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HiLetgo PN532 NFC NXP Módulo RFID V3 Kit de módulo lector de comunicación de campo cercano I2C SPI HSU con tarjeta blanca S50 para Arduino Raspberry Pi DIY teléfono inteligente Android teléfono

Envío gratis en pedidos superiores a Mex $600.00

Mex $279.22

Mex $ 150 .00 Mex $150.00

En stock
  • Compatible con lectura y escritura RFID NFC, comunicación P2P con compañeros
  • Compatible con I2C, SPI y HSU (UART de alta velocidad), fácil de cambiar entre estos modos
  • Cambiador de nivel incorporado, TTL estándar de 5 V para I2C y UART, TTL SPI de 3.3 V
  • Compatible con Raspberry Pi Arduino, tamaño pequeño y fácil de incrustar en tu proyecto
  • Compatible con lector/escritor RFID: tarjetas Mifare 1k, 4k, Ultralight y DesFire, tarjetas ISO/IEC 14443-4 como CD97BX, CD light, Desfire, P5CN072 (SMX), Innovision Jewel tarjetas como IRT5001, tarjetas FeliCa como RCS_860 y RCS_854


Descripción:
1. Gilt PCB y pequeña dimensión y fácil de incluir en tu proyecto
2. Soporte I2 C?SPI y HSU (alta velocidad UART), cambio entre estos modos
3. Apoyo RFID lectura y escritura
supportp2p comunicación con compañeros
Soporte NFC con teléfono Android 4. Distancia de funcionamiento energético se han actualizado a 5 cm ~ 7 cm Distancia de lectura
5. Trabaja en modo NFC o modo RFID lector/grabador
6. RFID lector/escritor soporta:
1) tarjetas Mifare 1 K, 4 K, UltraLight, y DESFire
2) ISO/IEC 14443 – 4 tarjetas como cd97bx luz, CD, DESFire, p5cn072 (SMX)
3) tarjetas innovision Jewel, tales como tarjeta de irt5001
4) tarjetas FeliCa tales como RCS _ _ _ _ _ _ _ _ _ _ 860 y RCS _ _ _ _ _ _ _ _ _ _ 854
7. Plug and Play, compatible con Arduino
8. Construido en antena de PCB, con distancia de comunicación de 4 cm ~ 6 cm
9. Nivel de tarjeta Shifter, estándar 5 V TTL para I2 C y UART, 3.3 V TTL SPI
10. Funciona como RFID lector/grabador
11. Trabajo como 1443-a tarjeta o de una virtual tarjeta
12. NFC de intercambio de datos con otros dispositivos, como smartphone
Atención:
Por favor póngase en contacto con nosotros si necesita el esquemático


78
Comentado en los Estados Unidos el 10 de febrero de 2025
Spent some time with the device and have been reading many troubleshooting guides for this guide. Regardless of mode, it doesn't show up. Even after editing the Pi config file to allow all the connection types, it did not work. No usage guide was provided with the guide either.SPI: Did not workUART: Did not workI2C: No sign of lifeIt's just good for a red LED, I guess.
Cullen
Comentado en los Estados Unidos el 18 de enero de 2025
Please please please make sure you double check that this is exactly what you need and that it is compatible with whatever you intended purpose is. The products works perfect as described, but you can run into issues if you are unsure what radio frequencies you are trying to interact with and with what medium (rasp pi, arduino) you are trying to connect it with. I was using a raspberry pi 3B+ and ran into compatibility issues, so please review any documentation for projects out there to make sure this will work for you.
sgt
Comentado en los Estados Unidos el 20 de noviembre de 2024
Bought this as a cheap way to see if an NFC project was feasible, and it works using both the included tags and some NTAG213 stickers found elsewhere on amazon. I soldered in one of the included 4-pin headers, and then used that to connect an FTDI TTL-232R-5V usb-to-ttl-serial cable. It then comes right up and works with libnfc and the libnfc examples, after putting the proper serial port into /etc/nfc/libnfc.conf . I'll be ordering a few more.Two little things that didn't bother me: only has a 4-pin connector, so I had to put a custom matching 4 pin connector onto the FTDI cable. If this had a compatible 6-pin connector, I could have used an unmodified FTDI cable or other usb-ttl-serial adapter with the common 6 pin header. The set of three wires were not included in my package.
DifferentiatedProductBuyerProbably
Comentado en los Estados Unidos el 16 de febrero de 2022
I bought a PN532, expecting it to work right after soldering. I've seen videos of what this chip can do; it *should* have a tolerance of 5cm to read from, and should be able to read 14443 ISO tags as well as Mifare classics. And it does! At least, when you get the board to connect and STAY CONNECTED. After about four dozen attempts of rewiring, trying different wires and testing the board (and my Arduino) for issues, all I got was a brief connection to the PN532 before it sputtered out and died on me. I even attempted to resolder the board connectors (which turned out to be a bad idea), and ended up with what is now a defunct board, despite the board looking perfectly fine.EDIT: It turns out that the board was fine; rather, the Arduino I was working with had faulty data pins. Works just as advertised. Great board.
rslwong
Comentado en los Estados Unidos el 1 de noviembre de 2018
No se pudo cargar el contenido.
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