P4YSPS-700AELECTRONIC PAYMENT SYSTEM

SPS-700A USER MANUAL SPS-700A User Manual Page: 2 / 11 1 NAME OF EACH PART SPS-700A User Manual Page: 3 / 11 2 SPECIFICATIONS Category Specifications CPU SAMSUNG Arm11 667Mhz RAM SDRAM 128M Byte Memory NAND Flash 2G Byte RTC Real Time Clock With Back-up Battery DISPLAY 7" LCD Touch screen , 800 X 480 , 400Nits , Outdoor Card Type MIFARE, ISO14443 A/B Reading Distance Max 60mm RF & Smart CARD Security Algorithm Triple-DES MS CARD MSR ISO TRACK 1,2 , Dual Head SAM Slot SIMM Type 4 Slot Audio : Wolfson AC 97 Rev 2.2 Codec Video/Audio codec Video : H.264 , H.263, MPEG4 SP, WMV9 ,VC1, GPU (built in) Sound Speaker 8Ohm 2W X 2/Line Out Audio Jack Wifi 802.11 b/g Wireless LAN Interfaces Bluetooth Bluetooth standard O/S Embedded Linux 2.6.xx.x Input Power DC12V (1800 mA) SPS-700A User Manual Page: 4 / 11 3 CONTENTS • Mounting Bracket • PIM • M5 x 10mm Set Bolt - 4EA • Breakout Box • Harness Breakout Box Mounting k PIM SPS-700A User Manual Page: 5 / 11 Installation Wireless LAN BlueTooth Taxi Meter MDT Card Reader SPS-700A User Manual Page: 6 / 11 Product outline What is Taxi Magic? Taxi magic is credit card reader and you may pay in a card by yourself after you arrive your destination. [MAIN SCREEN] SPS-700A User Manual Page: 7 / 11 As you can see above screen, you may see taxi fare on the left/ middle side on the screen. Also, you can find time, temperature and the cab number on the bottom side. And you can select tip amount on the [SETTINGS] menu. [SETTINGS] SPS-700A User Manual Page: 8 / 11 You may directly select the tip amount ($1, 2$, $3 or other) on the screen as showed on above screen and there are also flat rate mode(10%, 15%, 20%) you may select at ease. [TOTAL PAYMENT INFO] You can find total amount after choosing the tip as above. And you may continue the payment by pressing [Pay] button if the total SPS-700A User Manual Page: 9 / 11 amount is correct. Or if the total amount is incorrect, you may return previous screen by pressing CANCEL button. [AUTHORIZING PAYMENT] You will see the message “Please pass your card” after tapping the [Pay] button. Then, please pass your card for authorizing payment. SPS-700A User Manual Page: 10 / 11 [RECEIPT PRINTOUT] After your card payment is done correctly, you may get a receipt by choosing “Yes” button on above screen. SPS-700A User Manual Page: 11 / 11

DATA RC531 ANTEANA UART3 GPIO 4SIM DATA USB DATA DATA LCD AC97 SDIO UART1 DATA USB SDIO MSR 4UART NAND FALSH (2GByte) DDR (128MByte) 7"LCD (800*480) SOUND SDIO-WIFI BOUETOOTH USB (HOST) SDIO (Momoty) TOUCH 12MHz 3.6864MHz 32.768MHz PLL RTC 27MHz VIDEO CODEC 13.56MHz 3.6864MHz 26MHz DATA ETHERNET POWER (5V,3.3V,3.0V,1.8V,1.2V) 25MHz 133MHz 24.576MHz 40MHz 32.768MHz 12V SPEAK ANTEANA

ID Label/Location 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.

Antenna (WiFi / Bluetooth) 1 WINiZEN Co., Ltd. Specifications Sheet Object Dipole Antenna Rev.IR Page 1 of 6 Model name WE-2400TO (Swivel joint) Date March 5, 2004 System Bluetooth / WLAN IEEE 802.11b/g Written by Electrical Specifications Frequency 2400 ~ 2483.5 (MHz) Bandwidth 83.5 (MHz) V.S.W.R 1.9 : 1 Gain (max) 2 (dBi) Input Impedance 50 (Ω) Polarization/ Directional Linear / Omni-directional Mechanical Specifications Size 124 ± 2.0 (mm) Connector SMA Male Weight 12g Radiator Material Copper Operation Temperature -30 ~ 70 (°C) Operation Humidity 10 ~ 90 (%) Option Remar ks 2 Fig. 1. VSWR Fig. 2. Return Loss 3 Fig. 3. Smith Chart 4 Fig. 4. Radiation Pattern 5 6 Fig. 5. Mechanical 13.56 MHz

[Operating Description ] 1. SPS-700A is an Electronic Payment System. 2. For Bluetooth and WLAN, the wireless module WM-BG-MR-04 which refers as “SiP combo module” is a small size module that provides full function of 802.11b/g and Bluetooth in a tiny module via 65 pins LGA Foot Print. This multi- functionality and board to board physical interface provides SDIO interface for WiFi and UART interface for Bluetooth. The small size & low profile physical design make it easier for system design to enable high performance wireless connectivity without space constrain. The low power consumption and excellent radio performance make it the best solution for OEM customers who require embedded 802.11b/g Wi-Fi + Bluetooth features. The module is based on Marvell 88W8686 chipset which is a WiFi SOC and CSR BlueCore6 which is a BT SOC. The Radio architecture & high integration MAC/BB chip provide excellent sensitivity with rich system performance. The module is designed as single antenna for WiFi and Bluetooth for the application of small size hand held device. 3. For RFID(13.56MHz), SPS-700A reads the 13.56 MHz passive tag(ISO 14443A).

SPS-700A-MAIN-BOM No.품 명ReferencePartPackage수량 오차Vendor Datasheet비고 1 BeadBD1,BD2,BD3,L4,BD4,BD5,HH-1M1608-121JL16089Ceratech BD6,BD8,BD9 2BD7,L10,L11,R71,R72,R73,R74,HH-1M1608-601JL16087Ceratech 3 C-Ceramic CB1,CB2,CB3,CB4,CB5,CB6,100nFC160855Any CB7,CB8,CB9,CB10,CB11, CB12,CB13,CB14,C14,CB15, CB16,CB17,CB18,CB19,CB20, CB21,CB22,CB23,CB24,CB25, CB26,CB27,CB28,CB30,CB31, CB32,CB33,CB34,CB35,CB36, CB37,CB38,CB39,CB40,CB41, CB42,CB43,CB45,CB47,CB48, CB49,CB51,C61,C70,C71, C105,C133,C134,C141 4 C-Ceramic C17,CB29100nFC10052Any 5 C-Ceramic CB44,CB46100nF/50VC20122Any 6 C-Ceramic CB50100nF/25VC20121Any 7 C-Elec-SMD CE1220uF/50VECAP-10.3X10.31Any 8 C-Elec-SMD CE2,CE4220uF/16VECAP-6.3X5.32Any사급 9 C-Elec-SMD CE3220uF/25VECAP-8X101Any 10 C-TantCT1,CT2,CT310uF/10VTANT-P3Any 11 C-TantCT4,CT5,CT10,CT1110uF/6.3VTANT-P4Any 12 C-TantCT6,CT9220uF/16VTANT-D2Any 13 C-TantCT7,CT8,CT14,CT1547uF/6.3VTANT-B4Any 14 C-TantCT12,CT1647uF/10VTANT-B2Any 15 C-TantCT1310uF/10VTANT-A1Any 16 C-Ceramic C1,C510uF/10VC32162Any 17 C-Ceramic C2,C3,C11122pFC16083Any 18 C-Ceramic C410nF/2KVC32161Any 19 C-Ceramic C6,C727pFC16082Any 20 C-Ceramic C8470nF/50VC20121Any 21 C-Ceramic C910uF/16VC20121Any 22 C-Ceramic C10,C19,C13210uF/16VC32163Any 23 C-Ceramic C114.7uF/16VC20121Any 24 C-Ceramic C12,C15,C201uF/16VC16083Any 25 C-Ceramic C13,C161uF/16VC20122Any 26 C-Ceramic C184.7uF/16VC32161Any 28 C-Ceramic C22,C29,C40,C41,C51,C55,1uFC16087Any C56 29 C-Ceramic C23,C24,C27,C28,C32,C33,100nF/50VC160815Any C34,C36,C38,C45,C47,C48, C53,C59,C60 30 C-Ceramic C25,C30,C52,C54,C584.7uF/20VC16085Any 31 C-Ceramic C26,C31,C35,C37,C39,C43,1uF/20VC16089Any C44,C46,C57Any 32 C-Ceramic C42,C49,C139,C140220pF/16VC16084Any 33 C-Ceramic C62,C65,C80,C89,C9010uF/25VC20125Any 34 C-Ceramic C63,C66,C68,C84,C932.2uF/25VC16085Any 35 C-Ceramic C64,C671uF/25VC10052Any 36 C-Ceramic C691000pF/25VC10051Any 37 C-Ceramic C73,C76,C77,C85,C91,C92,100nF/25VC160810Any C94,C96,C98,C100 38 C-Ceramic C74,C78100pF/25VC16082Any 39 C-Ceramic C7515PF/25VC16081Any 40 C-Ceramic C79,C86,C87,C881000pF/25VC16084Any 43 C-Ceramic C95,C97,C99,C10110uF/25VC16084Any 44 C-Ceramic C102,C10310uFC32162Any 45 C-Ceramic C10415pFC16081Any 46 C-Ceramic C106,C1077pFC16082Any 47 C-Ceramic C108,C10918pFC16082Any 48 C-Ceramic C110,C112,C11668pFC16083Any 49 C-Ceramic C113100pFC16081Any 50 C-Ceramic C11412pFC16081Any 51 C-Ceramic C1152pFC16081Any 52 C-Ceramic C11775pFC16081Any 53 C-Ceramic C1185pFC16081Any 54 C-Ceramic C119,C14410pFC16082Any 55 C-Ceramic C120,C126,C142,C14310nFC16089Any C135,C136,C137,C138,C72 56 C-Ceramic C121,C127470pFC16082Any 57 C-Ceramic C122,C125,C128,C1311nFC16084Any 58 C-Ceramic C123,C12910uF/6.3VC16082Any 59 C-Ceramic C124,C13022nFC16082Any 61 LEDDL1REDLED16081Any 62 Zener Diode DZ1KDZ6.8VUSC1KEC 63 Zener Diode DZ2KDZ16VUSC1KEC 64 Zener Diode DZ3,DZ4,DZ5,DZ6KDZ5.1USC4KEC 65 Shortkey Diode D6,DZ7SK32SMB2Diodes 66 Shortkey Diode D1,D4RB160M-30 TRSOD1232Diodes 67 Shortkey Diode D2,D3BAT54SSOT232Diodes 68 Shortkey Diode D5KDR357USC1KEC 69 EMI FilterE1ACH4518-333/FILTER/SMDSMD1TDK 70 Poly SWF1MINISMDC150F-2 SMD1TYCO 73 Connector J1AXK6F00547YG [HEADER]SMD1Panasonic 74J2AXK5F00547YG [Socket]SMD1Panasonic 75J305004HR-50A02SMD1연호 76J410027HR-04CSMD1연호 77J5,J6,J920037WR-02SMD3연호 78J7AXA2R73061SMD1 79J8SMA-RECEPTACLEDIP-RIGHTANGLE1Any사급 80J10,J11,J12,J13ICA567(NONHOLE)SMD4Hambug 사급 81J14,J1512505WS-05A00SMD2연호 82J16HIF3BA-26PA-2.54DS(71)DIP1Hirose 83J17USB Port A type(HOST)DIP1Any 87 InductorL1VLF3010AT-4R7MR70)SMD1Any 88L2CDRH3D11HPNP-100NBSMD1Any 89L6,L7LQH32MN1R0M23LSMD2Any 90L8,L9SFOP7850-39uH78502삼화텍콤 91 OssillatorOSC1SCO-10(24.576MHz)-3.3VSCO-101Any 92OSC2(40MHz)-3.3V50321 20ppmAny사급 93OSC3(32.768KHz)-3.3V50321Any사급 94OSC4SCO-10(3.6864MHz)-5VSCO-101Any 95 FETQF1SI2301DSSOT231Vishay 96 TRQ1,Q2MMBT4403SOT232Mot 97 RRA1,RA2100KARRAYS8-32162Any 98RA3,RA40RARRAYS8-32162Any 99R1,R2,R27,R107,R108,R109,10KR160830Any R110,R111,R112,R113,R148, R149,R150,R151,R160,R161, R162,R163,R168,R169,R170, R171,R172,R179,R180,R181, R182,R183,R190,R119 100R3,R4,R38,R1932.2KR16084Any 101R81,R84,R86,R96,R102,R5,R37,0RR160811Any R103,R121,R138,R141 102R6,R15,R16,R17,R18,R23,100RR160819Any R24,R25,R26,R28,R29,R79, R93,R134,R135,R136,R139, R140,R155 103R76.8K/F 1%R16081Any 104R8,R9,R10,R1149.9R/1%R16084Any 105R1275RR16081Any 106R13,R141KR16082Any 107R19,R20,R21,R22,R78,R92,4.7KR16087Any R154 109R32,R33,R36,R53,R55,R62,10KR10059Any R65,R67,R70 110R3430RR16081Any 111R351R/1%R16081Any 114R501KR10051Any 115R5233KR10051Any 116R601.5KR10051Any 117R64,R68110KR10052Any 118R66,R6915KR10052Any 119R75,R89120KR16082Any 120R76,R90180KR16082Any 121R77,R82,R91,R9720KR16084Any 122R80,R88,R94,R98,R118,100KR16089Any R120,R157,R164,R165 123R83,R87,R158,R188,R18947KR16085Any 124R85680RR16081Any 125R95,R99,R100,R10147RR16084Any 126R104220K 1%R20121Any 127R105100K 1%R20121Any 128R106,R1470RR20122Any 131R123,R124,R125,R126,R127,51KR16087Any R128,R129 132R130,R144,R194,R19533RR16084Any 133R133470KR16081Any 134R137,R143,R145,R192,R1983.3RR16085Any 135R1422.2RR16081Any 137R152,R153820RR16082Any 138R156220RR16081Any 139R159,R196,R19715KR16083Any 140R166,R176,R177,R1872.2MR16084Any 141R167,R1782KR16082Any 142R173,R18424KR16082Any 143R174,R1854.7RR16082Any 144R175,R1862.7KR16082Any 145 Tackt SWSW1,SW2SKRPABE010SMD2ALPS 147 Ethernet Trans T111FB-17NLSMD1 148 Balun Trans T21812WBT-3LCSMD1Coilcraft 149 USB FilterT3ACM2012-900-2P20121TDK 150 Ethernet U1DM9000BEPQFP481Davicom 151 4 UARTU2TL16C554_PQFPQFP481TI 152 232 Driver U3,U4,U5SP3232EEY-L/TRTSSOP163Sipex 153 TTLU674LVC138TSSOP161Any 154 LED Driver U7KTD258EAD-TRSOT23-61Kinetic 155 DC-DCU8MP1541SOT23-51MPS 156 AMPU9,U11LM4861MSO8-P6.12National 157 AC97 Codec U10WM9713LGEFL/RVQFN481Wolfson micro 158 LDOU12MIC5219BM5SOT23-51Micrel 159 LDOU13XC6209F302MRSOT23-51Torex 160 LDOU14XC6209F182MRSOT23-51Torex 161 ResetU15MAX6412UK22SOT23-51Maxim 162 BT WiFiU16WM-BG-MR-04SMD1USI 163 RFIDU17MFRC531SOP321NXP 164 TTLU2074LVC4052TSSOP161Any 165 F2F Decoder U21,U23F2F2000SNTSSOP242Zepetronix 166 DC-DCU25…

Text truncated - open the document above for the full version.

55 44 33 22 11 D D C C B B A A XVD23XVD15XVD20 B_DATA2 XVD4 B_DATA10B_DATA7B_ADDR14B_DATA15 XVD3XVD1 B_ADDR12B_DATA14B_ADDR10 XVD7 B_ADDR4 XVD18XVD16XVD22 B_ADDR2B_DATA6 XVD19 B_ADDR9 XVD11 B_DATA12 XVD6XVD10 B_DATA11B_ADDR6B_ADDR13 XVD21XVD8 B_DATA13 XVD2XVD17 B_ADDR3B_ADDR5 XVD14XVD12 B_ADDR1B_ADDR15B_ADDR0B_ADDR11B_DATA9B_DATA0B_DATA3 XVD13 B_DATA8 XVD0 B_DATA4B_ADDR8 XVD9 B_DATA5B_ADDR7B_DATA1 XVD5 GPN3/E3XnRESET_IN XnRESET_IN GPN3/E3 VDD3.3V VDD5V VDD5V VDD5V VDD5V VDD3.3V VDD3.3V CAM_HSYNC TXD1 {8} RXD3 {10} B_DATA[15:0] {4,5,9} TSXM {6} SPI1_MOSI TXD3 {10} CAM_PCLK {11} SD1_CLK {8} XotgDP {12} CAM_VSYNC {11} TSYM {6} XEINT14 XHSYNC {6} AC97_SDI0 {7} TSYP {6} nCD_SD {8} SPI0_MOSI {10} AC97_SYNC0 {7} GPB4 B_ADDR[15:0] {4,5,9} XVBUS {12} XdacOUT_0 CAM_DAT1 {11} RXD2USB_DN {12} RTS0 SD1_CMD {8} AC97_SDO0 {7} XVCLK {6} XEINT12 LCD_nRESET SD1_DATA1 {8} CAM_MCLK {11} CAM_DAT7 {11} XEINT15 SD1_DATA3 {8} SPI1_CSB TSXP {6} CAM_DAT5 {11} XotgDRV_VBUSRTS1 {8} USB_DP {12} BACK_PWM {6} Xi2cSDA SPI0_CSB {10} XotgDM {12} XVSYNC {6} RXD0 {5} XVDEN {6} AC97_BITCLK0 {7} XotgID {12} CTS1 {8} CAM_DAT0 AIN0TXD2 Xi2cSCL CAM_DAT3 {12} CAM_RST SD1_DATA0 {8} CAM_DAT2 {8} SPI1_MISO CAM_DAT6 {11} AC97_RSTn0 {7} CAM_DAT4 {11} XVD[23:0] {6} SPI1_CLK XEINT13 SD1_DATA2 {8} B_SROM_nWE {4,5,9} B_SROM_nOE {4,5,9} B_nBE0B_nBE1 B_Xm0WAITn/IORDY GPN10/E10 {11} GPN11/E11 {11} GPN8/E8 {4} GPN7/E7 {9} GPN1/E1GPN9/E9 {7} SD0_CLK {8} SD0_DATA0 {8} SD0_CMD {8} SD0_DATA1 {8} SD0_DATA2 {8} SPI0_CLK {10} SPI0_MISO {10} GPN3/E3WP_SD1 {8} B_CSn_5 {9} GPN2/E2XnRESET {4,8} XnRSTOUTXnRESET_INGPL12/E20GPL9/E17GPL11/E19GPL8/E16GPL10/E18B_CSn_1 {4} SD0_DATA3 {8} GPM5 {5} GPM0/E23 {5} GPM4/E27 {9} GPM2/E25 {5} GPM3/E26 {5} GPM1/E24 {5} TXD0 {5} CTS0RXD1 {8} B_CSn_3 {5} PWM_1CH nCD_SD1 {8} WP_SD0 {8} TitleSize Document Number Rev Date: Sheet of B to B Connector 0.1 STT-700T-MAIN A3 312 Monday, April 19, 2010 TitleSize Document Number Rev Date: Sheet of B to B Connector 0.1 STT-700T-MAIN A3 312 Monday, April 19, 2010 TitleSize Document Number Rev Date: Sheet of B to B Connector 0.1 STT-700T-MAIN A3 312 Monday, April 19, 2010 Ext Uart Reset EXTENSIONUART INT RC531 Reset DM9000 INT AUDIO AMP SHUTDOWN DM9000 CSTL16C554 CS RC531_INT RC531 CSnSAM_ENSAM_RSTSAM_SEL0SAM_SEL1 CPD1 GPN5 CPD2 SYS RESET MODE SW MODE SW 1RDD11RCP11RDD21RCP22RDD12RCP12RDD22RCP2 WLAN_nRESET USB_OTG_PWR R32.2KR1608R32.2KR1608 SW14.2X3.2MM/TACT/SKRPABE010/ALPS/SMDSW\SKRPABESW14.2X3.2MM/TACT/SKRPABE010/ALPS/SMDSW\SKRPABE 14 23 J2 AXK5F00547YG [Socket]AXK6S00547YG-1 J2 AXK5F00547YG [Socket]AXK6S00547YG-1 2468101214161820222426283032343638404244464850525456586062646668707274767880828486889092949698100 13579 111315171921232527293133353739414345474951535557596163656769717375777981838587899193959799 V3V_MARKV_MARKV3V_MARKV_MARK SW24.2X3.2MM/TACT/SKRPABE010/ALPS/SMDSW\SKRPABESW24.2X3.2MM/TACT/SKRPABE010/ALPS/SMDSW\SKRPABE 14 23 J22HOLE2.8-5TH2.8-5J22HOLE2.8-5TH2.8-5 1 1 V1V_MARKV_MARKV1V_MARKV_MARK J20HOLE2.8-5TH2.8-5J20HOLE2.8-5TH2.8-5 1 1 R42.2KR1608R42.2KR1608 J24HOLE2.8-5TH2.8-5J24HOLE2.8-5TH2.8-5 1 1 H7HOLE-4HOLE-4H7HOLE-4HOLE-4 R1 10KR1608R1 10KR1608 H5HOLE-4HOLE-4H5HOLE-4HOLE-4 J1 AXK6F00547YG [HEADER]AXK500147YG_HEADER J1 AXK6F00547YG [HEADER]AXK500147YG_HEADER 2468101214161820222426283032343638404244464850525456586062646668707274767880828486889092949698100 13579 111315171921232527293133353739414345474951535557596163656769717375777981838587899193959799 J18HOLE3-6TH3-6J18HOLE3-6TH3-6 1 1 V4V_MARKV_MARKV4V_MARKV_MARK J23HOLE2.8-5TH2.8-5J23HOLE2.8-5TH2.8-5 1 1 V2V_MARKV_MARKV2V_MARKV_MARK J21HOLE2.8TH2.8J21HOLE2.8TH2.8 1 1 H8HOLE-4HOLE-4H8HOLE-4HOLE-4 H6HOLE-4HOLE-4H6HOLE-4HOLE-4 R2 10KR1608R2 10KR1608 J19HOLE3-6TH3-6J19HOLE3-6TH3-6 1 1 55 44 33 22 11 D D C C B B A A TXD+TXD-RXD+RXD- TXD+RXD+TXD-RXD- B_DATA9B_DATA12B_DATA13B_DATA14B_DATA6B_DATA4B_DATA3B_DATA7B_DATA11B_DATA8B_DATA0B_DATA2B_DATA5B_DATA10B_DATA15B_DATA1 ELED0ELED1 ELED0 ELED1 VDD3.3V VDD3.3V VDD5V VDD5V B_ADDR2 {3,5,9} B_SROM_nOE {3,5,9} B_SROM_nWE {3,5,9} XnRESET {3,8} B_CSn_1 {3} GPN8/E8 {3} B_DATA[15:0] {3,5,9} LAN0_TXP {12} LAN0_TXN {12} LAN0_RXP {12} LAN0_RXN {12} E_LED0 {12} E_LED1 {12} TitleSize Document Number Rev Date: Sheet of ETHERNET 0.1 STT-700T-MAIN A3 412 Monday, April 19, 2010 TitleSize Document Number Rev Date: Sheet of ETHERNET 0.1 STT-700T-MAIN A3 412 Monday, April 19, 2010 TitleSize Document Number Rev Date: Sheet of ETHERNET 0.1 STT-700T-MAIN A3 412 Monday, April 19, 2010 ETHERNET CB1100nFC1608CB1100nFC1608 12 CB5100nFC1608CB5100nFC1608 12 R949.9R/1%R1608R949.9R/1%R1608 12 R76.8K/F 1%R1608R76.8K/F 1%R1608 12 U1DM9000BEPQFP48-0.5-9X9U1DM9000BEPQFP48-0.5-9X9 SD0 18 SD1 17 SD2 16 SD3 14 SD4 13 SD5 12 SD6 11 SD7 10 SD8 31 SD9 29 SD10 28 SD11 27 SD12 26 SD13 25 SD14 24 SD15 22 TX+ 7 TX- 8 RX+ 3 RX- 4 TXVDD25A 9 RXVDD25A 2 BGRES 1 TXAGND 6 RXAGND0 5 RXAGND1 47 BGGND 48 INT 34 IOR 35 LOW 36 CS 37 PWRST 40 TEST 41 SD 46 CMD 32 EEDIO 19 EECK 20 EECS 21 LED1 39 LED2 38 DVDD0 23 DVDD1 30 DVDD2 42 DGND0 15 DGND1 33 DGND3 45 X1 44 X2 43 C222pFC1608C222pFC1608 12 R141KR1608R141KR1608 1 2 R1149.9R/1%R1608R1149.9R/1%R1608 12 CB3100nFC1608CB3100nFC1608 12 R849.9R/1%R1608R849.9R/1%R1608 12 C322pFC1608C322pFC1608 12 T111FB-17NLPH163539T111FB-17NLPH163539 TD+/RD+ 1 NC 2 TD-/RD- 3 CT 5 RD+/TD+ 6 NC 7 NC 10 RX+/TX+ 11 RX-/TX- 9 TX-/RX- 14 NC 15 TX+/RX+ 16 NC 4 RD-/TD- 8 NC 12 MCT 13 Q2MMBT4403SOT23-132Q2MMBT4403SOT23-132 1 2 3 CB4100nFC1608CB4100nFC1608 12 R1049.9R/1%R1608R1049.9R/1%R1608 12 R1275RR1608R1275RR1608 12 R5 0R R1608 R5 0R R1608 1 2 C410nF/2KVC3216C410nF/2KVC3216 12 CB7100nFC1608CB7100nFC1608 12 Q1MMBT4403SOT23-132Q1MMBT4403SOT23-132 1 2 3 CB6100nFC1608CB6100nFC1608 12 R6 100R R1608 R6 100R R1608 1 2 BD1HH-1M1608-121JL1608BD1HH-1M1608-121JL1608 R131KR1608R131KR1608 1 2 X1XTAL-25MHzXTAL_3225X1XTAL-25MHzXTAL_3225 1 3 42 C110uF/10VC3216C110uF/10VC3216 12 CB2100nFC1608CB2100nFC1608 12 C510uF/10VC3216C510uF/10VC3216 12 55 44 33 22 11 D D C C B B A A NUARTCSB E_RXD2 NUARTCSA E_TXD2E_RXD1E_RXD3E_TXD1 NUAR…

Text truncated - open the document above for the full version.

IST Co., Ltd EMC LABORATORY TEST REPORT NO. : 10-IST-0230 1 of 16 Certification of Compliance CFR 47 Part 15 Subpart C Test Report File No. : 10-IST-0230 Date of Issue : April 24, 2010 Model(s) : SPS-700A Kind of Product : Electric Payment System FCC ID : P4YSPS-700A Applicant : Samsung SDS Co.,Ltd. Address : 707-19, Touksam2-Dong, Kangnam-Gu, Seoul, Korea Manufacturer : Samsung SDS Co.,Ltd. Address : 707-19, Touksam2-Dong, Kangnam-Gu, Seoul, Korea Test Result ■ Positive □ Negative Reviewed By Approved By S.J.CHO / EMC Group Manager B.S.KIM / Chief Comment(s) - Investigations requested : Measurement to the relevant clauses of FCC rules and regulations Part 15 Subpart C. - The test report is consists of 16 pages. - The test result only responds to the tested sample. - It is not allowed to copy this report even partly without the allowance of IST EMC Laboratory. - This equipment as for has been shown to be capable of continued compliance with the applicable technical standards as indicated in the measurement report and was tested in accordance with the measurement procedures specified in ANSI C63.4 I assume full responsibility for accuracy and completeness of these data. IST Co., Ltd EMC LABORATORY TEST REPORT NO. : 10-IST-0230 2 of 16 TABLE OF CONTENTS Table of contents 2 Information of test laboratory, Environmental conditions, Power used, Product information 3 Descriptions of Test 4 - Conducted Emission 4 - Radiated Emission 5 - Radiated Emission, 9KHz to 30MHz(Magnetic Field Test) 6 Measurement Uncertainty Calculations 7 Equipment Under Test 8 Summary 9 - Radiated Emission-15.225(a) 10 - Radiated Electric Field Emission-15.225(b)(c) 11 - Radiated Electric Field Emission-15.109, 15.209&15.225(d) 12 - Frequency Stability -15.225(e) 14 - Antenna requirements 15 - The Photos of Equipment Under Test 16 Note: IST Co., Ltd EMC LABORATORY TEST REPORT NO. : 10-IST-0230 3 of 16 INFORMATIONS OF TEST LABORATORY EMC LABORATORY of IST Co., Ltd. 400-19, Singal-dong, Giheung-gu, Yongin-si, Kyonggi-Do, 449-860, Korea TEL : +82 31 326 6700 FAX : +82 31 326 6797 ENVIRONMENTAL CONDITIONS Temperature 19.5 °C Humidity 45 % Atmospheric pressure 1018 mbar POWER SUPPLY SYSTEM USED Power supply system DC 12V(Refer to the product information) - VCCI Registration No. : 1739 - FCC Registration No. : 400603 - KCC Registration No. : KR0018 - FCC MRA Registration No. : 801060 - KOLAS Registration No. : KT118 IST Co., Ltd EMC LABORATORY TEST REPORT NO. : 10-IST-0230 4 of 16 PRODUCT INFORMATION - Regards to the frequency band operation; the highest that was included the lowest, middle and highest frequency of channel were selected to perform the test, and then shown on this report. - Please refer to user’s manual. Item Specification Frequency 13.56MHz Antenna PCB Loop Antenna RF Card Operating Voltage DC 12V / 800mA IST Co., Ltd EMC LABORATORY TEST REPORT NO. : 10-IST-0230 5 of 16 Radiated Emissions: The measurement was performed over the frequency range of 30MHz to 1GHz using antenna as the input transducer to a Spectrum analyzer or a Field Intensity Meter. The measurement was made with the detector set for "quasi-peak" within a bandwidth of 120kHz. Procedure of Test Preliminary measurements were made at 3 meter using bi-log antennas, and spectrum analyzer to determine the frequency producing the max. emission in anechoic chamber. Appropriate precaution was taken to ensure that all emission from the EUT were maximized and investigated. The system configuration, mode of operation, turn-table azimuth and height with respect to the antenna were noted for each frequency found. The spectrum was scanned from 30MHz to 1000MHz using bi-log antenna. Above 1GHz, linearly polarized double ridge horn antennas were used. Final measurements were made at open site with 3- meters test distance using bi-log antenna or horn antenna. The OATS have been verified in regular for its normalized site attenuation. The test equipment was placed on a wooden table. Sufficient time for the EUT, peripheral equipment, and test equipment was allowed in order for them to warm up to their normal operating condition. Each frequency found during pre-scan measurements was re-examined by manual. The detector function was set to CISPR quasi-peak mode and the bandwidth of the receiver was set to 120kHz or 1MHz depending on the frequency of type of signal. The EUT, peripheral equipment and interconnecting cables were re-configured to the set-up producing the max. emission for the frequency and were placed on top of a 0.8-meter high nonmetallic 1 x 1.5 meter table. The EUT, peripheral equipment, and interconnecting cables were re-arranged and manipulated to maximize each emission. The turntable containing the system was rotated; the antenna height was varied 1 to 4 meters and stopped at the azimuth or height producing the maximum emission. Each emission was maximized by: varying the mode of operation to the EUT and/or peripheral equipment and changing the polarity of the antenna, whichever determined the worst-case emission.(The bandwidth below 1GHz setting on the field strength meter is 120KHz and above 1GHz is 1MHz.) IST Co., Ltd EMC LABORATORY TEST REPORT NO. : 10-IST-0230 6 of 16 Radiated Emissions Test, 9 kHz to 30 MHz(Magnetic Field Test) 1. The preliminary radiated measurements were performed to determine the frequency producing the maximum emissions at a distance of 3 meters according to Section 15.31(f)(2). 2. The EUT was placed on the top of the 0.8-meter height, 1 x 1.5 meter non-metallic table. 3. Emissions from the EUT are maximized by adjusting the orientation of the Loop antenna and rotating the EUT on the turntable. Manipulating the system cables also maximizes EUT emissions if applicable. 4. To obtain the final measurement data, each frequency found during preliminary measurements was re-examined and investigated. The test-receiver system was set up to average, peak, and quasi-peak detector with specified bandwidth. IST Co., Ltd EMC LABORATOR…

Text truncated - open the document above for the full version.