NB100LVEP222FAG

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NB100LVEP222FAG is an advanced clock buffer and driver technology developed by NXP Semiconductors. It is designed to provide the highest level of signal integrity, from the lowest output impedance and rise/fall times to the highest signal integrity in terms of clock jitter. This application field specializes in timing-clock signal buffering, drivers and clock synchronization.

The NB100LVEP222FAG integrates a frequency shift buffer/driver to produce a low skew in the clock outputs, low noise and voltage swing. It utilizes PLL (Phase Locked Loop) techniques to improve the signal integrity and delivers a high performance buffer circuit that is capable of buffering both oscillator and clock signals. The device also features two separate clock channels with identical outputs. This allows for clock synchronization and the precision clock generation needed for demanding applications.

The underlying working principle of the NB100LVEP222FAG demonstrates the superior signal integrity of the device. In order to guarantee the best signal integrity, NXP Semiconductors have developed a digital multicore architecture, which has been further enhanced with the addition of PLL technology, thus providing superior jitter performance. The copper back-end, which typically consists of several low resistance drivelines, dramatically reduces noise and signals interference in order to enhance signal integrity.

The NB100LVEP222FAG is designed to be used in various applications such as clock distribution, clock synchronization, pulse frequency alteration and broadcasting, communication systems, networks, industrial and automotive electronics. Additionally, the device provides excellent signal integrity and is renowned for meeting the rigorous power and performance demands of the latest and most advanced technology applications.

In conclusion, the NB100LVEP222FAG provides premium signal integrity and outstanding clock buffering, drivers, and clock synchronization for various electronics applications. Its powerful multicore architecture and PLL technology allows for a superior jitter performance and precision transmission of clock signals. The device’s superior performance and unique set of features make it a valuable component for many advanced devices and systems.

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