SI5347B-D-GM

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The SI5347B-D-GM is a Clock Generator and/or Frequency Synthesizer. The device is designed for applications requiring a low-jitter, low-power clock that is suitable for a wide range of frequency ranges. It is suitable for a broad range of applications where frequency synthesis is required.

The SI5347B-D-GM features a 3-stage PLL which allows it to generate a wide range of output frequencies, from 5MHz to 400MHz. The on-chip internal reference oscillator has a frequency range of 1MHz to 32MHz. It also features a phase locked loop (PLL), which allows the device to lock onto external clock sources in order to generate various frequencies. Additionally, the device features an integrated clock divider, which can be used to divide the PLL output down to any fraction of the reference frequency.

The SI5347B-D-GM is designed with a variety of inputs and outputs, making it suitable for a wide range of applications. It has two differential outputs and one single-ended output. The two differential outputs allow for the two most common clock formats to be generated, including SMPTE and ITU. The single-ended output provides a single clock signal output, which is suitable for clock distribution applications. Additionally, the device has two reference input pins that can be used to either input an external clock source or to generate a frequency from an external voltage.

The SI5347B-D-GM is also equipped with integrated noise-canceling circuits, which helps to reduce the jitter that is commonly found in applications using clock sources. It also features jitter filtering circuitry, which provides low noise and jitter outputs in high-accuracy timing applications. In addition, the device features a wide-range of frequency adjustment options, including an adjustable tuning range and frequency range.

Overall, the SI5347B-D-GM is a versatile clock generator and frequency synthesizer suitable for a wide range of applications. It is highly integrated, providing both outputs and inputs that can be used for a variety of applications. Additionally, the device features low-jitter, low-power circuitry, making it ideal for high-accuracy timing applications.

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