8516FYLF

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 8516FYLF Overview

The Intersil (Renesas Electronics Corporation) 8516FYLF is a high-performance IC clock buffer designed to meet the needs of advanced digital systems. Delivering a robust 1:16 clock distribution solution, this component operates efficiently up to 700 MHz, encapsulated in a 48TQFP package for optimal integration. Ideal for applications requiring precise timing and multiple outputs, the 8516FYLF ensures low skew and minimal jitter, making it an essential part of system reliability and performance. This product is specifically tailored to support complex electronic architectures, helping businesses enhance their operational efficiencies and product reliability.

8516FYLF Features

• High Frequency Operation: Capable of operating at frequencies up to 700 MHz, suitable for high-speed digital environments.
• Multiple Outputs: Offers a 1:16 clock distribution, providing multiple outputs from a single input source, facilitating broader application reach and system simplification.
• Compact Design: Housed in a 48TQFP package, it allows for efficient use of PCB space in densely packed electronic assemblies.
• Low Skew and Jitter: Ensures high signal integrity by minimizing skew and jitter, critical for maintaining system timing accuracy across all outputs.

8516FYLF Applications

• Data Centers: Utilized to distribute consistent clock signals across multiple data processing units, ensuring synchronous operation and improving data handling efficiency.
• Telecommunication Systems: Key component in telecommunication infrastructure to provide precise timing for routers and switches, enhancing signal stability and network performance.
• Consumer Electronics: Integrated into devices such as high-definition televisions and gaming consoles to ensure accurate timing for processing and output functions.
• Industrial Automation: Applied in automated manufacturing equipment to coordinate the timing of machinery, critical for operational precision and reliability.