1483

RFID Transponders, Tags Overview

The Adafruit Industries LLC part number 1483 is a 13.56MHz RFID/NFC plastic nail tag. This component functions as a passive identification element designed for close-proximity communication within the NFC/RFID ecosystem. It utilizes standard ISO 14443A or FeliCa compatible protocols to enable data exchange with readers. The physical form factor resembles a fingernail, allowing for discreet attachment to surfaces or objects. The unit operates without an internal power source, drawing energy from the reader's electromagnetic field.

RFID Transponders, Tags Feature Summary

• Plastic construction shaped like a fingernail for discreet application
• Passive operation utilizing inductive coupling for power and data
• Supports standard 13.56MHz NFC and RFID communication protocols

RFID Transponders, Tags Applications

• Personal identification and access control tags
• Asset tracking for small items
• Interactive marketing and product authentication
• Wearable technology integration

RFID Transponders, Tags Procurement Notes

Verify the specific memory capacity and chip manufacturer details directly from the official Adafruit documentation before procurement. Ensure compatibility with existing NFC reader hardware regarding protocol support. Confirm that the plastic material meets required environmental standards for the intended deployment environment. Check for any regional regulatory compliance requirements regarding 13.56MHz transmission.

RFID Transponders, Tags Selection Notes

Select this component when a low-profile, adhesive-friendly RFID tag is required for personal or small asset identification. It is suitable for applications where traditional bulky tags are impractical. Consider the read range limitations inherent to passive NFC tags at this frequency. Evaluate if the plastic housing provides sufficient durability for the expected handling conditions compared to other form factors.

RFID Transponders, Tags Part Context

This part belongs to Adafruit's line of electronic components aimed at makers and prototypers. It serves as a specialized identifier within their broader portfolio of sensors and modules. The product supports educational projects involving contactless data transfer. It complements development boards capable of NFC communication for interactive learning scenarios.

RFID Transponders, Tags Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Users should verify compatibility with existing reader infrastructure when considering alternative NFC tags. Generic 13.56MHz RFID labels may serve as functional equivalents if form factor constraints are relaxed.