JHD-CEN4ELC Label Reader & TC6 Tag (Cliptag)

CRYPTAG    CENSUS     LABEL READER TYPE ELC 1 Identec LtdTel: 0 (044) 191 584 4084 Mercantile RoadFax: 0 (044) 191 584 9077 Rainton Bridge Industrial EstateTech Support: 0800 018 1661 Houghton-le-Springwww.identec.co.uk County Durhame-mail: [email protected] [email protected] DH4 5PH Issue 2, July 2000 Page 1 of 21 1 Complete ELC Reader Kit Page 2 of 21 2 This manual is provided for information purposes only. All information included in this manual is subject to change without notice. Identec is not responsible for any damages, direct or indirect, arising from or related to the use of this manual, or associated product. © Copyright 1999 Identec Limited. All rights reserved. Printed in the United Kingdom. This manual may be reproduced by Identec's customers for the purpose of assisting with the installation of Cryptag Census equipment. Reproduction in any form, physical or electronic, of all or part of this manual for any other purpose requires the express written permission of Identec Ltd. Trademark Notice: Cryptag is a registered trademark of Identec Ltd. Census is a registered trademark of Identec Ltd. Cliptag is a registered trademark of Identec Ltd Identec is a registered trademark of Identec Ltd Patents: Patents in the UK and other countries protect Cryptag systems. Registered Designs Various aspects of the reader design are registered. WARNING NOTICE This product uses radio frequency signals, and is therefore subject to possible interference. Any application should bear this in mind, and in particular it should not be possible for personal safety to be jeopardised by a failure to read. This reader neither uses nor ge nerates hazardo us volta ges. Yo u s ho uld no t co nnect a ny s uch vol tage to it. Page 3 of 21 3 This product complies with the following European Community directives: 1 Low Voltage Directive. (73/23/EEC) EMC Directive. (89/336/EEC) FCC Regulations This device complies with Part 15 of the FCC Rules, but approval is pending. Operation is subject to the following two conditions: (1) this device must not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. FCC Identifier:Application 15JHD-CEN5 Note : Systems that comply with FCC regulations operate at different frequencies, and only such systems are to be installed in USA. These systems have some performance differences (in particular a slight increase in reading speed). Throughout this manual, the effect of the change in frequency is noted, e.g. “131kHz (in USA, 153kHz)”. The part numbers of readers and tags for use in USA has an “A” added, so the US version of ELC1 is ELC1A. 1 For more information on approvals, refer to Appendix B. Page 4 of 21 4 CONTENTS C ha pte r 1Cry ptag Ce nsus La be l Re ade rPage 1.1Introduction5 1.2The reader5 1.3Unpacking5 1.4Getting started5 Cha pte r 2Re ade r Locatio n6 Chapter 3Installing and commissioning7 3.1Installation7 3.2Commissioning9 Cha pte r 4Tro uble shooting10 A ppe ndix ATe chnical Data12 Appendix BApprovals13 Appendix CUser Instruction14 Index15 Page 5 of 21 5 1.CRYPTAG CENSUS LABEL READER 1.1Introduction Cryptag Census is a high performance tag identification system, offering fast long range multiple reading with the CR1 readers. Complementing the top end CR1 readers and short range EC1 range of readers, the ELC1 (ELC1A-USA) reader provides a mid-range solution w here moderate reading range is required. The ELC1 is easy to install, and its thin profile means it can be mounted unobtrusively, for instance on doors. All Cens us Tags w ork o n all Ce nsus Readers. For most applications the instruction sheet provided with each reader should suffice. Installers should rarely (if ever) need to refer to this manual, which should be treated as a reference document. This manual complements the Cryptag Census Site Manual, which for instance contains data on the Census tags. 1.2.The ELC1 reader A Cryp ta g Ce ns us reader identifies tags (so me ti mes referred to as to kens or cards) using low freque nc y radio signals. ELC1 transmits to the tag at 131kHz (in USA 153 kHz) and detects the tag’s response which is at 98kHz (in USA 115kHz). The USA version is denoted as ELC1A. The ELC1 reader is configurable, and this is normally done in the factory. Configuration controls the output format, timings etc. 1.3Unpacking Check the following list of contents Reader Spacer Label s Ma nual Mounting kit 1.4Getting started 1.Connect a power supply to the reader. The positive connection goes to V+ (terminal 1), while the negative connection goes to 0V (terminal 2). The supply should be at least 5V, and should not exceed 18V. For optimum range the supply should be at least 12V. For supply voltages less than 12V reading range will be reduced. 2.Bring a tag near the reader. The reading range should be at least 100cm (39 inches) for a TC1 tag, but is usually more. (Reading range is reduced unless terminals 3 and 4 are connected.) 3.The red LED 2 (see page 9) will flash when the tag is within range. The red LED 2 will flash when the tag is being read. At the same time the red “Noise” LED 4 will flicker, and the flickering gets more intense as the tag gets closer to the reader. The green “Data” LED 3, and will blink once when the tag’s identity is reported. 4.The reader reports the tag only once. The reader sends the identity of the tag when the tag is first identified. (As shown by the Data LED 3 blinking). To get another report, take the tag away from the reader for a few seconds, then bring it back in towards the reader. Page 6 of 21 6 2.READER LOCATION The range of the ELC1 is such that some care is needed in selecting the reader’s location. ADo not locate an ELC1 reader near another reader. If tags can pick up signals from two or more readers, they respond to neither. The separation should be about 1.5 times the sum of their ranges. For the ELC1 reader the reading range is normally well o…

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Block Diagrams (& description) ELC1A Reader Power supplies Output Drive Processing Transmitter Receiver 12V d.c. (60mA) Wiegand format and RS232 To tag, at 153.6KHz From tag, at 115.2kHz The ELC1A reader is a totally self-contained reader which is part of the Cryptag Census product range. It is 213mm by 163mm, and apart from the area containing the terminal block it is only 4.5mm thick. Power to the reader is nominally 12V d.c., although the reader will operate over the range 5V to 18V. A regulator provides 5V for the internal circuitry. A low-drop regulator is used to ensure that the power supply to the transmitter does not exceed 12V. The current consumption is approximately 60mA. There are two microcontrollers (processors) within the processing section. One handles the communications to and from tags, while the other handles higher level tasks. The processors are both driven by a 4.9152MHz crystal, from which all timing within the reader is derived. The reader transmits to tags at 153.5kHz (H-field). The transmissions are short bursts (approximately 0.8ms to 4.2ms in length) which are phase reversal modulated at 4.8kbaud. The output drive is a CMOS buffer followed by some passive filtering to minimise spurious emissions. The transmitter antenna is a coil around the outer edge of the reader. The reader’s receiver contains an RF stage at 115.2kHz. The output of the RF stage is mixed with 76.8kHz to give an IF frequency of 38.4kHz. This is followed by a phase sensitive demodulator. The reader’s normal output is Wiegand format (an industry standard for Access Control products), and an RS232 compatible serial output is also provided. There are LED indicators (internally and externally controlled), as well as diagnostic LEDs. Tags reply to the reader at 115.2kHz. THERE ARE NO EMISSIONS FROM THE TAG UNTIL IT ENTERS THE FIELD OF THE READER. The tag emissions, which are also H- field, are at very low level compared with the reader emission. As with the reader transmissions they are phase reversal modulated at 4.8kbaud. TC6 Tag (Identical to JHD-CEN3)

Block Diagrams (& description) ELC1A Reader Power supplies Output Drive Processing Transmitter Receiver 12V d.c. (60mA) Wiegand format and RS232 To tag, at 153.6KHz From tag, at 115.2kHz The ELC1A reader is a totally self-contained reader which is part of the Cryptag Census product range. It is 213mm by 163mm, and apart from the area containing the terminal block it is only 4.5mm thick. Power to the reader is nominally 12V d.c., although the reader will operate over the range 5V to 18V. A regulator provides 5V for the internal circuitry. A low-drop regulator is used to ensure that the power supply to the transmitter does not exceed 12V. The current consumption is approximately 60mA. There are two microcontrollers (processors) within the processing section. One handles the communications to and from tags, while the other handles higher level tasks. The processors are both driven by a 4.9152MHz crystal, from which all timing within the reader is derived. The reader transmits to tags at 153.5kHz (H-field). The transmissions are short bursts (approximately 0.8ms to 4.2ms in length) which are phase reversal modulated at 4.8kbaud. The output drive is a CMOS buffer followed by some passive filtering to minimise spurious emissions. The transmitter antenna is a coil around the outer edge of the reader. The reader’s receiver contains an RF stage at 115.2kHz. The output of the RF stage is mixed with 76.8kHz to give an IF frequency of 38.4kHz. This is followed by a phase sensitive demodulator. The reader’s normal output is Wiegand format (an industry standard for Access Control products), and an RS232 compatible serial output is also provided. There are LED indicators (internally and externally controlled), as well as diagnostic LEDs. Tags reply to the reader at 115.2kHz. THERE ARE NO EMISSIONS FROM THE TAG UNTIL IT ENTERS THE FIELD OF THE READER. The tag emissions, which are also H- field, are at very low level compared with the reader emission. As with the reader transmissions they are phase reversal modulated at 4.8kbaud. TC6 Tag (Identical to JHD-CEN3)

Block Diagrams (& description) ELC1A Reader Power supplies Output Drive Processing Transmitter Receiver 12V d.c. (60mA) Wiegand format and RS232 To tag, at 153.6KHz From tag, at 115.2kHz The ELC1A reader is a totally self-contained reader which is part of the Cryptag Census product range. It is 213mm by 163mm, and apart from the area containing the terminal block it is only 4.5mm thick. Power to the reader is nominally 12V d.c., although the reader will operate over the range 5V to 18V. A regulator provides 5V for the internal circuitry. A low-drop regulator is used to ensure that the power supply to the transmitter does not exceed 12V. The current consumption is approximately 60mA. There are two microcontrollers (processors) within the processing section. One handles the communications to and from tags, while the other handles higher level tasks. The processors are both driven by a 4.9152MHz crystal, from which all timing within the reader is derived. The reader transmits to tags at 153.5kHz (H-field). The transmissions are short bursts (approximately 0.8ms to 4.2ms in length) which are phase reversal modulated at 4.8kbaud. The output drive is a CMOS buffer followed by some passive filtering to minimise spurious emissions. The transmitter antenna is a coil around the outer edge of the reader. The reader’s receiver contains an RF stage at 115.2kHz. The output of the RF stage is mixed with 76.8kHz to give an IF frequency of 38.4kHz. This is followed by a phase sensitive demodulator. The reader’s normal output is Wiegand format (an industry standard for Access Control products), and an RS232 compatible serial output is also provided. There are LED indicators (internally and externally controlled), as well as diagnostic LEDs. Tags reply to the reader at 115.2kHz. THERE ARE NO EMISSIONS FROM THE TAG UNTIL IT ENTERS THE FIELD OF THE READER. The tag emissions, which are also H- field, are at very low level compared with the reader emission. As with the reader transmissions they are phase reversal modulated at 4.8kbaud. TC6 Tag (Identical to JHD-CEN3)

Census Reader – Front Census Reader – Back Census Reader – Spacer FRONT VIEW REAR VIEW Census Reader – Front (Non Epoxied) Census Reader – Back (Non–Epoxied) Census Reader – Label Cliptag– Front & Back Cliptag with ISO Card Cliptag with Inner label (ISO card removed) Census Reader - Exploded Front View Census Reader - Exploded Back

FCC Label Sticker BACKFRONT FCC Certificate Sticker FRONTBACK

PCB Layout Reader Front Back Tag Front Back

Block Diagrams (& description) ELC1A Reader Power supplies Output Drive Processing Transmitter Receiver 12V d.c. (60mA) Wiegand format and RS232 To tag, at 153.6KHz From tag, at 115.2kHz The ELC1A reader is a totally self-contained reader which is part of the Cryptag Census product range. It is 213mm by 163mm, and apart from the area containing the terminal block it is only 4.5mm thick. Power to the reader is nominally 12V d.c., although the reader will operate over the range 5V to 18V. A regulator provides 5V for the internal circuitry. A low-drop regulator is used to ensure that the power supply to the transmitter does not exceed 12V. The current consumption is approximately 60mA. There are two microcontrollers (processors) within the processing section. One handles the communications to and from tags, while the other handles higher level tasks. The processors are both driven by a 4.9152MHz crystal, from which all timing within the reader is derived. The reader transmits to tags at 153.5kHz (H-field). The transmissions are short bursts (approximately 0.8ms to 4.2ms in length) which are phase reversal modulated at 4.8kbaud. The output drive is a CMOS buffer followed by some passive filtering to minimise spurious emissions. The transmitter antenna is a coil around the outer edge of the reader. The reader’s receiver contains an RF stage at 115.2kHz. The output of the RF stage is mixed with 76.8kHz to give an IF frequency of 38.4kHz. This is followed by a phase sensitive demodulator. The reader’s normal output is Wiegand format (an industry standard for Access Control products), and an RS232 compatible serial output is also provided. There are LED indicators (internally and externally controlled), as well as diagnostic LEDs. Tags reply to the reader at 115.2kHz. THERE ARE NO EMISSIONS FROM THE TAG UNTIL IT ENTERS THE FIELD OF THE READER. The tag emissions, which are also H- field, are at very low level compared with the reader emission. As with the reader transmissions they are phase reversal modulated at 4.8kbaud. TC6 Tag (Identical to JHD-CEN3)

ELCxA Reader + C15 10uF TANT +5V R80 1K 85- 2067 ISSUE 4 A Census USA Label Reader ( ELCx A) E 16 W ednesday, March 01, 2000 Ti t l eSize Document Number Rev Date: Sheet of 2 R19 39K Main Receiver RECEI VER RXout 76.8K 76.8KI Transmitter TR AN SMI T TXA TXB 8 0V R79 1K 1 L2 100uH W1 Pr ocessor CPU TXATXB REDRESETi nt 76.8K76.8KiINTin Sout HOLDW 1 W 0 BI A SPR OG 9 + C14 10uF TANT R74 1K C13 220nF R1 330R LD1 GR EE N 0V LD2 RED R18 330K EM C +5V C16 100nF C72 10uF D7 BA S1 6 CP/HLD IDENTEC LTD +12V 7 C4 100nF 10 Integrator INT INTop RESETi nt RXi n BI A S Wi egand and RS232 inter face WI EG- RS W i eg0 W i eg1 RS232HOLD Si n HO LD ou t 76.8Ki 76.8K W 0 W 1 IC2 LP2951B 1 83 4 7 2 65 OU T INSH TD W N 0V FD BK SE NS E TA P ER R 6 L1 100uH +5V IC4 LM2936- SM 1 8 2 3 6 7 OU T IN 0V 0V 0V 0V W0 RS232 R2 470R D1 BA S1 6 +V GREEN C5 220nF C74 100nF TB1 BIAS LD3 GREEN OSC IC6 +5V R6 2K2 MASTER RED NOISE +5V TXB 0V HOLD +5V R81 1K RESETi nt PIC16C558 2 IC6 PIC16C558/20 1718123 15161312111098764 RA0RA1RA2RA3RA4 OSC2OSC1 RB7RB6RB5RB4RB3RB2RB1RB0 MCLR +5V INTin SoutW1 3 C18 27pF R7 10K W0 IC5 PIC16CE625 1718123 15161312111098764 RA0RA1RA2RA3RA4 OSC2OSC1 RB7RB6RB5RB4RB3RB2RB1RB0 MCLR 3 XTAL1 4.9152MHz LD4 RED PIC16CE625 85- 2067 ISSUE 4 A ELCxA Pr ocessor E 66 Tuesday, Febr uar y 29, 2000 TitleSize Document Number Rev Date: Sheet of 1 IC5 R21 10K SLAVE 76.8K R22 470R DATA SENT C23 100nF 2 C17 27pF 1 PROG C19 100nF TXA R82 1K +5V 76.8KI IDENTEC LTD OSC C71 47pF FULL C1 100nF 4 TURNS 0V HALF C7 ~10nF R78 18R RANGE LINK 5 R11 330R 1206 C6 100nF R9 100R 1206 C66 1nF R76 18R 3 C75 47pF EM C 85-2067 I SSU E 4 A ELCxA Transmi tt er E 26 Wednesday, M ar ch 01, 2000 Ti tleSi ze Document Number Rev Dat e: Sheet of +12V C70 47pF +12V IDENTEC LIMITED 0V L3 TX COIL C68 10nF R10 100R 1206 4 C69 10nF C67 1nF IC1 R77 18R TXB MAX628 TXA C76 47pF IC 1 M AX628 24 756 3 I/ P AI/ P B O/ P AO/ P BVDD GN D EM C R75 18R 0.8mm WIRE R30 12K C52 100pF R36 56K R28 680R C42 220pF R51 2K7 R25 5K6 R32 5K6 R50 51K TLC272 C31 10nF C34 100nF C25 100pF C49 680pF IDENTEC LTD V/2 R31 100K RXout R43 3K9 C36 100pF +- IC7C MC33 079 109 8 IC9 C47 100nF TP2 TEST 1 R44 8K2 A R53 10K +- IC7B MC33 079 56 7 +5V R47 12K C55 100pF IC9D 74HC 4066 8 9 6 C28 100pF C41 100pF C39 100pF IC7 74HC4066 C45 100pF IC9B 74HC 4066 11 10 12 R38 4K7 C43 100pF L4 1.43m H 7 C54 100nF IC8 V/2 R49 12K R41 3K9 C38 220pF D8 BAV9 9 C56 10nF C26 1nF 4 C53 10nF 11 R55 10K R57 4K7 C29 100pF R56 10K R54 10K +- IC7A MC33 079 32 1 C35 100pF R40 47K TP1 TEST 1 C50 330pF A R37 3K3 85- 20 67 ISSUE 4 A ELCxA - Main Receiver E 36 Tuesd ay, Febr ua r y 29, 2000 TitleSize Document Number Rev Date: Sheet of +- IC7D MC33 079 1213 14 14 C27 220pF MC33079 0V IC8B TLC272 7 56 C30 150pF C46 100pF 76.8K I R27 10K R42 8K2 R33 12K C24 10nF R23 22K C33 150pF R29 100R R45 3K R48 6K8 C40 100pF C37 330pF R35 3K3 R34 100K C48 330pF R39 10K TP3 1 IC8A TLC272 1 32 R24 10K C51 100pF R52 10K R26 4K7 C32 330pF C60 100nF C44 100pF R46 56K 76.8K IDENTEC LTD C65 10 0n F IC9C 74HC4066 4 3 5 V/2b R72 10 K +5V C61 10 0n F C57 10 0n F BIAS IC9A 74HC4066 1 2 13 R61 10 0K TLC274 V/2b IC? INTop IC10 RXin IC? +5V +- IC10C TLC274 109 8 +- IC11B LM 39 3 56 7 LM339 V/2b C59 1n F 85 - 20 567 I SSU E 4 A ELCxA Integ rator E 56 Tuesday, Februar y 29, 2000 TitleSize Document Number Rev D at e : She et of 0V TP4 TEST 1 +5V0V R65 10 K +- IC10B TLC274 56 7 R58 10 K R66 4K7 +- IC11A LM 39 3 32 1 V/2b R67 47 0K R59 3K9 +- IC10A TLC274 32 1 74HC4066 R63 18 0K 0V R73 47 0K R60 39 K R71 3K9 C64 1n F V/2b R62 3K3 RESETint C63 33 0p F +- IC10D TLC274 1213 14 R68 47 0K R64 12 K C58 1n F R70 22 K C62 33 0p F R69 10 K C46 100p C48 330p R46 56k R41 3.9k R26 4.7k C37 330p v/3 V5 12v 115khz IC8BA TLC272/101/TI 32 84 1 +- V+V- OUT R50 51k C26 1nF V2 6v 0 v/3 C40 100p R47 12k 38.4khz R35 3.3k C45 100p IC7CA MC33079/MC 32 411 1 +- V+V- OUT 115khz 0 R25 5.6K C33 150p 0 C43 100p Vi n 0 C27 220p 0 C39 100p 0 R48 6.8k 0 Vi n C49 680p 90khz IC7AA MC33079/MC 32 411 1 +- V+V- OUT <Doc > A ELCx USA E 11 Tuesday , July 11, 2000 Ti t l eSize Document Number Rev Date: Sheet of 0 C1000 47pF R55 10k U25A MC33079/MC 32 411 1 +- V+V- OUT R27 10k IC7BA MC33079/MC 32 411 1 +- V+V- OUT C31 10n IC8AA TLC272/101/TI 32 84 1 +- V+V- OUT R44 8.2k R51 2.7k R42 8.2k C53 10n R36 56k 115khz R49 12k Vi n 0 Vi n C35 100p C29 100p 192khz 0 C28 100p Vi n R39 10k R52 10k R33 12k R43 3.9k R24 10k 0 C36 100p R54 10k R30 12k L2 1.43mh C41 100p 0 C50 330p R29 100 R40 47k C44 100p 115khz R45 3k Vi n 0 0 C51 100p C32 330p Vi n R37 3.3k V3 1v C42 220p C25 100pF 0 154khz SELFCAPCITANCE 0 C38 220p R38 4.7k R28 680r 0 C52 100p R32 5.6k C30 150p 154khz ELCxA Census Reader (ELCxA) Revised: Wednesday, March 01, 2000 85-2067 ISSUE 4 Revision: A Bill Of Materials March 1,2000 9:18:13Page1 ItemQuantityReferencePartSIZE TOL VOLTS TYPE __________________________________________________________________________________ 12R10,R9100R1206 1% MFILM 21R11330R1206 1% MFILM 34R75,R76,R77,R7818R0805 1% MFILM 42R29,R4100R0805 1% MFILM 51R1330R0805 1% MFILM 62R2,R22470R0805 1% MFILM 71R28680R0805 1% MFILM 88R14,R16,R17,R74,R79,R80,1K0805 1% MFILM R81,R82 91R31K80805 1% MFILM 101R62K20805 1% MFILM 111R512K70805 1% MFILM 121R453K0805 1% MFILM 133R35,R37,R623K30805 1% MFILM 144R41,R43,R59,R713K90805 1% MFILM 154R26,R38,R57,R664K70805 1% MFILM 162R32,R255K60805 1% MFILM 171R486K80805 1% MFILM 182R42,R448K20805 1% MFILM 1917R5,R7,R13,R15,R21,R24,10K0805 1% MFILM R27,R39,R52,R53,R54,R55, R56,R58,R65,R69,R72 205R30,R33,R47,R49,R6412K0805 1% MFILM 212R70,R2322K0805 1% MFILM 222R19,R6039K0805 1% MFILM 231R4047K0805 1% MFILM 241R5051K0805 1% MFILM 252R36,R4656K0805 1% MFILM 263R31,R34,R61100K0805 1% MFILM 271R63180K0805 1% MFILM 281R18330K0805 1% MFILM 293R67,R68,R73470K0805 1% MFILM 302D7,D1BAS16SOT-23 Single A6p 313D2,D3,D8BAV99SOT-23 Dual A7 323D4,D5,D66V8SOT-23 Zener Z5 331Q1BCX17SOT-23 PNP Trans 342C18,C1727pF0805 2% 25 COG 354C70,C71,C75,C7647pF0805 2% 25 COG 3615C25,C28,C29,C35,C36,C39,100pF0805 2% 25 …

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Page 1 of 16 1 ELECTROMAGNETIC COMPATIBILITY DEPARTMENT EMC MEASUREMENTS ON THE IDENTEC ELC1A-3 READER WITH TC6 TAG H R Moha mmed ITS Test Report No. 99000574 Issue No. 2 Commercial-in-confidence Report approved by:J Bearpark Ma na ger EMC Department February, 2000 Ref. HRM/jt/99000574-1219 Test:EMC Emissions Standard(s):FCC Rules, Part 15, Subpart C : 1998 Section 15.207 and 15.209 Equipment Under Test (EUT): Manufacturer: Model Name: Build State: Tag Reader Identec Ltd. ELC1A-3 (Reader) TC6 Tag Production Test Required By:Identec Ltd. Mercantile Road Rainto n Bridge Ind us trial Estate Houghton-le-Spring Co Durham DH4 5PH Company Order No:CRA 1881 Test commenced:10th January 2000 Test completed:12th January 2000 Test Engineer(s): Report Prepared By: H R Moha mmed H R Moha mmed Client's Representative:Mr H Dodd Note: “Opinions a nd interpretations e xpressed herewith are outside the scope of UKAS accreditation”. CONTENTS 1INTRODUCTION4 2SUMMARY OF RESULTS4 3EMISSIONS MEASUREMENTS RESULTS SUMMARY (WORST CASE EMISSIONS) 5 4CONFORMITY IN PRODUCTION6 5ITS EQUIPMENT LIST7 5.1 Conducted Emissions7 5.2 Radiated Emissions7 Figures 1 - 3A 8-12 APPENDIX A 13-14 APPENDIX B 15-20 APPENDIX C 21 1 1)INTRODUCTION The equipment described on page 2 has been tested to determine compliance with the standards noted. The measurements have been performed at ITS Testing and Certification Ltd. in accordance with the requireme nts of the sta ndards using equipme nt a nd procedures which comply with UKAS requireme nts. The results of the tests are attached and are summarised below. Any deviations from standard test methods are noted in the test results, which are given on the following pages. The test co nfi guratio n is show n i n Fig. 1. 2)SUMMARY OF RESULTS Test TypeStandardLimit/Test LevelResult Mains Ter mi nal Voltage Emissions FCC Rules, Part 15 Subpart C : 1998 As StandardPass Radiated Magnetic Field Intensity FCC Rules, Part 15 Subpart C : 1998 As StandardPass Radiated FieldFCC Rules, Part 15 Subpart C : 1998 As StandardPass 3)EMISSIONS MEASUREMENTS RESULTS SUMMARY ( WORST CASE EMISSIONS) For emissions tests, the EUT operating mode was on, with Tag. StandardTestConfiguration/ Operation Results/Margin (dB) Freq. (MHz) Fig. No. FCC Rules, Part 15 Subpart C : 1998 Mains Ter mi nal Vol ta ge Emissions OnPass2 and 3 FCC Rules, Part 15 Subpart C : 1998 Radiated Magnetic Field Intensity OnPass 8.15dB at 0.1536MHz See Appen. A FCC Rules, Part 15 Subpart C : 1998 Radiated Electric Field OnPassSee Appen. B Deviations from Standard Test Method: None Comme nts: No magnetic field emissions seen above 460.8kHz or below 153kHz measurement. No radiated electric field emissions seen at 3m above noise level on ITS open field test site. 4)CONFORMITY IN PRODUCTION ITS Testing & Certification Ltd. has based this test report on results from the equipment sample provided. The manufacturer is advised that he may have an obligation to demonstrate that production samples are in conformity with the Standards noted. 2 5)ITS EQUIPMENT LIST 5.1Conducted Emissions Equipme nt Use dPlant NoCal Due Rohde & Schwarz ESHS10 Receiver82520.4.2000 50Ω/50μH LISN A690A12.2.2000 5.2)Radiated Emissions Equipme nt Use dPlant NoCal Due Rohde & Schwarz ESUS10 Receiver8248.2.2000 Chase BilogB933B22.12.2000 15m CableB885B4.11.2000 ITS Open Area Test SiteA754A3.8.2000 Rohde & Schwarz ESHS10 Receiver82520.4.2000 Rohde & Schwarz HFH-2-Z2 loop antennaA921A8.3.2000 TC6 Ta g ELC1A-3 Reader P ower supp l y 110V/60Hz Figure 1: Configuration for measurements 3 10 Jan 2000 10:26 ITS Te sting a nd Ce rtificat io n Lt d Conducted Emissions EUTCryptag Tag ManufIdentec Ltd Op CondWith Tag OperatorHaroun Mohammed Test specFCC Rules, Part 15, Subpart D, Section 15.207 CommentLive Terminal Result Fileidentec4.dat: cond, with tag, live terminal Scan settings(1 Range) FrequenciesReceiver settings StartStopStepIF BW DetectorM-time AttenPreamp Op Rge 450kHz 30MHz 50kHz10kHz PK200ms AutoOFF60dB TransmitterNo.StartStopName 11450kHz 30MHz No9LISN Prescan MeasurementDetectorX PK Meas timesee scan settings Subranges25 Acc. Margin20 dB 4 10 Jan 2000 10:26 ITS Te sting a nd Ce rtificat io n Lt d Conducted Emissions EUTCryptag Tag ManufIdentec Ltd Op CondWith Tag OperatorHaroun Mohammed Test specFCC Rules, Part 15, Subpart D, Section 15.207 CommentLive Terminal Result Fileidentec4.dat: cond, with tag, live terminal Scan settings(1 Range) FrequenciesReceiver settings StartStopStepIF BW DetectorM-time AttenPreamp Op Rge 450kHz 30MHz 50kHz10kHz PK200ms AutoOFF60dB TransmitterNo.StartStopName 11450kHz 30MHz No9LISN Prescan MeasurementDetectorX PK Meas timesee scan settings Subranges25 Acc. Margin20 dB Peak Search Results Freque ncy MHz PK Level dBμV PK Li mit dBμV PK Delta dB 0.529.6247.9618.34 0.632.1647.9615.80 0.8533.0447.9614.92 0.9533.8647.9614.10 1.229.6247.9618.34 1.4533.9447.9614.02 1.5534.1647.9613.80 1.835.0447.9612.92 2.433.1447.9614.82 2.7532.7447.9615.22 3.030.9647.9617.00 3.629.4047.9618.56 4.5529.5647.9618.40 4.927.9647.9620.00 8.9531.6647.9616.30 13.9529.7447.9618.22 23.728.7247.9619.24 5 10 Jan 2000 10:22 ITS Te sting a nd Ce rtificat io n Lt d Conducted Emissions EUTCryptag Tag ManufIdentec Ltd Op CondWith Tag OperatorHaroun Mohammed Test specFCC Rules, Part 15, Subpart D, Section 15.207 CommentNeutral Terminal Result Fileidentec3.dat: cond, with tag, neutral terminal Scan settings(1 Range) FrequenciesReceiver settings StartStopStepIF BW DetectorM-time AttenPreamp Op Rge 450kHz 30MHz 50kHz10kHz PK200ms AutoOFF60dB TransmitterNo.StartStopName 11450kHz 30MHz No9LISN Prescan MeasurementDetectorX PK Meas timesee scan settings Subranges25 Acc. Margin20 dB 6 10 Jan 2000 10:22 ITS Te sting a nd Ce rtificat io n Lt d Conducted Emissions EUTCryptag Tag ManufIdentec Ltd Op CondWith Tag Operator Haroun Mohammed Test specFCC Rules, Part 15, Subpart D, Section 15.207 CommentNeutral Terminal Result Fileidentec3.dat: cond, with tag, neutral terminal Scan settings(1 Range) Frequenc…

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ELCxA Test Setup Photos (from ITS Ltd) TC6 Ta g ELC1A-3 Reader P ower supp l y 110V/60Hz Figure 1: Configuration for measurements