CDC906PWR

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CDC906PWR is one of the most widely used clock/timing devices in the industry. It is used in a wide range of industries and applications.It can be used to generate accurate and reliable clocks and synchronize signals. The device is a frequency synthesizer with a programmable frequency output range of up to 6GHz.

The CDC906PWR is designed with a highly integrated architecture that enables advanced features such as low phase noise and excellent stability. It features an on-board oscillator, power supply decoupling, and a temperature compensation circuit. This device also provides a wide range of input frequency options ranging from 0.1MHz to 6GHz.

The working principle of the CDC906PWR is based on an advanced PLL (phase-locked loop). The PLL utilizes a frequency synthesizer to generate a frequency output. The frequency output is then compared to an input reference frequency and any differences are measured and corrected accordingly. The PLL then locks onto the reference frequency and outputs a clock or synchronizing signal with the same frequency as the reference.

In applications that require greater accuracy, an optional phase-adjustment feature is available on the CDC906PWR. This phase-adjustment algorithm compensates for timing-error-induced jitter and phase noise. This ensures that the generated clocks and synchronization signals are accurate and reliable in the presence of noise and other disturbances.

The CDC906PWR is ideal for a wide range of applications, including communication networks, military, broadcast, test and measurement, aerospace, and many other areas. It is the perfect choice for embedded applications that require a low-power, accurate, jitter-free frequency synthesizer with an output frequency range up to 6GHz.

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