FM27C256Q150

Memory onsemi FM27C256Q150 Overview

The Memory onsemi FM27C256Q150 is a high-quality Integrated Circuit (IC) specifically designed for robust, high-capacity storage applications. This EPROM (Erasable Programmable Read-Only Memory) offers a substantial 256 Kbit of storage, provided in a reliable 28CDIP package. Tailored for environments requiring stable and long-term data retention, the FM27C256Q150 by onsemi ensures consistent performance and durability. Its parallel interface allows for straightforward integration with existing technology architectures, making it an ideal choice for industrial and commercial applications where longevity and reliability are paramount.

FM27C256Q150 Features

This EPROM chip excels in a variety of technical specifications that make it an essential component for demanding applications. It features a non-volatile memory type, ensuring data persistence without power. The parallel access mode allows for rapid data retrieval and storage, enhancing overall device efficiency. Suitable for operating across a wide temperature range, the FM27C256Q150 demonstrates its utility in harsh environmental conditions, maintaining integrity and data accuracy.

FM27C256Q150 Applications

• Industrial Control Systems: Employed in managing operations and processes, the FM27C256Q150 provides reliable data storage for firmware and configuration settings, crucial for system stability and performance.
• Telecommunication Infrastructure: Utilized in communication equipment, this IC stores critical program code necessary for device operation and network interfacing, ensuring efficient and uninterrupted service.
• Automotive Electronics: In automotive systems, the FM27C256Q150 is used to store calibration data and operational programs for engine control units (ECUs), enhancing vehicle performance and reliability.
• Consumer Electronics: Applied in devices like set-top boxes and home appliances, it provides durable storage for user settings and device firmware, enabling enhanced user experiences and functionality.