#CL CONTROL instruction
Use this command to finely control the behaviour of the contactless (NFC/RFID HF) slot.
#Command format
| Field |
Value |
Remark |
| CLA |
FF |
|
| INS |
FB |
|
| P1 |
Sub command selection |
See table below |
| P2 |
Sub command selection |
See table below |
| Lc |
Depend on the sub command |
|
| DataIn |
Depend on the sub command |
|
| Le |
00 |
|
#Sub command selection
#NFC/RFID field and card-tracking control
| P1 |
P2 |
Function |
Remark |
00 |
00 |
Resume card tracking |
|
01 |
00 |
Suspend card tracking |
Use this feature if the card’s authentication state is cleared by the tracking frames sent by the coupler |
10 |
00 |
RF field OFF |
|
10 |
01 |
RF field ON |
|
10 |
02 |
RF reset |
The RF field is switch OFF for about 10ms, then ON again
It is possible to specify a 2-B Data field to specify an explicit timing, from 0 to 65535ms |
10 |
03 |
RF reset after removal |
When the card currently present will be removed, the RF field will reset |
10 |
06 |
RF reset + card re-activation |
The RF field is switch OFF for about 10ms, then ON again
It is possible to specify a 2-B Data field to specify an explicit timing, from 0 to 65535ms
Once the RF field is ON again, the device re-activates the card at the same runlevel as earlier |
#Advanced ISO/IEC 14443-3 and ISO/IEC 15693 operation
| P1 |
P2 |
Function |
Remark |
12 |
01 |
HLTA |
ISO/IEC 14443 type A: send the HALT command |
12 |
04 |
QUIET |
ISO/IEC 15693: send QUIET |
13 |
01 |
Select again A |
ISO/IEC 14443 type A: send WUPA and select the current card again |
14 |
04 |
SELECT |
ISO/IEC 15693: send SELECT |
#Advanced ISO/IEC 14443-4 operation
| P1 |
P2 |
Function |
Remark |
20 |
00 |
DESELECT |
ISO/IEC 14443-4: send the DESELECT command to the card |
20 |
01 |
RATS |
ISO/IEC 14443 type A: send the RATS command to the card |
20 |
02 |
ATTRIB |
ISO/IEC 14443 type B: send the ATTRIB command to the card |
20 |
03 |
Reset T=CL |
ISO/IEC 14443-4: DESELECT+RATS or DESELECT+ATTRIB sequence |
20 |
04 |
Disable T=CL (once) |
After the next SCardDisconnect, the card resets in ISO/IEC 14443-3 (not -4) |
20 |
05 |
Disable T=CL (all) |
Same as above, but persistent until the coupler is reseted |
20 |
06 |
Enable T=CL |
Restore the default behaviour (cards are operated at ISO/IEC 14443-4) |
20 |
07 |
Leave T=CL now |
Do a RF reset and keep the card in ISO/IEC 14443-3 (not -4) |
#ISO/IEC 14443-4 statistics
| P1 |
P2 |
Function |
Remark |
21 |
00 |
TCL Short stats |
ISO/IEC 14443-4: get number of blocks exchanged during the last exhange (2 bytes) and the its duration in ms (4 bytes) |
#Set ISO/IEC 14443 type A runtime parameters
| P1 |
P2 |
Function |
DataIn |
FA |
|
RFU |
|
The values that are set using these instructions are persistent until the coupler is reseted. Startup values are read from the non-volatile memory’s NFC-A specific options register.
#Set ISO/IEC 14443 type B runtime parameters
| P1 |
P2 |
Function |
DataIn |
FB |
10 |
Set AFI |
ISO/IEC 14443-2 type B AFI (1 byte) |
The values that are set using these instructions are persistent until the coupler is reseted. Startup values are read from the non-volatile memory’s NFC-B specific options register.
#Set FeliCa runtime parameters
| P1 |
P2 |
Function |
Remark |
FC |
01 |
Set READ Service Code |
Service Code (2 bytes) to be used by the READ BINARY instruction with FeliCa cards |
FC |
02 |
Set WRITE Service Code |
Service Code (2 bytes) to be used by the UPDATE BINARY instruction with FeliCa cards |
FC |
10 |
Set System Code |
System Code or SENS_RES (2 bytes) to be used for FeliCa polling |
FC |
11 |
Set Request Code |
Request Code or SENS_REQ (1 byte) to be used for FeliCa polling |
The values that are set using these instructions are persistent until the coupler is reseted. Startup values are read from the non-volatile memory’s NFC-F specific options register.
#Set ISO/IEC 15693 runtime parameters
The values that are set using these instructions are persistent until the coupler is reseted. Startup values are read from the non-volatile memory’s NFC-F specific options register.
| P1 |
P2 |
Function |
DataIn |
FD |
00 |
Set Read/Write Options |
ISO/IEC 15693-3 Read/Write Options (2 bytes, see below) |
FD |
10 |
Broadcast mode |
ISO/IEC 15693: use non-addressed, non-selected mode |
FD |
11 |
Addressed mode |
ISO/IEC 15693: revert to addressed mode (default) |
FD |
12 |
Selected mode |
ISO/IEC 15693: use selected mode |
When P1,P2=FD,00, DataIn is a two byte bit-field, defined as follow:
#ISO/IEC 15693-3 Read/Write Options, Byte 0
| Bit |
Role |
Values |
| 7-6 |
Select extended functions |
00: Let the device guess (Extended functions for Block Address above 255, “normal” function otherwise)
01: Always select “normal” functions
11: Always select Extended functions
10: Is RFU and shall not be used |
| 5 |
RFU |
Shall be 0 |
| 4 |
RFU |
Shall be 0 |
| 3-2 |
Map UPDATE BINARY function |
00: Let the device guess
01: UPDATE BINARY maps to WriteSingleBlock or ExtendedWriteSingleBlock
10: UPDATE BINARY maps to WriteMultipleBlocks or ExtendedWriteMultipleBlocks
11: RFU |
| 0-1 |
Map READ BINARY function |
00: Let the device guess
01: READ BINARY maps to ReadSingleBlock or ExtendedReadSingleBlock
10: READ BINARY maps to ReadMultipleBlocks or ExtendedReadMultipleBlocks
11: RFU |
#ISO/IEC 15693-3 Read/Write Options, Byte 1
| Bit |
Role |
Values |
| 7 |
RFU |
Shall be 0 |
| 6 |
RFU |
Shall be 0 |
| 5-4 |
Lock Option flag |
00: Let the device guess
01: Do not set the Option flag on Lock commands
11: Set the Option flag on all Lock commands
10: Is RFU and shall not be used |
| 3-2 |
Write Option flag |
00: Let the device guess
01: Do not set the Option flag on Write commands
11: Set the Option flag on all Write commands
10: Is RFU and shall not be used |
| 1-0 |
Read Option flag |
00: Let the device guess
01: Do not set the Option flag on Read commands
11: Set the Option flag on all Read commands
10: Is RFU and shall not be used |
#Response
| Field |
Value |
Remark |
| SW |
9000 on success |
Other values are documented in Status Words |