SI5338N-B05577-GM

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The SI5338N-B05577-GM is an ideal choice for applications requiring an ultra-low jitter clock. The module is designed to provide industry leading performance in terms of low noise, wide frequency range, and low power consumption. It is ideal for clock/timing applications where precision and reliability are important.

In terms of application fields, the SI5338N-B05577-GM is especially suitable for use in high- bandwidth SSDs, in networking and communication systems, for image/video processing, for digital audio/video distribution, and for high-end professional audio/visual equipment. Its wide frequency range also makes it useful for clock sources in FPGAs, ASICs, and other synchronization applications.

The SI5338N-B05577-GM has a proprietary analog PLL circuit topology which ensures the highest precision and cleanest clock jitter output. It consists of two PLL stages, one with a low-noise frequency synthesizer and the other with a high-frequency reference oscillator, a low noise VCO, and an active loop filter. This design eliminates any noise or interference that may be present in the source clock, ensuring that only high-quality clock signals are generated.

In terms of working principle, the SI5338N-B05577-GM utilizes the long established PLL circuit. The module\'s low noise VCO is driven by a high-frequency reference oscillator which is then divided down to the desired frequency through the low-noise frequency synthesizer. This is then fed into the active loop filter of the PLL circuit to generate a clean clock signal of the desired frequency. This signal is then sent to the output pins of the module to deliver a low-jitter, highly accurate clock signal.

In summary, the SI5338N-B05577-GM is an ideal choice for clock/timing applications where precision, reliability, and low-noise performance are required. Its wide frequency range and analog PLL circuit design ensure it will perform optimally in any application, providing clean, highly accurate clock signals that are free from noise or interference.

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