SI5335D-B04841-GMR

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The SI5335D-B04841-GMR is a Clock Generator Module from Silicon Laboratories, designed for a diverse range of timing applications. The integrated oscillator, fractional-N frequency synthesizer, and differential outputs make the device highly versatile, as well as low in power consumption. The chip has been optimized to deliver a high level of accuracy and low-jitter performance in numerous digital systems, such as communications and consumer electronics.

The most common application fields of the SI5335D-B04841-GMR are communications and consumer electronics—in particular, for providing clocks and synchronizing systems. The precision of the device helps to build reliable and stable timing solutions, with sample-accurate data, reduced jitter, and minimized crosstalk. Additionally, the device is often used in systems that require clocking over wide bandwidth (e.g., optical-based).

The SI5335D-B04841-GMR is based on a switched capacitor clock-generating technology, which employs an open-loop frequency synthesizer. This fractional-N frequency synthesizer controls a frequency multiplier, which is used to amplify the carrier frequency of a magnetic resonance oscillator. The frequency multiplier is responsible for generating a wide range of frequencies, while the fractional-N synthesizer enables precise tuning over a range of frequencies, generating accurate and high-quality clocks. The module incorporates a low-noise PLL and a VCO, allowing it to generate a wide range of frequencies from kHz to multi-GHz range.

The SI5335D-B04841-GMR module also offers four differential and two single-ended outputs, which provide control over power, frequency, phase and gain. Furthermore, the device is capable of providing ultra-low phase noise performance, allowing it to be employed in a variety of high-low phase noise applications. Moreover, it has a low jitter for audio and video applications, as well as low EMI for mobile applications.

The SI5335D-B04841-GMR is capable of providing accurate and reliable clocks, with sample-accurate data, reduced jitter, and minimized crosstalk. This makes the module an ideal choice for a variety of timing applications, particularly in communications and consumer electronics. It is also a highly flexible device, with a range of features that make it suitable for a variety of clock-generation applications.

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