SI5366-C-GQR

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The SI5366-C-GQR is a high-performance, multi-output clock generator designed to address a variety of applications requiring precision timing and frequency synthesis. The device integrates a differential XO, programmable dividers, Fractional-N and Integer-N Phase Locked Loop (PLL) synthesizers, jitter attenuators, and an I2C/SPI interface on a single chip. It offers a variety of output frequencies, including single-ended and differential outputs, with the option of either 1.8 or 3.3V output voltages.

The SI5366-C-GQR offers a unique combination of features, such as a programmable output clock frequency range, wide frequency range of up to 945MHz, ultra-low jitter of 0.6ps, output synchronous reset/enable control, and multiple configurable output formats. Applications that benefit from these features include networking, wireless communications, medical imaging, and measurement instrumentation.

The SI5366-C-GQR works by taking an input reference frequency and using a combination of dividers, multipliers, and PLLs to generate a range of frequencies spanning a range of requested output frequencies. The device can either generate a single clock signal or multiple signals that are spatially distributed across a board. To ensure signal integrity, the low-jitter outputs are tightly regulated and monitored internally. The device also offers an optional I2C/SPI interface, which allows for programming, monitoring, and control of the device remotely.

The SI5366-C-GQR has a wide range of applications, such as generating clocks for data processing, telecommunications, and RF systems. It is also ideal for frequency synthesizing applications in wireless communication systems, providing precise and clean signals for better signal quality. The wide frequency range of up to 945MHz and ultra-low jitter of 0.6ps enable the SI5366-C-GQR to generate signals high-bandwidth, high-bandwidth/frequency, and intermediate frequency applications.

In addition, the SI5366-C-GQR is highly flexible and is field-programmable, allowing users to tailor their output signals for specific application requirements. The integrated jitter attenuator and the integrated I2C/SPI interface enable the device to be quickly and easily configured, making it an ideal choice for applications requiring precise timing and frequency control.

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