SI5319C-C-GM

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The SI5319C-C-GM is a high quality programmable clock generator from Silicon Labs, designed for applications such as data center, industrial, enterprise, consumer electronics, and more. It is a highly advanced clock generation solution that provides the utmost flexibility and accuracy for time synchronization and precision timing applications. The SI5319C-C-GM utilizes a low jitter, low phase noise digital PLL (DPLL) to generate multiple clock outputs with a wide selection of frequencies and various clock characteristics. These features help designers to reduce cost, optimize design performance and simplify system complexity.

The SI5319C-C-GM features an innovative, low-power architecture that requires a single power supply and is easily programmable through a 3-wire interface. It is equipped with automatic power saving features to reduce power consumption when no clock outputs are active. The programmable DPLL architecture allows high timing jitter performance, with high frequency selectivity and low cycle-to-cycle jitter. This enables the SI5319C-C-GM to provide accurate and stable clock signals with low phase noise, even in the presence of high-frequency interference.

In terms of its application field, the SI5319C-C-GM provides a flexible, high performance timing solution for a variety of applications. It is particularly suitable for data center and industrial applications such as for precision timing, as well as for consumer electronics applications such as for TVs, Blu-Ray players, soundbars, and more. Additionally, the device is capable of producing clocks for enterprise applications such as for data centers and synchronous Ethernet.

The SI5319C-C-GM works by utilizing a proprietary digital PLL (DPLL) technology that allows the device to be programmed with any frequency, while providing low jitter, low phase noise performance. The DPLL automatically tracks and adjusts its output in order to maintain a constant frequency in the presence of high-frequency interference and/or out-of-range frequencies. The SI5319C-C-GM also features a low jitter clock output synthesizer, which enables the device to produce the highest quality, low jitter clock signals with the greatest accuracy.

In addition, the device features built-in jitter cleaning, frequency error correction, and advanced users can access advanced features such as low jitter harmonic cleaning and frequency modulation. Furthermore, the SI5319C-C-GM also features programmable clock-lock detection and frequency error detection, as well as loop filter and VCO calibration, to enable reliable and accurate clock signals and reduce system failures.

In conclusion, the SI5319C-C-GM is a highly advanced clock generation solution that offers superior low jitter, low phase noise timing performance, as well as flexibility and precision timing applications. It is particularly suitable for data centers, industrial, enterprise and consumer applications, and provides users with the utmost flexibility and accuracy for time synchronization. With its programmable DPLL and low jitter clock output synthesizer, the SI5319C-C-GM is a reliable and accurate clock generation solution that can support a variety of applications.

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