SI5330F-B00215-GM

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The SI5330F-B00215-GM is an ultra-low jitter, low power, zero delay buffer. It provides designers of high-performance applications with a means to cost-effectively “clean up” incoming clocks before distributing them throughout the system. The SI5330F-B00215-GM is ideal for applications such as medical imaging, communications, high performance computing, and graphics.

The SI5330F-B00215-GM is a high-performance, multiple-output clock buffer from Silicon Labs that is designed to help designers maintain signal integrity in distributed clock networks. It is built around a low noise jitter attenuating phase-locked loop (PLL), which employs cutting-edge frequency synthesizer technology to accurately transform incoming clocks into the required frequencies for the system. The PLL also provides excellent jitter attenuation performance over a wide frequency range with low additive phase jitter that is crucial for high-speed applications.

The SI5330F-B00215-GM also features an integrated high-bandwidth output buffer that is able to drive multiple signals across long trace lengths with minimal attenuation. This output buffer provides increased signal preservation and integrity while reducing overall power consumption. Additionally, the output drivers are robust enough to support both low voltage CMOS and LVDS standards.

The SI5330F-B00215-GM’s low-power architecture enables the device to be powered from either a 3.3V or 1.8V supply voltage. This makes it ideal for low-voltage applications such as portable devices, medical imaging, RF and power management. Furthermore, the device is packed with features that allow it to reliably supply stable clock over high vibration and temperature extremes.

The SI5330F-B00215-GM is an industry-leading clock buffer from Silicon Labs that makes signal integrity a priority. Its high-performance PLL and output buffer provide the highest signal quality, enabling designers to drive multiple signals with minimal additive jitter, low power consumption, and wide operating temperatures. Its low power architecture and support for low-voltage CMOS and LVDS standards make it suitable for a wide range of applications, especially in portable, medical imaging, and power management applications.

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