NBC12439AFNR2

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The function of the NBC12439AFNR2 device is key to a wide range of instrumentation and electronic applications as a clock generator, PLL, and frequency synthesizer. The NBC12439AFNR2 takes in a higher input frequency than it intends to output, which is divided down to the lower frequency. The oscillator has an internal charge pump and enable/disable pins which allow the device to operate from a wide supply voltage range with little current consumption.

The NBC12439AFNR2 is a dual frequency synthesizer/IPLL device for use in low power and low noise applications. It allows the user to select a low output frequency from a higher input frequency and to divide down the output frequency using a simple user interface. The output frequency of the NBC12439AFNR2 can be changed by either increasing or decreasing the input frequency, making it perfect for applications where multiple outputs are necessary. A user can also select different power-saving modes to adjust their power consumption and reduce their costs.

The NBC12439AFNR2 also contains an integrated phase-locked loop (PLL) that can be used to control the frequency range and accuracy of the output. This PLL is a type of control system that uses feedback to compare the phase of an input signal to that of an output signal and can be used to synchronize signals of different frequencies. This feature will ensure a reliable and accurate output frequency from the device, even over long runs of time. The addition of a PLL also eliminates the need for external components, making the NBC12439AFNR2 a low-cost and efficient solution for clock generation, PLL, and frequency synthesis.

The NBC12439AFNR2 is a simple and versatile clock generator, PLL, and frequency synthesizer. It is ideal for applications ranging from hardware design and implementation of industrial and scientific instruments, to low-power audio and video applications, and more. The device utilizes advanced techniques, like phase locked loops, to help create a reliable and accurate output signal from a variety of inputs, and its ability to divide down its output frequency with a simple user interface makes it a cost-effective and efficient solution for many applications.

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