* support 1-Wire power delivery for commands that require higher current consumption. Applications
* Authentication of Medical Sensors and Tools
* Secure Management of Limited Use Consumables
* IoT Node Authentication
* Peripheral Authentication
* Reference
DS2477
399.45 KB
Deepcover secure sha-3 coprocessor.
Click here for production status of specific part numbers.
DS2477
EVALUATION KIT AVAILABLE
DeepCover Secure SHA-3 Coprocessor with ChipDNA PUF Protec.
📁 Related Datasheet
DS2476 - DeepCover Secure Coprocessor
(Maxim Integrated)
ABRIDGED DATA SHEET
Click here for production status of specific part numbers.
DS2476
EVALUATION KIT AVAILABLE
DeepCover Secure Coprocessor
General.
DS2401 - Silicon Serial Number
(Maxim Integrated)
19-5860; Rev 12/16
DS2401 Silicon Serial Number
BENEFITS AND FEATURES
• Guaranteed Unique 64-Bit ROM ID Chip for Absolute Traceability o Unique, Fact.
DS2401 - Silicon Serial Number
(Analog Devices)
DS2401 Silicon Serial Number
Benefits and Features
• Guaranteed Unique 64-Bit ROM ID Chip for Absolute Traceability o Unique, 64-Bit Registration Num.
DS2404 - EconoRAM Time Chip
(Dallas Semiconducotr)
DS2404 EconoRAM Time Chip
.maxim-ic.
FEATURES
4096 bits of nonvolatile dual-port memory including real time clock/calendar in binary format, .
DS2404S-C01 - Dual Port Memory Plus Time
(Dallas Semiconducotr)
DS2404S-C01 Dual Port Memory Plus Time
.maxim-ic.
FEATURES
Bridge for electronic equipment to the 1-Wire® MicroLAN
4096 bits of nonvolatil.
DS2405 - Addressable Switch
(Maxim Integrated)
.maxim-ic.
FEATURES
Open-drain PIO pin is controlled by matching 64-bit, laser-engraved registration number associated with each device Logic le.
DS2406 - Dual Addressable Switch Plus 1Kb Memory
(Maxim Integrated)
.maxim-ic.
FEATURES
Open drain PIO pins are controlled and their logic level can be determined over 1-Wire® bus for closed-loop control
Repl.
DS2407 - Dual Addressable Switch Plus 1K.Bit Memory
(Dallas Semiconducotr)
DS2407 Dual Addressable Switch Plus
1-kbit Memory
.dalsemi.
FEATURES
Open drain PIO pins are controlled and their
logic level can be determine.
