AT28HC256-70TI

Memory Microchip Technology AT28HC256-70TI Overview

Introducing the Memory Microchip Technology AT28HC256-70TI, a high-performance IC EEPROM designed for robust data storage applications. This 256Kbit parallel EEPROM from Microchip Technology offers a significant advantage in critical memory storage solutions. It is packaged in a compact 28-pin TSOP (Thin Small-Outline Package) that ensures durability while minimizing space usage on PCBs. The device features low-power consumption and high-speed programming, making it ideal for sophisticated industrial and consumer electronics that demand reliable and quick access to non-volatile memory.

AT28HC256-70TI Features

The AT28HC256-70TI EEPROM is equipped with several key features that enhance its performance and usability in various applications. It supports a wide operating voltage range, making it versatile for diverse electronic environments and system designs. Its fast access time and programming capabilities allow for efficient and speedy read and write operations. The EEPROM also includes full static operation, requiring no external clock pulses. Additionally, it offers high reliability with its CMOS technology and inherent endurance for repeated data storage cycles.

AT28HC256-70TI Applications

• Automotive Systems: Used in car entertainment and navigation systems, where durable and reliable data storage is critical for performance and user settings preservation.
• Industrial Control: Integral for PLCs (Programmable Logic Controllers) where programs are stored and modified in EEPROM for operational flexibility and upgradeability without major hardware changes.
• Telecommunications: Essential in storing firmware and configuration data for network devices like routers and switches to ensure network reliability and upgradability.
• Consumer Electronics: Applied in devices such as smart TVs and home automation systems, where EEPROM stores user settings and device state information to enhance user experience.
• Medical Devices: Used in medical monitoring systems to store critical firmware and calibration data, ensuring device accuracy and reliability over time.