72V835L20PF

FIFOs Memory Intersil 72V835L20PF Overview

Introducing the 72V835L20PF, a high-performance FIFO (First-In, First-Out) memory component from Intersil, now a part of Renesas Electronics Corporation. This specialized IC is designed to meet the demanding requirements of contemporary digital systems. With a synchronous operation and an architecture that supports a storage capacity of 2048x18, it provides a robust solution for data buffering in applications requiring high-speed data transfer and storage. Encased in a compact 128QFP (Quad Flat Package), the 72V835L20PF offers a seamless blend of function and space efficiency, making it an ideal choice for sophisticated electronic systems. Leverage the FIFOs Memory Intersil 72V835L20PF for your next project to ensure reliable, high-speed performance that streamlines your device's data management capabilities and processing needs.

72V835L20PF Features

• Synchronous operation for efficient data handling
• 2048x18 storage capacity, allowing significant data queuing
• 128QFP packaging for minimal footprint on circuit boards
• Designed by Intersil, a reputable figure in semiconductor innovation

72V835L20PF Applications

• Data Communication Networking

  The 72V835L20PF FIFO memory is instrumental in managing data packets efficiently, ensuring smooth data flow during high-speed communications.

• Video Image Processing

  This IC seamlessly buffers frames and lines for real-time video processing applications, maintaining the integrity of streams and feeds.

• Industrial Automation Systems

  In systems where precise timing and sequencing are critical, the 72V835L20PF offers the reliability required for synchronized operations.

• Medical Equipment

  Medical devices that require rapid and consistent data buffering to support critical care can rely on the 72V835L20PF for fast and dependable performance.

• Scientific Analysis Instruments

  For instrumentation requiring swift accumulation and transfer of experimental data, the FIFO memory IC plays a vital role in data throughput and accuracy.