SI5338B-B02422-GMR

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The SI5338B-B02422-GMR is a versatile device designed to facilitate the world of timing and clock applications. One common application of the SI5338B-B02422-GMR is in data centers and telecom infrastructure. With its low jitter and power consumption, it is the ideal solution for these demanding environments that require low noise and low holdover.

The SI5338B-B02422-GMR provides clock synchronization solutions for a wide range of applications in two different modes. In the “Free Running” mode, the device finds and holds onto the best synchronization signal. In the “Clean Clock” mode, the device synchronizes to reference clock signals and provides the host application with the most stable clock possible in the absence of the reference clock. This is often used in precision timing applications.

The SI5338B-B02422-GMR features a differential analog output for OCXO and a differential ECL output for phase locked clock distribution. This ensures a clean, low jitter clock signal for your application. The device also has a tight holdover frequency accuracy of +/- 2ppb and jitter of less than 500 femtoseconds. It also draws very low power of 0.8W, making it ideal for data center and telecom applications.

The SI5338B-B02422-GMR utilizes advanced PLL technology to synchronize and hold onto reference clocks. It is designed to accept up to four reference clocks, and it is capable of detecting and aligning itself to the best synchronization signal. It can also process a variety of input signals such as 8kHz, 10kHz, LVCMOS, SO/HCSL, SVSM, CML, & SMP/EECL/ACL. The SI5338B-B02422-GMR also offers an integrated jitter filter, which further decreases reference clock jitter to increase output clock accuracy.

The SI5338B-B02422-GMR integrates an internal oscillator, which helps the device to retime input clock signals and produce the best possible clock accuracy. Additionally, the oscillator has internal temperature compensation, which helps the device to achieve a tight frequency accuracy of +/- 2ppb. The device also has various safety features, such as onboard voltage monitoring, thermal compensation, and fail-safe logic to protect the chip from damage due to high temperature or incorrect voltages.

In summary, the SI5338B-B02422-GMR is an excellent choice for clock synchronization applications in data centers and telecom infrastructure. Offering low power consumption, tight holdover frequency accuracy, and stable low jitter performance, it is a reliable and versatile device perfect for precision timing applications. Its advanced PLL technology, internal oscillator, safety features and wide range of input clock types make it an ideal choice for anyone looking for a reliable clock synchronization solution.

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