RFID Dual Frequency Read-Write Module NFC IC Smart Card Reader Integrated PCB Board

• Certification: CCC, RoHS, ISO, CE
• Chip Type: Read/Write
• Power Supply Mode: Passive
• Material: PCB
• Transport Package: 500PCS/Box
• Specification: 35MM/customizable
• Model NO.: RFID Reader
• Trademark: HECERE
• Origin: Fujian, China
• HS Code: 8471900090
• Production Capacity: 80000000/Month

Product Description

Products Description

PARAMETERS
Size	62*34.5mm
Frequency	125khz/13.56mhz
Protocol	ISO14443A
Memory	144/504/888bytes etc.
Material	PCB
Range Disdance	0-5CM(depends on reader)
Working voltage	3.3V or 5V
Communication interface	Serial port TTL
Data format	hexadecimal

Product features:The RFID DF03 read-write module adopts 125K and 13.56MHZ non-contact dual RF technology. The user only needs to send a command through a simple command to complete the card operation. This series of read-write modules support IC cards: MIFAREONES50, S70, FM11RF08 and ID cards: EM4100, TK4100 and their compatible cards. RFIDM-DF03 module has strong software and hardware expansion functions and can be customized according to user requirements.Basic features:
• Dual frequency RF base station 125K and 13.56MHz 
• ID card (125K): Read card ID only
• Integrated antenna design
• Ultra low static power consumption: ≤ 30UA
• Support serial port TL communication, 1.25MM-4P interface •With buzzer and LED indicator

• Ultra small size, only 62MM X 30MM
• The maximum card reading distance is 3-5 cm (standard card test)
• Bring your own watchdog
• Support IC/ID cards
A) IC card: 1SO14443 TYPE A standard/MIFARE ONE S50, S70, FM 11RF08.
B) ID card: support EM4100, TK4100 fork, compatible with 1D card.
• IC card (13.56MHZ): integrated with automatic card searching, reading, writing, initialization of wallet, value-added, devaluation, balance query and other instructions, users can use the command set to simply operate the card.
• The module software has strong expansion function and can customize personalized modules according to user requirements modules according to user requirements.

 

 

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