SI5335B-B08106-GMR

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The SI5335B-B08106-GMR is a versatile, low-cost clock generator. It offers great flexibility and features to help designers bring high performance clock distribution to their designs. It provides the ability to generate accurate clocks and helps with system timing synchronization. This makes it a great choice for clock generation in a wide variety of applications, such as networking, telecommunications, medical, and industrial automation.

Applications

The SI5335B-B08106-GMR provides is a highly versatile, low-cost clock generator designed to efficiently and precisely produce a set of low-noise, high-precision clocks. It is a single-component solution that can simultaneously provide multiple, phase-locked clock outputs with a wide range of frequencies from 250kHz to 750MHz, allowing it to cover the majority of data-rate needs within all market segments including Fibre Channel, SAS, SONET/SDH, ETHERNET, and PCI Express.

The SI5335B-B08106-GMR is ideal for a wide range of clock replacement and system integration applications where the accurate generation of multiple frequency and timing signals is required. This includes automotive, communication, computing and storage, industrial, medical, and networking applications. The multiple outputs are easily programmed via a simple serial communications scheme, allowing for system-level customization.

Working Principle

The SI5335B-B08106-GMR is based on proven PLL technology and uses a combination of a voltage controlled oscillator (VCO) and a phase-locked loop (PLL) to generate clocks that are locked to a reference frequency. The VCO frequency is determined by an external voltage, while the PLL works to adjust the VCO frequency until it matches a programmed reference frequency or user-defined frequency. The output of the PLL is buffered and then driven by two differential outputs.

The SI5335B-B08106-GMR is capable of generating up to eight low-noise, low-jitter, high-speed clock outputs. These clock outputs are programmable through a simple serial interface. The user can program the frequency from 250kHz to 750MHz as well as setting the output voltage and spread spectrum modes.

The SI5335B-B08106-GMR accepts input clock frequency from a variety of reference clock sources including crytals, up to four differential clock signal, up to three single-ended clock signals, or a single high-frequency clock signal. As a result, the reference design can accommodate the increasing demand for higher-frequency clocks in the ever-changing technologies.

Conclusion

The SI5335B-B08106-GMR clock generator is a versatile, low-cost clock generator designed to produce a set of low-noise, high-precision clocks. It is ideal for a wide range of clock replacement and system integration applications where the accurate generation of multiple frequency and timing signals is required. The SI5335B-B08106-GMR provides great flexibility and features to help designers bring high performance clock distribution to their designs, making it a great choice for clock generation in a wide variety of applications.

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