CDCVF25084PW

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The CDCVF25084PW is a high performance Clock Synthesizer that combines four independent voltage controlled oscillators (VCOs) for low noise and versatile frequency synthesis. Each VCO can be used alone, or in conjunction with other VCOs to provide a wide range of frequency and phase synchronization options, making it an ideal solution for applications requiring frequency agile, highly accurate clock generators.

The CDCVF25084PW is designed to provide up to 2GHz of output frequency on each of its four outputs. Each output is individually user programmable through an external serial interface. The output frequencies can be independently set from 1kHz to 2GHz. The VCOs use a switched-capacitor design for low voltage and low power consumption. The four independent VCOs can be used to synthesize frequencies of up to 8GHz in a single clock generator.

The advanced synchronization feature of the device allows the user to synchronize all of the outputs together in either phase or frequency domains. In the frequency domain, all four outputs can be programmed to have a common frequency, while in the phase domain, the outputs can be synchronized to a single clock change. This allows the user to have precise control over the timing and synchronization of multiple clock signals.

The low noise characteristic of the CDCVF25084PW makes it ideal for use in communications systems where low jitter and precise control of the clock signal are required. This device is also suitable for high-speed data acquisition and precise timing of events. In addition, the device is able to provide output signals that are stable and free from drift over temperature and voltage, making it an attractive choice for precise timing applications.

The CDCVF25084PW is a very versatile frequency synthesizer that offers a wide range of outputs and synchronization features. It provides a low power, low cost solution for a variety of applications including communications, data acquisition, and precise timing. The device is also suitable for high-speed clock generation applications where low noise and precise control are required.

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