NB3N51054DTR2G

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The NB3N51054DTR2G from ON Semiconductor is a clock/timing device designed to generate, process, and distribute clock/timing signals at frequencies as high as 2.5GHz. It functions as both a clock generator and frequency synthesizer, which have different applications and working principles.

As a clock generator, the NB3N51054DTR2G is able to generate a clean and reliable clock or timing signal. This type of device is commonly employed in high-level system synchronization and network synchronization tasks, as well as for sampling and timestamping in system communications. The device has an input clock rate range from 100KHz to 2.5GHz, with a selectable 2.5/2.8/3.3V power supply. The output performs as an adjustable matched clock or timing signal, which can be trimmed and adjusted as needed.

As a frequency synthesizer, the NB3N51054DTR2G has the advantage of being able to generate programmable clock signals with a wide frequency range. It can accept an incoming clock signal in synchronization and generate a clock signal in multiple output frequencies. Its circuit is based on a phase-locked loop (PLL) consisting of a voltage-controlled oscillator (VCO) and a frequency divider. The output clock frequency can be configured by modulating the voltage at the VCO. This feature provides flexibility as the clock signals can be adjusted as desired.

The NB3N51054DTR2G also integrates a spread spectrum function which helps to reduce the clock signal noise and minimize the generation of EMI. This makes the device especially suitable for applications where electromagnetic emission needs to be controlled or reduced. The spread spectrum mode can be configured in different modes, allowing the user to adjust the clock signal to meet their specific requirements.

In summary, the NB3N51054DTR2G is a device suitable for a wide range of applications and requirements. It can be used both as a clock generator and frequency synthesizer, allowing for great flexibility and system customization. The device has a user-friendly configuration and a wide range of features, such as spread spectrum, making it suitable for noise-sensitive applications. It is an ideal choice for a wide range of applications in the field of clock/timing.

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