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apdu

Catalog Datasheet MFG & Type PDF Document Tags

DS1955B

Abstract: apdu = apdu for sending. apdu.setOutgoing , [ISO.OFFSET_LC] & 0x0FF]; short apduDataOffset = 0; //Read in the entire APDU. short bytesRead = , [] tempData=new byte[20]; //temp data for hashing. byte[] inData = new byte[apduData.length]; //copy of apduData , )apduData.length, tempData, (short)0); //And return it to the user sendByteArray(apdu, tempData); } else , byte SELECT_INS = (byte)0xA4; //The Maximum number of bytes we will send in a single apdu. final
Dallas Semiconductor
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DS1955B apdu 8051 microcontroller for washing machine DS1955 washing machine control using 8051 microcontroller DS83C960

AT91SAM3S8C

Abstract: iso7816 PPS Unit (APDU). Table 2-1. Command APDU structure. Common body P2 [Lc Field] [Data Field] [Le Field] Common header CLA INS P1 Table 2-1 defines the structure of command APDU. APDU consists of a command , specified in the APDU. The Le field specifies the number of bytes that will be returned to the reader in the response APDU. Atmel AT02410: Smartcard Stack on SAM3S-EK [APPLICATION NOTE] 32203B-AVR-05/2013 6 , . The length of the data field is determined by the Le field in the corresponding command APDU. The
Atmel
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AT91SAM3S8C ISO7816 iso7816 PPS smart card reader by avr circuit diagram SAM APDU Command AT2410 GSM11 32203B

apdu

Abstract: . 12 APDU Exchange , the trace file. 5 Sending Commands Introduction This section describes how to send APDU , . Card Commands Follow the steps below to send an APDU command to a card: 1. Click on the APDU , save the APDU commands that you send to a card by entering them in a macro. This is a useful shortcut , a maximum of 150 macros. Recording Macros 1. Select the APDU Exchange option from theCard
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E5222263/DPD01577A01

GPM896

Abstract: GCR500 ApduComm.Command[4] P2- Parameter 2 ApduComm.LengthIn Number of characters sent to the card (APDU Lc field) ApduComm.DataIn Data buffer to send to the card ApduComm.LengthExpected Maximum expected response length (APDU Le field) Parameters Out This command updates the following parameters: ApduResp.LengthOut , .57 Response , APDU ApduResp.Status The status bytes SW1, SW2 returned by the card Response See Appendix A
Gemplus
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GPR400 GPM896 GCR500 GCR400 GPM271 g40da GPM256 E5234016/DPD03810B00

GCR500

Abstract: GCR400 ApduCom.LengthExpected = 8 REM assign output buffer for response APDU ApduResp.DataOut = G4_StrToPtr(DataOutBuf) REM , High address byte */ ApduCom.Command[3] = 0x00; /* SN Low address byte */ ApduCom.LengthIn = 0x00 , , ApduResp.DataOut[i]); } /*Print the card status bytes */ printf("Card Status (SW1 SW2) = %04X", ApduResp.Status , */ ApduCom.Command[2] = 0x00; /* Reserved */ ApduCom.Command[3] = 0x00; /* MSC is Secret Code 0 */ ApduCom.LengthIn , bytes long ApduCom.LengthIn = 0x08 REM No outgoing data ApduCom.LengthExpected = 0x00 REM assign
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WGCR40 iso 7816-4 GCI400 GCR200 GCR 500 MSC 501 302 E5222261/DPD01599A11

SLE 4404

Abstract: GAM326 . 82 Read Binary 83 Update Binary , . 86 Read Binary , . 88 Update Binary , . 93 Read Binary
MagTek
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GAM326 SLE 4404 magnetic swipe card reader electrical diagram magtek aba track2 SMARTCARD 4442

AT91 USB Integrated Circuit(s) Cards Interface Devices (CCID) Driver Implementation

Abstract: USB-ICC /IEC 7816-3]. Lc Optional part of the body of a command APDU. Its size is 0, 1 or 3 bytes. The maximum number of bytes present in this body. Le Optional part of the body of a command APDU. Its , APDU. P1, P2 INS parameter of a command header. P3 INS parameter of a command header. P3 , . Abbreviations and Terms APDU Application Protocol Data Unit ATR Answer to Reset CCID Integrated , installation procedure. Specific software is used to send the APDU command to the Smart Card. 5. CCID
Atmel
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AT91 USB Integrated Circuit(s) Cards Interface Devices (CCID) Driver Implementation USB-ICC ISO7816-4 at91 programmer Atmel 546 atmel 816

emv 7816 smart card

Abstract: apdu . 7 2.1.3 APDU Command Frame , . 8 Figure 5: APDU Command Frame , Host GUI Users Guide UG_12xxF_037 driver provides CCID compliant APDU level transfer of data and , Menu Options Menu Card Reader Frame Smart Card Configuration Frames APDU Command Frame , 73S12xxF USB-CCID Host GUI Users Guide APDU Command Frame The APDU command frame contains controls to
Teridian Semiconductor
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emv 7816 smart card usbccid usb pcsc and 7816 chip 73S1215F 73S1217F ISO-7816 73S12

Mifare APDU Command

Abstract: 14443-4 command .11 3.7 MF3 IC D40 Command Set ­ ISO/IEC 7816 APDU Commands .12 3.8 ISO/IEC 7816 -4 APDU Message Structure .13 3.9 Selection of native DESFire APDU Framing versus ISO 7816-4 framing and commands , /IEC 7816 compatibility (only Software Version 0.6 and higher) · Supports 7816-4 APDU message , Short Form Specification mifare DESFire MF3 IC D40 3.7 MF3 IC D40 Command Set ­ ISO/IEC 7816 APDU
Philips Semiconductors
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Mifare APDU Command 14443-4 command mifare apdu commands Apdu commands UID apdu desfire native desfire commands SCA74

TLP224

Abstract: GPM896 standard. APDUs can belong to one of several cases, depending on the length and contents of the APDU. The , =1 protocol cards. OROS & ROS Format 15h APDU where: APDU = the command APDU. If the APDU command , .24 APDU Format , Card Presence Status · Power Up · ISO Output · ISO Input · Exchange APDU · , . © GEMPLUS 27 GCI400 INTERFACE COMMANDS EXCHANGE APDU[R] Sends a command Application Data Protocol
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TLP224 apdu sle4418 Connectral GPM416 OROS GCI400-V E5225010/DPD01578B23
Abstract: (APDUs). The NF4 chip never takes the initiative to send an APDU; it , . 25 9.1 9.2 10 APDU STRUCTURE , . 23 APDU MESSAGE STRUCTURE EM Microelectronic-Marin
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ISO/IEC14443 AES-128 420005-A01

iso 7816-4

Abstract: AN2598 the command specified in the APDU. The Le field specifies the number of bytes that will be returned to the reader in the response APDU. The body of the APDU can take on four different forms: Case , SW2 ai14622 The response APDU has a much simpler structure than that of the command APDU. It , APDU. The trailer consists of up to two fields of status information called SW1 and SW2. These fields , , the Get Response command allows the use of the T0 protocol for transferring APDUs. The Case 4 type of
STMicroelectronics
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AN2598 STM3210B-EVAL STM3210E-EVAL SMARTCARD ISO 7816 STM32F10* USART STM32F10xxx AN2598 STM32F101 STM32F103 STM32F10

STM8S

Abstract: iso 7816-4 APDUs. The Case 4 type of APDU cannot be supported by the T0 protocol i.e. it is not possible to send a , processor to execute the command specified in the APDU. The Le field specifies the number of bytes that will be returned to the reader in the response APDU. The body of the APDU can take on four different , simpler structure than that of the command APDU. It consists of a body and a trailer. The body is either , determined by the Le field in the corresponding command APDU. The trailer consists of up to two fields of
STMicroelectronics
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AN2646 STM8S RM0009 LC 7816 SMARTCARD CPU APDU

AN97080

Abstract: ISO7816-3 the APDU transportation according the ISO 7816-4 is also available. 6 main functions are available , outgoing card instruction in T=0 protocol. (ISO 7816-3) 3-XmitAPDU() for APDU transportation in T=0 and T , is used for the transportation of the APDU in T=0 protocol or T=1 protocol. offset contains the offset address of the Data exchange buffer ( 512 bytes length max) where the first byte APDU is stored (Data exchange buffer address + offset).Length is APDU length. The characters received from the card
Philips Components
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TDA8006 ISO7816-3 AN97080 AN/97080

ATR 9600

Abstract: iso7816 PPS the APDUs. Case 2 extended example: APDU : CLA INS P1 P2 00 B2 B3 where B2 B3 is the length coded on , (APDU) 7.5. negotiate 18 7.6. set_clock_card 18 7.7. card_take_off and card_insertion 19 , on the serial interface between TDA8029 and the host system; it uses the APDUs frame types to convey , card_command (APDU) 00H card response (APDU) or error message process_T=1_command 01H T=1 frame , H 24 H 25 H 26 H 27 H 28 H 29 H Wrong APDU Too short APDU Card mute now (during T
Philips Components
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ATR 9600 CAKE8029 NAD-90 80C51 MAX232 SMART CARD READER AN00046

iso 7816-4

Abstract: stm32f10x manual APDUs. The Case 4 type of APDU cannot be supported by the T0 protocol i.e. it is not possible to send a , APDU processor to execute the command specified in the APDU. The Le field specifies the number of bytes that will be returned to the reader in the response APDU. The body of the APDU can take on four , SW1 SW2 ai14622 The response APDU has a much simpler structure than that of the command APDU. , corresponding command APDU. The trailer consists of up to two fields of status information called SW1 and SW2
STMicroelectronics
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STM3210C-EVAL stm32f10x manual STM32F10x reference STM32F10x Flash Programming Reference Manual STM32F10x ST8024 STM3210B-EVAL example STM32F102 STM32F105 STM32F107

apdu

Abstract: ISO7816 Microsoft Mass Storage driver Process APDU Protocol Process BOT RBC Protocol ISO 7816 Microsoft , Diagram Main Polling USB event New HID data received? No Yes APDU transaction is on-going? No Yes Parse APDU Request. Set ETU timer interrupt. Start communication with smart card. APDU transaction has finished? No Yes Send back APDU result New BOT package received , provides the protocol conversion from the HID protocol to the ISO7816 APDU protocol for the main loop
STMicroelectronics
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AN2271 ST72651 ISO7816-1 ISO7816-12 NAND flash interface

AN2284

Abstract: iso 7816-4 transferring APDUs. The Case 4 type of APDU cannot be supported by the T=0 protocol i.e. it is not possible to , card to allow its APDU processor to execute the command specified in the APDU. The Le field specifies the number of bytes that will be returned to the reader in the response APDU. The body of the APDU , The response APDU has a much simpler structure than that of the command APDU. It consists of a body , command. The length of the data field is determined by the Le field in the corresponding command APDU.
STMicroelectronics
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AN2284 STR710 STR71xx ISO CARD TK STR71 AN2284/0106

ATM transaction- ABSTRACT

Abstract: apdu communication between the terminal and the card is conducted using Application Protocol Data Units, or APDUs. , APDUs. They consist of a required 4-byte header followed by an optional body of variable length that , sent a "Start Session" Command APDU. The resulting random number is also output on the serial port , (APDU) As previously indicated, the next phase of a card session is the Execution of the Transaction(s , pair is known as an Application Protocol Data Unit (APDU). A specific command message sent by the
Maxim Integrated Products
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DS8007 DS5250 GSM11-11 DS5002FP AN4029 APP4029 ATM transaction- ABSTRACT magnetic stripe data conversion smart card programming DS5002

GCR500

Abstract: GPM896 - Instruction code P1- Parameter 1 ApduComm.Command[4] P2- Parameter 2 ApduComm.LengthIn number of characters sent to the card (APDU Lc field) ApduComm.DataIn data buffer to send to the card ApduComm.LengthExpected maximum expected response length (APDU Le field) ApduResp.LengthOut actual length of the card response ApduResp.DataOut buffer of sufficient size to hold the response APDU ApduResp.Status © GEMPLUS CLA - Instruction class ApduComm.Command[3] Response indicates the
Gemplus
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GCR410 Gemplus TMS3884 w32gcr40.dll gemplus and card GAM226 E5210031/DPD04879A00
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