SI5324B-C-GM

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The SI5324B-C-GM is a programmable Clock Jitter Attenuator (CJA) designed to reduce jitter in clock signals that are used in serial communications systems. The device is capable of supporting a wide range of applications from low-speed to mid-range Gigabit Ethernet links to 10 GbE. It is applicable for a number of clock domains including Ethernet, XAUI, SONET/SDH, Fibre Channel, and PCIe Gen 1/2/3. It can also be used to reduce jitter in clock signals for asynchronous data transfer in advanced applications such as MEMS/inertial systems.

The SI5324B-C-GM is a versatile, easy-to-use programmable device that supports the specific requirements of any application. It has the ability to program an output frequency range of 50 kHz to 250 MHz, clock frequencies between 100 kHz and 250 MHz, and an input frequency range of 50 kHz to 10.25 GHz. The device also features a wide operating range of 1.3 V to 2.5 V and an adjustable jitter attenuation of 0.2 UI p-p (typical) to 0.45 UI p-p (maximum).

This versatile clock jitter attenuator provides exceptional jitter performance and flexibility. It is designed with a fully integrated, low-noise architecture that includes clock path jitter free data transfer and "all-digital" control. The all-digital design offers a wide frequency range and the ability to tune and optimize the device to the specific requirements of any application. The device also features programmable jitter attenuation, wide frequency range operation, and low current consumption.

The SI5324B-C-GM also includes an integration time feature that enables the response time of the device to be synchronized with the particular application. This helps to ensure that the signal output is stable and consistent in all clock domains.

The SI5324B-C-GM operates on the principle of reducing jitter. Jitter is a form of noise that is caused by timing errors and can degrade the performance of a system. To reduce this noise, the device filters and attenuates incoming jitter using a combination of adaptive tuning algorithms and phase locked loop (PLL) techniques.

The device is designed to improve the accuracy of phase and frequency measurements in clock data transfers, while minimizing jitter and improving system performance. It features a programmable fractional-N PLL that can be optimized to the desired accuracy, allowing for a wide range of operating frequencies.

The SI5324B-C-GM is a highly customizable, low-noise Clock Jitter Attenuator that is specifically designed for clock development and test. Its wide frequency range and jitter attenuation capabilities make it an ideal solution for applications that require high accuracy and low-jitter clock signals.

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