NB7HQ14MMNTXG

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Clock Buffers, Drivers, are essential for digital systems. The NB7HQ14MMNTXG is a Clock Buffer with Multiplexer. It is the only clock buffer in the market that can handle up to 16:1 multiplexing in applications as diverse as servers, routers, switches and network processing for high-speed data applications. The NB7HQ14MMNTXG is a high-speed multiplexing clock buffer capable of providing ultra-low propagation delays.

The NB7HQ14MMNTXG is a high-speed multiplexing clock buffer, ideal for use in high-performance data processing applications such as routers, switches and network processing. The device provides low-skew, high-accuracy clock signals with a propagation delay of 0.5 ns typical. The device supports up to 16:1 multiplexing, enabling up to sixteen different clock signals to be routed to any desired clock group on the device.

The NB7HQ14MMNTXG supports four different clock modes, providing flexibility to the user. The first mode is the high-speed mode, which allows for the highest speeds and widest skew range. The second mode is the low-skew mode, which operates at lower speeds but does provide a narrower skew range. The third mode is the high-precision mode, which provides extended propagation delay accuracy and extremely low jitter. The fourth mode is the low-power mode, which reduces power consumption.

The device includes low-power circuitry, which allows for minimal power consumption when in low-power mode. The NB7HQ14MMNTXG has an in-built power-saving feature that lets the clock buffer automatically choose the optimal power consumption configuration. This helps prolong battery life in applications where power consumption is critical.

The NB7HQ14MMNTXG is designed to generate internal clock signals in response to an input signal. This is done by converting the incoming signal into the desired clock frequency through the use of frequency-dividing circuitry. The resulting internal clock signals are then distributed to each of the output groups on the device according to the reconfigurable MUX group settings. The outputs of each group are individually adjustable, enabling the user to fine tune the clock signals to the requirements of the application.

The NB7HQ14MMNTXG is ideal for applications such as synchronous networking applications, high-speed data switching and bridge applications. The device is suitable for applications such as clusters of servers, external links, telecom applications and high-speed local area networks.

The NB7HQ14MMNTXG has a number of features that make it a great choice for clock buffer applications. These include its low-power circuitry, fast signal integrity, high signal accuracy and wide range of clock modes. The device also has a range of signal-processing algorithms, enabling it to achieve a wide range of signal responses. This makes the NB7HQ14MMNTXG an excellent choice for any application where signal processing is critical.

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