SI5334K-B06998-GMR

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The SI5334K-B06998-GMR is a low-power and low-jitter clock generator designed for application specific clock or timing requirements. It is used for timing and synchronization of complex digital designs, such as networking, storage, and communication systems. The clock generator provides a robust and versatile range of clock outputs in a compact 7.5mm x 10mm package. It is ideal for applications that require high frequency accuracy, low power consumption and low jitter.

The SI5334K-B06998-GMR supports a range of clocking architectures, including PLL cascades, dual-clock buffered crystal oscillators, differential inputs, plus logic-level outputs. The device is capable of generating up to 16 low-jitter clock outputs with a wide range of frequencies and operating modes. The clock generator’s output options include LVPECL, LVDS, ACMOS, and SSTL levels, as well as its optional CMOS outputs.

The clock generator offers phase-lock loop (PLL) capability with multi-loop support, allowing it to be used with a variety of sources such as differential inputs. It has an integrated FIFO (first-in/first-out) memory which allows it to synchronize multiple clock signals together, while eliminating the need for external bidirectional buffers and retimers. This feature enables the SI5334K-B06998-GMR to support multiple clock sources, enabling the system designer to integrate multiple clock domains for improved synchronization and time-sensitive event coordination.

The clock generator also has programmable functions for output muxing and skew management, as well as an integrated spread spectrum clocking (SSC) circuit for reducing EMI emissions. Other features include programmable bypass and bypass slew rates, power shutdown mode and input threshold voltage selection.

The SI5334K-B06998-GMR is ideal for clock and timing applications in digital system designs, such as networking, storage, and communication systems. It enables the system designer to customize the clock generator’s performance and output clocks, allowing for a variety of operating frequencies and options.

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