NB2308AI1DG

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The NB2308AI1DG is a clock generator, Phase Lock Loop (PLL) device, and frequency synthesizer used for a variety of applications. This device provides a wide range of clock frequencies and can be used for phase-aligned clock generation, noise reduction, and fast frequency shifting.

The NB2308AI1DG features a low-noise floor, temperature drift, and jitter, ensuring improved system performance. Its maximum output frequency of 800MHz, high-precision reference clock, and wide loop bandwidth help reduce clock jitter. In addition, the NB2308AI1DG includes a programmable output logic level and duty cycle to accommodate a wide range of output settings.

The NB2308AI1DG is suitable for multiple applications requiring precise frequency generation, including telecommunications, MEMS, datacom, test and measurement, and medical imaging instruments. It is also ideal for general-purpose clock generation, with its wide range of frequency settings, low-noise floor, and low switching noise.

The NB2308AI1DG works by using a stable reference clock generated by an on-chip oscillator to maintain a constant frequency output. The PLL locked output frequency can be adjusted by setting the loop bandwidth or manually changing the reference frequency. In addition, the output clock frequency can be varied from 0kHz to 800MHz by changing the loop bandwidth or by setting the reference frequency.

The NB2308AI1DG is also equipped with a low-power mode that reduces power consumption when the device is not in use. This helps reduce overall system power consumption and allows for longer battery life. Additionally, it features a glitchless transition from one frequency to another, which allows for smooth operation when frequency settings are changed.

The NB2308AI1DG is a versatile device that provides a wide range of clock frequencies and can be used for multiple applications requiring precise frequency generation. Its low-noise floor, temperature drift, and jitter ensure improved system performance, while its wide range of frequencies, low-power mode, and low switching noise allow for long battery life and reliable operation.

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