SIT1602BC-22-18E-4.000000G

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Oscillators are widely used as the fundamentals in electronic systems such as computers and communications for timing and control applications.

SIT1602BC-22-18E-4.000000G is an example of an oscillator, specifically a digitally controlled oscillator (DCO). This oscillator is typically used to provide a stable timing clock signal, enabling designs where the clock may be dynamically adjusted to match a desired frequency.

The SIT1602BC-22-18E-4.000000G oscillator is a remarkably stable device because the onboard digital controller monitors the oscillator frequency through a “least-squares” algorithm. This algorithm works essentially by:

• Monitoring the outgoing signal to check for any frequency deviation from the desired input frequency.
• If a deviation exists, the controller then makes an adjustment to the oscillator parameters to maintain the desired frequency.

This oscillator technology is used to minimize frequency drift and outperform most other timing solutions over a wide frequency range and in varying environmental conditions. In addition, the adjustable frequency range can be selected by the end user in the field.

The SIT1602BC-22-18E-4.000000G oscillator is typically deployed for serious industrial-grade timing and accuracy requirements, such as for radio-based systems or medical equipment. Its combination of high-reliability, long-term stability, and adjustment for a wide variety of frequency requirements make it especially well-suited for a variety of mission-critical applications.

The SIT1602BC-22-18E-4.000000G oscillator is an excellent example of an oscillator readily available today that encompasses both reliability and high adjustable accuracy. By leveraging the high performance and low-power benefits of this digitally controlled oscillator, designers can now create systems that demand the utmost in precision and reliability with minimal effort.

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