SI5335A-B08003-GMR

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SI5335A-B08003-GMR is a clock generator with integrated Phase Locked Loop (PLL). It integrates the best features from components traditionally found in multiple discrete devices, thereby enabling simpler, yet more functional clocks for a much lower bill of materials (BOM).

The SI5335A-B08003-GMR is particular suitable for use in broadcast video systems, display video systems, backplanes, as well as embedded systems as it precisely distributes high quality clock signals with integrated PLLs. Thanks to this product it is possible to reduce insertion loss and system cost in multi-GHz equipment.

In terms of design, the SI5335A-B08003-GMR is implemented on a Silicon die that supports data transmission and clock generation. Each I/O point can support single-ended LVDS (SB), LVPECL (SP), HCSL (HP), or CMOS (CP) clock signals. This type of device supports different clock outputs such as: clock generator with two spread-spectrum outputs, PLL with two outputs, as well as dual PLL/clock with four outputs.

The SI5335A-B08003-GMR can be used in three basic working principles. First the integrated PLL allows multiple clock frequencies to be generated from a single input which makes it possible to synchronize different parts of a system. This allows for better synchronization, especially for video-related applications such as broadcasting, video boards, graphics and media concepts.

The second working principle of the SI5335A-B08003-GMR is clock division. This allows for a single clock signal to be divided in different frequencies to enable synchronization and accuracy. Finally, the third use of the SI5335A-B08003-GMR is to enable frequency modulation. This facilitates the reduction of harmonic content and jitter which is quite common when generating clock signals.

All in all, the SI5335A-B08003-GMR is a highly integrated and advanced clock generation product that is highly suitable for embedded solutions and high end systems. Combining clock division and frequency modulation with integrated PLL, it is possible to achieve better synchronization and accuracy while minimizing power consumption and space requirements.

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