SI5338C-B01803-GMR

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The SI5338C-B01803-GMR (hereafter referred to as the “GMR”) is an unusual but incredibly useful clock generator operating at 25 MHz. Employing ultra low jitter (<90 fs RMS) plus two differential outputs, the GMR is purpose-built to serve as a central clock resource for a variety of high-speed data conversion applications. As its powerful features demonstrate, the GMR can be used in a wide range of product categories, making it an indispensable part of any electronics designer’s toolkit. This article will explore the GMR’s features and capabilities, as well as the ways in which it can be employed to shorten product design times and reduce costs. The GMR is built around a digital phase-locked loop (DPLL) that is optimized to convert reference frequencies up to 200 MHz. It contains a comprehensive set of features that allow designers to create custom clock resources with the flexibility and low-jitter performance they require. It also has two differential outputs that can be configured to drive even the most demanding clock-driven systems.

The GMR’s PLL is highly versatile and can be programmed to convert input reference frequencies between 25 MHz and 200 MHz. It has a wide range of output frequencies, ranging from 10 kHz to 1 GHz, that can be adjusted either manually or automatically. The GMR’s phase-noise and jitter performance are optimized for ultra-short term stability, meaning that it is ideal for applications requiring very low jitter, such as those typically found in high-end audio and video systems. The GMR’s two differential outputs, capable of providing differential output signals of up to 1 GHz and 200 MHz, respectively, make it an excellent choice for driving high-speed systems.

One of the GMR’s most appealing features is its ability to accept a wide range of input reference frequencies, enabling it to be used for a wide range of applications. In addition to being able to handle input reference frequencies ranging from 25MHz to 200 MHz, it also has the capability to accept a wide range of input formats, including LVDS, CMOS, HCSL, and LVPECL, making it suitable for a large number of industrial applications. This, combined with the fact that the GMR is housed in a small package of 11mm x 11mm, enables designers to easily integrate the GMR into their products.

The GMR’s versatile capabilities allow it to be employed in a wide range of applications, such as clock and data conversion products, high-speed communications equipment, timing systems and sensor systems. For example, in clock and data conversion applications, the GMR’s low-jitter features allow it to provide reliable clock signals for the movement and translation of digital data streams from one format to another. Similarly, in high-speed communications systems, the GMR’s differential outputs ensure high signal integrity and deliver clean, stable clock signals to downstream components, enabling smooth signal transitions between nodes. In timing systems, it provides accurate and reliable timing solutions, enabling the system to perform precise time sequence operations. Finally, in sensor systems, its low-noise features and wide frequency range make it able to accurately transmit signal information from one node to another, allowing for reliable operation.

In summary, the SI5338C-B01803-GMR is a highly capable clock generator that offers tremendous value to industrial electronic designers. Its ultra-low jitter, wide input reference frequency range, and two differential outputs give it the bandwidth and precision required to most clock and data conversion operations, enabling it to be used in a variety of data-intensive applications. Furthermore, its small package size and versatile input reference formats enable it to be easily integrated into product designs, helping designers reduce costs and shorten development times.

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