NB3V60113GV2MTR2G

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NB3V60113GV2MTR2G is a Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers manufactured by ON Semiconductor. These devices are used to generate and control the frequency and timing of analog and digital computing systems. It is versatile and provides a wide range of features and capabilities.

The NB3V60113GV2MTR2G provides a host of features to ensure a precise and reliable system synchronization. It has two inputs which can be used to accept two different timing signals. Using the setting in the field select registers of the device, the signal from either input can be selected as the reference clock or the output signal can be generated from both inputs simultaneously. It also has four independent frequency dividers which can be used to generate four different clock outputs. The dividers are fixed in their frequency range, but the relative ratio can be adjusted to achieve the desired result.

The device also provides a wide range of output frequencies, up to 250MHz. This makes it suitable for applications such as processors, that require clock frequencies up to and above said range. It can also be used in applications to generate clock signals for other devices over a wide range of clock rates, up to and beyond 1 GHz.

The NB3V60113GV2MTR2G also features a wide supply range, ranging from 2.7 to 3.6 V. This allows the device to be used in applications which require the use of different voltage levels, thus giving it more flexibility compared to other devices with limited supply range.

In addition, the device features a programmable phase-locked loop (PLL). This loop is used to lock the output clock signal to the incoming reference signal. This ensures a precise and stable clock signal for various applications. The PLL also allows for fine-tuned output frequencies, which can be achieved by adjusting loop parameters. This gives the device superior control over varying clock frequencies, allowing it to produce the desired end results.

The PLL also features Cycle-by-Cycle jitter suppression, which helps to eliminate any unwanted jitter which might be present in the incoming signal. This ensures that the output clock signal is stable and reliable, even under fluctuating external conditions.

The NB3V60113GV2MTR2G is an ideal choice for applications which require precise, reliable, and stable clock signals. It has a wide range of features and capabilities and provides superior control over the generated clock frequency, making it a versatile tool for tasks that demand reliable timing and frequency control.

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