The DS2502+T&R has a total of three pins:
The DS2502+T&R operates based on the 1-Wire® protocol, which allows communication and control of the device using a single data line. The unique 64-bit serial number serves as an identifier for the device, enabling its recognition in a network of connected devices. The nonvolatile memory can be programmed and read using specific commands sent through the data line.
The DS2502+T&R finds applications in various fields, including:
(Note: These alternative models are provided for reference and may have different specifications and features.)
Word count: 314 words
What is the maximum operating temperature of DS2502+T&R?
- The maximum operating temperature of DS2502+T&R is 85°C.
Can DS2502+T&R be used for asset tracking applications?
- Yes, DS2502+T&R can be used for asset tracking applications due to its unique ID and memory features.
What is the typical communication interface for DS2502+T&R?
- The typical communication interface for DS2502+T&R is the 1-Wire® protocol.
Is DS2502+T&R suitable for use in harsh environments?
- Yes, DS2502+T&R is suitable for use in harsh environments as it is designed to withstand challenging conditions.
What is the memory capacity of DS2502+T&R?
- DS2502+T&R has a memory capacity of 1 kilobit (128 bytes).
Can DS2502+T&R be integrated with microcontrollers?
- Yes, DS2502+T&R can be easily integrated with microcontrollers for various technical solutions.
Does DS2502+T&R support over-the-air firmware updates?
- No, DS2502+T&R does not support over-the-air firmware updates.
What are the typical applications of DS2502+T&R in technical solutions?
- Typical applications of DS2502+T&R include authentication, identification, and data logging.
Is DS2502+T&R compatible with standard RFID readers?
- No, DS2502+T&R uses the 1-Wire® protocol and is not compatible with standard RFID readers.
Can DS2502+T&R be used for anti-counterfeiting measures?
- Yes, DS2502+T&R can be utilized for anti-counterfeiting measures due to its unique ID and secure memory features.