IDT74FCT810CTSO8

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) IDT74FCT810CTSO8 Overview

Introducing the Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) IDT74FCT810CTSO8, a high-performance integrated circuit designed to manage clock signals within sophisticated electronic systems. This IC clock buffer enhances system reliability and timing precision with its capability to distribute a single clock input to multiple outputs. Engineered by Intersil, now part of Renesas Electronics Corporation, this component is ideal for applications requiring stringent clock timing in compact device architectures. Its performance is tailored for handling up to 100 MHz, ensuring compatibility with high-speed digital systems.

IDT74FCT810CTSO8 Features

The IDT74FCT810CTSO8 offers a robust feature set that includes:

• 1:5 fanout buffer configuration, allowing one clock input to be distributed to five outputs.
• Support for clock frequencies up to 100 MHz, suitable for high-speed operations.
• Housed in a 20-SOIC package, providing a compact solution for space-sensitive applications.
• Low skew characteristics, ensuring minimal timing discrepancies between outputs.
• Designed for low power consumption, enhancing energy efficiency in electronic systems.

IDT74FCT810CTSO8 Applications

• High-speed Computing Systems: Utilizes its high-frequency support to provide reliable clock signals, essential for CPU and GPU performance.
• Data Communication Equipment: Ensures precise timing necessary for managing data transfers in networking hardware.
• Consumer Electronics: Supports devices such as high-definition televisions and gaming consoles where precise clock distribution is critical for audio and video synchronization.
• Industrial Systems: Delivers robust performance under varied environmental conditions, making it suitable for industrial automation and control systems.
• Telecommunications Infrastructure: Plays a crucial role in telecommunications systems where accurate timing is essential for signal integrity and network reliability.