SI5338Q-B03023-GMR

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Clock/Timing - Application Specific

The SI5338Q-B03023-GMR from Silicon Labs is a clock system designed for application-specific applications. It offers a wide range of timing and clocking options, including multi-speed parallel bus and synchronous serial bus clocking, global loop synchronization for clock synchronization across multiple systems, low jitter performance for critical timing applications, and industrial-grade reliability in extreme-temperature applications. The SI5338Q-B03023-GMR was designed to meet the needs of a broad range of specific applications from consumer to industrial, from portable to stationary, from wired to wireless.

The SI5338Q-B03023-GMR is a highly-integrated, multi-function device, with a single-chip solution that simplifies system design and reduces overall system costs. It includes a low-jitter oscillator, low-jitter synthesizer, PLLs, selectable fanouts, different output formats, and programmable skew outputs. It also offers a wide range of system-level features, such as a phase locked loop (PLL) phase rotator, spread-spectrum support, and 2-wire controlled reference switching. Furthermore, the device has an integrated phase-locked loop (PLL) frequency synthesizer, an on-chip crystal oscillator, and an output stage optimized for low-jitter, low-noise performance.

The SI5338Q-B03023-GMR supports a wide range of applications in consumer, automotive, and industrial markets that require precision timing synchronization and control. It is able to provide a single-chip solution for applications such as video, audio, and data transport systems, critical industrial control systems, data communications systems, and high-reliability industrial and automotive applications. The device is capable of developing clock frequencies from 70 MHz up to 1.2 GHz, and offers a variety of components and functions that can be used to develop complex timing applications. It can be programmed to create up to eight clock frequencies. The device also supports multi-speed parallel bus and synchronous serial bus clocking as well as global loop synchronization for clock synchronization across multiple systems.

The SI5338Q-B03023-GMR operates using a spread-spectrum clock generator designed to reduce the amount of system-level electromagnetic interference and help meet EMC requirements for emissions. It also features an option for reverse propagation spreading of the clock frequency. The device is available in a variety of packages, offering a choice of operating temperature range, voltage, and supply current. It also features a range of features that help reduce system level noise, minimize output skew, provide jitter performance to meet critical timing requirements, and provide industrial grade reliability at extreme temperatures.

In summary, the SI5338Q-B03023-GMR from Silicon Labs is a highly-integrated device that provides a wide range of timing and clocking functions, with a single-chip solution that helps simplify system design and reduce overall system costs. It is suitable for a wide range of application-specific applications, and offers a number of features for improved system-level noise, minimized output skew, and industrial-grade reliability.

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