PL133-47QC-R

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The PL133-47QC-R is a high-quality and low-cost clock buffer designed to provide a consistent signal to multiple loads in a system. The device is based on the popular Pericom Semiconductor PI7C9X20 family of clock buffers, which are designed to provide a low-skew, high-isolation signal to multiple devices. In addition to its high quality and low cost, the PL133-47QC-R is also a very reliable device, which is crucial in clock buffers.

The PL133-47QC-R is designed to isolate and distribute logic signals to multiple circuits within a system, while maintaining low-skew and low-jitter performance. The device employs input and output buffers, which provide signal isolation, as well as level-translation and noise reduction. This allows multiple circuits to be isolated and driven from the same clock source at different levels and frequencies without any signal degradation.

The device is capable of providing multiple signal levels for driving different types of circuitry, including LVDS, LVPECL, PCI Express and other signal types. The input buffer can also be configured to accept either a single signal or multiple signals, allowing for a variety of different signal levels and frequencies to be used.

The PL133-47QC-R is designed to maximize the performance and reliability of clocked systems. With its built-in power-down detection, it is able to detect when an input signal is lost, and automatically reset itself to its default configuration. This ensures that the system will not be left in a mislocated state if a signal fails or is lost.

In addition, the device also features built-in jitter attenuation and signal-level translation which allows it to be used in a variety of different applications. Its output-drive strength can also be adjusted from high to low, depending on the application requirements.

The PL133-47QC-R is a highly versatile clock buffer which is well suited for a variety of applications. Its low cost and high quality make it an ideal choice for those who need an excellent clock solution for their system. The device is capable of providing a low-skew, high-isolation clock signal to multiple circuits and is highly reliable and very robust.

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