PI6C2409-1WE

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The PI6C2409-1WE is a high-performance clock generator capable of generating up to 24 output clock frequencies. The PI6C2409-1WE uses variable clock dividers to produce the desired frequencies and is targeted for a wide range of applications such as digital video broadcasting (DVB), Ethernet switching and routing, HDTV, and high-speed memory interfaces. The PI6C2409-1WE is one of the most advanced and efficient clock generators on the market today.

In addition to its impressive clock generation capabilities, the PI6C2409-1WE supports frequency multiplication from any its outputs. This allows the user to implement any frequency multiplier or clock synthesizer with the PI6C2409-1WE. The device also comes with an on-board Phase Locked Loop (PLL) that can be used to generate frequencies up to 250 MHz.

At the heart of the PI6C2409-1WE is its phase-locked loop (PLL) architecture. The PLL uses a feedback loop to maintain phase lock between input and output frequencies. The PLL is controlled by an external reference frequency, which is then divided down to create the desired output frequencies. The PLL ensures that there is a constant phase shift between the reference and each of the output clocks. This ensures that all output frequencies are tightly synchronized to the reference clock source, resulting in higher clock accuracy and reduced jitter.

The PI6C2409-1WE features a variety of advanced clock configuration options, such as different synthesis techniques, Fractional-N Synthesis, and Pulse Width Modulation (PWM). These capabilities enable the user to tailor the output clock frequencies to their exact needs. The device also includes an integrated on-chip oscillator for programmable frequency operation and additional control of the output clock frequencies.

In addition to PLL circuitry, the PI6C2409-1WE includes a variety of frequency dividers, or dividers which enables the user to achieve output frequencies that would not be possible with a conventional fixed-frequency oscillator. The dividers, along with the integrated PLL, ensure that the device can produce extremely high resolution and precision output clock frequencies without the need for external components.

The PI6C2409-1WE is an extremely versatile device, capable of generating up to 24 output clocks with fractional-n synthesis, precise control of frequency, and precise jitter control. Its high-performance capabilities, combined with its advanced clock configuration capabilities, make it an ideal solution for applications such as digital video broadcasting, telecom, and consumer electronics.

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