NBC12430FAR2G

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The NBC12430FAR2G is a highly reliable clock generator PLL that has a wide range of applications in many industries. It is a precision clock generator designed to offer stabilized performance over a wide temperature range, with an industrial temperature range of -40° to +125°C. It offers low noise, low jitter and high frequency accuracy, making it suitable for use in mission-critical systems.

The main application fields of the NBC12430FAR2G are data communications equipment, telecommunication systems, industrial automation, medical imaging systems, aerospace and defense systems, digital camera systems and military applications. The clock generator can be used in a variety of digital systems to generate clock signals for transmitting or receiving data.

The working principle of the NBC12430FAR2G is based on phase locked loop (PLL) technology. The PLL is in closed loop and compares and adjusts the frequency of a free running oscillator to match the frequency of a reference clock. The oscillator\'s output is then locked to the input reference clock. This ensures that the output clock frequency remains constant, even if the input reference frequency varies. The clock generator is capable of generating frequencies up to 800MHz with a frequency error of less than 0.05%.

The clock generator has a non-volatile clock register and offers programmability with up to 8 different clocks, each with its own selectable output mode. It also has an integrated clocking controller, which allows the oscillator to run without an external reference clock and an integrated voltage regulator to maintain the best stability. It also has an I2C interface for easy programming.

The NBC12430FAR2G clock generator is used in many digital systems to generate clock signals for transmitting or receiving data. It is highly reliable, offering low noise and low jitter performance, with a frequency accuracy of 0.05%. It also has a wide temperature range, programmable registers, an integrated clocking controller and an I2C interface for easy programming, which makes it suitable for use in mission-critical systems.

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