Q2FMM-5500C800 MHz CDMA PCMCIA Card

MM-5500C + MaxCard 2 FCC RF EXPOSURE COMPLIANCE In August 1996 the Federal Communications Commission (FCC) of the United States with its action in Report and Order FCC 96-326 adopted an updated safety standard for human exposure to radio frequency (RF) electromagnetic energy emitted by FCC regulated transmitters. Those guidelines are consistent with the safety standard previously set by both U.S. and international standards bodies. The design of this modem complies with the FCC guidelines and these international standards. Use only the supplied or an approved antenna. Unauthorized antennas, modifications, or attachments could impair call quality, damage the phone, or result in violation of FCC regulations. This CDMA MaxCard+ Modem has been tested for FCC RF exposure hand and body SAR compliance with the MM-5500C PC CardBus form factor. In order to comply with FCC RF exposure requirements, the CDMA MaxCard+ Modem must be operated with MM-5500C PC CardBus form factor.. The use of this device in any other type of host configuration may not comply with FCC RF exposure requirements and should be avoided. During operation, a 1.5cm separation distance should be maintained between the antenna, whether extended or retracted, and the user’s/bystander’s body (excluding hands, wrists, feet, and ankles) to ensure FCC RF exposure compliance. CAUTION Change or modification to the modem without the express consent of Maxon Electronics Australia Pty. Ltd. voids the user’s authority to use the equipment. This equipment has been tested and found to comply with the limits pursuant to Part 22 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in an appropriate installation. This equipment generates, uses, and can radiate radio frequency energy and, if not used in accordance with instructions, can cause harmful radiation to radio communication. However, there is no guarantee that interference will not occur in a particular installation. If the equipment does cause harmful interference in radio and television reception, which can be determined by turning the equipment on and off, 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 distance between the equipment and the receiver Contact Telstra Technical Support for assistance. All data and information contained in or disclosed by this document are proprietary information of Maxon Electronics Australia, and all rights therein are expressly reserved. By accepting this material, the recipient agrees that this material and the information contained therein are held in trust and will not be used, copied, reproduced in whole or in part, nor its contents used in any manner without the express written permission of Maxon Electronics Australia. This information provided in this document is provided on an “as is” basis, is preliminary and subjected to change without notice. In no event will Maxon Electronics Australia be liable for any damages arising directly or indirectly from any use of information contained in this document. NOTES: 3 The user is cautioned that changes or modifications to the modem not expressly approved by Telstra or Maxon Electronics Australia Pty Ltd could void the warranty. POTENTIALLY UNSAFE AREAS Posted facilities: Turn off this device in any facility or area when posted notices require you to do so. Blasting areas: Turn off your modem where blasting is in progress. Observe restrictions and follow any regulations or rules. Potentially explosive atmospheres: Turn off your modem when you are in any area with a potentially explosive atmosphere. Obey all signs and instructions. Sparks in such areas could cause an explosion or fire, resulting in bodily injury or death. Areas with a potentially explosive atmosphere are often but not always clearly marked. They include: z fuelling areas such as gas or petrol stations z below deck on boats z transfer or storage facilities for fuel or chemicals z vehicles using liquefied petroleum gas, such as propane or butane z areas when the air contains chemicals or particles such as grain, dust or metal powders z any other area where you would normally be advised to turn off your engine It is recommended that this manual be read in conjunction with all other supporting documentation. Setup Maxon MaxCard+ Modem 1.0 Setup Maxon MaxCard+ Modem Insert the installation CD (supplied with the Maxon MaxCard+ Modem) into the CD-ROM drive. This will automatically start the installation and install the required drivers plus the Maxon MaxCard+ Modem Application software. Do not connect the Maxon MaxCard+ Modem to your laptop yet. The installation procedures are the same for Windows 2000 and Windows XP. The procedures for installing on Mac OS are different, please read the appropriate guide. 1.1 Start setup If the auto run does not start after inserting the CD, please double-click “Setup.exe” on your CD ROM drive to start the installation. If you have already connected your Maxon MaxCard+ Modem into your PC, disconnect the Modem and double-click “Setup.exe” 4 1.2 Install Shield Wizard... click ‘Next’ 1.3 Choose the installation directory and click “Next” to continue. (It is reccomended that you leave the defaults.) 5 1.4 Click “Install” to begin the installation. 1.5 Installation Complete. Click “Finish”. 6 1.6 Please Insert the MaxCard+ Slot the PC card into a compatible PCMCIA slot on your laptop. Ensure that it is in the right way, and that the blue light comes on. Windows 2000 For Window 2000, when the Maxon MaxCard+ Modem is connected to the PC, windows will automatically install the modem without starting the New Hardware Wizard. The Application Software can be run after the device is detected. Windows XP If the Windows operating system is XP, when connecting the Maxon MaxCard+ Modem windows will start the New Hardware Wizard as shown below. Click “Next” …

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ELECTRONICS AUSTRALIA PTY LTD Incorporated in N.S.W. A.C.N. 003 793 593 A.B.N. 38 226 964 857 2nd May 2005 FCC ID: Q2FMM-5500C Federal Communications Commission Authorization and Evaluation Division Confidentiality Request Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, the Applicant hereby requests confidential treatment of information accompanying this Application as outlined below: Schematics Block Diagram The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these matters might be harmful to the Applicant and provide unjustified benefits to its competitors. The Applicant understands that pursuant to Rule 0.457, disclosure of this Application and all accompanying documentation will not be made before the date of the Grant for this application. Yours Faithfully, Raymond Sanders Managing Director [email protected] 36A GIBSON AVENUE, PADSTOW, SYDNEY, NSW 2211 TEL: Int. 61 (02) 9707 2000 Fax: Int. 61 (02) 9707 3328 Web site: www.maxon.com.au

EXHIBIT C - EUT EXTERNAL PHOTOS EUT - Front View EUT – Rear View EUT Port View 1 EUT Port View 2 Antenna View Earphone View

EXHIBIT A - FCC ID LABELING AND WARNING STATEMENT Proposed FCC ID Label Specifications: Text is black or white in color and is left justified. Labels are silk-screened and shall be “permanently affixed” at a conspicuous location on the EUT. Proposed Label Location on EUT Rear View of the EUT/Proposed ID Label Location FCC Warning Statement A FCC Warning Statement is provided in the product manual. FCC ID: Q2FMM-5500C 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 tha t may cause undesired operation.

EXHIBIT C - EUT INTERNAL PHOTOS EUT – Component with Shielding View EUT – Component View 1 EUT – Component View 2

1. Circuit description 1.1 MM-5500C EVDO CardBus Modem circuit description The MM-5500C EVDO CardBus modem consists of the CDMA Engine, power generation part, digital part, RF part and connectors. The Fig 5-1 is block diagram of MM-5500C EVDO CardBus modem. Logic part Rx Tx Synthesizer RF part LNA Power Amp MSM-5500 Memory -Flash(64Mb) -SRAM(16Mb) Power interface DC/DC up converter RF Vcc Audio interface signal Ear-jack port 68pin PC CARD interface connector CDMA Engine(CCE-550) MM-5500C Block Diagram Fuse protection DUX PCI-to-USB (OpenHCI Host controller) 3V 48MHz Debug Port *only test CDMA Antenna LED Figure 5.1 MM-5500C EVDO CardBus modem block diagram 1.2 Power interface part DC Power is supplied from the PMCIA card slot. - LDO(U700): This component is DC/DC up converter. Output voltage is about 3.4V DC. This output voltage is inputted to CDMA Engine power interface. Each block of CDMA Engine uses low-drop-output linear regulator. - U500 : voltage regulator for digital circuit ( 2.8 DC ) - U501 : voltage regulator for VC-TCXO and IFR3300 ( 3.0V DC ) - U502 : voltage regulator for RF Rx part ( 3.0V DC ) - U503 : voltage regulator for RF Tx part ( 3.0V DC ) - U505 : voltage regulator for digital part(2.7V DC ) - And power AMP is directly supplied. 1.3 Digital part - U400 : MSM(Mobile Station Modem) ASIC is chip responsible for CDMA/FM mobile station’s base-band digital signal processing. For this chip to function, TCXO(19.2MHz) is required as basic clocks. And sleep crystal (32.768KHz) is used as clock source of MSM ASIC. MSM consists of CDMA core and DFM core. CDMA core is a part for processing CDMA signal consisting of modulator/demodulator, interleaver/deinterleaver and encoder/decoder in the CDMA mode. - U401: Memory part consists of Flash memory and SRAM. Flash memory: store to main program. SRAM: performs to read and write data - U703: USB transceiver is fully compliant with the USB specification Rev1.1. 1.4 RF part RF part consists of synthesizing part, transmission and reception part. Fig 5.2 RF part block diagram 1.4.1.1 Frequency synthesizing part Frequency synthesizing part called PLL Synthesizer consists of three synthesizer circuit which is first local synthesizer, Tx IF synthesizer and Rx IF synthesizer. The first local synthesizer generates the primary local system oscillation frequency, operating over 1372.08 ~ 1419.54 MHz frequency range. Tx IF and Rx IF synthesizer generate the second local oscillation frequency, 267.2 MHz and 367.2 MHz respectively. 1.4.1.2 Receiving part - Duplexer. The duplexer filters the RF signal transmitted through Antenna and sends the signals to LNA. - LNA. This part in front-end is used to amplify the received signal with low noise figure - Down converter. It acts as a mixer using first local frequency to produce the desired signal in the mid-range frequency of 183.6 MHz. - Rx AGC. This part is designed to control the gain of the dynamic range of midrange frequency produced in down converter according 80 dB dynamic range. Currently, previous BBA is divided into IFR3300(Rx IF-baseband converter) and RFT3100(Tx baseband-IF converter). IFR3300 acts as the baseband analog processor which processing the signals between the IFR3300 and digital processing circuit. In the while, RFT3100 consists of Tx AGC and Tx part analog processor of previous BBA. 1.4.1.3 Transmission part - Tx AGC. It is designed to be gain-controlled from 84 dB dynamic range. The gain of this part is controlled by MSM using digital control signal. - Up converter. This part mixes the IF transmission frequency 138.6 MHz and the first local 1372.08 ~ 1419.54 MHz to generate transmission frequency of 824.64 ~ 848.37 MHz. - Power AMP module. This part is designed to work in 824 MHz ~ 849 MHz frequency range in the CDMA mode and can generate the proper output power. The DC voltage into the power amp module is typical 3.8V

MODEL NAME : MM-5500C VERSION : 0.2 DATE : 2005.01.26 No.DescriptionPART No.Q'tyReference No.Manufacturer 1 RCC,8L,Build-up, B-type PCB1ORIENTECH 2 EVDO PROCESSORMSM5500,CP90-V2400-15TR1 U400QUALCOMM 3 TX TRANSCEIVERRFT3100-2/11 U300QUALCOMM 4 MCP(64M*16)(FLASH+SRAM) SV5C6416UBR-70I1 U401Silicon7 IFR3300QUALCOMM S1M8660 6 PLL ICS1M8838X01-NOTO1 U103SamSung Electronics 7 DUAL BAND LNA+MIXERITM25201 U100INTEGRANT 8 LO BUFFER AmplifierMAAMSS0005TR1 U303M/A-COM 9 VC-TCXO RTVY-124DF327T-S-19.200 RTVY-124DF327Q-S-19.200 1 U102RALTRON 10 POWER AMPLIFIERCX77105-16P1 U301CONEXANT 11 SAW DUPLEXEREFSD836MD2S71 DUX100Panasonic 12 RX RF SAW FILTERFSRS0881C1 1 FL100LG 이노텍 13 TX RF SAW FILTERFSRS0836C11 FL300LG 이노텍 14 RX IF SAW FILTERFSMS0183C11 FL101LG 이노텍 15 Dual LDO+RESET/, 2.8V&2.7V,300mATC1301A-FHAVMFTR(2.6V)1 U500MICROCHIP 16 LDO,100mATC1015-3.0VCT7132 U501, U702MICROCHIP 17 LDO,100mATC1015-2.85VCT7131 U503MICROCHIP 18 DUAL BAND VCOLSV1395BUS1 U104LISOTEK 19 QUARTZ CRYSTAL,32.768KHz RSE-32.768-12.5-H14_TR1 XT400RALTRON 20 NTC THERMISTOR(SMD)2322_615_33683 ( 0603 68K+/-5%)1 TH400BC component 21 USB CRYSTAL,48MHzSMRS-48.000-B21 XT401RALTRON 22 DUAL DATA BUFFERSN74LVC2G126DCUR1 U504TI 23 LDO,150mATPS76430(DBVR)1 U502TI 24 VARACAP DIODE1SV281(TPH3)4 VD140, VD141, VD300, VD301 TOSHIBA 25 TRUMF4N TR1 Q400ROHM 26 TREMG2T2R1 Q700ROHM 27 TVS DIODERSA6.1EN TR1 Q502ROHM 28 TREMH3T2R1 Q503ROHM 29 SWITCHING DIODE1SS400G1 D400ROHM 30 LED(0603 size),REDSML-310VT T861 LED400ROHM 31 BJT,NPN &PNPEMD9T2R1 Q302ROHM 32 Inductor,BeadHH-1M2012-221JT1 BD400CERATECH 33 Inductor,BeadHB-1M1608-601JT10 BD101, BD102, BD103, BD300, BD301, BD302, BD500, BD501, BD502, BD700 CERATECH 34 CHIP TANTAL CAP. (TCML Series) TA-6R3TCML 100M-PR20 TC100, TC101, TC102, TC103, TC200, TC300, TC301, TC302, TC303, TC304, TC500, TC501, TC502, TC503, TC504, TC505, TC506, TC703, TC720, TC770 FUJITSU 35 CHIP TANTAL CAP. (22uF/4.0V +/-20%) F920G226MPA 1 C413NICHICON 36 Ceramic MLCC, 1.0pF0402 NPO 1R01 C323PHYCOMP 37 Ceramic MLCC, 2.0pF0402 NPO 2R01 C325PHYCOMP 38 Ceramic MLCC, 3.0pF0402 NPO 3R01 C133PHYCOMP 39 Ceramic MLCC, 3.3pF0402 NPO 3R31 C152PHYCOMP 40 Ceramic MLCC, 3.9pF0402 NPO 3R91 C327PHYCOMP 41 Ceramic MLCC, 4.7pF0402 NPO 4R72C121, C701PHYCOMP 42 Ceramic MLCC, 6.8pF0402 NPO 6R81C112PHYCOMP 42 Ceramic MLCC, 7.0pF0402 NPO 7R01 C112PHYCOMP 43 Ceramic MLCC, 12pF0402 NPO 1202 C313, C320PHYCOMP 44 Ceramic MLCC, 15pF0402 NPO 1502 C165, C127 PHYCOMP 45 Ceramic MLCC, 18pF0402 NPO 1802 C456, C457PHYCOMP 46 Ceramic MLCC, 22pF0402 NPO 2202 C348, C349PHYCOMP 47 Ceramic MLCC, 24pF0402 NPO 2402 C128, C129PHYCOMP 48 Ceramic MLCC, 33pF0402 NPO 3304 C150, C151, C750, C751 PHYCOMP 49 Ceramic MLCC, 47pF0402 NPO 4701 C302PHYCOMP 50 Ceramic MLCC, 56pF0402 NPO 5601 C324PHYCOMP 51 Ceramic MLCC, 68pF0402 NPO 6802 C318, C319PHYCOMP 51 RX TRANSCEIVERU101 PART LIST CMOTech Co., Ltd1 / 4 MODEL NAME : MM-5500C VERSION : 0.2 DATE : 2005.01.26 No.DescriptionPART No.Q'tyReference No.Manufacturer PART LIST 52 Ceramic MLCC, 100pF0402 NPO 10123 C114, C123, C125, C130, C160, C164, C170, C301, C304, C307, C309, C330, C334, C340, C346, C429, C430, C431, C444 C445 C449 PHYCOMP 53 Ceramic MLCC, 220pF0402 NPO 2212 C453, C454PHYCOMP 54 Ceramic MLCC, 330pF0402 NPO 3312 L115, C335PHYCOMP 55 Ceramic MLCC, 470pF0402 NPO 4711 C702PHYCOMP 56 Ceramic MLCC, 1.0nF0402 X7R 102 (+/-10%/50V)23 C118, C119, C122, C134, C135, C147, C200, C223, C310, C312, C328, C336, C344, C347, C350, C455, C503, C505, C507 C509 R305 PHYCOMP 57 Ceramic MLCC, 2.7nF0402 X7R 272 1 C155PHYCOMP 58 Ceramic MLCC, 3.3nF0402 X7R 332 3 C153, C169, C300PHYCOMP 59 Ceramic MLCC, 4.7nF0402 X7R 472 1 C145PHYCOMP 60 Ceramic MLCC, 5.6nF0402 X7R 562 1 C315PHYCOMP 61 Ceramic MLCC, 6.8nF0402 X7R 682 1 C322PHYCOMP 62 Ceramic MLCC, 10nF0402 X7R 10323 C117, C131, C148, C149, C314, C339, C343, C415, C419, C425, C432, C433, C447, C448, C450, C501, C502, C504, C506 C508 C510 PHYCOMP 63 Ceramic MLCC, 33nF0402 Y5V 3331 C167PHYCOMP 64 Ceramic MLCC, 47nF0402 Y5V 4732 C113, C222PHYCOMP 65 Ceramic MLCC, 100nF0402 Y5V 10461 C124, C126, C140, C141, C142, C143, C144, C146, C161, C162, C166, C171, C172, C303, C305, C306, C308, C321, C326, C332, C333, C337, C338, C400, C401, C402, C403, C405, C406, C407, C408, C409, C410, C411, C412, C417, C420, C421, C422, C423, C424, C426, C427, C428, C446, C451, C452, C511, C700 C704 C720 PHYCOMP 66 Ceramic MLCC, 220nF0603 Y5V 2241 C168PHYCOMP 67 Ceramic MLCC, 470nF0603 Y5V 4742 C154, C201PHYCOMP 68 Ceramic MLCC, 1uF0603 Y5V 1051 C311PHYCOMP 69 Ceramic Inductor,1.0nHCI-B1005-10NS1 L309CERATECH 70 Ceramic Inductor,3.9nHCI-B1005-39NS2 L303, L220CERATECH 71 Ceramic Inductor,6.8nHCI-B1005-68NS2 L118, L112CERATECH 72 Ceramic Inductor,10nHCI-B1005-100JS1 C329CERATECH 73 Ceramic Inductor,12nHCI-B1005-120JS1 L114CERATECH 74 Ceramic Inductor,15nHCI-B1005-150JJT1 L304CERATECH 75 Ceramic Inductor,27nHCI-B1005-270JJT1L117CERATECH 76 Ceramic Inductor,33nHCI-B1005-330JJT1 L307CERATECH 77 Ceramic Inductor,39nHCI-B1005-390JJT1 L305CERATECH 78 Ceramic Inductor,56nHCI-B1005-560JJT1 L119CERATECH 79 Wire type Inductor(J급)0603CS-5N1XJBW (5.1nH)1 L110COILCRAFT 80 Wire type Inductor(G급)0805CS-101XJBC (100nH)1 L111COILCRAFT 81 Wire type Inductor(J급)0603CS-22NXJBW (22nH)2 L121, L122COILCRAFT 82 Wire type Inductor(J급)0603CS-24NXJBW (24nH)2 L300, L301COILCRAFT 83 Wire type Inductor(J급)0603CS-56NXJBW (56nH)1 L124COILCRAFT 84 Wire type Inductor(J급)0603CS-100NXJBW (100nH)1 L123COILCRAFT 85 Wire type Inductor(G급)0805CS-220XGBC (22nH)2 L150, L302COILCRAFT 86 Chip Resistor,0ohm0402 J 0R13 R119, R121, R421, R430, R515, R523, L306, R437, R717, R783, R784, R732, R432 PHYCOMP 87 Chip Resistor,3.00402 J 3R2 R150, R411PHYCOMP 88 Chip Resistor,5.10402 J 5R12 R760, R762PHYCOMP 89 Chip Resistor,220402 J 22R6 R147, R149, R156, R507, R509, R746 PHYCOMP 90 Chip Resistor,300402 J 30R1 R153PHYCOMP CMOTech Co., Ltd2 / 4 MODEL NAME : MM-5500C VERSION : 0.2 DATE : 2005.01.26 No.DescriptionPART No.Q'tyReference No.Manufacturer PART LIST 91 Chip Resistor,330402 J…

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Tune Up Procedure for MM-5500C 1. Overview This procedure describes about TX power control of MM-5500C. The TX power control program is used for TX Power (dBm) and Freq uency Channel of the modem. Please follow the procedure below. 2. Install Driver 1) Install UI Program for PC to run modem.2) UI Program containing USB Driv er just for users to test FCC TX Power. 3) UI Program Setup method can be found by the below path UI Program -> Setup -> Help -> help.hlp File double-click 3. Set test environment as shown below - Connect MM-5500C to a lap top PC by using the Extension board - Connect Jig board to the lap top PC by using RS-232 Cable- Switch on jig board is to be se t with making both 1 and 2 On a sshown in the Pic. - As connecting MM-5500C to the jig board, make sure to have the cable positioned as shown on the Pic. RS-232 Switch setting Notice Extension Board 4. Execute of the program Double click CmTest.exe File in TX power control program direc tory and the below window pops up. Operating Frequency : 824.69MHz ~ 848.31MHz - 824.69MHz : 1013CH- 848.31MHz : 777CH 5. Program operating flow For setting, select Serial Port, Channel, an expected output po wer and click start button, and modem TX Power will come out. 1) Only registered COM ports are listed on the Serial Port List Box on the window.If other serial devices are bein g operated, users can find the Com Port Number for the modem by the following. My Computer -> Properties -> Hardware Tab -> Device Manager Click Modem -> Double Click CMOTech EVDO Cardbus Modem Modem Tab -> Checking Port!! Select COM Port by Com5 for instance. 2) TX Channel is to be manua lly input from 0 to1023. 3) TX Power is to be manually input from -50dBm to 26dBm. 6. Remarks 1) It may take maximum 10 seco nds for TX Power to come out after clicking Start Button. 2) There would be discrepancies on output depending upon the temperature of modem or O ffset on a equipment. 3) TX Channel and TX Power can b e modified even while TX power comes out.

Note: This test report is specially limited to the above client company and the product model only. It may not be duplicated without prior written consent of Bay Area Compliance Laboratory Corporation. This report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST or any agency of the U.S. Government. SAR EVALUATION REPORT For Maxon Electronics Australia Pty. Ltd. 36A Gibson Ave, Padstow New South Wales 2212, Australia MODEL: MM-5500C This Report Concerns: Original Report Equipment Type: 800MHz CDMA PCMCIA Card Test Engineer: Daniel Deng / Report No.: R0503286S Report Date: 2005-04-26 Reviewed By: Richard Lee / Prepared By: Bay Area Compliance Laboratory Corporation (BACL) 230 Commercial Street Sunnyvale, CA 94085 Tel: (408) 732-9162 Fax: (408) 732 9164 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 2 of 59 DECLARATION OF COMPLIANCE SAR EVALUATION Rule Part(s): FCC §2.1093 Test Procedure(s): FCC OET Bulletin 65 Supplement C & IEEE 1528 Device Classification: Licensed Portable Transmitter Device Type: 800MHz CDMA PCMCIA Card Model Number: MM-5500C Modulation: CDMA TX Frequency Range: 824.64~848.37MHz Max. Conducted Power Tested: 0.265W Antenna Type(s): External Antenna Body-Worn Accessories: Earphone Face-Head Accessories: N/A Max. SAR Level(s) Measured: 0.723 W/kg (Body-Worn) BACL Corp. declares under its sole responsibility that this wireless portable device has been determined to be in compliance for localized specific absorption rate (SAR) for uncontrolled exposure and general population exposure limits specified in EN 50361:2001 and has been tested in accordance with the measurement procedures specified in FCC OET Bulletin 65 Supplement C and ANSI IEEE C95.3:2002 All measurements reported herein were performed under my supervision and believed to be accurate to the best of my knowledge. I further attest for the completeness of these measurements and vouch for the qualifications any and all personnel performing such measurements. The results and statements contained in this report pertain only to the device(s) evaluated. /signature/ Daniel Deng Bay Area Compliance Laboratory Corp. Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 3 of 59 TABLE OF CONTENTS REFERENCE, STANDARDS, AND GUILDELINES ...............................................................................................4 SAR LIMITS.................................................................................................................................................................5 EUT DESCRIPTION ....................................................................................................................................................6 DESCRIPTION OF TEST SYSTEM ..........................................................................................................................7 MEASUREMENT SYSTEM DIAGRAM.............................................................................................................................9 SYSTEM COMPONENTS...............................................................................................................................................11 TESTING EQUIPMENT ............................................................................................................................................20 EQUIPMENTS LIST & CALIBRATION INFO...................................................................................................................20 SAR MEASUREMENT SYSTEM VERIFICATION ..............................................................................................21 SYSTEM ACCURACY VERIFICATION...........................................................................................................................21 EUT TEST STRATEGY AND METHODOLOGY .................................................................................................22 SAR EVALUATION PROCEDURE.................................................................................................................................22 CONCLUSION ............................................................................................................................................................23 SAR BODY AND HEAD WORST-CASE TEST DATA.....................................................................................................23 APPENDIX A – MEASUREMENT UNCERTAINTY ............................................................................................24 APPENDIX B – PROBE CALIBRATION CERTIFICATES .................................................................................26 APPENDIX C – DIPOLE CALIBRATION CERTIFICATES ...............................................................................37 APPENDIX D - TEST SYSTEM VERIFICATIONS SCANS .................................................................................41 LIQUID MEASUREMENT RESULT................................................................................................................................41 APPENDIX E - EUT SCANS .....................................................................................................................................44 APPENDIX F – CONDUCTED OUTPUT POWER MEASUREMENT ...............................................................50 PROVISION APPLICABLE.............................................................................................................................................50 TEST PROCEDURE......................................................................................................................................................50 TEST EQUIPMENT.......................................................................................................................................................50 TEST RESULTS.................................................…

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Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 31 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 32 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 33 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 34 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 35 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 36 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 37 of 59 APPENDIX C – DIPOLE CALIBRATION CERTIFICATES Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 38 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 39 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 40 of 59 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 41 of 59 APPENDIX D - TEST SYSTEM VERIFICATIONS SCANS Liquid Measurement Result 2005-04-18 Simulant Freq [MHz] Parameters Liquid Temp [ºC] Target Value Measured Value Deviation Limits [%] ε r 22.0 55.2 55.3 0.18 ±5 σ 22.0 0.97 0.97 0.00 ±5 Body 835 1g SAR 22.0 8.872 9.25 4.26 ±10 ε r 22.0 41.5 41.5 0.00 ±5 σ 22.0 0.90 0.89 -1.11 ±5 Head 835 1g SAR 22.0 9.5 10.1 6.32 ±10 ε r = relative permittivity, σ = conductivity and ρ=1000kg/m 3 Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 42 of 59 Date/Time: 4/18/2005 9:45:54 AM Test Laboratory: Bay Area Compliance Lab Corp. System Validation for Body DUT: Dipole 835 MHz; Type: CD835V3; Serial: CD835V3 - SN:1012 Communication System: CW; Frequency: 835 MHz;Duty Cycle: 1:1 Medium parameters used: f = 835 MHz; σ = 0.97 mho/m; ε r = 55.3; ρ = 1000 kg/m 3 Phantom section: Flat Section DASY4 Configuration: • Probe: ET3DV6 - SN1604; ConvF(6.27, 6.27, 6.27); Calibrated: 3/18/2005 • Sensor-Surface: 4mm (Mechanical Surface Detection) • Electronics: DAE3 Sn456; Calibrated: 6/1/2004 • Phantom: SAM with CRP; Type: Twin SAM; Serial: TP-1032 • Measurement SW: DASY4, V4.5 Build 19; Postprocessing SW: SEMCAD, V1.8 Build 146 d=15mm,Power Input=1W/Area Scan (41x61x1): Measurement grid: dx=20mm, dy=25mm Maximum value of SAR (interpolated) = 10.7 mW/g d=15mm,Power Input=1W/Zoom Scan (5x5x5) /Cube 0: Measurement grid: dx=5mm, dy=5mm, dz=5mm Reference Value = 98.5 V/m; Power Drift = -0.063 dB Peak SAR (extrapolated) = 16.7 W/kg SAR(1 g) = 9.25 mW/g; SAR(10 g) = 4.79mW/g Maximum value of SAR (measured) = 10.3 mW/g Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Report Page 43 of 59 Date/Time: 4/18/2005 9:24:16 AM Test Laboratory: Bay Area Compliance Lab Corp. System Validation for Head DUT: Dipole 835 MHz; Type: CD835V3; Serial: D835V3 - SN:1012 Communication System: CW; Frequency: 835 MHz;Duty Cycle: 1:1 Medium parameters used: f = 835 MHz; σ = 0.89 mho/m; ε r = 41.5; ρ = 1000 kg/m 3 Phantom section: Flat Section DASY4 Configuration: • Probe: ET3DV6 - SN1604; ConvF(6.45, 6.45, 6.45); Calibrated: 6/10/2004 • Sensor-Surface: 4mm (Mechanical Surface Detection) • Electronics: DAE3 Sn456; Calibrated: 6/1/2004 • Phantom: SAM with CRP; Type: Twin SAM; Serial: TP-1032 • Measurement SW: DASY4, V4.5 Build 19; Postprocessing SW: SEMCAD, V1.8 Build 146 d=15mm,Power Input=1W/Area Scan (41x61x1): Measurement grid: dx=20mm, dy=25mm Maximum value of SAR (interpolated) = 15.1 mW/g d=15mm,Power Input=1W/Zoom Scan (5x5x5) /Cube 0: Measurement grid: dx=5mm, dy=5mm, dz=5mm Reference Value = 120.6 V/m; Power Drift = -0.857 dB Peak SAR (extrapolated) = 20.5 W/kg SAR(1 g) = 10.1 mW/g; SAR(10 g) = 6.4 mW/g Maximum value of SAR (measured) = 12.2 mW/g Maxon Electronics Australia Pty. Ltd.. MODEL: MM-5500C Report #R0503286S SAR Evaluation Re…

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