Contents. Product Overview. Module Introduction APPLICATION INFORMATION. 1. TAGcore Features Interface Description Characteristics..

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1 TAGnology RFI GmbH Grazer Vorstadt Voitsberg phone: +43 (0)3142/ fax : +43 (0)3142/ office@tagnology.com AUSTRIA 125KHz RFI REA-ONLY SUPPORT: EM4100 PROUCT ATASHEET TAGcore 2009 TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

2 Contents Product Overview 1. General escription... 4 Module Introduction 1. TAGcore Features Interface escription Characteristics..5 APPLICATION INFORMATION 1. Tag ata Format Wiegand 26bits Format Interface ABA TRACK2 Format Interface RS232 Format Interface TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

3 Product Overview 1. General escription TAGcore transceiver unit is designed for reading code from uem4100 compatible read-only tags and is a major component in RFI (Radio Frequency Identification) reader system. It can be applied in office/home security, personal identification, access control, anti-forgery, interactive toy and production control systems etc TAGcore Module Introduction 1. TAGcore Features Connect pin for external transceiver antenna; Maximum effective distance up to 150mm; Less than 100ms decoding time; Low power dissipation with single power supply; Wiegand 26bits, ABA TRACK2 AN RS232 Format interface optional; Support uem4100 compatible read only tags (64Bits, Manchester coding); Pin arrangement is compatible with the standard 40 PIN IC socket. 2. Interface escription 2009 TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

4 Pin Wiegand escription Assignment 26bits/ABA 1 CP CP,140ms 2 BEEP Output as Buzzer driver (positive) max. 5mH 3 ata1 (Clock)(/TX) Output as ata1 in Wiegand and Clock in ABA 4 ata0(ata)(tx) Output as ata0 in Wiegand and ata in ABA 5 Hold (Card present) Output as Hold in Wiegand and Card present in ABA 6 SELECT Wiegand/ABA selection: +5V in Wiegand/Gnd in ABA /RS232 7 GLE Output as green LE driver(positive) max. 5mH 8 RLE Output as red LE driver(positive) max. 5mH 9 Vcc(+5V) +5V Power Supply 10 Gnd Ground A,B /optional Antenna Connecting external antenna 3. Characteristics Absolute Maximum Ratings Item Value Unit +5V,Vcc 6.6 V ata0,i0/clock,ick ±25 ma ata1,i1/ata,i ±25 ma Hold,IH/Card Present,ICP ±25 ma Antanna,IAN ±48 ma Operating Temp. 0~70 C Storage Temp,TSTR -55 ~ +125 C Note:Electrical and Mechanical Specification (Under T A =25 C,VCC=5V unless specified) 2009 TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

5 ITEM MIN TYP MAX UNIT Power Supply V Current Supply ma Operation Freq KHZ ata0,ata1,hold/ ata,clock,card Present High Level Output Voh 2.44(IoH=80uA) 0.75Vcc(IoH=30uA) V 0.9Vcc(IoH=12uA) ata0,ata1,hold/ ata,clock,card Present Low Level Input Vil 0. 5 (IoL=20mA,Vcc=5V, IoL=20mA,Vcc=3.3 V) Effective istance * mm ecoding Time ms Size 27 mm V Note: Effective istance depends on external antenna, power supply, tags and operating environment. APPLICATION INFORMATION 1. Tag ata Format TAGcore reader support uem4100 compatible 64bits read only tags with Manchester Coding and RF/64 data rate ROW PR0 ROW PR1 ROW PR2 ROW PR3 ROW PR4 ROW PR5 ROW PR6 ROW PR7 ROW PR8 ROW PR9 PC0 PC1 PC2 PC TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

6 The header format is 9 digits of 1 ; 00~93 are data bits for user; PR0~PR9 are the row even parity check bits; PC0~PC3 are the column parity check bits; The last data is fixed to Wiegand 26bits Format Interface Wiegand 26bits Format Interface comprises of 26bits data including 24 user bits and 2 parity check bits. The 24 user bits correspond to the latter 40 user bits in tags Bit PE PO E E E E E E E E E E E E O O O O O O O O O O O O Note: PE as even parity check bit and PO as odd parity check bit; The bits marked with E go for even parity check and the bits marked with O go for odd parity check; Wiegand 26bits Format Timing HOL T H T IW T S W0 T W W1 ATA bits SYMBOL ESCRIPTION VALUE( Typ. ) T H Sending Start elay 0.06ms T S Sending Stop elay 2ms T W ata pulse width 0.5ms 2009 TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

7 T IW ata pulse interval width 2ms 3. ABA TRACK2 Format Interface Structure of ABA TRACK2 data message is : P 1248P 1248P 1248P 1248P 1248P 1248P 1248P 1248P 1248P LRC Leading Zero is 0 of 10 digits; Start Char is HEX B (11010,Low bit first,1248p, P is Bit Odd Parity); Card Number is ~ (10 digits) with most significant digit first; End Char is HEX F (11111, Low bit first,1248p, P is Bit Odd Parity); Longitudinal Redundancy Check(LRC) is Even Parity check(excluding the parity bit); Trailing Zero is 0 of 5 digits; ata transferred LSB first. Example: B0 B1 B2 B3 P Start Char Card ata End Char LRC ABA TRACK2 Format Timing CP ATA T H T CH T S CLK T CL SYMBOL ESCRIPTION VALUE( Typ. ) T H Start elay 0.5ms T S Stop elay 0.5ms T CL CLK pulse low width 0.5ms T CH CLK pulse high width 0.5ms A card containing the hexadecimal data ( EA6) will be converted to denary and sent as denary (14 digits).the calculation is performed as follows: 2009 TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

8 (6*160+10*161+14*162+5*163+1*164+1*165+1*166+1*167+4*168)= RS232 Format Interface 9600bps, N, 8,1 Checksum: The byte marked with Chechsum go for XOR Parity check of the Card Number Checksum = CR + LF EXAMPLE: Card Number:62 E3 08 6C E(High bit-----low bit) Output ASCII Code:36H 32H 45H 33H 30H 38H 36H 43H 45H 44H Checksum: 62H xor E3H xor 08H xor 6CH xor EH = 08H CR = 30H LF = 38H RS232 Format Timing Schematic - Sample 2009 TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner

9 Schematic - Sample RS232/ Wiegand P1 P5 +5V C BUZZER P9 P6 VCC SELECT CP HOL BEEP GLE P2 P7 R3 R2 1 2 F/SMX LE1 S1 P10 GN TX /TX RLE P8 R1 LE2 GN P4 P3 GN ABA X GN 2009 TAGnology RFI GmbH; reserves the right to change specification without notice at any time your premium RFI-partner