Contactless Card Read/Write Module YW-201 User s Manual

Transcription

1 Cotactless Card Read/Write Module YW-201 User s Maual (versio 1.4) Eglish WEB: MSN& Zhou21c@126.com PHONE: MOBILE: MANAGER: Mr Zhou Cotactless Card, RFID Page 1 / 15

2 Cotet 1 Summary YW-200 Series Module YW-201 Characteristic Fuctio specificatio Pi Fuctio Dimesio Protocols UART Protocols of Commads IIC Protocol Switch of Uart ad IIC Commad List Commad test sample request card read block write block dowload key iitial purse read purse icremet of purse decremet of purse purse backup iitial purse iitial purse purse backup from 1 to read purse card halt read RC500EEPROM write RC500EEPROM module IDLE module set Applicatio About the Atea Order...15 Cotactless Card, RFID Page 2 / 15

3 1 Summary YW-201 cotactless card Read/Write module was desiged o high itegrated reader ICs for cotactless commuicatio o 13.56MHz of Philips.YW-201 itegrates MF RC500 RF base statio. Egieers eed ot take care how to cotrol MF RC500 RF base statio. Just sed commad to module over IIC or UART. YW-200 series cotactless card Read/Write module support ISO14443-A Mifare Oe S50,S70,UltraLight,MifarePro,ISO14443-B SR176, ISO15693,I CODE SL2 ad the other compatible card. 2 YW-200 Series Module Type Card Protocol YW-201 ISO14443-A +5V IIC,UART(TTL) YW-202 ISO14443-A ISO14443-B Vcc Iterface Card supported This Page +3.3V~+5V IIC,UART(TTL) YW-203 ISO V~+5V IIC,UART(TTL) YW-204 ISO14443-A ISO14443-B ISO V~+5V IIC,UART(TTL) Mifare S50,S70, Mifare Pro Mifare S50,S70, Mifare Pro, ISO14443-B SR176 ICode SL2, ISO15693 Mifare S50,S70, Mifare Pro, ISO14443-B SR176,ICode SL2, ISO YW-201 Characteristic Completely operatio of Mifare Oe through simple commad set. Cotactless Card, RFID Page 3 / 15

4 Commuicatio Protocol: 1. UART: Baud Rate 19200bps 2. IIC:Max rate 400Kbps Auto request card: Whe the card put ito atea, the pi CARDIN will be low. Package: DIP32. Power supply :+4.5~+5.5V. Read Card distace 5~10cm.(Deped o the atea) You ca get C51 source code example with theh module. 4 Fuctio specificatio 4.1 Pi Fuctio Pic 1 Pi fuctio [Table 1]: Pi Fuctio Descriptio 1 RX Atea Receive 2 TGND Atea GND 12 NC Not Use 13 NC Not Use 14 CARDIN Card I/Out Idicate(Oly whe auto request) 0:Card I. 1:Card Out. 15 TXD/SDA UART TXD/ IIC SDA 16 RXD/SCL UART RXD/ IIC SCL 17 VCC +5V VCC Cotactless Card, RFID Page 4 / 15

5 18 GND GND 19 PORTSEL Commuicatio Protocol Selector ( 0: IIC, 1: UART ) 20 NC Not Use 21 NC Not Use 31 TX1 Atea Output 1 32 TX2 Atea Output 2 Table Dimesio Pic 2 5 Protocols 5.1 UART Protocols of Commads Uart Protocols of Commads use data blocks.the format of data block : 1) Format of TXD(MCU YW-201 Module) Descriptio Number of Byte [STX] [LEN] [CMD] [DATA] [CHK] [ETX] 0x02 The Package Commad Cotet of Legth bytes CheckSum 0x Table 2 Cotactless Card, RFID Page 5 / 15

6 a) Asychroism half duplex, 1 Start bit + 7 Data bits + 1 Stop bit. b) The default trasfer speed is bit/s. c) Block Header STX=0x02, Block Ed ETX=0x03. From header to ed,but ot iclude the header STX ad the ed ETX, if there is 0x02,0x03 or 0x10, the must add 0x10 before it. d) Block Header STX=0x02. e) Package Legth: the byte from Legth itself to Checksum, but ot iclude the added byte 0x10 due to 0x02,0x03 or 0x10. f) Commad: Refer to the Commad List. g) The Cotet of bytes: the parameter. h) CheckSum: XOR result from [Legth] to the last byte of [Cotet], but ot iclude the added byte 0x10 due to 0x02,0x03 or 0x10. i) Block Ed ETX=0x02. Example: CMD: 0x10,DATA: Block Header:0x02 LEN:(=1Byte(Le) +1Byte(CMD)+1Byte(DATA)+1Byte(CHK)) CMD:0x10,0x10. (Add 0x01 before 0x10) DATA: CHECKSUM:0x14(=^0x10^) Package Sed:0x02,,0x10,0x10,,0x14,0x03. 2) Respod Format(YW-201module MCU) Cotet Num of Byte [STX] [LEN] [CMD] [STATUS] [DATA] [CHK] [ETX] : The Package 0x02 Commad Success Cotet of CheckSum 0x03 Legth :Fail bytes Table 3 Cotactless Card, RFID Page 6 / 15

7 a) Asychroism half duplex, 1 Start bit + 7 Data bits + 1 Stop bit. b) The default trasfer speed is bit/s. c) Block Header STX=0x02, Block Ed ETX=0x03. From header to ed,but ot iclude the header STX ad the ed ETX, if there is 0x02,0x03 or 0x10, the must add 0x10 before it. d) Block Header STX=0x02. e) Package Legth: the byte from Legth itself to Checksum, but ot iclude the added byte 0x10 due to 0x02,0x03 or 0x10. f) Commad: Refer to the Commad List.Whe the MCU sed the commad to the module, the module sed back this commad to the MCU. g) Operatio result. Success:. Fail:. h) Durig the commuicatio, commad cotet. i) CheckSum: XOR result from [Legth] to the last byte of [Cotet], but ot iclude the added byte 0x10 due to 0x02,0x03 or 0x10. j) Block Ed ETX=0x IIC Protocol 1) Format of TXD(MCU YW-201 Module) Cotet Num of Byte [Address of module](w/r) Write:0xA0 Read:0xA1 [LEN] [CMD] [DATA] [CHK] Package Legth Table 4 Commad The Cotet of bytes CheckSum a) Address of module (W/R): b) Whe Write to module, the Address is 0xA0. c) Whe Read from module, the Address is 0xA1. d) Package Legth: the byte from Legth itself to Checksum. Cotactless Card, RFID Page 7 / 15

8 e) Commad: Refer to the Commad List. f) The Cotet of bytes: the parameter. g) CheckSum: XOR result from [Legth] to the last byte of [DATA]. 2) Respod Format(YW-201module MCU) Cotet Num of Byte [LEN] [CMD] [STATUS] [DATA] [CHK] The Package Legth Commad Cotet CheckSum : Fail of bytes Table 5 h) Package Legth: the byte from Legth itself to Checksum. i) Commad: Refer to the Commad List. j) Operatio result. Success:. Fail:. k) The Cotet of bytes: the parameter. l) CheckSum: XOR result from [Legth] to the last byte of [DATA]. 5.3 Switch of Uart ad IIC YW-201 Cotactless card read/write module support UART ad IIC, they ca be switched by the port PORTSEL PORTSEL = 1(High), UART is selected. PORTSEL = 0(Low), IIC is selected. 6 Commad List [CMD Name] [Dir ] [LEN ] [CMD ] [STATUS ad DATA] [Descriptio] System Commad 1 Modue Sed 0x01 4 combiatio with bit0 ad bit1: Cotactless Card, RFID Page 8 / 15

9 Settig 0x01 0x02 0x03 Atea Status(BIT0) 0:Tur off Atea 1:Tur o Atea Auto Request(BIT1) 0:Tur off Auto Request 1:Tur o Auto Request 0x01 :Fail Sed 0x03 0x02 2 Power Settig 0x02 :Fail Cotactless card Commad 3 Request Card Sed 0x10 0x08 0x10 0x01 Seri al No Request card mode: : request all card i atea area 0x01: request card that have ot halted i atea area : Request success + Card Serial No(4 bytes). : Request Fail. Key Set(1Byte)+Block No(1Byte) + Key(6Bytes) Sed 0x0B 0x11 8Byte Key Mode(BIT1)-> 4 Read Block 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7) 0x14 0x11 Dat a : Success, 16 bytes of data retur. : Fail Write 5 Block Sed 0x1B 0x12 24bytes Key set(1byte)+block No(1Byte)+ Key(6Bytes)+ Data(16Bytes) Cotactless Card, RFID Page 9 / 15 Key Mode(BIT1)->

10 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7) 0x12 :Fail Key Set(1Byte)+Idex of Sector(1Byte) +Key(6Bytes) 6 Read Sector Sed 0x0B 0x13 8bytes Key Mode(BIT1)-> 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7 ) Dat 0x44 0x13 a :success, 64bytes of data retur. 0x13 :Fail Key Set(1Byte)+Idex of Block(1Byte)+ Key(6Bytes)+Purse Iitial Value (4Bytes,LSB) 7 Iitiali ze purse Sed 0x0F 0x14 12Bytes Key Mode(BIT1)-> 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7) 0x14 :Fail Key Set(1Byte)+Idex of Block(1Byte)+ Key(6Bytes) 8 Read purse Sed 0x0B 0x15 8Bytes Key Mode(BIT1)-> 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7 ) Cotactless Card, RFID Page 10 / 15

11 0x08 0x15 Dat a : Success, 4bytes of purse value(lsb) : Fail Key Set(1Byte)+Idex of Block(1Byte)+ Key(6Bytes) + value of decremet(4bytes,lsb) 9 decreme t Sed 0x0F 0x16 12Byes Key Mode(BIT1)-> 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7 ) 0x16 :Fail Key Set(1Byte)+Idex of Block(1Byte)+ Key(6Bytes) + value of Icremet(4Bytes,LSB) Icreme Sed 0x0F 0x17 12Bytes Key Mode(BIT1)-> 10 t 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7 ) 0x17 :Fail Key Set(1Byte)+Idex of Block(1Byte)+ Idex of Block Backup(1Byte)+Key(6Byte) Key Mode(BIT1)-> 11 Purse backup Sed 0x0C 0x18 9Bytes 1:Use key dowloaded. b.idex of Key Dowloaded(BIT2~BIT7 ) ps: the idex of block ad the backup block must be i the same sector. 0x0C 0x18 Cotactless Card, RFID Page 11 / 15

12 :Fail Sed 0x03 0x19 12 Card Halt 0x19 :Fail Idex of key(1byte Sed 0x0A 0x1A,0~31)+ Key Key 13 Dowloa (6Bytes) d 0x1A :Fail Address(2Bytes)+Legth(1Bytes) 14 Read RC500 EEPROM Sed 0x06 0x1B +4 0x1B Dat a Ps: Address: High byte afrot Legth: ot more tha 16 :success, (Legth) bytes of data retur. : fail Address(2Bytes)+Data(Bytes) 15 Write RC500 Sed +5 0x1C N data bytes Ps: Address: High byte afrot Data:ot more tha 16 bytes. EEPROM 0x1C :Fail Table 6 Tips Tur o the atea before the operatio of cotactless card. Cotactless Card, RFID Page 12 / 15

13 7 Commad test sample Samples below are based o uart protocol. 6.1.request card Sed: Receive: D 56 A2 57 F read block Sed:02 0B E FF FF FF FF FF FF Receive: write block Sed:02 1B E FF FF FF FF FF FF Receive: dowload key Sed:02 0A 1A 00 FF FF FF FF FF FF Receive:02 0A 1A 00 FF FF FF FF FF FF iitial purse Sed:02 0F D FF FF FF FF FF FF Receive: read purse Sed:02 0B D FF FF FF FF FF FF Receive: F icremet of purse Sed:02 0F D FF FF FF FF FF FF Receive: decremet of purse Sed:02 0F D FF FF FF FF FF FF Receive: purse backup iitial purse 1 Sed:02 0F D FF FF FF FF FF FF Receive: Cotactless Card, RFID Page 13 / 15

14 6.9.2 iitial purse 2 Sed:02 0F C FF FF FF FF FF FF Receive: purse backup from 1 to 2 Sed:02 0C D 3C FF FF FF FF FF FF Receive: C read purse 2 Sed:02 0B C FF FF FF FF FF FF Receive: FF E card halt Sed: A 03 Receive: D read RC500EEPROM Sed: B D 03 Receive: B F write RC500EEPROM Sed: C FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF Receive: C module IDLE Sed: Receive: module set Sed: (tur off atea) Receive: Sed: (tur o atea) Receive: Cotactless Card, RFID Page 14 / 15

15 8 Applicatio Pic 3 9 About the Atea For higher capability, we ca select YW-300 atea module o the system of YW-201 Cotactless card module.for more iformatio about YW-300 atea module, please visit. 10 Order Web: Phoe: Cell phoe: Zhou21c@126.com Cotactless Card, RFID Page 15 / 15