BQ4013YMA-85

Memory Texas Instruments BQ4013YMA-85 Overview

The Memory Texas Instruments BQ4013YMA-85 is a high-performance, 1 Mbit non-volatile static RAM organized as 128K by 8 bits. Designed for a wide array of advanced applications, this NVSRAM module is housed in a reliable 32-DIP (dual in-line package) module, ensuring robustness and ease of integration. The innovative architecture of the BQ4013YMA-85 combines the access speed of static RAM with the data retention capabilities of non-volatile memory, making it an optimal solution for capturing and storing critical data in real time. This product is particularly suitable for applications requiring frequent or rapid updates, where the risk of data loss due to power failure is unacceptable.

BQ4013YMA-85 Features

This integrated circuit boasts a variety of features that enhance its efficiency and reliability. It offers a fast access time, low power consumption, and an automatic power-fail chip deselect and write protection, making it highly reliable in applications where data integrity is crucial. Furthermore, its hardware and software write protection options add an additional layer of security against inadvertent writes.

BQ4013YMA-85 Applications

• Industrial Automation: In automation systems, the BQ4013YMA-85 can be used to retain critical process data even in the event of sudden power losses, facilitating a rapid system recovery.
• Telecommunications: Essential for storing configuration data that needs to be preserved across power cycles in communication equipment.
• Automotive Electronics: Utilized in engine control units and other automotive systems where data integrity and retention are necessary for performance and safety diagnostics.
• Medical Devices: Ideal for keeping patient and device calibration data safe in medical monitoring systems, where data loss can compromise device functionality and patient safety.
• Military and Aerospace: This memory is crucial for applications that require rugged, durable, and long-lasting data storage capabilities under extreme environmental conditions.