SI5335C-B02111-GMR

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The SI5335C-B02111-GMR is a clock/timing generator with PLLs, frequency synthesizers and other technologies that help it meet the demands of a number of applications. The device has been designed to offer superior performance and has been tested and proven to meet stringent requirements for a variety of applications.

The SI5335C-B02111-GMR uses a phase-locked loop (PLL) and frequency synthesizer, allowing it to generate precise clock signals with a wide range of frequencies. This makes it possible to use the device in a variety of applications, including clock and data recovery, frequency hopping, jitter attenuation and synchronization. The device also provides superior jitter attenuation and low noise levels.

The SI5335C-B02111-GMR is a versatile device with a number of features designed to give it a wide range of uses. It can be used for a variety of digital, communication, consumer and industrial applications, including many with stringent timing requirements. The device is also available in a number of different packages, making it easier to use in different applications.

The SI5335C-B02111-GMR features an embedded clock generator and PLLs, as well as a frequency synthesis chain and flexible reference clock selection. The device also features an adjustable VCO, which allows it to be used in different architectures and applications. It also has an integrated reference oscillator, allowing it to generate precise clock signals at frequencies up to 800 MHz.

The SI5335C-B02111-GMR also has an integrated LVCMOS output stage, which offers superior jitter performance and low noise levels. The device also has an adjustable output clocking regime to ensure that the most suitable clock signal is used in a variety of applications. This makes it possible to customize the device to match the specific needs of each application.

The SI5335C-B02111-GMR is a powerful and versatile device that can be used in a wide range of applications. It is suitable for a variety of digital, communication, consumer and industrial applications, offering superior performance and flexibility. It is designed to offer superior jitter performance and low noise levels, allowing it to be used in many applications with stringent timing requirements.

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