SI5364-G-BC

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The SI5364-G-BC clock generator from Silicon Labs is a highly-integrated PLL-based clock generator that simplifies clock tree design and provides frequency design flexibility for a wide range of applications. It is designed to provide a high-performance frequency synthesizer and clock multiplier for applications that require low-jitter, high-frequency clock sources from a wide range of input frequencies. The SI5364-G-BC can be used to generate much higher frequencies than its parent frequency, as well as allow programmable output frequencies that can be programmed to meet the needs of many different applications.

The SI5364-G-BC is a frequency synthesizer IP core that combines the flexibility of programmable phase-locked loop (PLL) hardware with the accuracy of a phase-locked loop integrated circuit (IC). It offers a wide frequency range of operation, making it ideal for applications such as FPGA and ASIC design, networking and servers, telecom, clocking, medical imaging, and automotive systems. With its wide frequency range, the SI5364-G-BC offers designers a high level of flexibility when it comes to programming input and output frequencies to meet their specific application requirements.

The SI5364-G-BC implements a small-area, low-power, high-performance phase-locked loop (PLL) synthesis architecture to impart the highest possible jitter performance for clock design. It provides high-performance frequency multipliers, up to an input reference frequency of 150 MHz. The high frequency multiplier is optimized for best-in-class jitter performance, reducing the jitter to negligible levels. This ensures that the generated clock signal has a high degree of stability, reducing overall system timing errors.

The SI5364-G-BC supports multiple high- frequency outputs and can generate both fixed-frequency and variable-frequency clock outputs. It also supports clock outputs with dynamic or fixed phase shifting, making it ideal for applications requiring multiple clock sources with phase-aligned outputs. It can also be used to generate clocks of varying frequencies and phase-aligned outputs, to make switching between clock domains easier. Furthermore, it supports dynamic phase shifting and frequency shifting, allowing it to be used in applications requiring multiple clock outputs with tight jitter performance.

The SI5364-G-BC is also capable of generating self-biased clock synchronization signals. It provides multiple pulse-width modulation (PWM) outputs for use in synchronous systems that require multiple clock frequencies. The PWM outputs can also be used in applications requiring fine-grained power management, allowing the device to remain power efficient, while at the same time providing the necessary clock synchronization signals.

The SI5364-G-BC also allows for custom output configurations, allowing the user to program correlating settings, such as output frequency, duty cycle, and phase-shift. This makes the SI5364-G-BC an ideal solution for applications requiring adjustable output frequencies and complex clock structures. Additionally, the SI5364-G-BC can also be used to generate down-burst clock signals, which are ideal for applications requiring ultra-low-jitter, low-noise clock sources.

Overall, the SI5364-G-BC frequency synthesizer offers designers a great way to create highly reliable and low-jitter, high-frequency clocks and clock multipliers for a range of different applications. With its wide range of input and output frequencies, and multiple output capabilities, the device can be used for a wide range of applications, from telecommunications and medical imaging, to FPGA and ASIC designs, and automotive systems.

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