NB2308AI1HDG

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The NB2308AI1HDG is a versatile, low-power clock sourceIC designed for synchronizing data related applications such as servers, switches and routers. It is capable of generating very low jitter clock signal in a wide range of frequencies, and it offers adjustable frequency selection with a single startup time. Apart from its excellent performance, the NB2308AI1HDG also has a wide range of applications which include data communication, servers, computer networks, automotive systems, and medical systems amongst others.

This device is based on a multiphase phase-locked loop (PLL) technology which enables it to generate clock signals with extremely low crosstalk, extremely low jitter, and very low power consumption. The PLL design incorporated into the NB2308AI1HDG includes two separate and isolated oscillators, a fractional-N frequency synthesizer, and low-jitter clock generation. The fractional-N frequency synthesizer is used to adjust the frequency and modulation of the generated clock signals, and the low-jitter clock generator is used to further reduce the amount of noise in the generated signals. The device is also equipped with an auxiliary clock source which is used to further reduce the power consumption of the device and to improve the accuracy of the generated signals.

The control interface of the NB2308AI1HDG is based on a 3-wire interface, allowing the user to easily configure the device settings. The device also features on-chip diagnostics which allows the user to monitor the device’s performance and detect any system errors. Additionally, the device is equipped with built-in power management which helps reduce its power consumption further and ensures proper operation of the device.

Overall, the NB2308AI1HDG is an excellent choice for applications which require low jitter and accuracy, such as telecoms, networking, and medical systems. Its versatility, low-jitter output and adjustable frequency selection make it an ideal choice for applications which require reliable, clean, and affordable clock sources.

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