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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The 5V49EE702NDGI8 is a frequency synthesizer for clocks and timing applications. It is a solution for many high-speed memory and DSP applications. It is an extremely efficient and cost-effective solution for hard to synchronize high-speed clocks.

Application Field

The 5V49EE702NDGI8 is an ideal solution for many high-speed data transfer applications. It is an efficient and cost-effective clock synthesizer when dealing with high domain synchronization, such as in high-speed memory and DSP applications. Its advanced low-jitter characteristics make it a great solution for memory controllers and other digital circuit applications. It offers many advantages over traditional PLL-based designs, such as higher frequency accuracy, better modulation accuracy, lower power consumption, and lower cost.

The 5V49EE702NDGI8 is also suitable for use in DSPs, FPGAs, digital signal processing systems, digital communications systems, and digital data storage systems. It can be used for phase-locked loops (PLLs), clock multipliers, and other clock synthesizers. In addition, it can be used in applications across many industries such as military, aerospace, automotive, and telecommunications systems.

Working Principle

The 5V49EE702NDGI8 has a wide frequency range and is designed to provide the best accuracy and low-jitter performance. It utilizes a low-noise frequency synthesizer to achieve a high-precision frequency output with better modulation. The frequency synthesizer is composed of four building blocks: a reference clock generator, a reference clock divider, a programmable counter/divider, and a digital-to-analog converter.

The reference clock generator produces a low-noise reference clock signal. This reference clock is then passed through a reference clock divider. The output from the divider is then fed into a programmable counter/divider. The output from this divider is then fed into a digital-to-analog converter, which produces the desired frequency output. The output of the DAC is then fed into the system or application.

The reference clock generator ensures a low-noise and high-accuracy clock output. The reference clock divider and programmable counter/divider enables the user to adjust the output frequency of the synthesizer. The digital-to-analog converter ensures a low-jitter output signal. The synthesizer can also be modified to provide the best performance in different applications.

Conclusion

The 5V49EE702NDGI8 is an ideal solution for many high-speed data transfer applications. Its features make it an efficient and cost-effective solution for hard to synchronize high-speed clocks. It uses a low-noise frequency synthesizer to produce a high-precision frequency output with better modulation. It is also suitable for use in DSPs, FPGAs, digital signal processing systems, digital communications systems and digital data storage systems.

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