SI5338C-B01247-GMR

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The SI5338C-B01247-GMR is a highly reliable programmable device designed to deliver precision clocking for a wide range of applications. It is a single-chip clock generator and is well suited for distributed clock architectures with flexibility and precision in mind. The device operates from a 3.3V supply and can support multiple low-noise, low-jitter differential clock outputs. It can generate 6 outputs with frequencies up to 250MHz, including 8 outputs with frequencies up to 133MHz.

The device\'s architecture is idea for a variety of applications, including networking, wireless communication, digital audio, military, automotive, and industrial applications. For example, the device can be used to generate clocking signals for high-speed Ethernet switches and PHYs and digital audio AV receivers and DACs. The device features adjustable slewing rate, slew rate switching, and spread spectrum modes that reduce peak-to-peak jitter, providing a more stable clock signal to the system.

The device also features programmable frequency control. This allows users to easily adjust the frequency and phase of their outputs without having to modify external crystals or other components, making it much easier to fine-tune their system. Additionally, the device has integrated phase-locked loops and a phase detector for an improved locking time.

The SI5338C-B01247-GMR is designed to reduce system design complexities by having a more intuitive user interface. This includes a built-in graphical user interface which allows users to quickly and easily configure the settings of their system in order to adjust the frequency, phase, and slew rate. The device also features an on-chip OTP memory which stores settings when power is off. Additionally, the device has a low power standby mode.

Overall, the SI5338C-B01247-GMR is an ideal choice for distributed clock architectures. The device is flexible and accurate, and provides an easier way to configure the system with an intuitive user interface. Its various features make it suitable for a variety of applications, including networking, digital audio, military, automotive, and industrial.

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