5V80014NLGI8

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5V80014NLGI8 is a new generation clock generator that relies on a robust analog phase-locked loop (PLL) architecture to perform its various control functions. This device is designed to provide both a stable clock signal and a continually adjustable clock rate. It\'s designed to operate in a wide range of industrial and commercial applications, including power conversion, communications systems, utilities, industrial automation, and multimedia.

The 5V80014NLGI8 supports a wide range of clock frequencies. It is capable of generating clock signals from 0.1MHz to 50MHz, covering most frequency ranges used in most clocking applications. The device includes an on-chip PLL and variable frequency synthesizer (VFOS) to implement frequency control. The clock generator can also be used in applications that require frequency tracking, such as distributed clocks for multidrop communications systems.

The working principle of the 5V80014NLGI8 is based on a direct learning-type phase-locked loop. The on-chip PLL continuously monitors the incoming reference clock and adjusts its output frequency to match the reference input. This allows the device to stay synchronized with the incoming reference signal and maintain a stable frequency output. The variable frequency synthesizer can be used to adjust the output frequency in order to match the clock rate of an existing system.

The 5V80014NLGI8 provides a wide range of features for clock control and frequency adjustment. These features include frequency tracking, input frequency range selection, adjustable frequency ranges, clock/clock synchronization, and adjustable frequency slew rates. The device also has an adjustable lock time, which allows users to configure the time required to lock onto the reference clock.

The 5V80014NLGI8 is suitable for a wide range of clock generator applications. It is ideal for applications that require stable and adjustable clock rates, such as multi-drop communications systems and power conversion operations. It is also suitable for media and entertainment applications, such as professional audio and video equipment, where a stable and adjustable clock rate is essential.

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