Italiano
Español
Deutsch
Français
RFID Labels 50 x 80 mm NFC st25TV02K iso 15693
SKU
ET29C87
Adhesive Rectangular RFID Tag Sticker Labels 50 x 80 mm in /PET paper customizable with color pre-printing, numbering and barcodes QR Code NFC st25TV02K iso 15693 RFID chip read and write HF 13,56 MHz ISO 15693 / ISO 18000-3.
- 500 pz to € 0.432 each 15% discount
- 1000 pz to € 0.381 each 25% discount
- 2000 pz to € 0.340 each 33% discount
- 3000 pz to € 0.315 each 38% discount
Rectangular adhesive RFID label for object identification. Available in coated paper for indirect printing, thermal paper for direct printing and PET resistant to water and moisture. Use in industrial environments and logistics systems. Application in vehicular access and in reserved parking spaces where the label can be applied on the dashboard or glass windscreen of both cars, trucks and vans. NFC st25TV02K iso 15693 RFID chip read and write HF 13,56 MHz ISO 15693 / ISO 18000-3 memory 2048 bits / 256 bytes = 64 blocchi x 4 bytes / 8 Bytes tag ID original ST Microelectronics.
APPLICATIONS
- Item identification
- Identification of operations
- Factory automation
- Anti-falsification of products
- Safety systems
- RFID stickers
APPLICATIONS
- Item identification
- Identification of operations
- Factory automation
- Anti-falsification of products
- Safety systems
- RFID stickers
| Chip RFID | ST25TV02K ISO 15693 |
|---|---|
| Chip Frequency | HF 13,56 MHz |
| Standard protocol | ISO 15693 / ISO 18000-3 |
| Compatibility NFC | Type 5 Tag |
| Chip Manufacturer | ST Microelectronics |
| Material | Paper/PET/PVC |
| Dimension | 50 x 80 mm |
| Weight | 1,8 g |
| Chip functions | The ST25TV02K devices are tamper-proof NFC/RFID tag integrated circuits with specific access protection modes, such as the untraceable mode. They feature a digital signature used to verify the chip's origin and prevent cloning. These devices incorporate an EEPROM with data memory lasting up to 60 years and can be read by a long-range RFID reader operating at a frequency of 13.56 MHz or by NFC on a smartphone. |