85304AG-01LFT

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 85304AG-01LFT Overview

Introducing the 85304AG-01LFT from Intersil (now part of Renesas Electronics Corporation), a high-performance IC clock buffer tailored for demanding applications requiring precise clock distribution and signal integrity across multiple outputs. This device leverages advanced technology to provide a robust 2:5 distribution ratio, capable of handling frequencies up to 650 MHz. The 85304AG-01LFT is housed in a compact 20TSSOP package, making it ideal for space-constrained environments where performance and footprint are critical. As a part of the Clock Buffers, Drivers category, this product ensures low-jitter and high-fidelity signal replication, making it a pivotal component in sophisticated electronic systems.

85304AG-01LFT Features

• High-frequency operation up to 650 MHz ensures compatibility with high-speed interfaces.
• 2:5 output buffer ratio allows for extensive signal distribution from a single source.
• Designed in a compact 20TSSOP package for optimal space utilization in dense PCB layouts.
• Low jitter performance enhances the reliability and accuracy of signal propagation.
• Engineered by Intersil, a part of Renesas, ensuring high-quality design and reliability.

85304AG-01LFT Applications

• High-Speed Computing: Used in server motherboards and high-performance computers to ensure precise clock distribution among various components.
• Communications Equipment: Essential for timing and synchronization in network routers, switches, and modems to maintain data integrity across communications channels.
• Consumer Electronics: Implemented in devices such as 4K televisions and gaming consoles to provide stable time base needed for high-speed signal processing.
• Industrial Systems: Helps in the synchronization of processes in automated assembly lines, ensuring consistent and timed operations within industrial settings.
• Medical Devices: Used in medical imaging equipment to coordinate the timing of complex imaging sequences, improving diagnostic accuracy.