DS28E83Q+T

Specialized ICs Analog Devices, Inc. DS28E83Q+T Overview

Specialized ICs Analog Devices, Inc. DS28E83Q+T is a high-security, medical-grade authentication chip designed to safeguard medical device data integrity and communication. Encased in a 6-WDFN exposed pad, the DS28E83Q+T utilizes Analog Devices' renowned DeepCover® technology to enhance security features such as cryptographic authentication and encryption. This IC, which is distributed in a Tape & Reel (TR) packaging for efficient assembly, supports Surface Mount technology for seamless integration into medical systems. The DS28E83 is specifically engineered to meet the rigorous standards of medical applications, ensuring that devices are not only functionally effective but also secured against unauthorized access and tampering.

Key Features

The DS28E83Q+T boasts several features that stand out in the market:
- Integrated DeepCover® security technology provides advanced cryptographic authentication capabilities.
- Designed for use in medical environments, ensuring compliance with stringent regulatory standards.
- Available in a practical 6-WDFN exposed pad package suitable for compact medical devices.
- Offered in Tape & Reel packaging to facilitate automated manufacturing processes.
- Surface Mount technology compatibility allows for efficient PCB assembly.

Applications

The Specialized ICs Analog Devices, Inc. DS28E83Q+T finds its applications in various sectors within the medical industry, including but not limited to:

• Ecosystem Control
• Anti-cloning for device security
• Message Security in device communication
• μP Switch Interfacing for managing microprocessor-based commands
• Industrial Instruments for robust, reliable operations
• PC-Based Instruments for advanced diagnostics and research
• Portable Instruments for on-the-go medical professionals
• Membrane Keypads for user interfaces on medical devices
• Authentication of Medical Sensors and Tools to ensure genuine components are used
• Secure Management of Limited Use Consumables to prevent misuse and ensure safety