Description
RFID coin tag is a tag based on radio frequency identification technology. It can be made of ABS or PVC. The tag is suitable for a wide range of RFID technologies, from low frequency 125KHz to high frequency 13.56MHz, thus providing the best solution for different RFID applications. It can be widely used in access control, attendance, identity recognition, logistics, industrial automation, tickets, casino tokens, memberships, public transportation, electronic payment and other fields.
| Chip model | Type | Frequency | Memory | Protocol |
| FM4442 | Contact | 256B | ISO7816 | |
| FM4428 | 1KB | |||
| TK4100 | Contactless | 125KHZ | 256B | ISO11785 |
| EM4200 | 64B | |||
| EM4305 | 64B | |||
| T5577 | 330B | |||
| FM1208-10(7+1） CPU) | 13.56MHz | 8KB | ISO14443A | |
| NTAG213 | 1KB | |||
| NTAG215 | 4KB | |||
| NTAG216 | 144B | |||
| Mifare S50 | 504B | |||
| Mifare ultralight | 64B | |||
| Mifare Ultralight EV1 | 512B | |||
| I-CODE 2/I-CODE SLI | 1KB | ISO15693 | ||
| I-CODE SLI-X | 1KB | |||
| I-CODE SLI-S | 2KB | |||
| Impinj Monza4QT | 860MHz~960MHz | 128bit | ISO18000-6C | |
| Impinj Monza R6 | 96bit | |||
| Impinj Monza M730 | 128bit | |||
| Impinj Monza M780 | 496bit | |||
| Impinj Monza M781 | 128bit | |||
| Alien Higgs9 | 96bit | |||
| NXP U code 8 | 128bit | |||
| NXP U code 9 | 96bit |
If the chip you need is not listed in the table, please contact customer service for more information about the chip model.
What Is RFID Tag?
A Radio Frequency Identification Tag (RFID tag) is an electronic tag that exchanges data with a RFID reader through radio waves. Most RFID tags are made up of at least two main parts. The first is an antenna, which receives radio frequency (RF) waves. The second is an integrated circuit (IC), which is used for processing and storing data, as well as modulating and demodulating the radio waves received/sent by the antenna.
How Does A RFID Tag Work?
∴Reader transfers energy to the transponder by emitting electromagnetic waves throught air.
∴Transponder uses RF energy to charge up. ∴Transponder receives command/data signal and responds accordingly.
∴Reader receives transponder response and process accordingly. ie. sent to a host computer or external devices through its control lines.
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