SI5338N-B04252-GMR

Clock/Timing - Application Specific

The SI5338N-B04252-GMR is a clock generator that applies to a range of timing and synchronization applications. The unit consists of three phase-locked loops (PLLs) and one on-chip differential oscillator that use advanced architectures to simplify system design and reduce component count.

The SI5338N-B04252-GMR is specifically tailored for RF, microwave and millimeter-wave applications. Its ability to support frequencies up to 5.6GHz enables it to drive frequencies commonly used in cellular infrastructure and point-to-point radio links. Moreover, the device has very low power consumption, making it a great choice for battery powered applications such as Internet of Things (IoT) devices.

The SI5338N-B04252-GMR is built from three independent yet linked PLLs. Each of the three PLLs has access to an on-chip differential oscillator. This oscillator has a frequency range from 20MHz to 5.6GHz, allowing for a variety of frequencies to be generated with the device.

The SI5338N-B04252-GMR\'s second PLL is the primary means of frequency synthesis, while the two remaining PLLs can be used in a variety of ways. The second PLL can be configured in the form of a cascaded or frequency division multiplier or divider in order to generate the desired output frequency. The two remaining PLLs are hinged off the second PLL and are used to generate other frequencies that are then used in the application that the SI5338N-B04252-GMR is installed in.

The SI5338N-B04252-GMR also has the ability to synchronize to external clock signals for applications that require an external reference clock. It has a pull-in range of up to 1kHz from the expected frequency, allowing the oscillator to lock onto frequency references with great accuracy.

Overall, the SI5338N-B04252-GMR is a powerful clock generator device specifically designed for very high frequency applications. Its low power consumption and ability to lock onto external instruments makes it a great choice for various timing needs.