SI5335D-B05503-GM

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The SI5335D-B05503-GM is a dynamic clock and data recovery circuit with a wide range of applications in many fields. It is part of Clock/Timing Solutions, which include Clock Generators, PLLs and Frequency Synthesizers among others. With its low-power, low jitter, high frequency design, the SI5335D-B05503-GM is ideal for recovering clock data in a variety of applications, such as digital video (including HD and UHDTV), automotive systems, cameras, digital audio, Ethernet and Wi-Fi.

The SI5335D-B05503-GM integrates a powerful low-jitter oscillator and features a unique clock synthesis engine that can generate up to 8 frequencies out of two reference clocks. It also includes an integrated digital phase-locked loop (PLL) and advanced dithering, loop bandwidth, and response time control. The PLL enables frequency synthesis with low jitter and on-the-fly control, which can be synchronized to the reference clock for stable and accurate operation.

This device enables a wide range of applications, such as high-speed SerDes, telecom/data communication, radar, or any application that requires high speed data. It provides excellent jitter and frequency accuracy even at low operating frequencies. By providing both low-jitter random clocks and frequency synthesis capabilities, the SI5335D-B05503-GM is the perfect fit for many industry standards. It also provides a wide range of voltage inputs, enabling it to be used in both high and low voltage systems.

The SI5335D-B05503-GM can be used as a standalone clock or as part of a timing system to synthesize multiple frequencies. It features a unique clock synthesis engine that combines two digital output signals, enabling it to produce up to 8 different clock frequencies. The outputs can be precisely adjusted with a single reference and the output can be digital or analog. The high-performance PLL provides excellent frequency accuracy and jitter performance, ensuring stable and reliable operation.

The SI5335D-B05503-GM works by first synthesizing the input signals and then passing them through a digital filter to reduce the noise spectrum and improve jitter performance. The filtered signal is then passed through a clock synthesis block and is converted to multiple output frequencies. Finally, the output frequencies are passed through a digital-to-analog converter to produce clock signals of the desired frequency and accuracy. The process is adjustable and can be configured to produce the desired output frequencies.

The SI5335D-B05503-GM is an ideal solution for clock and data recovery in a variety of applications. With its low-power, high-frequency design and advanced PLL, it offers excellent jitter performance, low noise and high accuracy in a variety of systems. This makes it suitable for a wide range of applications, from broadcast to consumer electronics. Its wide voltage range and on-the-fly adjustment capabilities make it very versatile, enabling it to be used in both high and low voltage systems.

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