JMY680G IC Card Reader - Jinmuyu Electronics Co., Ltd
Contents
1. ISO15693 amp 1507816 Module http www jinmuyu com 5 2 7 EEPROM write Function write data into EEPROM of the module Host sends 0x16 Address Bytes Data Checksum Address 2 bytes write start address address from 0x0000 to 0x01FF MSB first Bytes 1 byte number of bytes to read max 64 bytes Data Bytes data to write Module returns success 0x02 0x16 Checksum Module returns failure 0x02 OxE9 Checksum 5 2 8 Set UART communication baud rate Function set UART communication baud rate of the module After module receive the command it will first save the new setting and then send the execute result according to the host At last it will validate the new setting UART communication baud rate is default 19200bps Settings will SAVE in the module it will not be lost after power OFF Host sends 0x03 Ox17 Baudrate Checksum Baud rate 1 byte baud rate code 0 19200bps 1 115200bps other values RFU Module returns success 0x02 Ox17 Checksum Module returns failure 0x02 OxES Checksum 5 2 9 Set IIC communication address Function set IIC communication address of the module After module receive the command it will first save the new address and then send the executed result to the host At last it will validate the new settings The IIC address of the module is 1 byte HEX data LSB is 0 th2. Module returns failure 0x02 OxED Checksum 5 2 4 Set LED Function set the LED ON or OFF Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 14 42 1S015693 amp ISO7816 Module http www jinmuyu com Host sends 0x03 0x13 State Checksum State 1 byte 0 OFF 1 ON other value RFU Module returns success 0x02 0x13 Checksum Module returns failure 0x02 OxEC Checksum 5 2 5 Set buzzer Function set buzzer to beep Host sends 0x03 Ox14 Time Checksum Time 1 byte time time unit is 10mS If time is 0x0A then the beep time is 100mS Module returns success 0x02 Ox14 Checksum Module returns failure 0x02 OxEC Checksum 5 2 6 EEPROM read Function read data in EEPROM of the module Host sends 0x05 Ox15 Address Bytes Checksum Address 2 bytes read start address address from 0x0000 to 0xO1FF MSB first Bytes 1 byte number of bytes to read max 64 bytes Module returns success Ox15 Data Checksum Remark the byte length is means the byte length depends on the card feedback information The same to below Data data read Module returns failure 0x02 OxEA Checksum Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 15 42
3. the following 16 bytes data which is the data that to be read in the card Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 11 42 lt 1S015693 amp ISO7816 Module 5 Description of commands 5 1 List of commands Command code Command function http www jinmuyu com 0x10 Read product information 0x11 Module working mode set 0x12 Sets module idle 0x13 Set LED 0x14 Set buzzers 0x15 EEPROM read 0x16 EEPROM write 0x17 Set UART communication baud rate 0x19 Set IIC address OxlA Set multi card operation Ox1B Set ISO15693 automatic detecting card AFI and AFI enable Ox1C Set automatic detecting card interval time Ox1D Set the default automatic detect card state default Ox1E Set automatic detect card and output card UID default 0x50 SAM slot default baud rate set 0x51 SAM reset 0x52 Set SAM baud rate after reset through PPSS 0x53 Send APDU to SAM 0x5C ISO15693 inventory 0x5D ISO15693 stay quiet Ox5E ISO15693 get system information Ox5F ISO15693 reset to ready 0x54 1S015693 read blocks 0x55 1S015693 write blocks 0x56 1S015693 block lock 0x57 1S015693 AFI write 0x58 ISO15693 AFI lock 0x59 1S015693 DSFID write Ox5A 1S015693 DSFID lock Ox5B ISO15693 get blocks security Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 12 42 ISO15693 amp ISO7816 Module http www jinmuyu com 5 2 Explanation of commands 5 2 1 Read product information Fu
4. Checksum Baud rate 1 byte baud rate code of SAM 0 9600bps default 2 38400bps other value RFU Module returns success 0x02 0x50 Checksum Module returns failure 0x02 OxAF Checksum 5 2 16 SAM reset Function reset the SAM in the slot get ATQ and set the relevant communication parameter Host sends Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 19 42 ISO15693 amp 1807816 Module http www jinmuyu com 0x02 0x51 Checksum Module returns success 0x51 ATQ Checksum ATQ Answer To Reset of the SAM the length is depend on the card Module returns failure 0x02 OxAE Checksum 5 2 17 Set SAM baud rate after reset through PPSS Function some SAM support PPSS instruction and then user could modify the communication baud rate Host sends 0x03 0x52 Baudrate Checksum Baud rate 1 byte baud rate code of SAM 0 9600bps 2 38400bps other value RFU Module returns success 0x02 0x52 Checksum Module returns failure 0x02 OxAD Checksum 5 2 18 Send APDU to SAM Function send APDU COS command to SAM and get result Host sends 0x53 APDU Checksum APDU APDU need to send Module returns success 0x53 Response Checksum Response response of SAM the length is de
5. ISO15693 get blocks security Function get blocks security of CURRENT TAG Host sends http www jinmuyu com 0x04 Ox5B Start Blocks Checksum Start 1 byte start block Blocks 1 byte number of blocks Module returns success 0x02 Ox5B Data Checksum Data bytes equal to the sent blocks in the command the locked info of data block Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 24 42 ISO15693 amp 1807816 Module http www jinmuyu com Module returns failure 0x02 OxA4 Checksum 5 3 About the automatic detecting card The automatic detecting card function supports ISO15963 The default state could be set via Ox1D command This setting will affect on the next power up After power up the automatic detect card function can be temporary ON or OFF via Ox11 commands The module after re power will return to the default state Automatic detecting card supports full function of 15015963 Automatic detecting card supports single card operation only If there is more than one card in the RF effective field then the operation may fail Then the multi card operation will automatically turn OFF while the automatic detect card function is ON 5 4 Example of commands 5 4 1 About UART communication protocol For example Write block start block 0x08 write 2 blocks 0C55080211223344AABBCCDD17 OC package length from OC to DD are t
6. address and multi device communications eee 8 4 3 2 WG deyic Operation oreet ter etr i OR TERR Oe E ap ete 8 4 3 2 1 Clock and data transaction ss 8 4 3 2 2 Statt conditiOD iet nr RENE EE nent 8 4 3 2 3 Stop ConditiOnh eee deterret erre tee ne teen e e rendent nie rentes RENE 8 4 3 2 4 Acknowledge ACK er eed ket tetra er E e Eh t eed retia 9 4 3 2 5 Busstates erected eee EE IE E OT ve PEE EVE nettet 9 4 3 2 0 Device addressing eee mettent tene PE etta a ae 9 4 3 2 7 Write data Operation onere ERR ntm 9 4 3 2 8 Read data operation eter meo en m e ru tesa iesus delta 9 4 3 3 Data transaction occ tret eR rat TIRES ini ins 10 4 3 4 Data send format trot reri von Oen endettement vI TUR 10 4 3 5 Data return format sisi 10 4 3 6 Description of IIC command transaction 10 3 Description of commands usi rre rep erre e RE e n OE eee 12 5 1 Last OF commands RR HI ade inesades in EU RN In IU ancbadeeameeadteadteadvaimnsadteamMasees 12 5 2 Explanation of commands eee nre eterne nero ene oninia ere eene annt 13 5 2 1 Read product 1DfOrmatiob ci ttr reo rr rr t epi a a tee ri E re eben u gre 13 5 2 2 Module working mode set 4er ere detente dentistes 13 5 2 3 Set module TNE sine nent ER EVE ETE 14 5 2 4 NEL MM 14 5 2 5 DeL DUZZGt caecosia vase ieea vta case een idee E E E A A eds 15 5 2 6 BEPROM T6ad s t rer
7. 1SO15693 CONTACTLESS ISO7816 CONTACT IC CARD READ WIRTE READER MODULE JMY680G IC Card Reader User s manual Revision 3 50 Jinmuyu Electronics Co LTD 2012 6 28 Please read this manual carefully before using If any problem please mail to Jinmuyu vip sina com ISO15693 amp 1807816 Module http www jinmuyu com Contents Product int Oducti ni iine edite ete i tee RE Ee E states intel XE ER E state b E Dv tnt ete 3 2 J 6B3ractebis 6S e IRR ARRIERE EI ENIM HII MN EI 3 3 Physical parameter and pin outs sessi neret nennen E serene etes NS a 4 3 1 IPHOUOS M MR 4 3 2 DIM NSION ws cess es 4 3 3 Pin configurations and pin outs iii 3 3 4 Model available i s ccsicesscvisccsnsvsnccsacvescvenavensdvactestdeacvensdvacveatveacvonsevacdestveasvensdescdensvanceenseescdenteancs 5 3 5 Model namin ge rule tenir vr eed i eet ri het bebe d pet rr Aa 3 3 5 1 Model formats sn 5 3 5 2 Card Operating type ect este rire ne nee a T GES 5 3 5 3 COMMUNICATION POrt swiss erecti etr ORE D ERE EAEN N a oat 6 4 Communication Protocols eiit iem NEN GNEERUNEN ONT UN GINGER TG TER TG ERG EE 7 4 1 OVERVIEW E 7 4 2 UART Protocol 7 4 2 1 lx icu 7 4 2 2 Data sendformat ciem dn nn 7 4 2 3 Data return o Ea EEE 7 4 3 TC protol P 8 4 3 1 Module IIC
8. 25 ISO15693 block lock Function lock a block of CURRENT TAG Host sends 5 2 26 18015693 AFI write Host sends 0x03 0x56 Block Checksum Block 1 byte block number to lock Module returns success 0x02 0x56 Checksum Module returns failure 0x02 OxA9 Checksum Function write AFI to CURRENT TAG 0x03 0x57 AFI Checksum AFI 1 byte AFI value to write to tag Module returns success 0x02 0x57 Checksum Module returns failure 0x02 OxA8 Checksum 5 2 27 18015693 AFI lock Function lock AFI of CURRENT TAG Host sends 0x02 0x58 Checksum Module returns success 0x02 0x58 Checksum Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved http www jinmuyu com 23 42 IS015693 amp ISO7816 Module Module returns failure 0x02 OxA7 Checksum 5 2 28 ISO15693 DSFID write Function write DSFID of CURRENT TAG Host sends 0x03 0x59 DSFID Checksum DSFID 1 byte DSFID value to write to tag Module returns success 0x02 0x59 Checksum Module returns failure 0x02 OxA6 Checksum 5 2 29 ISO15693 DSFID lock Function lock DSFID of CURRENT TAG Host sends 0x02 Ox5A Checksum Module returns success 0x02 Ox5A Checksum Module returns failure 0x02 OxA5 Checksum 5 2 30
9. 4 3 2 7 Write data operation The host device sends a command to module via write operation 8 wW T H S A J T A DEVICE T o T ADDRESS E Command Code Data 0 DATA I P SDA LINE M LRA A A A A 8 s c C C C C B BWK K K K K 4 3 2 8 Read data operation The host device gets result via read operation Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 9 42 ISO15693 amp 1807816 Module http www jinmuyu com s T A A DEVICE T ADDRESS SDA LINE o gt m2 iT en e Command Code Status Data 0 Data n 25 zi N o C K 4 3 3 Data transaction The module is a slave device of the IIC bus then the host need to write the command package to module The module will execute the command Then the host needs to poll the status of the module while it is working by sending out the command of read continuously If the module answered to a read operation then the last command execution were finished At this time the host could read the result and or data from the module The read and write operation see chapter 4 3 2 7 and 4 3 2 8 4 3 4 Data send format Length Command Data Checksum e Length 1 byte number of bytes from Command length byte to the last byte of Data e Command 1 byte the command of this instruction e Data length depends on the command type length from 0 to 251 bytes e Checksum 1 byte Exclusive OR XOR results from length byte t
10. 5693 AFI lock nete sent outeacesanvscstseuubecvastosseuteaubervestenedessaytodees 23 5 228 18015693 DSEID Write teet er rette ree Sp de eio E ose ease been trente 24 52 29 ISOT15693 DSEID lock itte tr Hr ERREUR ERE ER GEEHRTE o FII He 24 23 2 30 15015693 get blocks SecUrity ertet rt te ANA 24 About the automatic detecting card ss 25 Example of commands ntt ree tere et e ne dre i ee tu e evo e Pe ebrei 25 5 4 1 About UART communication protocol sis 25 5 42 UART commands sample nre idee rr N 25 5 4 3 TIC commands sample sisi 25 Interface program source code sise 26 Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 2 42 1S015693 amp ISO7816 Module 1 Product introduction http www jinmuyu com JMY680G is a RFID read write module with UART IIC RS232C or USB port JMY680G has various functions and supports multi ISO IEC standard of contactless card The RF protocol is complex but the designer combined some frequent used command of RF card and then user could operate the cards with full function by sending simple command to the module The modules build in SAM slot It could operate contact smart card according to ISO7816 The module and antenna is integrated The impedance between RF circuit and antenna was tuned by impedance analyzer and then the module has excellent performance and stability There is ferrite plate between main PCB and antenna so such design applies to s
11. 5mm E E M v Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 4 42 ISO15693 amp ISO7816 Module http www jinmuyu com 3 3 Pin configurations and pin outs Pinnumber Function Type Description 1 ICC Output Card in out indication 0 Card IN 1 Card OUT 2 TXD SDA Input output RS232C TXD UART TXD IIC SDA 3 RXD SCL Input RS232C RXD UART RXD IIC SCL 4 VCC Power VCC 5 GND Power GND 3 4 Model available e JMY680GI IIC interface e JMY680GT UART interface TTL level e JMY680GS RS232C UART interface RS232 level e JMY680GU USB to UART Bridge Mini USB port with 5 pins 3 5 Model naming rule 3 5 1 Model format 1 2 3 4 JMY 680 X X 1 company code 2 product series code 3 card operating type 4 communication port type 3 5 2 Card operating type M PCD is RC500 support Mifare Class A PCD is RC500 support ISO14443A and Mifare Class C PCD is RC531 support ISO14443A ISO14443B and Mifare Class G PCD is RC400 support ISO15693 H PCD is RC632 support ISO15693 ISO14443A ISO14443B and Mifare Class D PCD is RC500 support ISO14443A and Mifare Class with 511 bytes communication buffer E PCD is RC531 support ISO14443A B and Mifare Class with 511 bytes communication buffer F PCD is RC632 support ISO15693 ISO14443A ISO14443B and Mifare Class with 511 bytes communication buffer Copyright 2003 2012 Jinmuy
12. ISO15693 mode If users set AFI and AFI enables then automatic detecting card only detects the AFI of the card equal to the set AFI Settings will save in the module it will be not lost after power OFF AFT is default 0 AFI function is disable Host sends 0x04 Ox1B AFI AFI enable Checksum AFI 1 byte AFI 0 OxFF Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 17 42 1S015693 amp ISO7816 Module AFI enable 1 byte 0 disable 1 enable other value RFU Module returns success 0x02 Ox1B Checksum Module returns failure 0x02 OxE4 Checksum http www jinmuyu com 5 2 12 Set automatic detecting card interval time Function set interval time between two automatic detecting card Host sends 0x03 Ox1C Interval Time Checksum Interval Time 1 byte 0x00 to OxFF unit is 10mS 0x01 means 10mS Module returns success 0x02 Ox1C Checksum Module returns failure 0x02 OxE3 Checksum 5 2 13 Set the default automatic detect card state default Function Set the default automatically detecting card state when boot device For temporary open or close automatically detect card please use the 0x11 command Host sends 0x03 OxID State Checksum State 1 byte 0x00 OFF 0x01 ON other value RFU Module returns success 0x02 O
13. atic detecting card If there is more than one card in the RF electric field then the operation will fail Under the automatic detecting card and output UID Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 13 42 ISO15693 amp 1807816 Module http www jinmuyu com state after detected the card then output the UID via RS232 finally make the detected card enter into idle state This command cannot be used in IIC interface Host sends 0x03 0x11 Mode Checksum Mode 1 byte Antenna status BITO 0 OFF BITO 1 ON Auto request BIT1 0 OFF BIT1 1 ON Auto request and output UID BIT2 0 OFF BIT2 1 ON Module returns success 0x02 Ox11 Checksum Module returns failure 0x02 OxEE Checksum 5 2 3 Set module idle Function set the module idle In idle mode the module of RF output turn to OFF PCD power down and CPU in idle mode so the power consumption reduces to about 100uA Sending the next command to module will wake up the module and then the RF output ON and automatic detecting card restore default settings The module will enter into idle mode after the answer procedure is finished In IIC mode host need to read the answer and then the module will goes into idle mode Host sends 0x03 Ox12 Random data Checksum Random data 1 byte random data for example 0x55 Module returns success 0x02 Ox12 Checksum
14. e address of module must be the even number and the invalid address will NOT be Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 16 42 ISO15693 amp 1807816 Module http www jinmuyu com accepted Settings will save in the module and it will be not lost after power OFF Host sends 0x03 0x19 Address Checksum Address 1 byte LSB is 0 address must be the even number Module returns success 0x02 0x19 Checksum Module returns failure 0x02 OxE6 Checksum 5 2 10 Set multi card operation Function set multi card operation If users need select on card from multi card then need to use the multi card operation If users set the automatic detecting card the multi card operation will be prohibited If there is more than one card in the RF effective field then the operation will fail Settings will save in the module it will be not lost after power OFF Multi card operation default enables This function is suitable for ISO14443A amp ISO15693 Host sends 0x03 OxlA Multi card enable Checksum Multi card enable 1 byte 0 disable multi card 1 enable multi card other values RFU Module returns success 0x02 OxlA Checksum Module returns failure 0x02 OxES Checksum 5 2 11 Set ISO15693 automatic detecting card AFI and AFI enable Function set AFI and AFI enables of automatic detecting card in
15. instruction Data length depends on the command type length from 0 to 251 bytes Checksum 1 byte Exclusive OR XOR results from length byte to the last byte of data 4 2 3 Data return format Success Length Command Data Checksum Failure Length Invert Command Checksum Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 7 42 ISO15693 amp 1807816 Module http www jinmuyu com 4 3 IIC protocol 4 3 1 Module IIC address and multi device communications IIC bus is able to connect with 128 devices The IC address of module is default 0xAO Users change the address setting via sending the command 0x19 so that user could connect multi modules on the same IIC bus 4 3 2 IIC device operation 4 3 2 1 Clock and data transaction The SDA pin is normally pulled high with an external device Data on the SDA pin may change only during SCL low time periods Data changes during SCL high periods will indicate a start or stop condition as defined below acxroeiadgenert acknowledgement S Signal tom siave signal from ose byte complete interrupt within slave clock Ine ed low while nierrugt are seneced START or tepeaied START condition Data transfer on the I C bus 4 3 2 2 Start condition A high to low transition of SDA with SCL high is a start condition which must precede any other command 4 3 2 3 Stop condition A low to high trans
16. ition of SDA with SCL high is a stop condition START condition STOP condtion START and STOP conditions Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 8 42 ISO15693 amp 1807816 Module http www jinmuyu com 4 3 2 4 Acknowledge ACK All addresses and data words are serially transmitted to and from the module in 8 bit words The module sends a zero to acknowledge that it is not busy and has received each word This happens during the ninth clock cycle 4 3 2 5 Bus state When the module has received command and then doesn t acknowledge IIC bus until ends with the card communication r7 DATA OUTPUT U BY TRANSMITTER DATA OUTPUT T t Fa not acknowledge BY RECEIVER acknowledge SCL FROM MASTER 8 5 clock puise for acknowledgement Mec em Acknowedge on the FC bus 4 3 2 6 Device addressing The module requires a 8 bit device address following a start condition to enable the chip for a read or write operation The device address word consists of 7 addressing bits and 1 operation select bit The first 7 bits of the module address are 1010000 0xA0 in hex The eighth bit of the device address is the read write operation select bit A read operation is initiated if this bit is high and a write operation is initiated if this bit is low MSB LSB T T Riv shove sddress wc EON The first byte after the START procedure
17. nction read the product information of CURRENT PRODUCT includes product name firmware version firmware date and configuration information Host sends 0x02 0x10 Checksum Module returns success Ox1F 0x10 Information Checksum Information 29 bytes 8 bytes product name 0x4A 4D 59 36 38 30 48 20 4 bytes firmware version 0x35 2E 33 33 8 bytes firmware date 0x32 30 31 32 30 35 32 39 1 byte UART baud rate code 0x00 1byte RFU 0x00 1 byte IIC address 0xA0 1 byte multi card operation enable state 0x01 1 byte ISO15693 automatic detecting card AFI 0x00 1 byte ISO15693 automatic detecting card AFI enable state 0x00 1 byte automatic detecting card interval 0x14 multiple of 10mS 1byte default automatically detecting card status when power on 0x00 1 byte default automatically output SNR set when power on 0x00 Data in the brackets above taken from JMY680G default product information as follow Send 0x02 10 12 Return Ox1F 10 4A 4D 59 36 38 30 48 20 35 2E 33 33 32 30 31 32 30 35 32 39 00 00 AO 01 00 00 14 00 00 A6 Module returns failure 0x02 OxEF Checksum 5 2 2 Module working mode set Function set the antenna RF output ON OFF set the automatic detecting card ON OFF Automatically detect card and output UID ON OFF The module will NOT SAVE the setting and all settings will LOSE on next power on The multi card operation will be prohibited while users turn ON the autom
18. o the last byte of data 4 3 5 Data return format e Success Length Command Data Checksum e Failure Length Invert Command Checksum 4 3 6 Description of IIC command transaction E g to read the block 1 of Mifare card the steps Send command 0A210001 FFFFFFFFFFFF2A There are steps here A Write command to module 1 Start condition 2 Send control byte it is OXAO the meaning is address OxAO write control 0x00 3 Send module command 0x0A210001FFFFFFFFFFFF Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 10 42 ISO15693 amp 1807816 Module http www jinmuyu com 4 Send command checksum 0x2A 5 Stop condition B Send IIC read command If module no ACK then the module is working Repeat this step 1 Start condition 2 Send control byte OxA1 the meaning is address Ox AO read control 0x01 3 If module is no ACK go to step B if yes go to step C C Get the data bytes from module 1 Get the first byte and send ACK if the data is 0x12 the meaning is there are 0x12 bytes useful bytes in this package Get the else 17 bytes data 0x12 1 0x11 and send ACK after every byte 3 Getthe checksum and send NACK Stop condition D Verify the checksum if ok then the communication is ok E Verify the received data from second byte this byte is the status of the command just executed If equal to the command 0x21 then the command execute successful Then
19. ome metallic around systems 2 Characteristics PCD model Working frequency Supported standard Card supported NXP SL RC400 13 56MHz 1S015693 ISO7816 TI Tag It I Code SLI ST LRI and other tags according to 1SO15693 and ISO7816 SAM cards both T 0 amp T 1 Anti collision ability Full function anti collision be able to process multi cards be able to set operate single card only Auto detecting card SAM slot SAM baud rate ISO7816 PPSS set EEPROM Power supply Interface Communication rate Max command length Interface level Static power consumption Operating distance Dimension Weight ISP Operating temperature Storage temperature RoHS Supported default OFF The default state can be set 1 slot 9600bps 38400bps supported 512 Bytes DC 5V 0 5V IIC UART RS232C USB select while place order IIC 400Kbps UART RS232C USB 19 2Kbps 115 2Kbps 254 Bytes UART IIC 3 3V TTL level 5V tolerance 150mA 80mm depending on card 70mm 50mm 16 5mm About 120g Supported 25 to 85 C 40 to 125 C Compliant Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 3 42 ISO15693 amp 1807816 Module http www jinmuyu com 3 Physical parameter and pin outs 3 1 Photo Ei RG fat E zl 7 3 2 Dimension 50mm I 4 03 2mm 44mm D0000 70mm in an 16 1mm 16
20. otal OxOC bytes the 00 in red is a protocol byte see chapter 4 2 2 55 instruction of ISO15693 writes block s 08 write start block 02 blocks to write 11223344A ABBCCDD data to write 17 0C 55 08 02 11 22 33 44 AA BB CC DD 17 in sample program the function will calculate it see chapter 4 5 5 4 2 UART commands sample 1S015693 inventory 035C005F 18015693 read blocks 0454000858 18015693 write blocks 0C55080211223344AABBCCDD17 ISO15693 get system information 025E5C 5 4 3 IIC commands sample ISO15693 inventory 035C005F Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 25 42 ISO15693 amp 1807816 Module http www jinmuyu com 1SO15693 read blocks 0454000858 1S015693 write blocks 0C55080211223344AABBCCDD17 1S015693 get system information 025E5C 5 5 Interface program source code We have interface program source code to help users They are KELL project in C51 or ASM51 format Please mail to jinmuyu vip sina com to obtain the program Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 26 42
21. pend on the detailed command Module returns failure 0x02 OxAC Checksum 5 2 19 IS015693 inventory Function Find a card in RF effective field If success to set the tag as CURRENT TAG Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 20 42 IS015693 amp ISO7816 Module If automatic detecting card function was turned on then this command is to take the result http www jinmuyu com of automatic detecting card not to detect card after received the command Host sends 0x03 0x5C AFI Checksum AFI 1byte AFI inventory card equal to AFI only If not use AFI then host sends 0x02 0x5C Checksum Module returns success Ox0B 0x5C DSFID UID Checksum DSFID 1 byte DSFID of CURRENT TAG UID 8 bytes UID of CURRENT TAG Module returns failure 0x02 Ox A3 Checksum 5 2 20 18015693 stay quiet Function set the CURRENT TAG stay quiet Host sends 0x02 Ox5D Checksum Module returns success 0x02 Ox5D Checksum Module returns failure 0x02 OxA2 Checksum 5 2 21 ISO15693 get system information Function get the system information of CURRENT TAG Host sends 0x02 Ox5E Checksum Module returns success Ox5E Data Checksum Data tag information the length is a variable depends on the manufacturer of the tag Module return
22. s failure Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 21 42 ISO15693 amp 1807816 Module http www jinmuyu com 0x02 OxAI Checksum 5 2 22 18015693 reset to ready Function set a stay quiet TAG reset to ready Host sends OxOA OxSF UID Checksum Data 8 bytes UID of the tag to reset to ready Module returns success 0x02 OxSF Checksum Module returns failure 0x02 OxAO Checksum 5 2 23 ISO15693 read blocks Function read data blocks of CURRENT TAG Host sends 0x04 0x54 Start Blocks Checksum Start 1 byte read start block Blocks 1 byte number of blocks to read max 62 blocks in one command Module returns success 0x54 Data Checksum Data Blocks 4 bytes Module returns failure 0x02 OxAB Checksum 5 2 24 ISO15693 write blocks Function write data blocks of CURRENT TAG Host sends 0x55 Start Blocks Data Checksum Start 1 byte write start block Blocks 1 byte number of blocks needs to write max 62 blocks Data Blocks 4 bytes data to write to tag Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 22 42 IS015693 amp ISO7816 Module Module returns success 0x02 0x55 Checksum Module returns failure 0x02 OxAA Checksum 5 2
23. torte terrere eerie ees tees ees ess tan dent de reve tasse eer an 15 5 21 EEPROM write inerte o ent a aai enun 16 Copyright 2003 20 12 Jinmuyu Electronics Co LTD All rights reserved 1 42 ISO15693 amp ISO7816 Module http www jinmuyu com 5 3 5 4 5 5 5 2 8 Set UART communication baud rate 16 5 2 9 Set IC communication address ie eene e n ene an ds 16 D210 Set m lti card operationis e PERPE UE re PEE set 17 5 2 11 Set ISO15693 automatic detecting card AFI and AFI enable 17 5 2 12 Set automatic detecting card interval time ss 18 5 2 13 Set the default automatic detect card state default 18 5 2 14 Set automatic detect card and output card UID default 18 5 2 15 SAM slot default baud rate set nennen 19 RMAFRMEES WR II 19 5 2 17 Set SAM baud rate after reset through PPSS sese 20 2328 Send APDU to S AM iue e ee ip eden iC Hr RR PARURE Re 20 25 2 19 150156093 1nVentoty ect nr entr a Fee rna e EE aa cete e 20 3 2 20 18015693 stay quiet ette aea Fe Ee SEE b D EO Eee E Ee te 21 5 2 21 1SO15693 get system information 21 2 23 22 ISQ15693 resettomeady 3 est tte t Gr net eet te he etr edet 22 5 4 23 IS015693 read Docks iecit tenere tear een e aiai 22 5 2 24 ISO15693 Write DlOCkS eire rr terrre tren en net asi a ease 22 52525 I 015693 block lock rera ree ER Pe a n REED n ete re 23 32260 18015693 ABI WIR nn en rr eere Rr NEESTAS EENEN E ENEO EESTE 23 5 227 I 8O01
24. u Electronics Co LTD All rights reserved 5 42 ISO15693 amp 1807816 Module http www jinmuyu com 3 5 3 Communication port I HC T UART S RS232C U USB Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 6 42 ISO15693 amp ISO7816 Module http www jinmuyu com 4 Communication Protocols 4 1 Overview There are optional IIC UART or RS232C 3 types hardware interface between the module and host The communication rate of IIC is high Moreover IIC mode is very convenient user may not modify the sample code except pin definition for actually use The advantage of RS232C is the long communication distance but UART don t need the modulate chip in the control terminal compare with RS232C Whatever types of interface user chooses Please read this chapter before programming and refer to the sample program There are detailed comments in the sample source code 4 2 UART protocol 4 2 1 Parameters The communication protocol is byte oriented Both sending and receiving bytes are in hexadecimal format The communication parameters are as follows Baud rate Data bits Stop bits Parity check Flow control 19200bps default 115200bps 8 bits 1 bit None None 4 2 2 Data send format Length Command Data Checksum Length 1 byte number of bytes from Command length byte to the last byte of Data Command 1 byte the command of this
25. xID Checksum Module returns failure 0x02 OxE2 Checksum 5 2 14 Set automatic detect card and output card UID default Function Set automatically detecting card and output the card serial number when boot device Under this model the card serial number can be output from serial port when Copyright 2003 2012 Jinmuyu Electronics Co LTD All rights reserved 18 42 ISO15693 amp ISO7816 Module http www jinmuyu com swiping the card The RF protocol is following ISO14443A and ISO15693 The output format is the same to 0x20 and 0x5C command returned format This command cannot be operated under IIC mode When this command is on then the read write card cannot be operated because of the card entering into halt state once when the card is detected If need to read write card automatically output the card serial number must be shut temporarily via Ox11 command and then go on with the read write card operations Host sends 0x03 Ox1lE State Checksum State 1 byte 0x00 OFF 0x01 ON other value RFU Module returns success 0x02 OxlE Checksum Module returns failure 0x02 OxEI Checksum 5 2 15 SAM slot default baud rate set Function Before SAM card reset to set default baud rate of the SAM slot This baud rate will be used by the reader to reset the SAM In ISO7816 the default baud rate for the card is 9600bps Host sends 0x03 0x50 Baudrate
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