SI5338M-B06402-GMR

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The SI5338M B06402 is an advanced clock generator and jitter attenuator module specifically developed for applications requiring the synchronization of multiple domains and the management of stringent jitter requirements. It is especially suitable for communications networks and server systems that handle ultra-low jitter clock reference distribution.

The SI5338M B06402 GMR is a family of clock generators and jitter attenuators designed specifically to meet the needs of today’s most demanding applications. It supports a wide range of frequencies and provides an array of features designed to meet specific jitter and phase noise requirements.

The SI5338M B06402 GMR application field includes networking and communications, telecommunications, enterprise networking solutions, server and network storage solutions, and many other applications. Specifically, it is suitable for use in network gear and communications hubs, server platforms, enterprise applications, industrial automation and control systems, automotive and avionics sensing systems, and medical imaging and diagnostic equipment.

The SI5338M B06402 GMR provides a unified platform for optimizing clock performance, reducing system complexity and minimizing the cost of network deployment. By integrating multiple independent clocks with jitter control, the SI5338M B06402 GMR can generate low-phase noise and jitter-free reference signals, eliminating the need for multiple clock sources. This makes it an ideal solution for a wide range of applications that require ultralow jitter performance.

The working principle of the SI5338M B06402 GMR is simple but effective. The module consists of a crystal oscillator and a clock multiplier. The crystal oscillator produces a reference frequency, and the clock multiplier creates the desired output frequency. The input frequency is divided by the clock multiplier to create high-precision timestamped data, which is then used to create the output signals.

Jitter control is enabled through the use of advanced filtering and shaping algorithms. These algorithms enable the SI5338M B06402 GMR to accurately tune the jitter, reducing it to below 10ps. This makes the SI5338M B06402 GMR suitable for applications requiring nanosecond accuracy.

The SI5338M B06402 GMR also features enhanced clock synchronization and tuning capabilities. The module can accept an input reference signal and automatically synchronize the output signal to the reference. This synchronization capability helps to ensure that all signals are running in line with each other, even in dynamic and unpredictable environments.

In addition, the SI5338M B06402 GMR provides an array of advanced control and programming features, making it easy to configure and control the module from a variety of sources. The module also provides adjustable power management and monitoring, helping to ensure that energy efficiency is maintained when operating in low-power systems.

The SI5338M B06402 GMR is an advanced clock generator and jitter attenuator module specifically developed for applications requiring the synchronization of multiple domains and the management of stringent jitter requirements. With its wide array of features and advanced controls, it can be used in a variety of applications, from telecommunications to industrial automation and medical imaging.

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