SIT1602BI-32-28S-4.000000T

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Oscillators are electronic devices used to convert direct current (DC) inputs into repetitive analog waveforms. They are used in many industrial, commercial, and consumer electronic systems as the foundation for frequency and timing. The SIT1602BI-32-28S-4.000000T oscillator is an example of an oscillator used in various application fields. This article will discuss the application field and working principle of the SIT1602BI-32-28S-4.000000T oscillator.

Application Field of SIT1602BI-32-28S-4.000000T Oscillator

The SIT1602BI-32-28S-4.000000T oscillator is intended to be used for frequency generation with high accuracy and stability. The oscillator is used in various application fields such as radio, television, broadcast, navigation, telecommunication, medical, automotive, and industrial control. It is also suitable for applications requiring tight frequency and timing specifications, such as frequency hopping radios, direct digital synthesis, precision frequency control, frequency modulation/demodulation, and precision phase-locked loops.

Working Principle of SIT1602BI-32-28S-4.000000T Oscillator

The SIT1602BI-32-28S-4.000000T oscillator is an oscillator that produces a stable output frequency based on an external crystal oscillator. The clock signal from the external crystal is fed into a phase lock loop (PLL). The PLL takes the external clock signal and generates a higher frequency signal based on a set of parameters. The output frequency is calculated based on these parameters, which can be adjusted to adjust the final output frequency. The PLL also provides additional control over the output frequency, which can be used to adjust the frequency without changing the external crystal. The output frequency of the oscillator can also be controlled via a digital control input, which allows the user to control the clock signal frequency via a digital interface.

Conclusion

The SIT1602BI-32-28S-4.000000T oscillator is an oscillator used in a variety of application fields due to its accuracy and stability. The oscillator works by receiving an external clock signal from an external crystal and then using a phase lock loop to adjust the output frequency. The oscillator also provides additional control over the output frequency via a digital control input, which allow the user to control the frequency without changing the external crystal. Understanding the application field and working principle of oscillators is important in order to effectively use them in industrial, commercial, and consumer electronic systems.

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