PCK9456BD,151

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PCK9456BD,151 is a clock buffer and driver designed for clock and data multiplexer applications. This chip offers a variety of features, including high-frequency oscillators, adjustable I/O drive strength, optional on-chip reference clock, and programmable output phase rotator. This chip is ideal for applications that require high speed data transfer and multiplexing, as well as applications with large amounts of data.

PCK9456BD,151 is a six-phase clock buffer, driver, and phase rotator, designed to buffer and generate multiple frequencies from a single reference clock. This chip operates from -40°C to +85°C, and works best with the 1.4V and 3.3V inputs. The chip is driven using a PLL, which allows the user to adjust the period of the reference clock over a range of 243.2 to 244.8MHz. The on-chip phase rotator can be programmed to rotate the phase of the output clock, ensuring proper setup and hold times.

This chip also provides a wide range of options for configuring the outputs. Output drivers can be switched between low-power and high-power mode, with maximum drive strength of up to ten times the input voltage. The output clock duty cycle can be adjusted to ensure the proper duty cycle is achieved. The chip also features an adjustable output skew, allowing the user to adjust the clock signal\'s rising and falling edges.

PCK9456BD,151 is mainly used in high-speed data transfer and multiplexing. In applications where high data rate and high-performance digital signal processing is required, this chip is ideal for buffering digital signals and ensuring signal integrity. The adjustable output skew and output phase rotator options provide flexibility for signal synchronization and signal skew problems. The chip also works well for clocking applications such as frequency synthesizers, clock generator circuits, and other timing applications.

In addition, PCK9456BD,151 can also be used in applications that require high-precision clocking. This chip offers an adjustable clock output skew, allowing for precise timing control to reduce clock jitter, and an adjustable clock duty cycle for improved performance. The on-chip reference clock ensures accuracy and consistency, even when encountering extreme temperature and voltage conditions.

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