PI6C10807LE

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The PI6C10807LE is a low Skew 1-to-7 clock buffer driver from Pericom Technology. As a clock buffer, the PI6C10807LE is designed to drive low-skew clock signals to multiple destinations. It preserves the clock waveform as it buffers it from the clock source, providing high-speed outputs up to 300MHz (400MHz max) with +/-50ps of balanced skew. This clock buffer is great for fan-outs of 1-to-12 that require very low skew across multiple outputs.

The PI6C10807LE application field is a wide variety including high-speed communication backplanes, video distribution, timing, clock and data distribution. Each buffer has adjustable output drive strength, as well as adjustable terminating resistors. These allow the PI6C10807LE to be used in a variety of applications, ranging from high-speed LVDS systems to low speed LVCMOS applications.

The PI6C10807LE working principle is based on buffering the input clock signal and then sending it out over the outputs. This ensures the clock waveform is preserved from the clock source and sent to the outputs with minimal skew. The buffer is also designed to drive each of the output signals individually, providing true full-skew adjustment. In addition, the PI6C10807LE is designed to operate in both ultra-low-power and low-jitter operating modes, making it an ideal clock buffer for power- and jitter-sensitive applications.

The PI6C10807LE clock buffer offers high-performance and low power operation, making it ideal for many applications. With its low-skew clock-driving capabilities, this clock buffer is well-suited for high-speed communication backplanes, video distribution, timing, clock and data distribution. Its adjustable output drive strength and adjustable terminating resistors make the PI6C10807LE a great choice for a wide range of applications from high-speed LVDS to low-speed LVCMOS applications.

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