SI5338C-B06738-GMR

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The SI5338C-B06738-GMR ,is a clock generator designed for a variety of applications, primarily those that share the common of needing a fussy clock signal.

The SI5338C-B06738-GMR features both input and output stages, enabling maximum flexibility for a variety of applications. The input stage is required for the generator to detect the input signal and calculate the required output clock signal.

The output stage acts as a buffer for the generated clock signal, providing it with sufficient strength for long distances. In addition to its internal buffers and phase-locked loops, the generator also features a spread spectrum mode, which distributes the power of the outgoing signal over a wider frequency range. This reduces clock jitter and EMI, while allowing the generator to satisfy the needs of higher frequency applications.

The applications of the SI5338C-B06738-GMR include FPGAs, high-speed networking, storage systems, and digital video broadcast. In these applications, the generator helps maintain the proper timing of various tasks, allowing the applications to run faster and more effectively.

The working principle of the SI5338C-B06738-GMR is fairly simple and straightforward. First, the generator detects the input signal and calculates what type of output clock signal is required. Next, the generator produces the required clock signal and outputs it through the output stage. Finally, the spread spectrum mode is activated, allowing the generator to distribute the power of the clock signal and reduce clock jitter and EMI.

To summarize, the SI5338C-B06738-GMR is an application specific clock generator, most commonly used in applications such as FPGAs, high-speed networking, storage systems, and digital video broadcast. The generator is capable of detecting an input signal, calculating the required output clock signal, and distributing the power of the clock signal over a wider frequency range. This provides the required clock signals with the sufficient strength and reduces clock jitter and EMI, providing applications with the necessary precision and reliability.

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