MT28F400B5WP-8 TET TR

Memory Micron Technology MT28F400B5WP-8 TET TR Overview

The Memory Micron Technology MT28F400B5WP-8 TET TR is a high-performance 4 Mbit flash memory IC, ideal for applications requiring fast and reliable non-volatile memory storage. Manufactured by Micron Technology, a leader in memory and storage solutions, this component features a parallel interface for rapid data access and programming. Its robust 48-TSOP package ensures durability and reliability in a variety of operating conditions, making it a prime choice for developers and engineers seeking efficient, scalable memory solutions. This product's integration flexibility makes it particularly suitable for sophisticated electronics that demand consistent performance and long-term reliability.

MT28F400B5WP-8 TET TR Features

This flash memory IC comes equipped with a range of features designed to meet the rigorous demands of modern electronics. These include a large 4 Mbit storage capacity, fast access times, and a parallel interface that enhances data transfer speeds. Its low power consumption and high endurance for write cycles make it an excellent choice for energy-sensitive applications. The IC's 48-TSOP packaging is designed for compact installations, offering a reliable performance in a small form factor.

MT28F400B5WP-8 TET TR Applications

• Automotive Systems: Utilized in engine management systems and infotainment systems, where durable and dependable memory storage is critical for performance and reliability.
• Industrial Automation: Integral in control systems that require the storage of operational code and real-time data logging, supporting complex automation tasks and system recovery processes.
• Telecommunication Equipment: Used in network routers and switches for firmware storage, enabling rapid boot-up and configuration retrieval which is essential for maintaining network integrity.
• Consumer Electronics: Forms a key component in devices like set-top boxes and gaming consoles, where quick access to stored data enhances user experience.