SI5334C-B06759-GMR

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 SI5334C-B06759-GMR is a Clock Generator from Silicon Labs that can output up to six discreet clock signals. It is a member of Silicon Labs portfolio of Frequency-Locked Loop (FLL) clock generators and is commonly used in data communication infrastructure such as switches, routers, data access circuits, and storage systems.

The SI5334C-B06759-GMR operates by taking an input clock source frequency and multiplying it up or down to create one or more output frequencies. It can output up to 6 frequencies depending on the configuration set by the user. It is capable of multiplying a wide range of frequencies, from a few hundred kHz up to several hundred MHz.

The SI5334C-B06759-GMR also provides several features that provide even more flexibility and synchronization capabilities for users. Some of its features includes: locking to an input clock frequency, jitter attenuation, phase pushing and pulling, spread-spectrum modulation, clock synchronization, one-shot configuration, and multiple phase locked loops (PLLs).

The SI5334C-B06759-GMR is mainly used in data communication infrastructure. It can be used to generate time synchronous clock frequencies for a group of switches, routers and data access circuits that require precise timing control. In addition, its locking and jitter attenuation functions allow it to lock onto an input clock source and provide precise synchronization with minimal clock jitter between components.

The SI5334C-B06759-GMR also has several built-in features that can be used for storage systems, such as one-shot configuration and multiple phase lock loops, to enable exact timing of storage accesses. Furthermore, its Spread Spectrum Modulation (SSM) feature provides a low-noise clock signal for noise-sensitive applications.

In addition to its use in data communication infrastructure and storage systems, the SI5334C-B06759-GMR can be used in other applications such as high-performance clocking, radio communication and satellite communication. In these applications, its features can be utilized to enable more precise timing of communication signals and synchronization of multiple processors.

Overall, the SI5334C-B06759-GMR is a highly flexible clock generator that can be used in a variety of applications. Its ability to take an input clock source frequency and multiply it up or down to create multiple output frequencies, as well as its multiple features such as locking, jitter attenuation and SSM makes it a great choice for data communication, storage and other applications that require precise timing and synchronization.

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