SI5351A-B06219-GT

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Clock generators, phase-locked loops (PLLs), and frequency synthesizers allow embedded processor systems to generate clock signals in modern electronics design. This capability is increasingly important with the rise of more efficient embedded systems and ever-increasing demands of shrinking board size and the need for higher system performance. The Silicon Laboratories SI5351A-B06219-GT is a clock generation controller designed to meet this demand by cost-effectively enabling clock design over a wide range of frequencies.

The SI5351A-B06219-GT is a 10-output clock generator, available in a compact 8-pin DIP package. Supporting up to 10 clock outputs, each output can be configured independently for optimal power and switching performance. Each output supports up to 300MHz, allowing for up to 3GHz total output frequency range.

The SI5351A-B06219-GT allows for flexibility and customization of the clock outputs. The user can select the type and frequency for each output, allowing for up to 10 independent clock outputs. An output can be configured to LVCMOS, LVDS, Computer-on-Module, or a custom modulation format. Moreover, the user can also program frequency dividers, bypass configurations, and other attributes such as drive strength and slew rate control.

The SI5351A-B06219-GT incorporates an I2C interface, allowing the user to control, program, and configure the device. The device is powered by a single 3.3V supply, which is provided by the on-board voltage regulator. The design makes it easier to use, ensuring the device is more reliable and robust.

The SI5351A-B06219-GT is suitable for use in a wide range of clock application fields, including optical networking and communication systems, machine vision systems, automotive radar, and medical imaging systems. Furthermore, the device can also be used in various test instruments, such as oscilloscopes and logic analyzers, where reliable clock generation is critical.

The SI5351A-B06219-GT includes a variety of important features to minimize the time it takes to design and implement a clock for an application. Clearly, the principle of the device is that of clock generation. An input clock signal is first received and processed, then the output clock signal is generated using the appropriate clock and divider settings - all of which can easily be configured and modified using the I2C interface. The 10 output clock signals and their respective control registers allow the device to be tailored to the specific clock requirements of the application.

Overall, the SI5351A-B06219-GT is an ideal device for a broad range of high-performance clock applications which require customizable and flexible clock design. Its 10 independent outputs and configurable output frequencies make it a highly cost-effective and versatile clock generator solution.

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