SI5338C-B05973-GMR

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Clock and timing technology has made immense strides in the past few decades. One of the most significant advances in the field has been the introduction of the SI5338C-B05973-GMR integrated circuit. This chip brings the power of high-grade clock and timing components to the widespread field of commercial and industrial applications. Understanding the capabilities, areas of application, and working principle of this key component is essential for ensuring its effective deployment in any system.

Overview

The SI5338C-B05973-GMR is an integrated circuit (IC) specifically designed for clock and timing applications. It features a wide range of frequency and timing range combinations, allowing it to be deployed in different scenarios. This device is also an adaptation of a larger family of products, including the SI53xx line of clock ICs, which all share a similar basic architecture and design. The SI5338C-B05973-GMR solution is a complete clock and timing solution, with on-chip oscillators, synthesisers, dividers, and a voltage reference module. This IC offers tremendous levels of precision and accuracy in clock and timing applications.

Application Field

The SI5338C-B05973-GMR has a wide range of application fields across the commercial and industrial sector. Its high-end clock and timing capability makes it ideal for high-speed communication and digital signal processing. The device is ideal for applications involving 10G Ethernet over copper, PCIe Gen 2 and 3, USB 3, and SAS links. It also excels in audio, video, broadcast, and server applications. Additionally, the IC can perform well in digital design operations like FPGA or CPLD clocking, Ethernet MAC to PHY repeaters, HDTV IRDs, and video encoders.

Working Principle

The SI5338C-B05973-GMR is a versatile IC with a sophisticated clock and timing architecture. At its core is a series of on-chip synthesizers, dividers, and voltage reference modules. The synthesizers can create highly precise output signals of up to 3.8GHz for precision clocking. It also has a pair of Frequency Locked Loops (FLLs) which allow for an adjustable frequency control range from 10MHz to 600MHz. The chip also has on-chip programmable dividers, allowing it to scale the output signal frequency to match any applications demand. Furthermore, the device offers a jitter close to zero – allowing for the tightest clock and timing requirements.

Conclusion

The SI5338C-B05973-GMR integrated circuit offers a level of sophistication, accuracy, and precision rarely seen in clock and timing solutions. This chip is at the core of many high-end commercial and industrial applications demanding extreme precision. Understanding its basic working principle and applications is essential for ensuring its correct and effective deployment.

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