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The Maxim Integrated DS28E11P+ is a 1-Wire EEPROM with Pass-Through SHA-256 including DeepCover level of security for embedded applications. Functions: - Provides solutions for unique device identification through burning a non-changeable serial number into the device in the factory. - Features an 8KB EEPROM memory that can store configuration data or usage statistics. Applications: - Medical devices - Industrial control systems - Sensor devices - Consumer electronics - Data loggers Alternative Components: - DS28E17: 1-Wire EEPROM with 1K-Bit user-programmable EEPROM - DS28E35: 1-Wire EEPROM with SHA-256 secure authentication - DS28E83: 1-Wire EEPROM with IRQ output & macronix ionic memory device emulation Embedded Modules: - Maxim Integrated MAX66242: A temperature sensor IC - Maxim Integrated MAX86150: A Pulse Oximeter and Heart Rate Sensor Related Q&A: 1. Q: Can the DS28E11P+ be used for secure data storage in IoT devices? A: Yes, the DS28E11P+ can store sensitive data securely utilizing its SHA-256 authentication. 2. Q: What is the benefit of the pass-through SHA-256 functionality in the DS28E11P+? A: Pass-through SHA-256 ensures the authenticity of data transmitted through the device, adding a layer of security to the communication protocol. 3. Q: How is the unique device identification feature of the DS28E11P+ useful in industrial control systems? A: The unique serial number allows for easy tracking and authentication of individual devices within larger systems, enhancing security and traceability. 4. Q: Can the DS28E11P+ be programmed or customized after leaving the factory? A: The DS28E11P+ does not support user programming once the serial number is burned into the device during manufacturing. 5. Q: Are there any development kits available for prototyping with the DS28E11P+? A: Maxim Integrated offers evaluation kits that allow developers to test and integrate the DS28E11P+ in their designs before production.