8T49N244A-999ASGI

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The 8T49N244A-999ASGI is a clock/timing device specifically designed for frequency synthesis, PLLs, and clock generation applications. It is a high bandwidth and low jitter clock generator capable of generating high frequency reference signals for systems that require precise timing. This clock/timing device provides very low jitter performance and a wide range of output frequencies up to 4GHz.

The 8T49N244A-999ASGI consists of both a clock and synthesizer module. The clock module is designed to generate base clock signals or very accurate timing signals that can be used as a reference point. The synthesizer module is used to generate higher frequency output signals that have very low jitter. It also includes a phase-locked loop (PLL) circuit, which is used to precisely synchronize the output signals with an external reference signal.

The 8T49N244A-999ASGI’s clock module produces a stable reference oscillator that can be used to drive the synthesizer module. The synthesizer module contains both a programmable frequency divider and a loop filter. The frequency divider divides the clock signal into different frequencies, which can then be used as outputs. The loop filter is used to set the PLL’s damping and control the jitter in the output signals.

The 8T49N244A-999ASGI is also capable of generating very wide output signal bandwidths up to 4GHz. This means that it can be used to generate extremely high frequencies that are well-suited for applications such as signal integrity testing and high-speed signal transmission. The output frequency can also be easily adjusted for specific applications.

The 8T49N244A-999ASGI is an excellent choice for systems requiring accurate timing and signal integrity at high frequencies. Its high-performance clock generation, PLL, and frequency synthesis capabilities make it ideal for applications such as communications, computing, and industrial automation. The device is also very efficient and requires minimal power consumption, making it a great choice for low power applications.

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