AK8S445CSony Remote Card System Reader/Writer RC-S445C

Sony Confidential FeliCa Reader/Writer RC-S441C and RC-S445C - Users Manual - (Version 2.10)  Sony Corporation 19 November 1999 “FeliCa” is a trademark of Sony Corporation Contents 1 Definition1 2 General1 2.1Basic Specification1 2.1.1Dimensions1 FeliCa: Reader/Writer RC-S441,445 Users Manual Sony Confidential ii 2.1.2Specification Table1 2.1.3Encryption Technique2 3 Reader/Writer Operation3 3.1Connection with Controller3 3.2Transaction Overview3 3.2.1Communication Protocol3 3.2.2Re-sending Protocol3 3.2.3ACK/NACK Packet3 3.2.4Mutual Authentication3 3.2.5Encryption and Decryption4 4 Communication Commands4 4.1General4 4.2Reader/Writer Internal Operation Commands4 4.2.1Attention Command4 4.2.2Authentication 1 Command4 4.2.3Authentication 2 Command4 4.2.4Disconnect Command4 4.2.5Change Reader/Writer Access Key Command4 4.2.6Self-Diagnosis Command6 4.2.7Check Firmware Version Command6 4.2.8Change Communication Mode Command6 4.2.9Kill Module Command6 4.2.10Reader/Writer Reset Command6 4.2.11 Firmware Maintenance Command6 4.3Card Operation Command6 4.3.1Polling Command6 4.3.2Request Service Command6 4.3.3Request Response Command6 4.3.4Mutual Authentication Command6 4.3.5Read Block Command6 4.3.6Write Block Command7 4.3.7Release Command7 4.3.8Read Without Encryption Command7 4.3.9Write Without Encryption Command7 4.4Card Management Command8 4.4.1Register Issue ID Command8 4.4.2Register Area Command8 4.4.3Register Service Command8 4.4.4Register Manufacture ID Command8 4.4.5Card Self-Diagnosis Common Security Key Command8 5Fundamental Specifications9 5.1Operating Temperature9 5.2Storage Temperature9 5.3Humidity9 5.4Cold and Heat Shock9 5.5Shock9 5.6Vibration9 5.7Spurious Emissions9 5.8Bump9 5.9Electrostatic Discharge9 5.10 Multiple cards9 5.11 Anti-Collision9 FeliCa: Reader/Writer RC-S441,445 Users Manual Sony Confidential iii 6Reader/Write Specification Table10 6.1Type C Reader/Writer10 6.1.1Type C Reader/Writer Specification Table10 •Model No.10 •Operating Distance10 •Interface Connector11 •External Interface12 •Dimensions13 •Mounting Holes13 •Power13 6.1.2Type C Reader/Writer Schematic Drawing13 6.2Type E Reader/Writer15 6.2.1Type E Reader/Writer Specification Table15 •Model No.15 •Operating Distance15 •Interface Connector15 •External Interface15 •Dimensions16 •Mounting Holes16 •Power16 6.2.2Type E Reader/Writer Schematic Drawing17 FeliCa: Reader/Writer RC-S441,445 Users Manual Sony Confidential iv List of Table Table 1Reader/Writer RC-S44x Models 1 Table 2Reader/Writer Internal Operation Command4 Table 3Card Operation Command4 Table 4Card Management Command4 Table 5Pin Assignment of Interface Connector CN212 List of Figures Fig.1Communication Protocol and Packet Structure3 Fig.2Printed Model No. (type C)10 Fig.3Example of Antenna Placement (type C)11 Fig.4Pin Assignment of Connectors CN1-311 Fig.5Placement of Parts for RS-232C Interface12 Fig.6 Antenna Board (type C) 13 Fig.7 RF/Control Board14 Fig.8 Printed Model No. (type E)15 Fig.9 Antenna Board (type E)17 FeliCa : Reader/Writer RC-S441,445 Users Manual Sony Confidential 1 1 Definition In this document, following words are used in the following sense. Controller - An external computer, a gate controller or an equivalent equipment directly connected to Reader/Writer through specified wired interface. Reader/Writer - The equipment, specified in this document, for Sony Remote Card System : FeliCa. Card - A Contactless Smart Card for Sony Remote Card System : FeliCa 2 General 2.1Basic Specification Table 1 shows Reader/Writer “RC-S44x” models. RC-S445 has dual CPUs and external memories for sub CPU. RC-S441 is a single CPU type same as the models RC-S430 and RC-S480. Reader/Writer consists of 3 parts – an antenna board, an RF/control board and the cable that connects the antenna board and the RF/control board. There are 2 antenna types called Type C and E (see Chapter 6). Model No.CPUMemory Antenna Type Serial Interface Connector Type RC-S445C/6LDual Flash 4Mbyte SRAM 0.5Mbyte C RS485A RS232C Right angle RC-S441C/6LCStraight RC-S441E/6L Single- E RS485A CMOS Right angle Table 1 Reader/Writer RC-S44x models 2.1.1 Dimensions The dimension of each type are described in Chapter 6. The tolerance is ±0.5mm. 2.1.2 Specification Table Communication with Card ( Common ) carrier frequency: 13.56MHz (±50ppm) modulation bandwidth: ±300kHz (-30dB relative to carrier level) radiation level: less than 4500 μV/m at 10m (Type C Antenna) 1000 μV/m at 10m (Type E Antenna) 300 μV/m at 10m (Type B Antenna) Communication method: half-duplex, CRC16 ( ISO type C ) data transfer rate : 211.875kbps modulation: Receive - ASK, Manchester Coding Transmit - ASK(8-14%), Manchester Coding modulation bandwidth: ±300kHz (-30dB relative to carrier level) ( ISO type B ) [Note] ISO/IEC document 14443 on the type B protocol was not published at the design stage of these Reader/Writer. The design was made according to then the newest available documents as described below. FeliCa : Reader/Writer RC-S441,445 Users Manual Sony Confidential 2 ISO/IEC JTC1/SC17 CD 14443-2 document N1433 (22.10.1998) ISO/IEC JTC1/SC17 2 nd CD 14443-3 document N1475R (28.2.1999) data transfer rate : 106 kbps modulation: Receive - ASK, BPSK( sub carrier 847.5kHz) Transmit - ASK(8-14%), NRZ modulation bandwidth: ±100kHz (-30dB relative to carrier level, 106 kbps) Power Supply (see Chapter 6) Digital Processing Unit (DPU) Main: CXD8680R (designed by Sony) Clock Frequency = 13.56MHz CXD8680R has a 32 bit CPU core, 8 kbyte ROM, 3 kbyte SRAM, 2 kbyte Block Erasable Flash Memory and 4×32 kbyte Flash Memory inside. Sub: 32 bit CPU MC68340 (RC-S445) Clock Frequency = 13.56MHz External Memory RC-S445: 4 Mbyte Flash Memory and 500 kbyte SRAM Controller Interface (serial interface) number of ports : 1 (one) signal level : RS485 and CMOS logic level (5V) for RC-S441C/E : RS485 and RS232C for RC-S445C baud rate for operation : 7.2kbps ∼ 1.2288Mbps (7.2, 8.192, 9.6, 14.4, 16.384, 19.2, 28.8, 32.768, 38.4, 57.6, 65.53…

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Block Diagram of RC-S445 and 441 (Main CPU & RF Circuit) EXT CPU Digital Processing Unit Signal Processing Unit Flash Memory DC-DC Converter 11V (only for Power Amp.) 13.56MHz X’tal Oscillator Clock 5V 12 or 5V MAX662 CXD8680R CXA3175Q RD(211.875kbps) RS-485 Driver EMI filter & Protection Circuit Switching Regulator Series Regulator 5V DC IN (typ. 12V) LTC490 RS-485 9.6-1228kbps CMOS 5V 9.6-1228kbps LM2594M-5.0 PQ20VZ51 EN/*INH Low Pass Filter Amplifier Threshold Detector RS-232C Driver MAX3221 RS-232C 9.6-115.2kbps CXD9562Q Signal Converter DPLL Unit Mode Selector Shut Down IPL MODE1 SRAM MASK ROM MODE2 ¤ EXT I/O Parallel I/O & Control ¤ ¤: To Sub CPU Circuit (RC-S445) Antenna Unit TuningCircuit Power Amp. & Modulation 2SC3617×6 2SC4175 Band Pass Filter Small Loop Ant. 13.56MHz ASK 8-14% AM Detector MA715×2 *WD (211.875kbps) Manchester Coding ¤ I/O EN 5V VoltageDetector Reset (< 4.3V) ¤ PST9343 Serial I/O Serial I/O Block Diagram of RC-S445 (Sub CPU Circuit) Clock 13.56MHz Sub CPU (MC68340) Flash Memory SRAM 4Mbyte 0.5Mbyte Level Converter MB84VD22194 Data (16bit) Address (21bit) CS/WE/OE Reset Parallel I/O (8bit) & Control (4bit) 14.7456 MHz X’tal Oscillator 1/4 3.6864MHz Serial I/O I/O EN IPL 74LCX16244×3 74VHCT244×2 5V 3.3V (for Memory & Level Converter) Series Regulator PQ20VZ51 ~ 115.2 kbps

Sony Remote Card System Reader/Writer Model No.:RC-S445C Serial No.:00000016 FCC ID: AK8S445C Made in Japan Label layout for RC-S445C 65mm 25mm 10mm 15mm 32mm32mm

Operational Description - Models RC-S441C and RC-S445C - Version 1.0 Sony Corporation RC-S44XC Operational Description Reader/Writer Operation After turning on the power switch, the Reader/Writer transmits 13.56MHz 10% ASK polling signal with the specified intensity until receiving a response from a contactless card. After receiving the response from a card the device starts to communicate with the card by using the same frequency and modulation. Though the reader/writer is a self-operating device according to the program installed in the FLASH memory, it can be connected to a host computer (Controller) for more complicated applications by taking out the reader/writer from the enclosure. For the connection to a host computer, refer to the initialization and communication protocols described below. 1Connection with Controller •Interface Connector RC-S441C/6L: Methode 1100-12-110-01 (straight) RC-S445C/6L: Methode 1100-12-110-02 (right angle) The interface connector is a 10-pin connector located at the right edge of the RF/Control board. The pitch of connector pins is 2.54mm. The most upper connector pin is No. 1. Pin assignment of the connector is shown in Fig. 1 and Table 1. Fig.1 : Pin Assignment of Connectors CN1-3 Pin No. 12345678910 Pin AssignmentSHDNGNDDCINRX-RX+TX-TX+TXDGNDRXD Table 1 : Pin Assignment of Interface Connector CN3 External I/O TX+ TX- RX+ RX- 5V GND OUT IN TXD RXD SI SO Modu., Demodu. & Power Amp. *R/W RD *WD GND 5V CARRIER *CARRIER 12V RFIN+ RFIN- RFOUT+ RFOUT- EN/*INH Controller1 SI SO MODE 5V *TO RI *R/W CARRIER *CARRIER EN/*INH GND DA[0-7] DB[0-7] HS[0-3] PA[0-7] GPSEL CLK SIE SCLKE CC/*D CDS CR/*W *RESET CACKGR/*W Data Conv. & Sel. GDAT[0-3] GPSEL 5V GND TO_I RI_O SCLKE_O SIE_O GACK GRQ GC/*D GTO GRI GDSCLK *RESET GR/*W O1 I1 O2 I2 MI1 MI2 MO1 MO2 SO SI Controller2 SI SO MODE 5V CLK GND PA[0-7] PB[5-7] *RESET CACK DC-DC 12V5V GNDINH 5V 5V 5V12V 5V 5V 5V 12V 12V DB[0-7] HS[0-3] DB[0-7] DA[0-7] HS[0-3] DA[0-7] SHDN TX+(RS485) TX-(RS485) GND RXD(RS232C/CMOS) RX-(RS485) 12V RX+(RS485) TXD(RS232C/CMOS) GND to Ant. PB6 PB5 PB[5-7] PB7 PA[0-7] TXD DB7 DB2 DB6 DA7 RX- DA0 DB7 DB1 DA6 MODE1 DB5 DA3 DB3 DA1 MODE2 SO SI DB[0-3] DA2 RX+ GND HS2 DA5 HS0 GND HS1 DA4 RXD TX+ TX- DB6 DB0 DB4 DB4 GND HS3 GPSEL GND SHDN DB5 12V 12V CN3 1 2 3 4 5 6 7 8 9 10 CN1 1 2 3 4 CN2 CON40A 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 FUSE RC-S44XC Operational Description •External Interface serial 1 port: RS-485A and CMOS logic level (5V) for RC-S441C RS485A and RS232C for RC-S445C software selectable, non-inverted or inverted, and baud rate (default setting : non-inverted, 115.2kbps) 2Transaction Overview 2.1Communication Protocol There are two communication protocols, namely, data link level and application level protocol. Either ACK or NACK packet is returned in every packet transfer. ACK indicates a successful transfer, NACK means unsuccessful. Fig. 2 : Communication Protocol and Packet Structure 2.2Re-sending Protocol Reader/Writer supports the re-sending procedure in Controller interface. Re-sending handling is triggered or required in the two cases below : 1. NACK packet is returned. 2. Neither ACK nor NACK response comes. (time out) Controller should re-send the same packet within 5ms after receiving NACK or detecting time out. 2.3ACK / NACK Packet ACK / NACK packet format is as follows : ACK : LEN = 00h & LCS = ffh without Packet Data part and DCS NACK : LEN = ffh & LCS = 00h without Packet Data part and DCS 2.4Mutual Authentication Mutual Authentication is a process that is performed between Controller Reader/WriterController Max. 2ms Command Packet ACK ACK Max. 2ms Response Packet 00FF00 LEN LCS PD0PDnPD1DCS 00 ... Postamble Packet Data Checksum Packet Data Packet Length Checksum Start of Packet Code Packet Length Preamble Command or Response Code RC-S44XC Operational Description and Reader/Writer to authenticate each other mutually in order to avoid the fraud usage. This authentication is based on the following elements : 1. two 8byte (64bit) keys 2. three pass authentication model (ISO 9758) 3. cryptography algorithm. 2.5Encryption and Decryption The cryptography algorithm is used for the following three stages : 1. mutual authentication between Controller and Reader/Writer 2. mutual authentication between Reader/Writer and Card 3. commands and data encryption through Reader/Writer 3Communication Commands 3.1General In this section, the communication commands between Controller and Reader /Writer are described. Table 2-4 shows all commands between Controller and general Reader/Writer. All commands are categorized into 3 groups as follows : 1. Reader/Writer internal operation command 2. Card operation command 3. Card management command Card management command group is for issue Reader/Writer and not for general Reader/Writer . 3.2Reader/Writer Internal Operation Command 3.2.1Attention Command Attention Command enables Reader/Writer and Controller to recognize each other and is the only command available before the authentication completes. The main purpose of this Attention Command is to recognize its partner before authentication and to force Reader/Writer to be in the idle state. 3.2.2Authentication 1 Command Authentication 1 Command enables Controller to authenticate Reader/Writer. 3.2.3Authentication 2 Command Authentication 2 Command enables Reader/Writer to authenticate Controller. 3.2.4Disconnect Command Disconnect Command is for Controller to terminate the communication with Reader/Writer. 3.2.5Change Reader/Writer Access Key Command Change Reader/Writer Access Key Command performs alteration of the access keys, which are stored in Reader/Writer for the mutual authentication between Controller and Reader/Writer. RC-S44XC Operational Description CommandCommand CodeResponse Code Attention00h01h Authentication 102h03h Authentication 204h05h Disconnect06h07h Change Reader/Writer Access Key20h21h Self-Diagnosis4…

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DescriptionQtyName Pin,Connector 4P (SMD 1.5mm)1 JST Pin,Connector 10P (L)1 Methode Cap,Chip Chemical 100MF 25V 1 Cap,Chip Tantalum Elect 47MF 16V 2 Cap,Chip Tantalum Elect 33MF 10V 1 Cap,Chip Tantalum Elect 22MF 20V 2 Cap,Chip Tantalum Elect 10MF 10V 3 Cap,Chip Tantalum Elect 4.7MF 20V 1 Cap,Chip Tantalum Elect 4.7MF 10V 1 Cap,Chip Tantalum Elect 3.3MF 35V 1 Cap,Chip Trimmer1 MURATA Cap,Chip Ceramic 3pF CH2 Cap,Chip Ceramic 15pF CH1 Cap,Chip Ceramic 18pF CH1 Cap,Chip Ceramic 22pF CH2 Cap,Chip Ceramic 22pF CH (2012)1 Cap,Chip Ceramic 33pF CH (2012)2 Cap,Chip Ceramic 270pF CH (2012)2 Cap,Chip Ceramic 330pF CH2 Cap,Chip Ceramic 390pF CH (2012)2 Cap,Chip Ceramic 1000pF B (2012)2 Cap,Chip Ceramic 1000pF B5 Cap,Chip Ceramic 0.01MF F2 Cap,Chip Ceramic 0.047MF F1 Cap,Chip Ceramic 0.1MF F19 Cap,Chip Ceramic 0.22MF F2 Cap,Chip Ceramic 0.33MF F3 Res,Chip 22 1/10W 5.0%2 Res,Chip 39 1/10W 5.0%1 Res,Chip 56 1/10W 5.0%1 Res,Chip 3.3 1/16W 5.0%6 Res,Chip 4.7 1/16W 5.0%6 Res,Chip 100 1/16W 5.0%2 Res,Chip 120 1/16W 5.0%2 Res,Chip 1.0K 1/16W 5.0%5 Res,Chip 1.5K 1/16W 5.0%1 Res,Chip 3.3K 1/16W 5.0%6 Res,Chip 10K 1/16W 5.0%22 Res,Chip 1M 1/16W 5.0%1 Res,Chip 1.0K 1/16W 0.5%1 Res,Chip 7.5K 1/16W 0.5%1 Network Resistor (Chip) 47K5 KOA Inductor 2.2UH 5.0%2 TDK Inductor 22UH 5.0%5 TDK Inductor 3.3UH 5.0% M1 TDK Inductor 22UH 5.0% M1 TDK Inductor 47UH 5.0% M2 TDK Inductor (Power) 150UH1 Sumida Coil S4-S2/330331 MITSUMI Filter,Chip EMI 1000p1 MURATA Diode,MA715-TX2 MATSUSHITA Transistor,2SC4175-T1B3B41 NEC Transistor,2SC3617-T1TL6 NEC Diode,HN1D03FU-TE85R3 TOSHIBA Diode,MBRS130LT31 MOTOROLA Varistor, Chip 15V1 TDK Crystal 13.56MHz1 Я IC,CXD8680R1 SONY IC,MAX662ACSA1 MAXIM IC,TC74AC04FT(EL)1 TOSHIBA IC,TC74AC00FT(EL)1 TOSHIBA RC-S445C (Dual CPU, 4Mbyte Fl a DescriptionQtyName IC,TC74VHC86FT1 TOSHIBA IC,TC4S69F1 TOSHIBA IC,PQ20VZ5U1 SHARP IC,PST9343UR1 MITSUMI IC,SN75LBC179D1 TI IC,MAX3221CAE-TE21 MAXIM IC,LM2594M-5.01 National Semicon. IC,CXA3175Q1 SONY IC,Gate Array CXD9562Q1 NEC Cap,Chip Tantalum Elect 10MF 10V 2 Cap,Chip Ceramic 15pF CH2 Cap,Chip Ceramic 0.1MF F28 Res,Chip 3.3 1/16W 5.0%1 Res,Chip 1.0K 1/16W 5.0%2 Res,Chip 1.8K 1/16W 5.0%1 Res,Chip 10K 1/16W 5.0%8 Res,Chip 1M 1/16W 5.0%1 Network Resistor (Chip) 47K3 KOA Inductor 22UH 5.0% M1 TDK Crystal 14.7456MHz1 Я IC,MC68340PV16E1 MOTOROLA IC,TC74VHCT244AFT(EL)2 TOSHIBA IC,TC74LCX16244AFT(EL)3 TOSHIBA IC,TC74VHCT04AFT1 TOSHIBA IC,TC74VHC04FT1 TOSHIBA IC,TC74VHC00FT2 TOSHIBA IC,TC74VHC161AFT1 TOSHIBA IC,PQ20VZ5U1 SHARP IC,MB84VD22194A-10PBS1 Fujitsu PCB,(RWUE-1Z) Combined1/2 Kyoden PCB,(ANT-C3Z) Combined1/4 Kyoden Core, Ferrite (C)1 TDK Cap,Chip Ceramic 150pF B8 Pin,Connector 4P (SMD 1.5mm)1 JST Tape (C Front), Double Stick1 Nichibei Parts Tape (C Rear), Double Stick1 Nichibei Parts Spacer (C1)1 JTM Spacer (C2)1 JTM Plate (C),PC1 Nichibei Parts Wire Kit RC-S430C1 Asahi Comm. Reference No. & Note CN1 CN3 C58 C59,60 C38 C2,28 C39,42,52 C47 C24 C27 C13 C16,17 C40 C41 C18,19 C3 C14,15 C4,5 C20,21 C11,12 C9,10 C22,23,50,51,61 C6,7 C53 C1,25,26,29-37,43,44,48,49,57,141,142 C45,46 C54,55,56 R8,9 R10 R11 R2,3,4,5,6,7 R48-53 R22,56 R43,44 R20,21,23,40,41 R12 R13,16,17,18,19,24 R1,25,28,29,30,31-38,42,45,54,55,57,115,116,119,120 R39 R26 R27 RM1-5 L2,3 L4,5,6,7,12 L10 L1 L8,11 L9 T1 F1 D1,2 Q7 Q1,2,3,4,5,6 D3,4,5 D6 RV1 X1 IC3 IC4 IC6 IC5 sh Memory, 0.5Mbyte SRAM) Parts List Reference No. & Note IC8 IC11 IC2 IC7 IC9 IC10 IC12 IC1 IC122 C134,135 C129,130 C101-123,126,127,131-133 JP1 R112,114 R113 R101,103-108,118 R111 RM101-103 L101 X2 IC101 IC103,104 IC102,105,106 IC113 IC115 IC110,111 IC114 IC116 IC107 C1,2,3,4,5,6,7,8 CN1

RC-S445C ON OFF 12.7mm 13.0mm 5.0mm 5.5mm 192mm 195mm 6.5mm Schematics for RC-S445C

Radio Frequency Investigation Ltd, Ewhurst Park, Ramsdell, Basingstoke, Hampshire, RG26 5RQ, ENGLAND. Tel: +44 (0) 1256 851193 Fax: +44 (0) 1256 851192 Registered in England, No. 211 7901. Registered Office: Ewhurst Park, Ramsdell, Basingstoke, Hampshire RG26 5RQ TESTING 0644 TEST REPORT FROM RADIO FREQUENCY INVESTIGATION LTD. Test Of: Sony Corporation RC-S445C Smart Card Reader To: FCC Part 15 Subpart C Clause 15.225: 1998 Test Report Serial No: RFI\EMCB1\RP40219B This Test Report Is Issued Under The Authority Of Brian Watson Technical Director: Checked By: Tested By:Release Version No: PDF01 Issue Date: 20 December 1999Test Date: 2 December to 6 December 1999 This report is issued in Adobe Acrobat portable document format (PDF). It is only a valid copy of the report if it is being viewed in PDF format with the following security options not allowed: Changing the document, Selecting text and graphics, Adding or changing notes and form fields. Furthermore, the date of creation must match the issue date stated above. This report may be copied in full. RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI\EMCB1\RP40219B EMC DepartmentPage 2 of 26 Issue Date: 20 December 1999 Test Of:Sony Corporation RC-S445C Smart Card Reader To:FCC Part 15 Subpart C Clause 15.225: 1998 This page has been left intentionally blank. RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI\EMCB1\RP40219B EMC DepartmentPage 3 of 26 Issue Date: 20 December 1999 Test Of:Sony Corporation RC-S445C Smart Card Reader To:FCC Part 15 Subpart C Clause 15.225: 1998 Table of Contents 1. Client Information......................................................................................................4 2. Equipment Under Test (EUT).....................................................................................5 3. Test Specification, Methods And Procedures..........................................................7 4. Deviations From The Test Specification...................................................................8 5. Operation Of The EUT During Testing......................................................................9 6. Summary Of Test Results........................................................................................10 7. Measurements, Examinations And Derived Results..............................................11 8. Measurement Uncertainty........................................................................................16 Appendix 1. Test Equipment Used...............................................................................17 Appendix 2. Measurement Methods............................................................................18 Appendix 3. Test Configuration Drawings..................................................................20 Appendix 4. Graphical Test Results............................................................................24 RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI\EMCB1\RP40219B EMC DepartmentPage 4 of 26 Issue Date: 20 December 1999 Test Of:Sony Corporation RC-S445C Smart Card Reader To:FCC Part 15 Subpart C Clause 15.225: 1998 1. Client Information Company Name: Sony Corporation Address: 6-7-35 Kitashinagawa Shinagawaku Tokyo 141-0001-Japan Contact Name: Mr Toshimichi Okita RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI\EMCB1\RP40219B EMC DepartmentPage 5 of 26 Issue Date: 20 December 1999 Test Of:Sony Corporation RC-S445C Smart Card Reader To:FCC Part 15 Subpart C Clause 15.225: 1998 2. Equipment Under Test (EUT) The following information (with the exception of the Date of Receipt) has been supplied by the client: 2.1. Identification Of Equipment Under Test (EUT) Brand Name: Sony Model Name or Number: RC-S445C Unique Type Identification: None Stated by Client Serial Number: 00000016 Country of Manufacture: Japan FCC ID Number: Awaiting Certification Date of Receipt: 2 December 1999 2.2. Description Of EUT The equipment under test is a smart card reader. 2.3. Modifications Incorporated In EUT The EUT has not been modified from what is described by the Model Name and Unique Type Identification stated above. 2.4. Additional Information Related To Testing Power Supply Requirement: Internal battery supply of + 12 V Intended Operating Environment: Residential and Commercial Weight: 0.5 kg Dimensions: 190 mm (L) x 125 mm (W) x 50 mm (H) Interface Ports: None RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI\EMCB1\RP40219B EMC DepartmentPage 6 of 26 Issue Date: 20 December 1999 Test Of:Sony Corporation RC-S445C Smart Card Reader To:FCC Part 15 Subpart C Clause 15.225: 1998 2.5. Support Equipment The following support equipment was used to exercise the EUT during testing: Description: Smart Card (Support Tag) Brand Name: None Stated by Client Model Name or Number: None Stated by Client Serial Number: None Stated by Client FCC ID Number: None Stated by Client Cable Length And Type: No Direct Connection Connected to Port: Not applicable RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI\EMCB1\RP40219B EMC DepartmentPage 7 of 26 Issue Date: 20 December 1999 Test Of:Sony Corporation RC-S445C Smart Card Reader To:FCC Part 15 Subpart C Clause 15.225: 1998 3. Test Specification, Methods And Procedures 3.1. Test Specification Reference: FCC Part 15 Subpart C Clause 15.225: 1998 Title: Code of Federal Regulations, Part 15 (47CFR15) Radio Frequency Devices: Digital Devices. Comments: A description of the test facility used for this test is on file with, and has been accepted by, the Federal Communications Commission as required by Section 2.948 of Federal Rules. Purpose of Test: To determine whether the equipment complied with the requirements of the specification for the purposes of certification. 3.2. Methods And Procedures The methods and procedures used were as detailed in: ANSI C63.2 (1987) Title: American National Standard for Instrumentation - Electromagnetic noise and field strength. ANSI C63.4 (1992) Title: American …

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