NM27C256Q200

Memory onsemi NM27C256Q200 Overview

The Memory onsemi NM27C256Q200 is a high-performance 256 Kbit EPROM well-suited for applications requiring reliable and durable non-volatile memory storage. Manufactured by onsemi, this EPROM uses parallel interface technology and is housed in a robust 28CDIP package, ensuring long-term stability and easy integration into various hardware setups. The device's architecture allows for efficient data storage with minimal power consumption, making it an ideal choice for demanding industrial environments. With its legacy design and proven technology, the NM27C256Q200 continues to be a preferred choice for engineers and developers looking for a dependable memory solution.

NM27C256Q200 Features

This IC EPROM boasts several key features that make it stand out in the memory storage market. It offers a large 256 Kbit capacity, parallel access mode for high-speed data retrieval, and compatibility with many microprocessors and microcontrollers. The 28CDIP packaging not only provides physical protection but also facilitates standard PCB mounting. Additionally, the device is characterized by its high endurance and ability to retain data for extended periods, making it exceptionally reliable for critical applications.

NM27C256Q200 Applications

• Industrial Control Systems: Used in the storage of firmware that controls machinery operations, ensuring robust and consistent performance in harsh industrial settings.
• Automotive Electronics: Integral for managing firmware updates in car ECUs, improving vehicle efficiency and responsiveness.
• Telecommunication Infrastructure: Stores configuration data essential for the operation of network equipment such as routers and switches, facilitating reliable communication services.
• Consumer Electronics: Utilized in legacy gaming consoles and home appliances to store user settings and device firmware, enhancing user experience and device functionality.
• Medical Equipment: Helps maintain critical firmware for medical devices, ensuring accurate and reliable functionality needed in healthcare settings.