9DB803DFLF

Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 9DB803DFLF Overview

The Intersil (Renesas Electronics Corporation) 9DB803DFLF is a specialized buffer designed to address complex timing challenges in modern electronics. Tailored for precision and reliability, this IC buffer features eight differential outputs and is housed in a 48-SSOP package, making it ideal for sophisticated multi-output timing applications. As an integral part of the Application Specific Clock/Timing category, the 9DB803DFLF ensures stable and precise clock distribution essential for high-performance computing environments and advanced digital networks. This component is crucial for developers looking to streamline system design while boosting the overall performance and efficiency of their electronic systems.

9DB803DFLF Features

The 9DB803DFLF IC buffer by Intersil (Renesas Electronics) is distinguished by its robust feature set, which includes:

• Eight low-jitter differential clock outputs, enhancing system performance through reduced timing errors.
• A compact 48-SSOP package that minimizes space usage without compromising output capability.
• High compatibility with PCI Express (PCIe), fully compliant with its specifications to ensure seamless integration.
• Enhanced system reliability through advanced design, ensuring stable operation under varying conditions.

9DB803DFLF Applications

• High-Performance Computing Systems: Utilizes its differential outputs to provide stable clock signals, essential for maintaining the synchronization of high-speed processors and memory interfaces.
• Networking Equipment: Ensures precise timing necessary for managing data flow in routers and switches, enhancing network reliability and throughput.
• Data Storage Solutions: Improves data integrity and access speed in storage arrays and servers through reliable clock distribution.
• Telecommunications: Serves as a backbone for timing solutions in telecommunications infrastructure, supporting enhanced signal integrity.