Custom RFID cards. Badge and proximity identification cards with fast printing. Urgent service of fast color printing in retransfer and thermography with numbering and barcodes. ISO 7810 laminated plastic cards in PVC or PET. st25TB512 14443 B iso RFID chip read and write HF 13,56 MHz ISO 14443B.
RFID cards printed and shipped in just 48 hours from the confirmation of the draft. Color retransfer printing with custom design on PVC ISO 7810 ID-1 standard size with size of 85.60 53.98 mm (3.370 2.125 in) and rounded corners with radius of 2.88-3.48 mm. Originally used for bank cards today it is also used in many countries for driving licenses and identity cards and in many commercial sectors for loyalty cards, identification and business cards. st25TB512 14443 B iso RFID chip read and write HF 13,56 MHz ISO 14443B memory 512 bits original ST Microelectronics.
APPLICATIONS - Personal identification - Fidelity card / Loyalty cards - Gift cards - Electronic money - Holiday parks - Camping / Campsites - Access control - Attendance - Holtel and hotel doors - Energy saving switches
The ST25TB512 is a contactless memory, powered by an externally transmitted radio wave. It contains a 512-bit user EEPROM organized into 128 blocks of 32 bits each. Access to the ST25TB512 is via a 13.56 MHz carrier. Incoming data is demodulated and decoded from the received amplitude shift keying (ASK) modulation signal, while outgoing data is generated by load variation using bit phase shift keying (BPSK) coding of an 847 kHz sub-carrier. The received ASK wave is modulated at 10%. The data transfer rate between the ST25TB512-AT and the reader is 106 kbit/s in both reception and emission modes. The ST25TB512 follows the ISO 14443-2 Type B recommendation for the radio-frequency power and signal interface. It is specifically designed for short-range applications that require reusable products. Additionally, the ST25TB512 includes an anti-collision mechanism that allows it to detect and select tags present simultaneously within the reader's range. The anti-collision is based on a probabilistic scanning method using slot markers.