85311AMI

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 85311AMI Overview

The Intersil (Renesas Electronics Corporation) 85311AMI is a high-performance, dual-output clock buffer designed to address a broad range of demanding applications. Supporting frequencies up to 1GHz, this clock buffer ensures minimal skew and jitter, making it an ideal solution for synchronizing digital signals. The compact 8SOIC package makes it suitable for dense circuit layouts, offering an efficient, space-saving design. As a pivotal component in modern electronic systems, the Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 85311AMI enhances system reliability and performance by providing stable and precise clock signals to downstream components.

85311AMI Features

This IC clock buffer incorporates several key features that make it both powerful and easy to use in sophisticated electronic environments:

• High Frequency Support: Operates up to 1GHz, suitable for high-speed digital systems.
• Dual Output: Provides two buffered outputs from a single input, facilitating design flexibility and redundancy.
• Low Skew: Ensures synchronized output with minimal timing error, critical for high-speed operations.
• Low Jitter: Reduces signal distortion, enhancing the overall performance of digital communication systems.
• Compact Size: 8SOIC package allows for efficient use of PCB space in densely populated designs.

85311AMI Applications

• High-Speed Computing: Used in servers and workstations to ensure precise timing of high-speed processor clocks.
• Telecommunications: Integral in routers and switches for maintaining accurate timing across network infrastructure.
• Data Centers: Helps synchronize data flow and timing across multiple storage and processing units.
• Consumer Electronics: Applies in devices such as high-definition televisions and gaming consoles where accurate clock distribution is crucial.
• Industrial Systems: Utilized in automation systems to coordinate the timing of sensors and actuators in complex industrial processes.