TLDSARIISTAND ALONE READER II

SARII 使用说明/USER MANUAL 一、检测： Check 1、 将标准洁净的测试条样本，正确插入Reader中（滴试剂一端先插入，直到全部插入 顶到插槽底部），如图； Insert the ticket into the Reader. Make sure the ticket is standard and clean.(The dripping end first and ensure it contact the end of the groove). See the following picture:: （INSERT） 2、 按下绿色按钮，开始检测样本，直到设备LCD显示五条黑（或白）竖线，检测结 束，再次按下绿色按键，退出。 Press down the green button and the ticket is checked. Until the LCD shows five lines the check is completed. Then you can press the green button again and exit. 二、数据和图象的传输Data and Image transmission： （一） USB – COM传输： USB – COM transmission 1、 （USB-COM驱动已经正确安装）设备接入PC，打开PC端程序 “CogentTicketDemo.exe”，选择正确的COM口，进行连接，如下图： (Make the driver of the USB-COM is installed well)Connect the PC and open the application program“CogentTicketDemo.exe”. Please choose the right COM port and connect. See the following picture:: (CONNECT) 2、 选择“Get Flash DB List”，查看到所有检测结果及时间，如下图： Choose “Get Flash DB List”and look about the check list as the picture shows below: （GETDB） 3、 选择其中的记录（ALT 或 CTRL键可以进行多选）或“Select all”，然后选择 “Upload(Image)”，PC屏幕提示是否开始，如图（UPLOADSTART），选择“是”， 传输开始，设备LCD显示“Start Upload”，将设备内部数据和图象通过USB-COM 口传输到PC端，设备如下图(UPLOADFINISH)； Choose some of the records(USE ALT or CTRL to select more) or choose “Select all”. Then press “Upload(Image)”. While the program will give you the message that confirm the operation.(SEE the picture below). Select “Y”, transmission begins. The LCD on the Reader will display “Start Upload”. It transfers the data and image inside to the PC through USB-COM port. The device shows in the following picture(UPLOADFINISH): (UPLOADSTART) (UPLOADFINISH) （二） Bluetooth传输： Bluetooth transmission 1、 蓝牙连接：将设备与PC端经蓝牙配对，成功后进行蓝牙连接，设备蓝色LED保持 长亮状态，如图，表明连接成功，查看蓝牙连接的COM口为多少； Bluetooth connection: connect reader and PC through Bluetooth. Make sure the blue LED is always light up. As picture showing., connection is well done and then check the number of COM port. (BLURTOOTH) 2、 （USB-COM驱动已经正确安装）打开PC端程序“CogentTicketDemo.exe”，选择 正确的COM口，进行连接，如下图： (USB-COM drive is well installed)Open the application program “CogentTicketDemo.exe” on your local disk. Choose the right COM port and connect as it shows below: (CONNECT) 3、 选择“Get Flash DB List”，查看到所有检测结果及时间，如下图： Choose “Get Flash DB List” and check the results and the time of all the records. See the picture below: （GETDB） 4、 选择其中的记录（ALT 或 CTRL键可以进行多选）或“Select all”，然后选择 “Upload(Image)”，PC屏幕提示是否开始，如图（UPLOADSTART），选择“是”， 传输开始，设备LCD显示“Start Upload”，将设备内部数据和图象通过USB-COM 口传输到PC端，设备如下图(UPLOADFINISH)； Choose some of the records(USE ALT or CTRL to select more) or choose “Select all”. Then press “Upload(Image)”. While the program will give you the message that confirm the operation.(SEE the picture below). Select “Y”, transmission begins. The LCD on the Reader will display “Start Upload”. It transfers the data and image inside to the PC through USB-COM port. The device shows in the following picture(UPLOADFINISH): (UPLOADSTART) (UPLOADFINISH) FCC INFORMATION This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. End users must follow the specific operating instructions for satisfying RF exposure compliance. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. This device complies with FCC RF radiation exposure limits set forth for an uncontrolled environment. The antenna used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: -- Reorient or relocate the receiving antenna. -- Increase the separation between the equipment and receiver. -- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -- Consult the dealer or an experienced radio/TV technician for help. The installer of this radio equipment must ensure that the antenna is located or pointed such that it does not emit RF field in excess of Health Canada limits for the general population; consult Safety Code 6, obtainable from Heath Canada’s website www.hc-sc.gc.ca/rpb.

DDR SDRAM 8Mbytes Nor Flash 8M bytes x16 96x64 LCD Display Camera Interface SDRAM I2C Nor Flash ARM940T LCD Interface GPIO UART UART Bluetooth 3V3 5V 2V5 Lion Battery Power UART convert USB LED source Lighting Optical Lens CMOS sensor Direct Keypad PC USB 12MHz Crystal 22.1184MHz Crystal

American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 November 15, 2007 RE: Cogent systems,Inc, Shenzhen FCC ID: TLDSARII I have a few comments on this application. Depending on your responses, kindly understand there may be additional comments. 1. It is required to show the crystal oscillator value on your block diagram according to 2.1033(5). “FCC 2.1033(5) A block diagram showing the frequency of all oscillators in the device. The signal path and frequency shall be indicated at each block. The tuning range(s) and intermediate frequency(ies) shall be indicated at each block.” George Chen Chief Technical Officer - Asia mailto:[email protected] The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information may result in application termination. Correspondence should be considered part of the permanent submission and may be viewed from the Internet after a Grant of Equipment Authorization is issued. Please do not respond to this correspondence using the email reply button. In order for your response to be processed expeditiously, you must submit your documents through the AmericanTCB.com website. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the sender.

# 物料号 物料描述 数量 1 RES00R006030NE 0603 0Ω ±0% 6.18 2 CAP104C0603K0E 0603 0.1uF±10% 50V 44.29 3 CAP103C060300 0603 0.01μF±10% 50v 1.03 4 RES1304060300E 0603 1.3MΩ±5% 1.03 5 RES1501060301E 0603 1.5KΩ±1% 1.03 6 RES1001060300E 0603 1KΩ±5% 7.21 7 RES1004060300E 0603 1MΩ±5% 6 8 CAP105C0603K0E 0603 1μF±10% 25V 6.18 9 RES2201060300E 0603 2.2KΩ ±1% 1.03 10 CAP225C080500 0805 2.2μF±10% 50V 1.03 11 CAP225C060301 0603 Y5V 16V 2.2UF +80-20% 1.03 12 TRA2SD602ATX0 2SD602A-R(TX) NPN Bipolar 4.04 13 RES2001060300E 0603 2KΩ ±5% 1.03 14 RES4701060300E 0603 4.7KΩ±5% 12 15 CAP475C080500 0805 4.7uF±20% 16V 1.03 16 RES07R5080500E 0805 7.5Ω±5% 1.03 17 RES1002060300E 0603 10KΩ±5% 6.18 18 CAP106T080502 0805 10uF±20% 6.3V 9 19 CAP106T352800 3528 10μF±10% 16v 2 20 CAP120C0603J0E 0603 12pF±5% 50v 2.06 21 OSC12M0000SMD SMD 12.000M L6*W3.5 2Pin 1 22 CAP160C060300 0603 16pF±5% 50v 2.06 23 RES20R0060300E 0603 20Ω ±5% 1.03 24 OSC20M0000SMD SMD 20MHz L6*W3.5 1 25 OSC22M1184SMD SMD 22.1184M L6*W3.5 1 26 CAP220C060300 0603 22pF±5% 50v 2.06 27 RES22R0240603 0603 排阻22Ω±5% 2x4Pin 2.06 28 RES24R9120600E 1206 24.9Ω±1% 2.06 29 RES27R0060300E 0603 27Ω±5% 2.06 30 RES2702060300E 0603 27KΩ ±5% 1.03 31 CAP300C060300 0603 30pF±5% 50V 2.06 32 OSC32K7680020 EDT38 /32.768KHZ20 1 33 RES33R0060300E 0603 33Ω± 5% 1.03 34 CAP330C0603J0E 0603 33pF±5% 50v 2.06 35 RES3902060300E 0603 39KΩ±5% 1.03 36 RES4022060300E 0603 40.2KΩ ±1% 1.03 37 RES4702240603 0603 排阻47KΩ±5% 2x4Pin 2.06 38 RES4702060300E 0603 47KΩ ±5% 6.18 39 CAP476T352802 3528 47μF±20% 10V 4 40 ICC74HC08A000 74HC08DB SSOP-14 1 41 RES1000060300E 0603 100Ω±5% 2.06 42 RES1003240500 排阻100KΩ±5% 2x4Pin 1.03 43 RES1003060300E 0603 100KΩ±5% 16.48 44 RES2203060300E 0603 220KΩ±5% 2.06 45 RES2493060300E 0603 249KΩ±1% 2.06 46 RES3300060300E 0603 330Ω±5% 11.33 47 RES6043060300E 0603 604KΩ±1% 1.03 48 CAP821C060300 0603 820pF±10% 50v 2.06 49 ICCCD40270000 CD4027 SO-16 1 50 ICCCD40430000 CD4043 SO-16 1 51 ICCCD40490000 CD4049UBPWR TSSOP-16 1 52 ICCCD40810000 CD4081BPWR TSSOP-14 1 53 DIOBAT54CW000 BAT54CW Double diode SOT323 3.03 54 INDBLM21AG100 BLM21AG102SN1D 0805 1000Ω/200mA 1.03 55 LED0603600000 HT19-21 UBC/470/TR8 Blue 0603 1.01 56 RES-3296W-101 3296W-1-101 Linear Motion Potentiometer 2 57 ICCCD40600000 CD4060BPWR TSSOP-16 1 58 IND7E03TB2R2N 7E03TB-2R2N D.C.R-0.094Ω/R 1.20A/A 1.30A 1 59 IND7E05NT220M 7E05NT-220M-T D.C.R-0.164Ω/R 0.80A/A 1.25A 1 60 CON02F1270000 Female 2Pin/1.25mm 2 61 ICCDS1307ZN00E DS1307ZN SO-8 1 62 CON0522711679E 52271-1679 16Pin 1.00mm (.0039")pitch FFC/FPC C onnector 1 63 LED0603500000E 19-21SYGC/S530-E1/TR8 Green 2.02 64 CON08F1270000 Female 8Pin/1.25mm 1 65 CON2000500000E 20pin/0.5mm/上接 1 66 LED0603200000 19-21 SURC/S530-A3/TR8 RED 0603 3.03 67 LED0603400000 19-21 UYC/S530-A3/TR8 YELLOW 0603 1.01 68 ICCLM324A0000 LM324 TSSOP-14 1 69 ICCLTC3406ES5E LTC3406ES5 SOT23-5 1 70 ICCMAX1797EUA MAX1797EUA TSSOP8 1 71 ICCMAX1806EUAE MAX1806EUA25 500mA TSSOP8 1 72 ICC39VF6401BBE SST39VF6401B-70-4C-B1KE BGA48 1 73 DIOMMSD4148T1 MMSD4148T1G SOD-123 3.03 74 ICCMT48LC4M32E MT48LC4M32B2P-6:GTR TSOP-86/P.5 1 75 ICCPL23030000 PL2303 SSOP28 1 76 CONSDC509MXWG SDC509MXWG4010-A SD CARD Short 1 77 ICCSE90160000E SE9016 SOT23-5L 1 78 SWITD-0800000 TD-08 SMD 轻触开关 3 79 ICCCFP2000208E CFP2000LF-208F Flex 0.8mm pitch BGA15X15-G20 81 80 ICCUCC2946D00 UCC2946DTR SO-G8/X.6 1 81 CONMINIUSB100E MINIUSB/F 5Pin 1 82 ICCW86L488Y00 W86L488Y QFN48 1 83 TRAXC61CN3102 XC61CN3102MR SOP-23 1.01 84 TRAXC61CN3402 XC61CN3402MR SOP-23 1.01 85 TRAXC61CN3802 XC61CN3802MR SOP-23 1.01 86 TRAXP151A13OME XP151A13AOMR SOT-23 5.05 87 TRAXP152A01D8E XP152A01D8MR P-MOSFET SOT-23 4.04 88 PCBBLUESA4V40E BlueSA4 V40 Layer6 1.2*130.1*128.7mm/3 1 89 INDBLM31AG102 BLM31AG102SN1D 1206 2 LocationR25,R39,R49,R51,R52,R53C5,C11,C14,C38,C39,C49,C54,C55,C57,C68,C74,C87,C89,C93,C104,C10 5,C107,C108,C110,C112,C113,C114,C115,C116,C117,C118,C119,C1 C97R87R46R33,R34,R35,R66,R79,R93,R94R26,R38,R56,R86,R92,R95C9,C35,C76,C77,C78,C84R48C94C98Q3,Q5,Q8,Q9R47R2,R3,R5,R12,R15,R17,R18,R19,R62,R63,R76,R77C85R112R9,R27,R42,R43,R73,R74C36,C67,C4,C13,C58,C72,C73,C111,C129C10,C8C1,C45Y3C95,C96R67Y2Y5C92,C61RP3,RP4R20,R22R44,R45 R89C6,C7Y1R96C50,C53R24R119RP1,RP2R1,R6,R10,R16,R29,R64C2,C3,C86,C88U4R80,R82RP5R4,R7,R14,R21,R28,R30,R31,R32,R71,R72,R83,R88,R90,R91,R115,R120R61,R65R11,R85R8,R13,R36,R37,R68,R69,R70,R81,R122,R123,R124R84C106,C109U21U27U28U14D1,D2,D3L8LED4BVR1,VR2U22L6L7 JP1,JP2U1J1LED3G,LED6GJ9J4LED6R,LED3R,LED5RLED6YU20U17U19U15U2D7,D8，U24U13J7U11S4,S5,S6U23U26J3U3IC1IC2IC3Q1,Q6,Q10,Q11,Q12Q2,Q4,Q7,Q13L4,L5 国家 制造商 制造商编码 SEI 20,C1 2 muRatamuRataSEISEISEISEImuRataSEImuRatamuRata GRM188F51C225ZA01TOREXSEISEImuRataSEISEIAVXAVXmuRataKDSmuRataSEIKDSSMSCmuRataSEI 14 SEI SEI SEImuRataKDSSEImuRataSEISEISEISEIAVXPhilipsSEISEISEISEISEISEISEImuRataTexas In s CD4027 Texas In s CD4043 Texas In s CD4049BPWR Texas In s CD4081BPWR SMSCmuRata BLM21AG102SN1DHARVATEK HT19-21 UBC/470/TSEI 3296W-1-101 Texas In s CD4060BPWR SAGAMI 7E03TB-2R2NSAGAMI 7E05NT-220M-T MolexMAXIM DALLAS SEMICONDUCTORMolex 52271- 1679EverlightMolexHIROSEHARVATEK HT19-21 SURC/S530HARVATEK HT19-21 UYC/S530-ON Semic o LM324 LinearMAXIM DA L MAX1797EUA MAXIM DALLAS SEMICONDUCTORSSTSMSC MMSD4148T1G MicronSMSC PL2303 NA SDC509MXWG4010-A SMSCBsun TD-08 Cogent Systems, Inc.Texas In s UCC2946D SMSCWinbond E W86L488Y Torex semiconductor LTDTorex semiconductor LTDTorex semiconductor LTDSMSCTorex semiconductor LTD 14 Jiexing13 muRata BLM31AG102SN1D

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Stand Alone Reader 操作/技术说明描述 Stand Alone Reader operation/technical description 概述 通过采集图像，将采集到的图像进行检测分析，LCD显示工作状态，并将结果存入内 部FLASH闪存中。Stand Alone Reader可以通过蓝牙或串口将内部FLASH存储的结果传送 到PC数据库中。适用于图像检测分析。 Summarize Stand alone Reader check the captured image after doing image capture.. LCD display working status and the result will be save in the FLASH memory. Stand Alone Reader can connect with PC by Bluetooth and COM port. It is suitable for image detection and analysis. 理论说明 Technical description Stand alone Reader主要是图像采集模块、CPU处理器、FLASH存储器、LCD显示、接 口通信五大模块构成。 Stand alone Reader is mainly made up of five parts: image capture module, CPU processor, FLASH memory, LCD display and communication interface.

STAND ALONE READERII MPE calculation Maximum Power output: 2402MHz: -12.5dBm Max Antenna gain: 0.8 dBi To determine the overall exposure at 20 cm from the EUT: P=0.056 mW G=1.202 R=20 cm Total exposure at 20cm: 0.000013 mW.cm 2 FCC Limit: 1.0 mW/cm 2

12345678 A B C D 87654321 D C B A Title NumberRevisionSize D Date:3-Nov-2007 Sheet of File:D:\PXA310\Standalone.DDBDrawn By: R46 1.5k C38 0.1u 1 2 3 4 J3 USB(1.25) L4 L5 +C36 10u VDD R45 27 R44 27 DM DP VCC D- D+ GND Full_Speed Note: D-/D+ and DP/ DM must be kept the same length and parallel LBI 1 FB 2 LBO 3 SHDN 4 GND 5 LX 6 OUT 7 BATT 8 U19 MAX1795/1797EUA R47 2k R87 1.3M R43 10k VBAT VBAT + 1 - 2 BT2 BATTERY +C88 47u/10V VBAT G 1 D 3 S 2 Q11 XP151A01C3MR R84 604k R85 249k R83 100k + C86 47u/10V C89 0.1u C54 0.1u C39 0.1u C570.1u C55 0.1u TXD 1 DTR_N 2 PLL_TEST 26 GND_PLL 25 VDD_PLL 24 LD_MODE 23 TRI_MODE 22 GND 21 VDD 20 RESET 19 GND_3V3 18 VDD_3V3 17 DM 16 DP 15 RTS_N 3 VDD_232 4 RXD 5 RI_N 6 GND 7 VDD 8 DSR_N 9 DCD_N 10 CTS_N 11 SHTD_N 12 EE_CLK 13 EE_DATA 14 OSC2 28 OSC1 27 U13 PL2303 Y3 12M C50 33p C53 33p VDD VDDR64 47k R65 220k C49 0.1u VDD EE_CLK EE_DATA 3V3 DM DP Full_Speed TXD RXD CTS_N VDD R561M R48 2.2k R61 220k DSR DCD 3 2 1 4 11 U20A LM324A 12 13 14 U20D LM324A R90 100k R89 27k +C94 2.2u/10V + C85 4.7u 5V 5V R112 7.5 R88 100k Power On/Off J 6 Q 1 CLK 3 K 5 Q 2 S 7 R 4 VCC 16 GNG 8 U21A 4027 C87 0.1u C92 20p Bluetooth On/Off R92 1M BLink_SA4 CHR_CTL CIN 11 COUT 9 COUT 10 RST 12 Q4 7 Q5 5 Q6 4 Q7 6 Q8 14 Q9 13 Q10 15 Q12 1 Q13 2 Q14 3 VCC 16 GND 8 U22CD4060 R120 100k R119 40k 5V VBAT R123 330 R124 330 VDD_5VOn PWR_Err_LED VDD_5V VDD_5V PWR_LED 910 U28D 4049 PWR_Err_LED R122 330 Status_SA4 C93 0.1u Charge_LED VDD_5VOn R67 20 R66 1K B2 BUZZER/5V VDD_5V 32 VCC 1 GND 8 U28A 4049 SA4_IOBeep Beep_Freq Beep_Freq R62 4.7k R63 4.7k VDD_5V VDD 3V3 R G Y VDD_5V5V VDD 5V 1112 U28E 4049 G R S4 SW-PB G 1 D 3 S 2 Q10 XP151A01C3MR R86 1M LED6Y LED LED6G LED LED6R LED LED3G Green LED3R RED LED5R RED (2.04k) EE_CLK EE_DATA S0 4 R0 3 S1 6 R1 7 S2 12 R2 11 S3 14 R3 15 EN 5 Q0 2 Q1 9 Q2 10 Q3 1 VCC 16 GND 8 U27 4043 L7 CDRH4D18CLD-220NC VBAT 4043S0PWRCTL VDD_5V 4043S04043Q0 4043R0 4043R0 4043S1 4043R0 3.4V R93 1K Charge_LED 1415 U28F 4049 CHR_CTL Charge_LED S6 SW-PB Pair Button Pair_CLRIn BA1 23 A0 25 A1 26 A2 27 A3 60 A4 61 A5 62 A6 63 A7 64 A8 65 A9 66 A10 24 BA0 22 DQM0 16 DQM1 71 DQM2 28 DQM3 59 nCS 20 nWE 17 nCAS 18 nRAS 19 CKE 67 CLK 68 DQ31 56 DQ0 2 DQ1 4 DQ2 5 DQ3 7 DQ4 8 DQ5 10 DQ6 11 DQ7 13 DQ8 74 DQ9 76 DQ10 77 DQ11 79 DQ12 80 DQ13 82 DQ14 83 DQ15 85 DQ16 31 DQ17 33 DQ18 34 DQ19 36 DQ20 37 DQ21 39 DQ22 40 DQ23 42 DQ24 45 DQ25 47 DQ26 48 DQ27 50 DQ28 51 DQ29 53 DQ30 54 A11 21 U24AMT48LC2M32B2TG90 DQM0 DQM1 DQM2 DQM3DQM0 DQM1 DQM2 DQM3 nSDRAS nSDCAS nSDCS0 SDCKE nSDWE nSDRAS nSDCAS nSDCS0 SDCKE nSDWE SDCLK IM_S[2] P17 D[8] E4 IM_S[3] N16 D[9] F4 PXTAL A7 PEXTAL D6 SDCLK M16 TXTAL B7 IM_D[0] R12 IM_D[1] P13 IM_D[2] U12 IM_D[3] T13 IM_D[4] R13 IM_S[0] P15 D[18] G3 D[19] H3 IM_D[5] U13 IM_D[6] U14 D[0] D3 D[1] E3 D[2] F1 D[3] G1 IM_D[7] T14 D[4] J1 D[5] K1 D[20] K3 D[21] L3 D[22] M1 nCS[0] G14 D[23] P1 D[24] E2 D[6] M3 D[25] F2 D[26] H4 D[27] J4 D[28] L4 D[29] M4 D[30] N2 D[7] N3 nCS[1] H15 nCS[2] H16 nCS[3] J17 nOE H17 IM_C[1] T16 IM_C[0] R15 IM_C[2] U17 IM_C[3] R16 IO[9]/PSEL[2] T7 A[19] F17 D[31] P2 A[0] B12 A[1] A13 A[2] D12 A[3] C13 A[4] B13 A[20] E14 A[21] F15 A[22] F14 A[23] G15 A[24] G16 IO[24]/nWE[0] A12 IO[25]/nWE[1] B11 IO[26]/nWE[2] C11 IO[27]/nWE[3] D10 IO[7]/PSEL[0] T6 IO[8]/PSEL[1] U6 IO[10]/PAddr[0] R7 IO[11]/PAddr[1] P8 IO[12]/PAddr[2] U7 IO[13]/PWrite T8 IO[14]/PEnable R8 IO[15]/PCLK P9 IO[16]/PData[0] U9 IO[17]/PData[1] T10 IO[18]/PData[2] R10 IO[19]/PData[3] P11 A[5] A14 IO[20]/PData[4] U10 IO[21]/PData[5] T11 A[6] D13 A[7] C14 A[8] A16 A[9] D14 IO[23]/PData[7] P12 A[10] B15 A[11] A17 A[12] B16 A[13] C15 A[14] D16 A[15] D17 A[16] E17 SDCLKo M17 A[17] E15 SDCKE L16 A[18] E16 IO[0] R4 nSDWE N17 nSDCS[0] N15 nSDCS[1] M14 nSDCAS L15 nSDRAS K14 DQM[0] J14 DQM[1] K15 IO[1] P5 IO[2] U4 IO[3] T5 IO[4] R5 IO[5] P6 IO[6] U5 IO[28] A11 DQM[2] K16 IO[29] B10 IO[30] B8 IO[31] C8 DQM[3] L17 D[10] G2 D[11] H2 D[12] K2 D[13] L2 D[14] N4 D[15] N1 D[16] D1 D[17] E1 IM_S[1] N14 IO[22]/PData[6] R11 SecuARM U23ASecurARM-BGA208 SDCLK A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A23 A24 D0 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 D16 D17 D18 D19 D20 D21 D22 D23 D24 D25 D26 D27 D28 D29 D30 D31 D0 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 D16 D17 D18 D19 D20 D21 D22 D23 D24 D25 D26 D27 D28 D29 D30 D31 nCS0 nOE SDRAM FLASH R96 33 Det3.3 Det3.6 /CS B_Light1 B_Light2 3V3_BTOff 5VOnOff IO19 IO20 IO21 SDA SCL LED_R LED_G LED_Y IM1_C1 nCS1 Det4.0 VDD2I U3 VDD2I D4 VDD2I R9 VDD2I R14 VDD2I C1 VDD2I T17 VDD2I P16 VDD2I H14 VDD2I C17 VDD2I J3 VDD2I A8 VDD2I P3 VDD2I B6 VDD2I A3 VDD2t_ABB C10 VDD2t_ABB D8 VDD2I P4 VDD3O F3 VDD3O H1 VDD3O L1 VDD3O R6 VDD3O U8 VDD3O U11 VDD3O L14 VDD3O J16 VDD3O F16 VDD3O C16 VDD3O B14 VDD3O D11 VDD3P T1 VDD3P U16 VDD2P B3 VSS2I T4 VSS2I B1 VSS2I P10 VSS2I U15 VSS2I D2 VSS2I P14 VSS2I R17 VSS2I J15 VSS2I D15 VSS2I K4 VSS2I D7 VSS2I R1 VSS2I C7 VSS2I C4 VSS2t_ABB D9 VSS2t_ABB C9 VSS2I U2 VSS3O G4 VSS3O J2 VSS3O M2 VSS3O P7 VSS3O T9 VSS3O T12 VSS3O M15 VSS3O K17 VSS3O G17 VSS3O B17 VSS3O A15 VSS3O C12 VSS3P R2 VSS3P T15 VSS2P A2 VBB_ABB A9 nTRST A4 TDI C5 TMS A6 TCK B5 TDO A5 FLT_C A10 PLLFLT B9 nReset C6 CLK_BYPASS B4 Testmode0 B2 Testmode1 A1 ROM8 C3 Testmode2 C2 RXD[0] U1 RXD[1] R3 nResetOut D5 TXD[0] T3 TXD[1] T2 U23BSecurARM-BGA208 2V5 3V3 nRESA C106 820p C109 820p TDO TDI TMS TCK nTRST RXD TXD Y5 22.1184M R95 1M R94 1k C95 16p C96 16p 3V3 nTRST TDI TMS TCK TDO nSRST 1 2 3 4 5 6 7 8 J9 JTAG nRESA VDDQ 3 VDDQ 9 VDDQ 35 VDDQ 41 VDDQ 49 VDDQ 55 VDDQ 75 VDDQ 81 VDD 1 VDD 15 VDD 29 VDD 43 VssQ 6 VssQ 12 VssQ 32 VssQ 38 VssQ 46 VssQ 52 VssQ 78 VssQ 84 Vss 44 Vss 58 Vss 72 Vss 86 NC 14 NC 30 NC 57 NC 69 NC 70 NC 73 U24BMT48LC2M32B2TG903V3 B_RX B_TX R68 330 R69 330 R70 330 LED_R LED_G LED_Y C68 0.1u Status_SA4 BLink_SA4 C67 10u IN 1 IN 2 /RST 3 /SHUT 4 OUT 8 OUT 7 SET 6 GND 5 U15MAX1806EUA25 LCD_SDA R81 330 Trans_G PWROFF SA4_IOBeep LCD_RS LCD_SCLK 3V3 C105 0.1u C107 0.1…

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Page 1/37 EMC TEST REPORT For STAND ALONE READER Model Number: STAND ALONE READERII FCC ID: TLDSARII Report Number : WT078002623 Test Laboratory : Shenzhen Academy of Metrology and Quality Inspection EMC Laboratory Guangdong EMC Compliance Test Center Site Location : Bldg. of Metrology &Quality Inspection, Longzhu Road, Shenzhen, Guangdong, China Tel : 0086-755-26941637, 26941529, 26941531 Fax : 0086-755-26941545 Email : [email protected] Report No.: WT078002623 Page 2/37 TABLE OF CONTENTS TEST REPORT DECLARATION ........................................................................................................4 1. TEST RESULTS SUMMARY ...................................................................................................5 2. GENERAL INFORMATION ....................................................................................................6 2.1. Report information ............................................................................................................6 2.2. Laboratory Accreditation and Relationship to Customer .................................................6 2.3. Measurement Uncertainty .................................................................................................7 3. PRODUCT DESCRIPTION ......................................................................................................7 3.1. EUT Description ...............................................................................................................7 3.2. Related Submittal(s) / Grant (s) ........................................................................................7 3.3. Block Diagram of EUT Configuration..............................................................................8 3.4. Operating Condition of EUT ............................................................................................8 3.5. Support Equipment List ....................................................................................................9 3.6. Test Conditions .................................................................................................................9 4. TEST EQUIPMENT USED .....................................................................................................10 4.1. Test Equipment Used to Measure Conducted Disturbance ............................................10 5. CONDUCTED DISTURBANCE TEST ..................................................................................11 5.1. Test Standard and Limit ..................................................................................................11 5.2. Test Procedure ................................................................................................................11 5.3. Test Arrangement............................................................................................................11 5.4. Test Data .........................................................................................................................12 6. MAXIMUM PEAK OUTPUT POWER .................................................................................15 6.1. Test Standard and Limit ..................................................................................................15 6.2. Test Procedure ................................................................................................................15 6.3. Test Arrangement............................................................................................................15 6.4. Test Data .........................................................................................................................15 7. HOPPING CHANNEL 20 DB BANDWIDTH .......................................................................16 7.1. Test Standard and Limit ..................................................................................................16 7.2. Test Procedure ................................................................................................................16 7.3. Test Arrangement............................................................................................................16 7.4. Test Data .........................................................................................................................16 8. 100KHZ BANDWIDTH OF BAND EDGES MEASUREMENT .........................................20 8.1. Test Standard and Limit ..................................................................................................20 8.2. Band Edge FCC 15.247(d) Limit ....................................................................................20 8.3. Test Procedure ................................................................................................................20 8.4. Test Arrangement............................................................................................................20 8.5. Test Data .........................................................................................................................20 9. RADIATED EMISSION TEST ...............................................................................................25 9.1. Test Standard and Limit ..................................................................................................25 9.2. Band Edge FCC 15.209 Limit.........................................................................................25 9.3. Test Procedure ................................................................................................................25 9.4. Test Arrangement............................................................................................................25 9.5. Test Data .........................................................................................................................25 10. NUMBER OF HOPPING FREQUENCY...............................................................................30 Report No.: WT078002623 Page 3/37 …

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Photo 1 Conducted Emission test Photo 2 Conducted Emission test Photo 3 Radiated Emission test Photo 4 Radiated Emission test