PI49FCT3807DHEX

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The PI49FCT3807DHEX (or simply PI3807) is a featured clock buffer, driver, designed to be used in PC applications with serial and parallel data transfers. It is commonly used in the synchronous and asynchronous digital systems. It is manufactured by Pericom Semiconductor Corp.

The PI3807 is a high performance clock buffer,driver for high speed data transfer system. It can efficiently drive up to six different outputs with single input clock. With its advanced logic technology it can support high speed serial and parallel I/O switch applications.

In some applications, synchronization between clock and data signals is required to ensure data integrity. The PI3807 can easily achieve LVPECL outputs from its input LVTTL clock signals. With its voltage translation technology it helps to reduce cost and improve system performance.

Using the PI3807, designers can configure clock outputs as single or three- phased clock signals, suitable for LVDS/LVCMOS applications. They also have noise-less switching capability which makes them suitable for board-level and chip-level design integration environment.

The PI3807 supports multi-source clock synchronization with its auto-sensing technology. It automatically detect rising or falling edges on theinput clock signal then synchronize all outputswith the same clock frequency. As a result the designer can save board space and reduce power consumption compared with those without the feature.

In addition, the PI3807 provides a low jitter clock output which is important for timing diagrams to ensure clock timelines and data integrity.This feature makes it suitable for high performance applications that require low clock jitter for smoother data transfer.

The PI3807 also supports spread spectrum clocking for EMI and EMC noise mitigation which is commonly used for cost savings, and electromagnetic compliance tests. Spread spectrum clocking can also be used to reduce power consumption by spreading the clock cycle over multiple clock cycles.

Overall, the PI3807 is suitable for high speed I/O switch applications, board-level and chip-level design integration environment, and noise mitigation. It also provides clock buffering, driver and voltage translation features which make it an ideal clock buffer, driver for these applications.

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