NB7N017MMN

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Today, accuracy and flexibility of timing solutions are key components of many modern digital and analog applications. NB7N017MMN is a multifunctional, frequency synthesizer and clock generator that is designed to meet the needs of these applications. In addition to offering higher accuracy and improved control, the NB7N017MMN provides a number of other features, including multiple output clocks, reverse clock signal input, and low-amplitude, low-noise output jitter.

NB7N017MMN is a highly accurate clock synthesizer and generator that is used to generate and control the timing of various signals, from one Hertz to 250 megahertz. The NB7N017MMN utilizes advanced Phase Locked Loop (PLL) technology for superior signal accuracy and stability. The clock generator is available in both commercial and industrial temperature ranges. It also has built-in ESD protection, making it suitable for use in harsh environments.

The NB7N017MMN’s main application field is clock source and signal conditioning for image and video capture solutions. Its high accuracy and flexibility helps ensure that data conversion is timely, accurate and of the highest quality. In addition, NB7N017MMN is often used in control, communication, automotive, medical, and industrial automation applications.

To accurately control and manage timing, the NB7N017MMN has two primary components: a synthesizer and a generator. The synthesizer takes the reference clock in and synthesizes it to a desired frequency. This output is then used as the input to the generator. The generator takes the synthesized frequency and outputs multiple, independently adjusted clock frequencies that it can adjust in frequency, amplitude, phase and jitter.

In order to operate most effectively, the NB7N017MMN has several control registers that can be programmed by the user. These registers control aspects such as the frequency band, the output frequency, the reference clock type, the output amplitude, and the algorithm of operation. Additionally, NB7N017MMN also has several additional features, such as an enable sync input, a disable input, and an enable output that can be configured for different applications. The registers are configured via either a SPI or I2C interface.

The NB7N017MMN offers both cost-effective and reliable performance. In addition, it has a wide range of operating frequencies, multiple output clocks, and low-amplitude, low-noise output jitter. This makes the NB7N017MMN an ideal solution for image and video capture, communication, automotive, medical, and industrial automation applications.

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