AM27C256-90DC

Memory Rochester Electronics AM27C256-90DC Overview

Introducing the Memory Rochester Electronics AM27C256-90DC, a high-reliability CMOS EPROM ideal for applications requiring data storage that withstands the test of time without power. With a capacity of 256K (32K x 8), this EPROM provides ample storage space for firmware updates, device configurations, and application data essential in embedded systems. Manufactured by Rochester Electronics, known for its commitment to quality and longevity, this EPROM ensures stability and performance in demanding environments. Its versatile application range makes it a top choice for designers and engineers aiming for efficient memory solutions.

AM27C256-90DC Features

The AM27C256-90DC offers a plethora of features suited for robust electronic environments. Key features include a single 5V power supply operation, access times as fast as 90 nanoseconds, and low power consumption in standby mode. The device supports a standard JEDEC EPROM pinout, which eases integration into existing designs. Its static operation eliminates the need for external clock or timing sources, enhancing system reliability and simplifying circuit design.

AM27C256-90DC Applications

• Industrial Automation: Stores firmware and configuration data for programmable logic controllers (PLCs), ensuring reliable and repeatable operations across varied environmental conditions.
• Automotive Electronics: Utilized in engine control units (ECUs) to store immutable code required for engine management and diagnostics, enhancing performance and fuel efficiency.
• Telecommunications: Integral in storing boot code and operating parameters for network routers and switches, facilitating rapid startup and stable operation.
• Consumer Electronics: Provides dependable non-volatile memory for home appliances like microwaves and refrigerators, where program data must persist through power cycles.
• Medical Devices: Utilized in medical monitoring equipment to store critical firmware updates and calibration data, contributing to device accuracy and reliability.