SI5316-C-GMR

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Clock Generators, PLLs, Frequency Synthesizers

Clock Generators, PLLs, and Frequency Synthesizers are fundamental parts of modern technology. They help generate, convert, and stabilize timing signals in applications including computing, telecommunications, automotive and consumer electronics. The Silicon Labs SI5316-C-GMR is a popular clock generator and frequency synthesizer that is used in many different applications. The SI5316-C-GMR has a wide range of features and benefits that make it the ideal solution for many different applications.

Application Fields

The SI5316-C-GMR can be used in many different fields and applications. First, it is used for timing and synchronization in communications systems, such as Ethernet and PCIe. The SI5316-C-GMR is also used for clocking and timing in video and audio systems. This includes broadcasting, streaming media, and consumer video applications. The SI5316-C-GMR is used for embedded systems, providing stable and accurate timing signals for applications like sensor processing and motor control. Last, the SI5316-C-GMR is used in automotive applications such as infotainment, telematics, ADAS, and instrument clusters.

Features and Benefits

The SI5316-C-GMR offers many features and benefits that make it the ideal clock generator and frequency synthesizer for different applications. It has a wide input frequency range of 16 kHz to 400 MHz, and an output frequency range of 9 kHz to 800 MHz. The device has a low jitter of 500 fs, which helps ensure that frequency signals are accurate and stable. It features programmable output skews, which helps reduce timing skews and improve system performance. The device also has an embedded Yocto-powered Equalizer algorithm which helps reduce transmission losses and provide better signal integrity. The SI5316-C-GMR also features robust shielding, low power consumption, and a wide operating temperature range.

Working Principle

The SI5316-C-GMR is a mixed-signal device that combines a phase locked loop (PLL) with an output amplifier and integrated temperature compensation. The PLL is responsible for generating, converting, and stabilizing the signal. The signal is acquired by an input divider, which divides the signal and passes it on to the synthesizer. The synthesizer calculates the signal based on the input signal frequency and reference clock frequency and sends it to the PLL. The PLL then compares the new signal with the reference clock and adjusts the phase accordingly. Lastly, the modified clock signal is amplified by the output amplifier and distributed to the output dividers.

The SI5316-C-GMR offers many features and benefits for a variety of applications. Its wide input frequency range and low jitter ensure that it can be used in many different types of systems. The integrated temperature compensation and output skews help improve system performance and reduce timing skews. The device’s robust shielding and low power consumption make it an ideal choice for many different applications. Lastly, the integrated Yocto-powered Equalizer algorithm helps reduce transmission losses and increase signal integrity.

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