AT28C256F-15PI

Memory Microchip Technology AT28C256F-15PI Overview

The Memory Microchip Technology AT28C256F-15PI is a high-density 256KBIT EEPROM crafted for demanding applications requiring robust, non-volatile memory solutions. Manufactured by the renowned Microchip Technology, this IC integrates EEPROM technology that allows data to be saved even when the power is turned off, making it ideal for a wide range of industrial and commercial applications. The device operates in a parallel interface mode, ensuring high-speed data access and program execution which is critical for modern electronic systems. With its 28-DIP package, it provides a durable and reliable footprint for through-hole mounting, enhancing system design flexibility and ease of integration.

AT28C256F-15PI Features

The AT28C256F-15PI EEPROM stands out with its array of features suited for high-performance environments: it supports a parallel interface for fast and efficient data transfer, offers a substantial 256 Kbit of memory space, and operates across a wide temperature range. This IC is designed for applications requiring a stable and reliable storage solution, with easy programmability and low power consumption.

AT28C256F-15PI Applications

• Automotive Systems: Used in engine control units, the AT28C256F-15PI stores critical firmware that optimizes engine performance and efficiency.
• Industrial Automation: Integrates into process controllers for storing configuration scripts and automation sequences, ensuring smooth and consistent operation.
• Telecommunication Equipment: Employs in network routers and switches for firmware storage, facilitating quick boot and configuration retrieval to maintain network uptime.
• Consumer Electronics: Applied in devices such as smart TVs and gaming consoles, where it helps in storing user settings and preferences, enhancing the user experience.
• Medical Devices: Utilized in medical monitoring systems to store calibration data and operational algorithms critical for accurate diagnostics and patient care.