SI5334C-B07210-GMR

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The SI5334C-B07210-GMR from Silicon Labs is a Multi-Purpose Clock Generator ideal for a broad range of frequency synthesis and clock distribution applications. This highly integrated device combines a low jitter PLL, high-performance crystal oscillator, F/V-DCO, and clock distribution logic, allowing designers to build a variety of optimized clocking architectures. This device is designed to minimize power consumption, and its wide-range performance allows it to be used in a variety of high-performance systems without sacrificing the power budget.

This device has a very flexible architecture with which it can be applied in a wide range of applications, including network fabrics, storage systems, base stations, and other technologies. It can generate precise clock frequency synthesis for high-speed application processing, as well as generate multiple frequency clocks for a variety of digital logic applications. Additionally, this IC offers features like spread spectrum clocking and phase shifting for EMI reduction.

The SI5334C-B07210-GMR offers a low jitter PLL and a high-performance crystal oscillator. This helps to reduce clock jitter and enables precise clock frequency synthesis. The PLL provides a multi-stage loop filter, high-speed PLL dividers, V-DCO and F-DCO, and a low-speed VCO that help to improve clock frequency accuracy and reduce power consumption. The clock distribution logic provides outputs that run at a wide range of frequencies, allowing multiple clock frequencies to be generated in parallel.

The SI5334C-B07210-GMR also comes with some interesting device features. It provides a spread spectrum panic clock, which reduces EMI by spreading the power spectrum of the clock signal and also includes a unique redundancy clock for improved reliability. It also provides fast switching between low frequency and high frequency mode operations and allows for the configuration of multiple clock output configurations.

The SI5334C-B07210-GMR is an excellent choice for applications that require precise and reliable clocks. Its combination of low jitter PLL, high-performance crystal oscillator, and clock distribution logic is ideal for network fabrics, storage systems, base stations, and other technologies, allowing for precise clock frequency synthesis and multiple frequency clocks for digital logic applications. In addition, it offers several useful features like spread spectrum clocking and phase shifting for EMI reduction, fast switching between low frequency and high frequency mode operations and allows the configuration of multiple clock output configurations.

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