SI5335C-B03785-GM

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The SI5335C-B03785-GM is an ultra-low jitter integrated multi-output clock generator from Silicon Labs ideal for a variety of frequencies and applications.

At the heart of the clock generator is a proprietary DSPLL® technology that is capable of generating low-frequency clocks at an ultra-low jitter rate of ~45 femtoseconds (fs). The DSPLL® technology developed by Silicon Labs also includes an integrated temperature self-compensation feature, allowing for repeatable results over a range of temperatures.

The output clock sources generated by the SI5335C-B03785-GM are adjustable from 30 kHz to >150 MHz, allowing the device to be used in a variety of applications. This wide range of frequencies allows the device to be used in applications such as embedded computing, network processing, data communication applications, and industrial automation.

The SI5335C-B03785-GM can also be used in several timing applications such as phase-locked loops (PLLs), clock recovery, and frequency synthesizers. PLLs are used in applications ranging from frequency synthesis to timing extraction, and the SI5335C-B03785-GM is ideal for creating PLLs capable of producing low-jitter output clocks.

In clock recovery applications, the SI5335C-B03785-GM is a great option for accurately reconstructing a clock from high-frequency data. The ultra-low jitter rate of the device minimizes the effect of jitter on the recovery process, and its adaptive loop components provide superior noise immunity.

The SI5335C-B03785-GM is also perfect for frequency synthesizing applications, as it can accurately produce multiple frequencies with an extremely small footprint. This makes it an ideal choice for situations where multiple frequencies are required, such as in microwave radios or multi-band wireless systems.

Ultimately, the SI5335C-B03785-GM from Silicon Labs is an excellent choice for a variety of clock generation, PLL, clock recovery, and frequency synthesizing applications. With its ultra-low jitter rate and versatile output range, it is perfect for use in a variety of applications ranging from embedded computing to wireless communication.

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