SI5338C-B01521-GMR

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The SI5338C-B01521-GMR is a highly advanced product specifically tailored for the unique needs of application specific clock and timing requirements. This device is suitable for use in a wide range of applications, including industrial and military and aerospace applications, due to its extremely low power consumption, multiple clock outputs, and auto-calibration features. In order to better understand the features, functionality and purpose of the SI5338C-B01521-GMR, it is important to understand the clock/timing application specific field as a whole.

Clock or timing applications can be extremely complex, due to the number of factors involved in correctly and accurately dividing up a main clock to generate multiple, high-frequency and low-frequency clock outputs. A single-oscillator, multi-clock system must first acknowledge the high-frequency clock and decide how it should be divided to generate the specific clocks needed. It then has to monitor these clocks to ensure that they continue to be accurate, while also accounting for any variations in parameters, such as temperature and voltage fluctuations. As a result, generating and maintaining a stable, reliable set of clocks is a major challenge.

The SI5338C-B01521-GMR takes a centralized, asynchronous approach to clock/timing division. It uses a single, low-power oscillator (OSC) to generate one master clock signal at a set input frequency. This master clock is then used to generate multiple secondary clock outputs, each with their own set frequency and phase. Each output is automatically tracked and compensated for any changes in temperature and voltage, allowing for reliably accurate clock division.

The SI5338C-B01521-GMR also allows for a unique set of features, such as auto-calibration, which helps minimize power consumption. The Auto-calibration Optimization (ACO) feature automatically determines the optimal starting values for each output clock. It then calibrates the output clock based on the current reference frequency, rather than on a pre-defined value. This helps to ensure accuracy while minimizing power consumption, as the power consumed per output clock is much lower than it would be without the ACO feature.

The SI5338C-B01521-GMR also features a wide range of synchronization options, including Phase-Locked Loop (PLL), Frequency-Locked Loop (FLL), and Asynchronous Serial Communications (ASAv). These features allow the device to synchronize with a variety of input signals, such as DDR3, SDRAM, Ethernet and PCI-Express. The synchronization system also allows the device to quickly switch between different clock outputs, making it ideal for applications that require dynamic clock frequencies.

Overall, the SI5338C-B01521-GMR is an extremely advanced and innovative device, which is tailored for the unique needs of application specific clock/timing division. It is capable of providing low-power, reliable clock generation and synchronization, as well as auto-calibration for increased accuracy. As a result, it is suitable for a wide variety of applications, from industrial and military/aerospace industries to consumer electronics.

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