SI5338G-B02127-GMR

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The SI5338G-B02127-GMR is a programmable clock synthesizer and jitter attenuator which are designed specifically for high-speed networking and communications applications. This device is capable of providing a wide range of programmable output frequencies and jitter attenuation performance. In addition, it is also designed for low power consumption, low jitter and high stability.

SI5338G-B02127-GMR is categorized under Clock/Timing - Application Specific. The clock synthesizer provides a wide range of programmable output frequencies and jitter attenuation performance while consuming low power and offering high stability. The device has an integrated oscillator, reference input, programmable output divider and jitter attenuator.

The device is suitable for applications that require high clock frequency and accuracy. One of the primary applications include high-speed clock generation and jitter reduction for high-speed networking. Other applications that could benefit from the use of this device include serial data, communications, storage and broadcast systems.

SI5338G-B02127-GMR has the following features:

• Low Power Consumption: The device is designed to have a low power consumption so it does not put an excessive strain on the power supply.
• High Performance: The device is designed to provide high performance clock generation and jitter attenuation performance.
• Programmable: The output of the device can be programmed to meet the needs of various applications.
• Low Jitter: The device is designed to keep jitter levels low.
• High Stability: The device is designed to offer high stability clock generation and jitter reduction.

The working principle of the SI5338G-B02127-GMR is as follows. The device has an integrated oscillator that is used as the reference clock. This oscillator has an external crystal which sets the frequency of the oscillator. The output of the oscillator is then fed into a programmable output divider. This divider is used to divide the output of the oscillator and set the frequency of the output clock. The divider can be programmed by the user to set the desired frequency.

The output of the divider is then fed into a jitter attenuator. This component is used to reduce the amount of jitter present in the output clock. The jitter attenuator is composed of two integrated circuits; one dedicated to filtering out jitter with a wideband filter while the other is used to filter out jitter with a narrowband filter. The jitter attenuator also provides an adjustable gain to allow the user to adjust the amount of jitter attenuation.

Once the jitter attenuation has been achieved, the output is then fed into the output buffers. The buffers are designed to provide a low jitter and low noise drive for the output clock. The output clock is then sent to whatever device the user desires.

The SI5338G-B02127-GMR is a reliable and cost effective device for high-speed networking and communications applications. Its low power consumption and high stability make it the ideal choice for such applications. Its programmable output divider and jitter attenuator make it possible to customize the device to meet the specific requirements of various applications.

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