AD9511BCPZ

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The AD9511BCPZ is a high-performance, low-power, high-speed clock buffer that is capable of operating from far below 1 MHz to far above 300 MHz. The CMOS-based device can easily drive up to four clock signal outputs with zero delay and skew. It is able to support a wide range of signal applications including digital broadcasting, cable, and satellite signal distribution, HDTV signal processing, and other digital and mixed-signal designs. The AD9511BCPZ is especially suited for driving clock signals into high impedances, long signal paths, or other complex clock networks.

The AD9511BCPZ has a wide range of features that make it one of the best clocking solutions available in the market today. It has nine selectable outputs, a configurable output drive strength of up to 35mA, and a wide range of input types, including Differential ECL, Single-Ended ECL, and LVCMOS. It also features a built-in PLL with clock frequency synthesis and compensation, as well as an integrated low-noise reference clock. Additionally, the device offers excellent signal integrity with an input reflection coefficient that is lower than -30 dBc, making it ideal for sensitive applications.

The AD9511BCPZ works by taking the input clock signal and adjusting it to the required output clock signal. It does this by first running the input signal through a clock synthesizer, which multiplies and divides the input clock signal according to the user\'s desired output frequency. Once the desired output frequency has been established, the signal is then sent to the low-noise reference clock source, which provides a clean clock signal to both the output buffers and the digital controller (which runs the output buffers and controls the PLL). The output buffers amplify the clock signal and then drive the four clock outputs, producing a clean, evenly distributed frequency signal.

The AD9511BCPZ is extremely versatile and can be used in a wide range of applications. It can be used for multiple outputs from a single source, for generating signals that span multiple frequencies from one master clock, or for driving signals into heavily loaded clock networks. Additionally, it\'s low power consumption, combined with its low-noise performance, make it ideal for applications with strict power and noise requirements. All in all, the AD9511BCPZ is a perfect choice for anyone looking for a high-performance, low-power, high-speed clock buffer that can be utilized in a variety of applications.

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