SI5335A-B07629-GMR

The SI5335A-B07629-GMR is a frequency synthesizer designed for demanding commercial, industrial, and communications applications. It is capable of generating up to eight simultaneous output frequencies from a single reference clock source. This makes it ideal for distributed clock architectures, as well as for timing applications that require higher frequency synchronization with multiple clocks.

The SI5335A-B07629-GMR is a highly flexible device, offering superior flexibility and performance in a small package. It can generate frequencies up to 122GHz, in any of the available frequency bands. The device offers adjustable parameters and the ability to lock onto multiple references. It also offers very low phase noise, jitter, and timing errors.

The SI5335A-B07629-GMR works on a principle known as \'frequency synthesis\'. This involves converting a single reference clock source into multiple simultaneous output frequencies. The device is able to do this by using a combination of control logic and frequency dividers.

The first stage in the frequency synthesis process is the selection of the desired output frequencies. This is accomplished using a range of adjustable parameters such as frequency range, bandwidth, frequency offsets, and the maximum allowable PLL bandwidth. The device can then use a combination of frequency dividers to generate the desired output frequencies.

The SI5335A-B07629-GMR can be used in a variety of applications and is especially useful for distributed clock architectures, where a single reference clock source must be used to provide simultaneous output frequencies. The device is also suitable for timing applications that require higher frequency synchronization with multiple clocks.

In conclusion, the SI5335A-B07629-GMR is a highly flexible frequency synthesizer that offers superior flexibility and performance in a small package. It can generate frequencies up to 122GHz, in any of the available frequency bands and provides adjustable parameters and the ability to lock onto multiple references. The device is suitable for a wide range of applications, especially distributed clock architectures and timing applications that require higher frequency synchronization with multiple clocks.