MPC9772FAR2

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MPC9772FAR2 is a highly integrated clock/timing device that is designed for use in a variety of applications including communications, computing, industrial and consumer applications. The device is a highly efficient frequency synthesizer that provides a wide range of output settings from 0 to 50MHz. It is capable of producing accurate frequency locking from Internal Reference sources or external references. The device has the ability to generate four different types of signals and the outputs are synchronized. Moreover, it provides excellent output jitter performance for a variety of applications.

The MPC9772FAR2 is built on a modern CMOS process and features a wide range of features and options. It is available in a surface-mount or through-hole package and is designed to accommodate a variety of variants. The main functional blocks of the device include a phase-locked loop (PLL) with several dividers, an independent reference oscillator, a wide-band digital Comparator and an analog band-gap reference.

The phase-locked loop (PLL) on the MPC9772FAR2 is designed to generate a stable frequency output or a series of clock outputs, with an excellent jitter performance. The phase-detector divides the internal reference frequency by 4, while the loop filter and VCO provide the system with a stable clock output. The PLL also features a range of adjustable parameters to optimize the performance of the device. These parameters include the reference, output, frequency and loop parameters.

The independent reference oscillator of the MPC9772FAR2 is designed to provide a stable reference clock for the PLL. The oscillator operates up to 50MHz and provides a low jitter and low-noise output. The reference oscillator also allows for asynchronous configuration of the device and synchronization of other components.

The wide-band digital Comparator of the MPC9772FAR2 allows for low-jitter clock outputs with low-power. The comparator is designed to compare the reference frequency to the sample clock of the device in order to produce a stable output clock. It is designed to provide a wide output frequency range, with excellent phase noise performance.

The analog band-gap reference of the MPC9772FAR2 provides a reference voltage to the device. The voltage is designed to minimize the phase noise and provide a higher accuracy output clock output. This feature also increases the accuracy of the device, as it is able to maintain the highest possible frequency stability. Furthermore, the band-gap reference also allows for a wide range of frequency selection.

The MPC9772FAR2 is an excellent frequency synthesizer for any application that requires a stable output. The device provides excellent output jitter performance, as well as a wide range of frequency options. It is also able to provide a variety of synchronization features, making it ideal for a variety of applications. All of these features make the device an ideal choice for a wide range of clock/timing-related applications.

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