PI6C18551WE

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The PI6C18551WE is a low-skew high-precision 1-to-12 Low-Voltage Differential Signaling (LVDS) Fanout Buffer that offers superior jitter performance, low power consumption and minimal design complexity. It is the premier choice for applications such as telecommunications, wireless communications systems, storage area networks, computer displays and computer systems, as well as other general-purpose clock distribution applications.

The device features a comprehensive set of LVDS outputs as well as a unique PLL-based clock synthesizer that provides clean, jitter-free outputs and superior clock performance even in the presence of rapid input clock switching. The PLL can also be used to generate precision clock outputs from a variety of input frequencies. Clock outputs are adjustable from 100MHz to 500MHz (with some limitations), can be programmed for built-in test functions and are available in LVDS and CMOS formats.

The PI6C18551WE also features an innovative power-saving Mode (PSM) that allows the device to enter low-power state when the clock outputs are not in use. This helps reduce system power consumption and delivers a significant improvement in overall system performance.

The PI6C18551WE is designed to be used in a wide variety of applications, including those requiring high-speed data transfers, digital video or audio output, and low-power applications where power consumption is a major concern. This device offers a versatile, low-cost solution for clock distribution problems, while providing superior jitter performance, low power consumption and flexibility. As such, it provides an ideal solution for applications that require high-speed data transfer and accurate timing in challenging environments.

The underlying architecture of the PI6C18551WE is based on a high-performance, low-skew, low-power architecture for clock distribution. This architecture utilizes several techniques, such as synchronized switching and low-skew LVDS drivers, to help ensure rapid and accurate clock distribution over a wide range of clock frequencies and duty cycles. The device also incorporates advanced jitter reduction techniques, such as dithering, that help maintain superior jitter performance in applications with high-frequency switching.

Overall, the PI6C18551WE is an ideal choice for applications that require a reliable, low-power, low-jitter, high-precision clock fan-out buffer. It provides superior jitter performance over a wide range of input clock frequencies and duty cycles, and offers a low-power operation that helps reduce system power consumption. In addition, its advanced design and innovative features make it an ideal choice for any application that requires accurate timing in challenging environments. The PI6C18551WE is thus the premier choice for applications such as telecommunications, wireless communications systems, storage area networks, computer displays and computer systems, as well as other general-purpose clock distribution applications.

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