SIT8209AC-2F-18E-166.000000X

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Oscillators

SIT8209AC-2F-18E-166.000000X is a type of oscillator which has a variety of application fields and working principles. It produces a continuous, reigniting current which can be used in a variety of electronic designs.

Application Field

SIT8209AC-2F-18E-166.000000X is often used in communications and transceiver designs as it is a type of oscillator with low jitter and timing errors. It is also ideal for high performance video application as it has a wide frequency range, low phase noise, and excellent short-term and long-term frequency stability. It is also used in embedded system design and data conversion applications, such as in ADCs and DACs.

Working Principle

The working principle of SIT8209AC-2F-18E-166.000000X is based on a hybrid combination of analog and digital control techniques. It is powered by a crystal oscillator, which is then used to provide a reference frequency. This reference frequency is then divided into lower order fractions and compared to an exact clock frequency. If there is any difference, it is then corrected by adjusting the control voltages, allowing it to maintain fractional-n accuracy.

Using digital control and adjustment techniques, the oscillator is able to provide a high degree of precise frequency control. The oscillator also has an on-chip temperature sensor which helps to further regulate the oscillator frequency over varying temperatures. SIT8209AC-2F-18E-166.000000X also provides excellent phase noise performance and frequency stability over temperature and voltage, making it suitable for many clock and timing applications.

Conclusion

SIT8209AC-2F-18E-166.000000X is a type of oscillator which has a variety of applications and working principles. It is used in many different designs, ranging from communication transceivers to embedded systems and high performance video applications. It is powered by a reference crystal oscillator which is continuously monitored and adjusted for fractional-n accuracy, providing a high degree of precise frequency control. Additionally, it provides excellent phase noise performance, frequency stability, and temperature performance.

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