SIT1602ACA1-33S

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Programmable oscillators are a type of precision control device used in a variety of applications, from frequencies and timing control in communications and computer networks to advanced clock sources in industrial and medical equipment. The SIT1602ACA1-33S is a programmable oscillator with an exceptional level of precision, making it suitable for reliable long-term use in demanding applications.

Applications

The SIT1602ACA1-33S is designed to be used in communication and computing systems that require precision timing control. Its wide frequency range (1Hz-200MHz) and high precision mean it can deliver reliable, accurate performance in high-bandwidth communications and data networks, as well as in multi-core computing systems. It is also suitable for industrial and medical applications such as the automation of assembly and disassembly processes, the production of highly accurate sensors, and the operation of medical imaging equipment.

Working Principle

The SIT1602ACA1-33S is a digital-controlled oscillator (DCXO) that uses a high-precision crystal as its frequency reference. The relatively stable frequency of the crystal is then used to provide a reliable and accurate signal output. The frequency and phase of the output signal can be digitally controlled via an internal programmable counter.

The SIT1602ACA1-33S offers high levels of dynamic frequency tuning, allowing it to be used in a variety of applications requiring precise timing and frequency control. For example, it can be used for highly accurate frequency synthesis for synthesizers, for precision reference clock generation for synchronization purposes, and for automatic frequency control (AFC) in communications networks.

Conclusion

The SIT1602ACA1-33S is a digital-controlled oscillator designed for applications requiring precise timing and frequency control. Its wide frequency range and high-precision crystal reference make it well suited for reliable operation in a variety of demanding applications in communications and computing, industrial automation, and medical imaging.

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