NB7VQ14MMNG

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NB7VQ14MMNG is a clock buffer/driver device made by ON Semiconductor. This device can be used in a wide range of applications that involve the need for increased drive or logic buffering. These applications may include high-frequency clocks in consumer electronics such as flat-panel displays. The NB7VQ14MMNG offers superior performance, making it an ideal choice for such applications.

The NB7VQ14MMNG is a low-voltage single-ended clock buffer/driver device that provides four outputs from a single input. It can generate up to four differential outputs from a single differential input, or four single-ended outputs from a single-ended input. As well as this, it provides a wide frequency range of 2.5M to 320MHz, making it well suited to a range of different applications.

For the output stages of the NB7VQ14MMNG, the device features integrated drivers, as well as programmable driver functions such as slew rate control, power-down output impedance, and level shift. These features allow the device to better meet the clock needs of different applications, while also providing high noise immunity and reliable operation.

One of the most important aspects of the NB7VQ14MMNG is its ability to provide a wide range of output drive strengths. Its adjustable output drive strength makes it an ideal choice for applications that need strong signals, such as high speed clocks. In addition, it can be used for clock data distribution and fan-out, offering improved performance when compared to other single-ended clock buffers.

In terms of power consumption, the NB7VQ14MMNG offers superior power saving benefits. Its low-power operation allows for increased power savings, as well as improved reliability and lifetime performance. The device is also supplied in a 1.8V chip enable package, providing an even lower power consumption rating.

The NB7VQ14MMNG is a versatile device that can be used in a variety of clock applications. Its integrated drivers and programmable features ensure that it is an ideal choice for high speed clock signals, while its low-power consumption makes it an excellent choice for applications where power savings are needed. Moreover, its wide range of output drive strengths makes it an excellent choice for applications requiring strong signal values.

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