SI5345B-A-GMR

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The SI5345B-A-GMR is a low-power clock generator, phase-locked loop (PLL), and frequency synthesizer from Silicon Laboratories. It is a highly integrated solution for clock tree applications as it includes multiple outputs, quality assurance options, and other features of the Si5345. This device provides clock and data recovery solution for multiple system applications. The device includes four differential low-skew outputs, two differential high-frequency outputs, one low frequency output, and one differential input for clock or data. The device also has wide selection of available frequencies and straps for system flexibility.

In its application field, the SI5345B-A-GMR is ideal for a wide range of system applications. This device can be used in communications, consumer electronics, automotive, server/storage, and other applications. It can generate clock outputs to drive peripherals and other components with optimal frequency and size. It has excellent jitter performance and is capable of providing frequencies up to 300 MHz.

The working principle of the SI5345B-A-GMR is based upon the combination of its crystal oscillator, phase-locked loop, and frequency synthesizer functions. The device uses a combination of these three elements to achieve optimal frequency and jitter. The crystal oscillator provides the initial frequency which is then multiplied or divided by the synthesizer. The phase-locked loop is used to maintain the desired frequency throughout the entire application. Furthermore, the device also has an Automatic Output Control (AOC) circuitry which ensures the system timing is maintained. This ensures that the output is always optimal for the given system.

Overall, the SI5345B-A-GMR is a highly integrated solution for clock tree applications. It encompasses a wide selection of operating frequencies and straps as well as quality assurance options. Its crystal oscillator, phase-locked loop, and frequency synthesizer ensure optimal frequency and jitter performance. This device is suitable for a wide range of applications, including communications, consumer electronics, automotive, server/storage, and other applications. Thus, it can be a very useful tool for any of these applications.

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