SI5335D-B02031-GMR

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Silicon Laboratories’ SI5335D-B02031-GMR is a Clock Generator, PLL and Frequency Synthesizer with integrated Programmable Output Enables. It is designed to be used across a wide variety of applications, including clock source optimization, clock source redundancy, and clock signal generation. The device is based on Silicon Laboratories’ fully custom, low-phase noise, high-performance oscillator core. This core allows the SI5335D-B02031-GMR to provide programmable frequency synthesis, programmable output enables, programmable output power and programmable loop-filter components.

Generally speaking, the SI5335D-B02031-GMR combines three major functions into a single integrated device, allowing for a cost and space efficient solution for a wide range of applications. It is a full-featured frequency synthesizer and synthesizer PLL, in addition to being a clock generator. It offers high-performance clock generation (up to 1.8GHz) using the integrated oscillator core and PLL components. With the integrated programmable output clock enables, the device is capable of providing performance in power-sensitive applications. The SI5335D-B02031-GMR integrates high-performance fully programmable loop-filter components that provide flexible and reliable design options.

The SI5335D-B02031-GMR is particularly well suited for a number of applications, including clock source optimization, clock source redundancy, and clock signal generation. In an application where there is a need to minimize clock jitter, the SI5335D-B02031-GMR provides a clock output with lower jitter than traditional oscillators and PLLs, making it ideal for challenging timing requirements. In addition, the integrated Programmable Output Enables can provide additional clock outputs in redundant or power-sensitive applications, such as embedded systems and network-on-chip topologies. The SI5335D-B02031-GMR is also well suited for diverse clock signal generation applications in a wide range of consumer, communications, industrial and automotive applications.

At the heart of the SI5335D-B02031-GMR is the internal oscillator, a high-performance and low-phase noise solution that utilizes a self-contained low-power ring oscillator generator with very low spurious levels and fast turn-on times. This oscillator is tuned via an external loop-filter component to generate a precise output clock frequency. The external capacitance values of the loop-filter component ensure that the output clock frequency has minimal phase-noise and jitter. The I/O control block programs the outputs and the internal oscillator, thereby allowing the SI5335D-B02031-GMR to generate the desired clocks.

In addition to its low-power, low-phase noise oscillator core and PLL components, the SI5335D-B02031-GMR also integrates programmable Output Enable outputs to provide additional supply-sensitive clock outputs for redundant or power-sensitive designs. The device also features programmable output power to further optimize power efficiency, as well as programmable output slew rates for enhanced clocking capabilities.

Overall, the SI5335D-B02031-GMR is a highly versatile clock generator, PLL and frequency synthesizer, providing high-performance clock generation, fast turn-on times, and programmable loop-filter components for custom frequencies and reduced jitter. Suited for a broad range of applications, the SI5335D-B02031-GMR provides a low-power and cost-efficient solution, enabling customers to get the most out of clock sources, clock sources, and clock signals.

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