LV810RILFT

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) LV810RILFT Overview

The LV810RILFT by Intersil (Renesas Electronics Corporation) is a high-performance IC clock buffer designed to distribute a single input clock to ten outputs with minimal skew and phase noise, thereby maintaining signal integrity across multiple destinations. This component is ideal for complex electronics that require reliable and consistent timing information distributed efficiently to various parts of the system. The LV810RILFT operates at frequencies up to 133 MHz and is housed in a compact 20-QSOP package, making it suitable for high-density applications where space is at a premium. Its robust design and high functionality make it a preferred choice for a wide range of industrial and commercial applications, ensuring consistent performance and reliability.

LV810RILFT Features

• 1:10 fanout from a single input to ten outputs
• Operational frequency up to 133 MHz
• Low skew and phase noise
• Compact 20-QSOP package
• Designed for minimal additive jitter
• Compatible with 3.3V power supply

LV810RILFT Applications

• Data Centers

  This clock buffer is used to ensure synchronized timing across multiple servers and networking equipment, enhancing overall data throughput and system reliability.

• Telecommunications

  In telecom systems, the LV810RILFT distributes a stable clock to various components, ensuring consistent communication and reduced latency in network operations.

• Consumer Electronics

  Used in devices such as set-top boxes and gaming consoles, the LV810RILFT helps maintain the integrity of high-speed digital signals, providing improved user experience.

• Industrial Automation

  In automation systems, this IC provides precise timing necessary for coordinating the operation of machinery and sensors, improving efficiency and safety.

• Medical Equipment

  Reliable clock distribution is crucial in medical devices for accurate diagnostics and data processing, which is facilitated by the LV810RILFT.