SI5350A-B05254-GT

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The SI5350A-B05254-GT is a very versatile clock generator, perfect for a wide range of applications. It can generate clocks of up to 5.25 GHz, with a maximum output jitter as low as 0.3ps. It also features integrated pulse-width modulation (PWM), adjustable skew, and auto-calibration. The SI5350A-B05254-GT is an ideal choice for tasks that require precise and reliable timing solutions.

This clock generator is a great choice for high-performance applications such as broadband communications networks, microprocessors, and base stations. It is designed to meet the stringent timing requirements of these systems, allowing for reliable data transmissions and system operations.

At the heart of the SI5350A-B05254-GT lies a Digital Lock (DL) system consisting of a reference clock, a DLL, and a phased-lock loop (PLL). This system is designed to reduce the amount of jitter in the output signal, providing a reliable and accurate timing solution.

The reference clock is the foundation of this system, providing the necessary timing information. It receives input from a host system such as a CPU or memory controller, which accurately controls its frequency. The reference clock then passes through a differential line driver circuit that can operate at up to 5.25 GHz.

The reference clock then passes through the DLL, which is designed to reduce the amount of jitter in the output signal. This is accomplished by comparing incoming pulses to a replicated version of the reference clock, and adjusting the duty cycle to account for any discrepancies. The result is a more precise and controlled signal.

Finally, the signal passes through the PLL. This is a closed-loop system, which induces the timing signal from the reference clock and adjusts it according to feedback from the modulator. This ensures an accurate and consistent output frequency.

The SI5350A-B05254-GT is a great choice for any application requiring precise and reliable timing solutions. Its combination of a reference clock, DLL, and PLL provides a system that is both reliable and accurate. This makes it an ideal choice for applications such as network communications, microprocessors, and base stations.

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