SI5335B-B05728-GMR

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The SI5335B-B05728-GMR clock generator is a highly advanced piece of equipment designed to generate synchronized, clock and timing signals. It offers a range of functions, including the ability to generate frequencies from 11MHz to 1.2GHz with extremely low jitter, enable synchronization to multiple external reference sources with analog/digital PLL reference input capabilities, as well as generate pulse outputs to external systems. The wide range of features and capabilities offered by the SI5335B-B05728-GMR make it an ideal solution for applications ranging from ultra-capacity mobile networks to 5G mobile networks and beyond.

The SI5335B-B05728-GMR features an impressive array of features, including a wide input range of frequencies from 10MHz to 1.2GHz, a low jitter reference oscillator, a 0~6V analog reference input, integrated clock outputs, and a pulse generator to create external clock outputs. These features, when combined, make the SI5335B-B05728-GMR an ideal choice for many different types of applications.

The working principle of the SI5335B-B05728-GMR is fairly straightforward. The unit starts by using an external reference clock as an input, which is then used to feed an Analog/Digital PLL (Phase-Locked Loop). This PLL then produces a synchronized clock that is then filtered and amplified to achieve the desired frequencies within an acceptable range. This new synchronized clock is then distributed to both the internal and external clock outputs, to be used as either the main clock source, or as the reference source, depending on the application.

The SI5335B-B05728-GMR is a powerful clock generator for a wide range of applications in multinational wireless and mobile networks. It is optimized for applications such as 4G/5G base station, multimedia backbones and video over IP. Its Synchronous Ethernet (SynE) support, EtherCAT and SPK timing signals make it ideal for a broad range of industrial and automotive networks.

Thanks to the low jitter reference oscillator and the advanced pulse generator, the SI5335B-B05728-GMR also provides superior clock signals for time critical and mission critical applications, such as government and military applications and communication systems. The combo reference input of the SI5335B-B05728-GMR also makes it an excellent choice for high-accuracy frequency and time synchronization. Finally, the SI5335B-B05728-GMR is suitable for the demanding needs of traditional communications systems such as broadcast broadcasting, digital and analog TV systems, satellite and cable services, and more.

In conclusion, the SI5335B-B05728-GMR is a highly advanced clock generator with a wealth of features and capabilities. The wide input range of frequencies and the low jitter reference oscillator make it ideal for many different applications, while the advanced pulse generator combined with the combo reference input offer superior performance and accuracy in highly demanding environments. All in all, the SI5335B-B05728-GMR is an excellent choice for a variety of applications in the clock/timing category.

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