NB6L11MMNG

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NB6L11MMNG is a clock buffer and driver that is used for clock distribution and signal transmission in application fields with severely noisy high-speed differential signals. This device is designed to reduce the noise coupling of high-speed signals, and providing low skew, low-jitter distribution references for gate ICs in datacom, telecom and computer applications.

The NB6L11MMNG can provide a selectable output frequency ranging from 1MHz to 425MHz. It provides a differential clock output buffer to tighten output skew window. This buffer is equipped with built-in circuit protection, which protects the outputs inside itself.

The NB6L11MMNG can be used to buffer and drive up to three differential clock signals at the same time. The device is also equipped with an output enable feature, which allows a single input to be forwarded to multiple outputs. This output enable feature eliminates the need for an external logic circuit, making the design simpler and faster. Moreover, the NB6L11MMNG device can support up to four voltage levels, greatly accommodating multiple system architectures and configurations.

The NB6L11MMNG device uses advanced low skew, low jitter differential signalling technology. It helps to reduce the coupling of high-speed signals between devices and reduce the jitter accumulation from multiple clock distribution paths. Moreover, the NB6L11MMNG offers much better performance than its predecessors.

The working principle of the NB6L11MMNG device is quite simple yet effective. The device operates as a buffer, receiving the clock signal from a primary source and amplifying it in order to achieve the desired output. The device then transmits the buffered clock signal to the target device, ensuring that the clock signal remains within the required timeframe and not affected by any external interference.

In conclusion, the NB6L11MMNG device is a versatile and reliable clock buffer and driver that can be used in a variety of application fields with noisy high-speed differential signals. Its low skew, low jitter technology allows it to perform efficiently and reduce the jitter accumulation from multiple clock distribution paths. The device is also equipped with an output enable feature, making designs faster and simpler, as well as accommodating multiple system architectures and configurations.

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