9FGL0841AKILFT

Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 9FGL0841AKILFT Overview

The 9FGL0841AKILFT by Intersil, part of Renesas Electronics Corporation, represents a sophisticated solution in the realm of application-specific clock/timing circuits. This IC clock generator housed in a 48VFQFPN package is designed to meet the stringent requirements of high-performance computing and networking infrastructure. With its ability to provide stable and reliable clock signals, this component is integral in enhancing system performance and reliability. The Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 9FGL0841AKILFT is engineered to address the critical demands of modern electronic systems, ensuring optimal operation in a variety of challenging environments.

9FGL0841AKILFT Features

The 9FGL0841AKILFT offers multiple features that make it an essential component for any timing-sensitive application. These include low-jitter clock generation which is crucial for maintaining system integrity and performance. The device supports multiple output frequencies, which can be precisely adjusted to match specific system requirements. Additionally, its compact 48VFQFPN package allows for efficient use of board space, making it ideal for densely packed electronic assemblies.

9FGL0841AKILFT Applications

• High-Performance Computing: Utilizes stable clock signals to manage data transfers and synchronization across various computing nodes, enhancing overall system throughput and efficiency.
• Networking Equipment: Provides the necessary clock frequencies for routers, switches, and other network infrastructure, ensuring reliable data communication and minimal packet loss.
• Data Centers: Critical in maintaining the operation of servers and storage systems, ensuring high reliability and performance in server timing management.
• Telecommunications: Used in telecommunication infrastructure to provide precise timing solutions, essential for managing signal integrity across vast networks.