SI5334C-B00435-GMR

The SI5334C-B00435-GMR is a clock generator IC designed specifically for the application field of clock/timing. It is designed for applications of high-reliability and low-jitter synchronization such as those in the industrial and medical fields. The IC can provide both 3.125 GHz and 6.25 GHz outputs in order to enable maximum system-wide synchronization performance. This capability enables systems to work as efficiently as possible and can help to extend the lifetime of the system.

This advanced clock generator IC provides multiple features that improve the performance of systems it is applied to including advanced digital phase-locked loops (DPLL) for synchronization, an integrated analog-to-digital converter (ADC), and glitchless frequency switching. This device is able to deliver low-jitter synchronization up to the highest precise applications such as large cloud-based data centers and medical equipment. This device also has integrated EMI filtering capability and provides clock signal synchronization across entire system boards.

The SI5334C-B00435-GMR takes a type of clock signal, generated from an external clock source, and samples the signal at the device\'s input. It then uses an internal synthesizer to generate its desired output frequency, which is then fed to its output block. The output stage of this device is highly regulated which means that it is able to provide stable, low-jitter clock signals to the system, no matter the quality of the input signal.

The SI5334C-B00435-GMR clock generator includes an adjustable loop bandwidth which enables the user the ability to adjust the stability and the jitter performance of the device. With this feature, the user can choose between a wide range of pre-defined loop bandwidths, depending on their application requirements. There is also a noise optimization feature which helps to minimize noise in the vicinity of the output clock signals that is generated by the device.

The SI5334C-B00435-GMR is designed for exacting applications in which clock accuracy and jitter is of fundamental importance. It is an ideal device for clocking needs in high-efficiency and high-precision systems like found in data centers, medical equipment, and telecommunications systems. Its integrated features and adjustable loop bandwidth enables users to properly control the clock performance of their systems, to maximize the performance and extend the lifetime of the system.