PI6C185-00QE

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The PI6C185-00QE buffer is a high-performance differential interconnect buffer specifically designed to minimize skew in dense clock tree applications. It is designed to provide high-skew transmission and distribution support for PLLs and high-speed serial links. The PI6C185-00QE buffer was developed to meet the demands of high-speed, densely packed interconnect systems such as Cell phones, gaming equipment, Blu-ray players, HDTVs and network servers.

The PI6C185-00QE buffer can operate from a variety of different supply voltages. It will operate from a single voltage supply (2.5V-3.3V) or can operate from dual-voltage supplies (3.3V & 1.2V). It also has a differential input and output, allowing for reduced skew and improved signal integrity performance. The PI6C185-00QE buffer includes an internal voltage regulator, allowing it to be used in applications where the device is powered from a variety of different power sources.

The PI6C185-00QE buffer utilizes several features to reduce clock skew and improve signal integrity performance. It has two differential input channels that allow it to accept up to four signals at once. It also features a variable frequency range, allowing it to distribute the clock signal to multiple devices. In addition to the variable frequency range, the Pi6C185-00QE buffer has a low-skew output edge that minimizes the likelihood of false transitions. This prevents any unexpected pulses from propagating through the clock tree and interfering with data signals.

The PI6C185-00QE buffer also has a slew-rate control circuit, which allows its maximum switching frequency to be adjusted. This feature ensures that the buffer can be used in a wide variety of applications. The device also features thermal shutdown protection to prevent it from becoming damaged due to excessive operating temperatures.

The PI6C185-00QE buffer is designed to be used in the Clock/Timing section of an electronic system. In this role, the buffer acts as an interconnect between various components, ensuring that the clock signals reach their intended destinations without any delay or distortion. By using the PI6C185-00QE buffer, designers can significantly reduce clock skew and improve the overall performance of their system.

In conclusion, the PI6C185-00QE buffer is high-performance device specifically designed for clock tree applications. It has an adjustable frequency range, low-skew output edges, a slew-rate control circuit, and thermal protection. The PI6C185-00QE buffer is an invaluable tool for any designer looking to reduce clock skew and improve signal integrity performance in their system.

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