NB7L14MMN

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The NB7L14MMN is a low-power, low-noise differential clock buffer designed for high-speed clock applications. It provides superior timing performance for data transfer and synchronization. It is ideal for applications such as clock distribution and clock synchronization, DLLs, bus bridges, and low-skew clock distribution.

The NB7L14MMN is a member of the NB7L14MMN family of low-power, low-noise differential clock buffers. The NB7L14MMN features an integrated high-speed voltage-controlled selector that provides adjustable delays from 0.5 to 5ns (in 50ps increments) for clock synchronization. The device also features a low-power consumption mode for power-sensitive applications.

The NB7L14MMN operates in two modes: switching and static. In static mode, the device can be used for low-skew clock distribution. In switching mode, the device can be used to generate signal lines from clock signals. The device can be configured with adjustable delay to adjust signal timing.

The NB7L14MMN is a cost-effective solution for low-skew, high-speed clock synchronization applications. It features a wide operating voltage range (1.97V to 5.50V) and operating temperature range (-40°C to 85°C). The device also includes a low-power consumption mode to reduce power consumption when the device is not in use.

The NB7L14MMN features a high-speed differential buffer with selectable delays. It is designed to maximize crosstalk rejection, reduce power consumption, and increase signal integrity. The device includes an adjustable delay line to adjust signal timing, an adjustable skew line for clock synchronization, and an adjustable output drive strength for better signal quality.

The NB7L14MMN is designed to handle high-speed (5 Gbps) signals with minimal noise and power consumption. It is ideal for use in applications where timing is critical, such as telecom and data communication systems, consumer electronics, data path and system clock synchronization, server-based systems and medical equipment.

The NB7L14MMN is capable of delivering high-performance performance with low-power consumption and is a great choice for a variety of high-speed clock applications. The device is versatile and able to adapt to a wide range of operating conditions and environments. Its low-noise, low-power design makes it an ideal choice for applications requiring low-skew, high-speed performance.

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