SI5350C-B03456-GTR

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The SI5350C-B03456-GTR is a high-performance, flexible, low-jitter and low-phase-noise clock generator platform. It combines a low-power and fast Frequency Locked Loop (FLL) with a set of adjustable mixing divider ratios (XDRs). This enables the SI5350 to address a wide variety of application challenges – including frequency translation, jitter cleanup and clock family expansion – with unprecedented flexibility and performance.

The platform has a wide range of applications, including high-speed networking, industrial control and communications systems, consumer audio and video, test and measurement, and medical imaging. The SI5350 is designed to help you design and configure more efficient, reliable and cost effective systems. It provides a wide frequency range of operation and an ultra-low jitter performance for high-performance clocks. Unlike traditional PLLs, the SI5350 does not suffer from huge phase noise peaks, making it ideal for applications where extremely low phase jitter is required.

The SI5350 provides a set of high-performance, integrated clock management features to simplify system design and ease board design complexity. These features include an integrated reference input with jitter filter, an integrated temperature compensation circuitry and a built-in bypass switch. In addition, SI5350 offers an integrated high-bandwidth clock distribution switch which reduces the complexity of cascading multiple PLLs in the system. This integrated switch helps to reduce system design costs and time-to-market.

The SI5350 also features an integrated phase lock loop (PLL) that is used to control the frequency of the output clock signal. The PLL helps to minimize the jitter of the output clock signal by automatically adjusting the phase and frequency of the clock signal based on the reference source. This ensures that the output clock signal is always in phase with the reference signal, thus providing low jitter and improved overall accuracy.

The SI5350 also offers integrated digital frequency synthesis (DFS) capabilities. This allows designers to select specific operating frequencies of their output clock signals. The frequency values range from 1.2 Hz to up to 600MHz, covering a wide range of requirements. The integrated DFS also helps save board space, cost and time-to-market.

In addition to its integrated clock management capabilities, the SI5350 can also be used for multiple clock source synchronization. The FLL feature allows the clock source to be synchronized across two different clock sources, such as a central-office clock source and a system clock source. This synchronization allows the system to ensure a consistent output frequency. In addition, the clock source synchronization allows the system to ensure that the output frequency is always in phase with the reference frequency, eliminating possible cross-talk due to phase errors.

The SI5350C-B03456-GTR is an extremely versatile clock generator platform that has a wide range of applications. It provides a robust, low jitter performance, integrated reference input with jitter filter, temperature compensation circuitry, and a built-in bypass switch. In addition, the FLL feature can be used to synchronize multiple clock sources. Finally, it offers digital frequency synthesis capabilities, providing a wide range of frequency sizes and low phase jitter.

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