SI5338N-B07854-GMR

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SI5338N-B07854-GMR is a clock generator from Silicon Laboratories. It is based on the Si5338M, Si5322M and Si5335C products. SI5338N-B07854-GMR is a complete, high precision, multipurpose clock solution for applications requiring multiple timing sources.

The SI5338N-B07854-GMR is the first generation of Silicon Labs\' Si5322M / Si5335C clock generators. With the ability to generate low jitter and highly accurate reference signals, the SI5338N can provide high performance clock synchronization and synchronization services between multiple systems.

The SI5338N-B07854-GMR can be used to address various synchronization requirements. It helps to reduce the wiring complexity, allowing multiple timing sources to be brought together in a single package. It is capable of providing synchronization services to multiple timing sources together and simultaneously. It can generate exact the same frequencies and exact the same relative phases while eliminating timing offsets.

The SI5338N-B07854-GMR is specifically designed for enterprise networking applications with high performance, low jitter and low power requirements. It is an ideal solution for applications with high performance communications, for example in switch and router applications. It can also be used for distributed communications architectures and globally synchronized system architectures.

The SI5338N-B07854-GMR offers various clock outputs and multiple PLLs to generate ultra low jitter output clocks with frequencies up to 800 MHz. The maximum output frequency can reach 800 MHz while the device supports dynamic frequency scaling.The device supports 200 ps of RMS jitter, a frequency switch time of 500 ns and low-phase noise of –148 dBc/Hz. The adjustable range of clock output frequencies starts from 10 kHz to 800 MHz.

At the core of the SI5338N-B07854-GMR is an oscillator. The oscillator is the main source of the clock\'s frequency, which is then multiplied or divided by a frequency synthesizer. The frequency synthesizer is used to generate an output signal with specific frequencies. The frequency synthesizer also eliminates jitter and drift from the signal. The device also offers a wide range of outputs to address different applications such as low jitter clocks and synchronization.

The SI5338N-B07854-GMR can be used in applications such as high precision timing and synchronization, enterprise networking, distributed communications, and globally synchronized system architectures. It can be used as a clock source for clock and data recovery, to provide ultra-low jitter and phase noise signals, or as an ultra-low jitter clock source in systems with a number of distributed clocks. The device can generate multiple outputs in various combinations and clock speeds. This allows the user to easily configure a system for a specific application without having to customize the device for a specific application.

The SI5338N-B07854-GMR is an ideal solution for applications requiring clock synchronization, phase alignment and synchronization, and phase-noise performance. The device is a versatile, high precision clock solution and is ideal for designing cost-effective solutions for a variety of applications.

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