage and temperature variations. This is done by comparing an internal voltage with that of the external environment, and then adjusting the signal from the quartz crystal to compensate for any changes. The oscillator is extremely accurate, with the quartz crystal alone providing a frequency accuracy of +-0.2 parts per million (PPM).

Conclusion

In conclusion, the SIT1602BI-21-33S-54.000000E is an oscillator commonly used in many different applications. It features an extremely stable output frequency thanks to its temperature and voltage compensation, and quartz crystal resonator. Therefore, it is an excellent choice for high performance applications requiring long-term accuracy.

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