SI5338C-B06785-GMR

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The SI5338C-B06785-GMR is a highly integrated, multi-output clock synthesizer and system monitor powered by a PLL device. It supports a range of output frequencies, Can use either XTAL or internal oscillator as clock input,and features spread spectrum clocking, making it suitable for a variety of applications. It is particularly primarly targeted at applications such as high-speed networking, wireless infrastructure, and wireless systems.

The SI5338C-B06785-GMR utilizes a Flexible Multi-Output Spread-Spectrum Clock Generator (FMSCG). A FMSCG is a digital clock generator with multiple outputs and programmable spread-spectrum adjustment. The SI5338C-B06785-GMR uses a digital Frequency Synthesizer (Frequency Synthesizer) to generate the output frequencies, while the spread-spectrum adjustment allows the output frequency to be spread out over the frequency spectrum to reduce the power, EMI, and jitter on the output. The FMSCG also allows for both Single Ended (SE) and Differential (DD) outputs and is capable of supporting Low Voltage Differential Signaling (LVDS) and Clock/Data Network compatible outputs.

The PLL in the SI5338C-B06785-GMR is a fractional-N synthesizer. This type of synthesizer has the flexibility to modulate both the frequency and phase of the output with programmable modulation that can support both analog and digital modulation techniques. The PLL is also capable of regenerating the input frequency to lower and higher frequencies. This allows for a wide range of outputs and supports a variety of applications.

The SI5338C-B06785-GMR is a highly integrated system monitor as well. It features a host of features and features interactions with other system components. The system monitor is designed to be an intelligent monitoring system that can detect, diagnose, and control multiple system events. It has the ability to monitor voltage, temperature, current, and errors. It also supports a range of protocol interfaces including SPI, I2C, and UART.

The SI5338C-B06785-GMR can be used in a variety of applications. For example, it can be used as a clock generator for high-speed systems such as networking systems, wireless infrastructure, and other applications where high-speed clocking and timing accuracy is critical. The FMSCG provides flexibility and accuracy for these applications, and the system monitor provides an intelligent monitoring system for detection, diagnosis, and control. In addition, since the clock generator is highly integrated, it requires minimal circuit board space.

In summary, the SI5338C-B06785-GMR is an ideal solution for a range of applications where clock synchronization and accurate timing is essential. It utilizes a high speed, digital frequency synthesizer and has programmable spread-spectrum adjustment. It is also a highly integrated system monitor that can detect, diagnose, and control system events. In addition, its integrated design requires minimal circuit board space, making it a highly suitable choice for a variety of applications.

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