THS789PFD

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THS789PFD is a dual Precision Clock Buffer that works on high transition pixel clock (HSD)graphics and data transfer protocol. It is used for providing smooth and uninterrupted transition pixel clock for improved graphical performance. This device improves the transition pixel clock duty cycle by more than 50%. It also incorporates a programmable feedback resistor to optimize the VCO damping factor, simulating the performance of a low jitter, 2-channel clock buffer.

The THS789PFD can be used in a wide range of applications, including digital video processing, audio/video processing, computer graphics, and telecommunications. It is especially suitable for applications involving the transfer of high speed data over long distances. The THS789PFD features an integrated oscillator for synchronizing the clock signal, and a programmable feedback resistor for optimizing the damping factor and minimizing jitter in the output clock.

The THS789PFD works by detecting the transition pixel clock (HSD) and producing a clock signal of a fixed frequency at its output. The oscillator is used to generate the clock frequency. The programmable feedback resistor is used to set the output frequency. Once the oscillator has achieved a stable frequency, the output signal is used to generate the pixel clock.

The main advantage of the THS789PFD is its ability to maintain a stable pixel clock. This ensures smoother data transfers and ensures that errors do not occur due to a jitter or drift in the clock signal. In addition, the feedback resistor can be adjusted to optimize the performance of the clock signal.

The THS789PFD also offers excellent glitch reduction and noise immunity. Its wide operating frequency range also makes it suitable for a variety of applications. It is easy to use and is compatible with many popular graphics cards.

Overall, the THS789PFD is an ideal device for applications requiring a reliable, stable clock signal. Its flexibility and performance make it invaluable for a variety of high speed graphics and data transfer applications.

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