AS7C1024B-12TJIN

Memory Alliance Memory, Inc. AS7C1024B-12TJIN Overview

The Alliance Memory, Inc. AS7C1024B-12TJIN is a high-performance, 1Mbit static RAM organized as 128K x 8, which provides a reliable and fast memory resource for applications requiring high-speed data retrieval and storage. Designed using CMOS technology to achieve low power consumption, this IC features a 32-pin SOJ package, ensuring compatibility with a wide range of industrial and commercial applications. Its durability and efficiency make it an ideal choice for systems where space and power efficiency are critical, supporting the robust needs of B2B customers looking to integrate high-quality Memory components in their solutions.

AS7C1024B-12TJIN Features

This static RAM module incorporates various features that enhance its usability in demanding environments, including a 12 ns access time that facilitates swift data handling and processing. The CMOS technology not only ensures low power consumption but also enhances the device's overall reliability and operational longevity under varied environmental conditions.

AS7C1024B-12TJIN Applications

• Industrial Control Systems: Utilized in managing operations and processes, this SRAM can handle fast, reliable data logging and real-time system monitoring, optimizing control and efficiency.
• Telecommunication Infrastructure: Supports high-speed, real-time communication data processing requirements, enhancing performance in networks and communication equipment.
• Automotive Electronics: Ideal for use in automotive applications where quick access to data is crucial for engine control units and other in-vehicle systems, improving performance and reliability.
• Medical Devices: Provides the necessary speed and reliability for critical medical systems, ensuring quick data access and faultless operation in life-supporting devices.
• Consumer Electronics: Enhances user experience in consumer electronics, such as gaming consoles and high-performance PCs, by providing efficient and rapid access to memory.