8535AG-01LF

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8535AG-01LF is a clock buffer designed by STMicroelectronics. This buffer is ideal for clock distribution in high-speed memory interfaces and other clocked systems, as it provides low-skew clock buffering and low phase noise. It is built with a current-mode architecture and is capable of fast switching rates, virtually eliminating any clock phase differences among multiple distributed outputs.

The core of the 8535AG-01LF is a differential input control stage that provides precise strobe timing, allowing the clock design to be independent of the output bus speed. The buffer’s output is buffered on-chip, allowing to drive multiple outputs with minimal additional loading.

The 8535AG-01LF is well suited for clock distribution in high performance memory interfaces and other clocked systems due to its low-skew buffering capabilities, low phase noise, and fast switching rates. It allows to have the same clock distribution across multiple distributed outputs, thus avoiding any skew differences among output lines.

The 8535AG-01LF has been designed from the ground up to provide the highest performance clock distribution. It is built with a flexible clock output architecture, allowing designers to tailor the device to meet their needs. The output architecture consists of a differential clock pad, a differential clock output, and an optional side-band reference output.

The 8535AG-01LF can be broadly classified as a Clock/Timing - Clock Buffers, Drivers type device since it provides the necessary buffering and driving capabilities for clock distribution. This type of device is ideal for applications such as high speed memory interfaces, digital communication systems, and clock distribution networks.

In summary, the 8535AG-01LF is an ideal solution for clock distribution in high-speed memory interfaces and other clocked systems due to its low skew buffering, low phase noise, and fast switching rates. It is built with a current-mode architecture, allowing it to drive multiple outputs with minimal additional loading. This device can be classified as a Clock/Timing - Clock Buffers, Drivers type device since it provides the necessary buffering and driving capabilities for clock distribution.

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