8T49N283C-999NLGI8

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The 8T49N283C-999NLGI8 is a comprehensive digital clock-making synthesizer device, used in a variety of digital timing related applications.

It is based on a digital phase-locked loop (DPLL) circuit to machinate a signal frequency that is a multiple of an input reference frequency. This PLL is then used to generate an output signal with a precision frequency and tuned to the input signal. The device supports signal synthesis of up to 24-bits resolution.

The 8T49N283C-999NLGI8 primary applications include clocking of digital and communication systems, clock distribution for systems with multiple clock phases, clock jitter reduction, and the control of operating frequency of analog and digital systems such as processors clock systems. The device can also be used for frequency synthesis, voltage controlled oscillators, clock switching, data transferring, and signal divider operations.

The 8T49N283C-999NLGI8 features a number of features that enable it to perform as both a clock generator or a frequency synthesizer. These features include a reference input frequency range of 1Hz to 7MHz, output frequency range of 0.5Hz to 6GHz, programmable 1MHz to 900MHz frequency multiplier, digital tuning by step size, and various programmable output jitter performance. It also features a low-power, low-noise design, and a fast lock time.

The working principle of the 8T49N283C-999NLGI8 is as follows: A reference oscillator feeds a signal to the input of the PLL circuit, this signal is then looped back and compared to the original reference signal, allowing the PLL to adjust the frequency of the output signal to match the reference signal, thus producing a signal at the frequency the PLL has tuned. The output signal is then fed to a modulation unit, which in turn adjusts the output signal accordingly to the set tuning parameters.

The 8T49N283C-999NLGI8 is a highly effective and flexible device for both clock generation and frequency synthesis. With its wide range of frequencies, programmable frequency multiplier, and high precision output jitter performance, this device is suitable for a variety of microprocessor-based digital applications.

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