97ULP845AHI

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The 97ULP845AHI integrated circuit is a frequency divider (or ‘divide by n’) module for clock and timing applications. It is primarily used in applications such as data acquisition systems, motor control systems and frequency-division multiplexing systems.

This integrated circuit is a low power, low cost, CMOS divider with a wide operating range of between 8-45 MHz. It operates by dividing an input frequency by a programmable N-value, from 1 to 128. This is achieved using an integrated ring oscillator which generates a periodic signal that is used to synchronise the input signals. The phase of the output signal depends on more than just the N-value, and is also a function of the phase of the input signal plus a small phase offset applied by the circuit.

The circuit is designed to be used in a variety of applications including frequency synthesis, digital pulse width modulation, digital pulse rate modulation and amplitude modulation. It is especially useful in synchronization applications, providing synchronized outputs with very low phase noise and distortion. In addition, it can provide multiple outputs with different frequency ratios, helping to reduce system complexity.

When used in audio and video systems, the circuit can be used to generate variable frequency clock signals. This is useful for effects such as speeding up or slowing down sounds or video clips. It can also be used to accurately divide frequencies for effects such as time-stretching and pitch-shifting.

The 97ULP845AHI can also be used in data acquisition systems, providing a stable clock signal to the A/D converter, while synchronizing the sampled data in a consistent way. This helps ensure that the data is properly aligned and provides the most accurate results. The circuit can also be used to synchronize multiple ADC’s, allowing teams to collect data from multiple sources at the same rate.

Finally, the 97ULP845AHI can also be used in motor control systems, allowing teams to generate variable frequency drive signals for controlling the speed and position of motors. This is especially useful for controlling the speed of servo motors, as the hange in speed can be programmed for different output values. It can also be used to generate PWM signals for controlling motor direction and speed.

Overall, the 97ULP845AHI is a low cost, low power, multifunctional Frequency Divider module that can be used in a variety of applications. It offers a wide operating range, excellent phase noise and distortion performance, and can provide multiple outputs with different frequency ratios. It is especially useful in audio and video systems, data acquisition systems and motor control systems, providing an efficient and accurate means of synchronizing multiple inputs.

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