SI5338C-B00196-GMR

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The SI5338C-B00196-GMR is a high-performance jitter attenuator and clock multiplicity device that is small in size and fully programmable through a serial interface. It is specifically designed for clock synchronization and phase shifting applications in high-speed digital systems and is capable of providing phase locked loop (PLL) frequency synthesized (FS) frequency output clocks.

The SI5338C-B00196-GMR is well suited for a wide range of applications such as communications infrastructure, data center, medical and automotive applications. It provides a wide variety of features including multiple independent PLLs, multiple selectable reference clocks, reject PLLs for filtering jitter, different clock outputs, output frequency synthesis and spread-spectrum clock outputs. All these features make the 8th functional block in the clock/timing-application specific application.

The working principle of the SI5338C-B00196-GMR is fairly straightforward. It is a clock multiplier and jitter attenuator that receives an input clock at its XTAL or reference clock input. The input clock is multiplied by a programmable factor by one of the internal PLLs in the device. Depending on the selections of an input reference oscillator, the output frequency is synthesized and the output clock jitter is significantly reduced.

Additionally, the SI5338C-B00196-GMR provides features such as spread-spectrum clock outputs for EMI reduction, multiple selectable reference clocks, multiple independent PLLs, reject PLLs for filtering jitter and different output frequencies. This enables the device to provide effective clock and frequency synthesis solutions for a wide range of applications.

The SI5338C-B00196-GMR is a high-performance PLL and jitter attenuator for clock/timing-application specific applications. It is designed for clock synchronization and phase shifting applications in high speed digital systems. It is capable of providing frequency synthesized frequency output clocks and has a variety of features including multiple independent PLLs, multiple selectable reference clocks, reject PLLs for filtering jitter, different clock outputs, output frequency synthesis and spread-spectrum clock outputs.

The device can be used in a wide range of applications such as communications infrastructure, data center, medical and automotive applications. The SI5338C-B00196-GMR is a great choice for clock multiplexing, synchronization and jitter attenuation needs in high-performance digital systems.

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