SI5335D-B03323-GMR

The SI5335D-B03323-GMR is a high-performance differential output clock generator and multiplier that combines advanced frequency synthesis with two selectable differential outputs and two additional single-ended outputs. This IC offers a number of features to ensure high-performance, reliable, and differentiated functionality and performance.

The high-performance clock generation and multiplier capabilities of the SI5335D-B03323-GMR make it an ideal choice for a number of applications. This IC can be used in high-speed synchronous data communications systems, high-speed digital signal processing, and high-end graphics systems. By combining the versatility of PLLs and the frequency-synthesis capabilities of FSM, this IC is also well suited for design use in clock tree synthesis and jitter management.

The SI5335D-B03323-GMR is a fully integrated frequency synthesizer and clock generation IC. It features a range of programmable frequency synthesizer, a differential MPEG clock generator, two selectable differential outputs and two additional single-ended outputs. The SI5335D-B03323-GMR features an integrated Phase-Locked Loop (PLL) with programmable loop bandwidth and loop damping for improved jitter performance. This IC also features an advanced modulation architecture for improved jitter attenuation, as well as an internally terminated differential output stage for improved noise immunity.

The SI5335D-B03323-GMR is designed to generate low-jitter and drift-free frequencies (up to 216MHz) with exceptional accuracy, which is required by modern digital applications. Additionally, the SI5335D-B03323-GMR includes a wide range of clock outputs, including differential output pairs, and various clock-divided outputs, as well as multiple reference clock inputs and an integrated Programmable Frequency Divider Module (PFD).

In particular, the SI5335D-B03323-GMR can be used in applications where the output frequency is acoustically sensitive. The differential output of this IC is optimized for low-jitter, low-drift, low-noise performance, which helps reduce power consumption. Furthermore, this IC can easily be programmed to support a broad range of output frequencies.

The working principle of the SI5335D-B03323-GMR can be broken down into three core steps. First, the IC contains a Phase-Locked Loop (PLL), which is responsible for generating the output frequency from a reference clock. The PLL stabilizes the output frequency by feeding back the oscillator frequency two times (using a programmable loop bandwidth) to a frequency synthesizer. The frequency synthesizer then converts the reference clock frequency into the desired output frequency, allowing the IC to generate its low-noise and low-drift signals. Finally, the SI5335D-B03323-GMR employs an advanced modulation architecture to reduce jitter, coupled with its internally terminated differential output stage to improve noise immunity.

In summary, the SI5335D-B03323-GMR can be used to generate extremely accurate and low-jitter clock signals for high-end digital applications that demand stringent performance standards. This IC is a perfect fit for high-speed synchronous data communications systems, as well as for clock tree synthesis and jitter management. The IC also features a range of programmable parameters, including a programmable frequency synthesizer, and integrates a specialized modulation architecture and an internally terminated differential output stage for improved jitter attenuation and noise immunity respectively.