2 ============================================================
3 This example will wait for an ISO14443A card to enter
4 the RF field, and then try to determine the specific card
5 model (SENS_RES and SEL_RES) as well as the card's NFCID.
7 All information will be sent to USBCDC by default, with the
8 PN532 breakout board connected via either UART or I2C (the
9 bus can be selected in PN532_bus.h).
11 HOW TO USE THIS EXAMPLE
12 ============================================================
13 1.) Connect the PN532 NFC Breakout Board to UART on the
23 Set SEL0 to Off and SEL1 to Off (= UART)
25 or via I2C as follows:
35 Set SEL0 to On and SEL1 to Off (= I2C)
37 2.) Configure your terminal software to open the USB COM
40 3.) When the application starts, there is a 5 second delay
41 (to allow you time to connect via USB CDC), after which
42 point the device will wait for a single ISO14443A card
43 (Mifare Classic, etc.) and try to read it's ID. Once a
44 card is found, the reader will start looking again for a
45 card after a 1 second delay.
48 ============================================================
50 When a card is placed in the field you should see results
51 similar to the following (results shown for several
52 different card types):
54 Waiting for an ISO14443A card (Mifare Classic, etc.)
56 Received : 00 00 ff 0c f4 d5 4b 01 01 00 04 08 04 9e b3 6e 66 a9 00
61 Seems to be a Mifare Classic 1K Card
63 Waiting for an ISO14443A card (Mifare Classic, etc.)
65 Received : 00 00 ff 0c f4 d5 4b 01 01 00 02 18 04 8a 4c b5 12 23 00
71 Waiting for an ISO14443A card (Mifare Classic, etc.)
73 Received : 00 00 ff 0f f1 d5 4b 01 01 00 44 00 07 04 7b cb 51 96 22 80 c0 00
77 NFCID : 04 7b cb 51 96 22 80
79 Waiting for an ISO14443A card (Mifare Classic, etc.)
81 Received : 00 00 ff 0c f4 d5 4b 01 01 00 04 08 04 6e 8a e2 b0 44 00
86 Seems to be a Mifare Classic 1K Card
88 Waiting for an ISO14443A card (Mifare Classic, etc.)