NB7L1008MNG

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The NB7L1008MNG is a low skew, wide fan-out, digital clock buffer/driver. It is a single-supply, low-power device that is used to distribute clocks to various components system-wide. The NB7L1008MNG is commonly used in digital systems requiring high-speed clock distribution. It is well suited for applications such as digital communications, robotics, medical imaging and machine vision, industrial automation, and instrumentation.

The NB7L1008MNG generates low-skew clock signals by utilising a patented differential-sensing and output-driven scheme on the output buffers. The outputs are able to drive 10 loads with a clock frequency from DC to 250 MHz. This device also provides 6 globally available inputs and 8 differential outputs. The NB7L1008MNG is also fully programmable: its output’s duty cycle, pattern and level can be selected via a 3-bit input.

The NB7L1008MNG supports clock-gating for low-power applications. Each output can be enabled or disabled in response to the logic of the DE (disable-enable) pin without any degradation of the clock-pulse integrity. It is also capable of "tabaco" logic operation, where the outputs are enabled or disabled with next or previous input depending on the status of the DE pin.

The NB7L1008MNG supports a variety of applications due to its low-power, wide fan-out and differential-sensing capabilities. It is well-suited for applications that require high-speed clock distribution, as it is able to handle clock frequencies from DC to 250MHz. For applications needing to manage multiple outputs, this device is also well-suited, as it can drive up to 10 loads with minimal skew. Its capability to program its output\'s duty cycle, pattern and level also allows it to be used in applications that require flexible clock output control.

The working principle of the NB7L1008MNG is based on differential-sensing and output-driven. This technique senses the signal of the input across its two terminals, while it internally buffers the signal and sends it to the output driver. This eliminates the need for an external clock-source, allowing the device to operate at high-speed without suffering from signal integrity issues. The device also contains a programmable 3-bit logic to select the desired output’s duty cycle, pattern and level. The outputs are also able to be individually disabled or enabled in response to the DE (disable-enable ) pin when necessary.

In summary, the NB7L1008MNG is a low-power, low-skew, wide fan-out digital clock buffer/driver that is capable of delivering up to 10 loads from DC to 250MHz. It is well-suited for applications such as digital communications, robotics, medical imaging and machine vision, industrial automation, and instrumentation. Its unique differential-sensing and output-driven principle allows the device to operate without suffering from signal integrity issues. It also offers flexibility, as its output’s duty cycle, pattern and level can be selected via a 3-bit input. This device is a great solution for applications requiring high-speed clock distribution, enabled with low-power, low-skew, and wide fan-out capabilities.

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