NB7L11MMN

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The NB7L11MMN is a multi-channel clock buffer that operates on the principles of clock signal transmission and conversion. It is a member of the Clock signal product family and it has various applications in usage scenarios involving synchronous communication between multiple signal sources.

It is mainly used to buffer multiple signal channels in low-power applications such as mobile or automotive audio and video systems, clocks for system logic, or as a stand-alone circuit for signal synchronization between systems with different clock frequencies created by different sources.

The NB7L11MMN is built on an adjustable 2-phase shift register technology. The clock regenerator chip incorporates two dual differential low-skew multi-channel buffers, a 14-bit phase shift register, and a 4-bit D-FF feedback loop. Each buffer is designed to drive up to 10 signals for a total of 20 signals with a single NB7L11MMN.

The dual differential buffers are designed to accept up to three signal sources as an input and transmit the buffered signals to two different differential outputs. The two differential output signals are identical except for a varying phase shift from each other. This provides a significant advantage in multi-channel signal-controlled applications.

The 14-bit phase shift register is controlled by a 4-bit feedback shift register, or D-FF. This register determines the static differential output signals, as well as the phase shift between them.

Additionally, the NB7L11MMN includes a power-down/low-power mode, enabling the clock signal to remain stable in suboptimal power conditions.

The NB7L11MMN is suitable for use on LCD display panels with uniform line structure, as well as for use in automotive audio and video systems. Its low-skew, multi-channel buffering capabilities make it an ideal solution for multi-channel signal synchronization in applications where speed and resolution are key performance parameters.

Overall, the NB7L11MMN is a powerful, versatile clock buffer chip that can be used in a variety of clock signal transmission and conversion applications. Its adjustable 2-phase shift register technology, dual differential buffers, and 4-bit D-FF feedback loop make it an ideal solution for quickly and accurately synchronizing multiple clock signals for low-power applications.

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