SI5338L-B06238-GMR

Series:	*
Packaging:	Tape & Reel (TR)
Part Status:	Active
Mounting Type:	Surface Mount
Package / Case:	24-VFQFN Exposed Pad
Supplier Device Package:	24-QFN (4x4)

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Application Field

The SI5338L-B06238-GMR is a high-performance,precision clock generator designed for a variety of time-critical applications.The IC supports a wide variety of outputs,including LVCMOS and LVPECL,which makes it suitable for a broad range of applications,from high performance computing and telecommunications,to multimedia and storage systems.It also supports multiple operating modes,allowing it to be quickly integrated into any project.The SI5338L-B06238-GMR has been designed to meet the stringent needs of high-speed data,transmission,processing and storage systems.It features excellent jitter performance,with an intrinsic jitter of 0.2ps RMS in LVPECL output,and low spread-spectrum noise.This ensures a stable clock signal across multiple fabrics,and eliminates transmission errors and other anomalies.The SI5338L-B06238-GMR also features integrated signal protection (ISP) circuitry,which protect against signal distortion caused by signal reflections and EMI.The SI5338L-B06238-GMR is ideal for a range of applications,including high performance computing,telecommunications and storage systems.It can be used in low latency networks,such as 10GbE and SAN/NAS storage systems,as well as in high speed,high performance computing applications,such as SMP and Point to Point Clustering.It is also suitable for multimedia applications,such as HD video streaming,and high-speed interconnects,such as PCI Express.

Working Principle

The SI5338L-B06238-GMR is a quartz-based clock generator,which uses a crystal oscillator circuit to produce a precisely timed signal.A quartz crystal oscillator uses the resonance of two quartz crystals to produce a signal at a particular frequency.The SI5338L-B06238-GMR is based on a temperature-stabilized quartz oscillator,which helps to ensure a consistent frequency over a wide temperature range.The signal is then routed through one or more clock dividers to generate a variety of clock signals at different frequencies.The clock dividers are programmable and allow the user to generate any combination of clocks necessary.The SI5338L-B06238-GMR also features programmable skew management,which helps to ensure that the clocks have minimal skew between different outputs.Finally,the SI5338L-B06238-GMR implements frequency synthesis,which allows it to generate a wide range of complex clocks from a single crystal.Using the on-chip frequency synthesis logic,the user can generate any desired frequency from a list of available outputs.The SI5338L-B06238-GMR also features an on-chip voltage regulator,which helps to ensure a constant voltage when the input voltage is varied.

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