SI5334M-B03737-GM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SI5334M-B03737-GM is a high-performance differential MIDI clock synthesizer module manufactured by Silicon Laboratories. It has been designed for professional applications requiring high accuracy, stability, and wide frequency range. The module is suitable for applications such as sample accuracy synchronization of digital audio and video systems, control of multiple distributed clock domains, and precise timing of synchronized events.

The module performs differential clock synchronization with a wide frequency range of 15MHz to 400MHz, and accuracy of +/-2ppm over temperature. The SI5334M-B03737-GM supports jitter performance up to 30ps RMS over the frequency range and temperature. The clock jitter helps ensure an ideal clock source for precise synchronization of multiple digital audio and video domains.

In terms of application field, the SI5334M-B03737-GM is an ideal solution for synchronizing distributed digital audio and video systems, providing sample-accurate synchronization between multiple devices within a single system. It is also a great choice for applications such as control of multiple distributed clock domains, high-accuracy timing of synchronized events, and precise time-stamping of digital audio streams. In addition, the module is suitable for use in networking and storage systems, providing reliable clock synchronization between data centers and other distributed systems.

In terms of working principle, the SI5334M-B03737-GM utilizes a differential input/output architecture that allows synchronization of multiple distributed clock domains over long distances. The module contains an internal PLL that generates frequency synthesis over a wide range, and an adjustable input-to-output phase relationship. The module also supports aging detection and compensation, ensuring reliable clock synchronization over long distances.

The device performs frequency locking by detecting an incoming reference clock and converting it to an output frequency. It can be configured to lock to either positive-edge or negative-edge of the input reference clock. The module also features a programmable duty cycle that allows it to be used in applications where the input reference clock features varying duty cycle. The module can be easily programmed with configuration and control registers over an I2C or SPI interface.

Overall, the SI5334M-B03737-GM is an ideal solution for clock/timing applications requiring high accuracy, stability, and wide frequency range. The module can be utilized for synchronization of multiple distributed clock domains over long distances, providing reliable and accurate clock synchronization and precise timing of synchronized events. The module is applicable to a wide range of applications such as digital audio and video systems, control of multiple distributed clock domains, and precise timing of synchronized events.

The specific data is subject to PDF, and the above content is for reference