NB100EP223FAR2 Integrated Circuits (ICs)

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Clock/Timing-Clock Buffers, Drivers are circuits used for distributing, managing, and maintaining synchronization among high-speed neTWorkSs. The NB100EP223FAR2 is a premium clock buffer/driver solution for running high-speed networks and provides the necessary functions for a variety of clock applications. It is particularly suited for applications where low skew and jitter are required, such as computer data communication, broadcasting, telecommunications, automotive and medical systems, and more.

The NB100EP223FAR2 has a built-in fanout buffer capable of driving up to four low-power outputs; its buffer runs at speeds up to 445MHz on all outputs. It also comes with skew management capabilities and has a differential input and output which ensure better signal integrity. This buffer provides support for clock signals over multiple outputs with an integrated power saving feature to reduce power consumption.

The NB100EP223FAR2\'s primary application field is to maximize clock signal integrity while minimizing power consumption. By reducing power consumption when there is no need for output clocks to run, designers can reduce overall power costs. The buffer features a differential input and output, allowing for better signal integrity, as well as a built-in glitch filter which reduces noise from external sources. Additionally, the buffer comes with skew management capabilities, allowing for better synchronization between the input clock and the output clocks.

The NB100EP223FAR2’s working principle is relatively simple. It receives an input clock signal and then distributes it to up to four outputs. In order to maintain the correct frequency and phase of each output clock signal, the NB100EP223FAR2 has a built-in skew management circuit. This circuit measures the difference in frequency of each output clock signal, and then attempts to compensate for any discrepancies. This ensures that all of the output clock signals remain in phase and with the same frequency as the input one.

In order to ensure maximum signal integrity, the NB100EP223FAR2 also has a built-in glitch filter. This filter eliminates any noise and jitter on the input clock signal before it is distributed to the outputs. Additionally, the buffer has robust power-saving capabilities, which shut off the outputs when they are not in use, thus minimizing power consumption.

In conclusion, the NB100EP223FAR2 is a high-performance clock buffer/driver solution ideal for applications where low-skew and jitter are vital. It features a differential input and output, a built-in glitch filter and skew management, and robust power-saving capabilities. Used in a variety of high-speed networks, the NB100EP223FAR2 provides the necessary functions for successful clock synchronization.

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