83905AMLFT

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 83905AMLFT Overview

The Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 83905AMLFT is an essential component designed for high-performance clock distribution networks. Engineered by Renesas Electronics Corporation, this integrated circuit specifically addresses the need for reliable clock signal distribution across multiple devices. With its capability to buffer and distribute a single clock input to six outputs, it offers a compact and efficient solution in a 16SOIC package, ideal for tight spaces in advanced electronic assemblies. The IC ensures minimal skew and low propagation delay, making it perfect for high-frequency applications up to 100MHz, thus enhancing system reliability and performance.

83905AMLFT Features

This IC features a 1:6 clock buffer that ensures robust signal integrity by reducing jitter and maintaining consistent output. It operates efficiently within the frequency range of up to 100MHz, which makes it suitable for high-speed digital systems. The 16SOIC package allows for a streamlined integration into PCBs, offering excellent thermal and electrical performance. Furthermore, its low power consumption and high noise immunity are critical for meeting the stringent requirements of modern electronic devices.

83905AMLFT Applications

• Computing Systems: Utilized in servers and high-performance computers to ensure precise timing across multiple processors and memory interfaces.
• Communication Equipment: Essential in routers, switches, and modems where multiple data streams must be synchronized accurately.
• Consumer Electronics: Used in devices such as digital TVs and gaming consoles to manage timing signals efficiently, ensuring smooth and reliable operation.
• Industrial Systems: Applies to automation and control systems where accurate clock distribution is critical to maintaining operational accuracy and safety.
• Networking Hardware: Integral for network hubs, bridges, and gateways to provide stable and synchronized clock signals across various network components.