AT28C64B-15JC

Memory Microchip Technology AT28C64B-15JC Overview

The Memory Microchip Technology AT28C64B-15JC is a high-performance EEPROM (Electrically Erasable Programmable Read-Only Memory) designed to deliver superior reliability and durability. This IC EEPROM features a 64Kbit capacity and operates in a parallel interface, housed in a robust 32PLCC (Plastic Leaded Chip Carrier) package. Optimized for flexible, yet stable data storage solutions, this EEPROM device from Microchip Technology is ideal for applications requiring frequent updating of data with non-volatile memory retention. Its efficient design ensures minimal power consumption while providing fast data access speeds, making it a top choice for advanced industrial applications.

AT28C64B-15JC Features

The AT28C64B-15JC stands out with its 64Kbit storage capacity, allowing for ample data space, suitable for various industrial needs. This memory chip supports a parallel interface, providing high-speed data transmission and simple integration into existing architectures. Its endurance and reliability are enhanced by the 32PLCC packaging, which not only ensures mechanical protection but also facilitates efficient thermal management and ease of handling during board assembly.

AT28C64B-15JC Applications

• Industrial Control Systems: Utilizes non-volatile memory for storing critical parameters and configurations, enabling reliable machine operation under diverse conditions.
• Medical Devices: Key in storing diagnostic calibration data essential for the accurate operation of medical instrumentation and equipment.
• Automotive Electronics: Applied in storing firmware and configuration settings that help in the smooth functioning of automotive control systems.
• Telecommunication Infrastructure: Serves to store network configuration and service data, facilitating quick restoration and adaptation in dynamic network environments.
• Consumer Electronics: Used in various consumer electronics for user interface customization and feature enhancements, ensuring user settings are retained across power cycles.