SI5334C-B00192-GMR

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SI5334C-B00192-GMR Application Field and Working Principle

The SI5334C-B00192-GMR is a clock/timing device developed by Silicon Laboratories and released in 2017. It is an Application Specific Clock/Timing device designed for a wide range of applications, including broadcast applications, video and high-speed data communications. It is a highly integrated, low-power, programmable clock/timing device, combining up to 12 programmable outputs with integrated PLL, VCXO and spread-spectrum technology. It is designed to reduce overall system cost for applications requiring multiple frequencies, phase alignment and tight jitter performance.

Features

The SI5334C-B00192-GMR has several features that make it an attractive clock/timing device for a wide range of applications. It features a highly integrated design that includes both the PLL, VCXO and spread-spectrum, allowing for the generation of multiple programmable frequencies with tight phase alignment. It also features integrated chip-level monitoring, allowing for the continuous monitoring of its operating conditions and providing feedback for adjusting the output frequencies. It also has programmable output drivers allowing for direct interfacing to FPGAs, ASICs and other digital interfaces. Additionally, it features programmable output impedance and spread- spectrum, which reduce radiated and received EMI.

Applications

The SI5334C-B00192-GMR is an Application Specific Clock/Timing device that is designed for broadcast applications, video, and high-speed data communications. Specifically, it is designed for use in regenerative frequency synthesizers, high-speed synthesizers, video broadcast systems, video processing, and audio broadcast systems. Additionally, it can be used for medical imaging and diagnostic systems, printing presses, and industrial production lines.

Working Principle

The SI5334C-B00192-GMR uses a combination of a PLL, VCXO, and spread-spectrum techniques to generate multiple programmable frequencies. The PLL is used to synthesize the output frequencies based on an input reference frequency, while the embedded VCXO is used to provide temperature compensation. The spread-spectrum is used to reduce emitted EMI and improve receiver operations. Along with chip-level monitoring, this allows for tight jitter performance with low power consumption.

Conclusion

The SI5334C-B00192-GMR is an efficient, low-power Application Specific Clock/Timing device from Silicon Laboratories that is designed for a wide range of applications, including broadcast applications, video, and high-speed data communications. By combining a PLL, VCXO, and spread-spectrum, the SI5334C-B00192-GMR is able to generate multiple programmable frequencies with tight phase alignment and low jitter, while also reducing EMI emissions. The device is also highly integrated, featuring programmable output drivers for direct interfacing to FPGAs, ASICs, and other digital interfaces. It is an ideal solution for applications requiring multiple frequencies, phase alignment, and tight jitter.

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