Content for ETSI TS 102 221 PDF version: 18.2.0
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D ATR examples
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D ATR examples p. 169
This Annex gives examples of ATRs that can be returned by a UICC after a reset.
EXAMPLE 1:
Cold reset for a T = 0 protocol only UICC.
| Character | Value | Description |
|---|---|---|
| TS | '3B' or '3F' | Indicates direct or inverse convention |
| T0 | '97' | TA1 and TD1 are present
7 bytes of historical bytes |
| TA1 | '95' | Clock rate conversion factor FI=9 (F=512)
Baud rate adjustment factor DI=5 (D=16) |
| TD1 | '80' | TD2 only is present |
| TD2 | '1F' | TA3 only is present
Global interface bytes following |
| TA3 | '42' | Clock stop supported (low electrical state)
3V UICC |
| T1 | '80' | |
| T2 | '31' | Card data services |
| T3 | 'A0' | SELECT by AID supported
EFDIR present |
| T4 | '73' | Card capabilities |
| T5 | 'BE' | SFI supported |
| T6 | '21' | Data Coding Byte |
| T7 | '15' | No extended Lc and Le
6 logical channels supported |
| TCK | 'XX' | Check byte |
EXAMPLE 2:
Cold reset for a T = 0 and T = 1 protocol UICC.
| Character | Value | Description |
|---|---|---|
| TS | '3B' or '3F' | Indicates direct or inverse convention |
| T0 | '97' | TA1, and TD1 are present
7 bytes of historical bytes |
| TA1 | '95' | Clock rate conversion factor FI=9 (F=512)
Baud rate adjustment factor DI=5 (D=16) |
| TD1 | '80' | Only TD2 is present
Protocol T = 0 supported by UICC |
| TD2 | 'B1' | TA3, TB3 and TD3 are present
Protocol T = 1 supported by UICC |
| TA3 | 'FE' | IFSC is 254 bytes long |
| TB3 | '00' | Block Waiting Integer=0
Character Waiting Integer=0 |
| TD3 | '1F' | Only TA4 is present
Global interface bytes following |
| TA4 | '42' | Clock stop supported (low electrical state)
3V UICC |
| T1 | '80' | |
| T2 | '31' | Card data services |
| T3 | 'A0' | SELECT by AID supported
EFDIR present |
| T4 | '73' | Card capabilities |
| T5 | 'BE' | SFI supported |
| T6 | '21' | Data Coding Byte |
| T7 | '17' | No extended Lc and Le
More than 8 logical channels supported |
| TCK | 'XX' | Check byte |
EXAMPLE 3:
Warm reset (specific mode) and T = 1 protocol requested by the UICC.
| Character | Value | Description |
|---|---|---|
| TS | '3B' or '3F' | Indicates direct or inverse convention |
| T0 | '97' | TA1, and TD1 are present
7 bytes of historical bytes |
| TA1 | '95' | Clock rate conversion factor FI=9 (F=512)
Baud rate adjustment factor DI=5 (D=16) |
| TD1 | '91' | TA2 and TD2 are present
Protocol T = 1 supported by UICC |
| TA2 | '81' | Protocol T = 1 used in specific mode
Parameters indicated by the interface bytes, and card is not able to change mode |
| TD2 | 'B1' | TA3, TB3 and TD3 are present
Protocol T = 1 supported by UICC |
| TA3 | 'FE' | IFSC is 254 bytes long |
| TB3 | '00' | Block Waiting Integer=0
Character Waiting Integer=0 |
| TD3 | '1F' | Only TA4 is present
Global interface bytes following |
| TA4 | '42' | Clock stop supported (low electrical state) |
| T1 | '80' | |
| T2 | '31' | Card data services |
| T3 | 'A0' | SELECT by AID supported
EFDIR present |
| T4 | '73' | Card capabilities |
| T5 | 'BE' | SFI supported |
| T6 | '21' | Data Coding Byte |
| T7 | '00' | No extended Lc and Le
No Logical channels supported |
| TCK | 'XX' | Check byte |
