WA6S635MOBILE PHONE

1 Your new S635 will give you great productivity and fun. Use this quick guide to take advantage of all the features available to you. Welcome to register your new product. • This manual and SW of the phone are subject to changes by verykool USA Inc. without advance notice Welcome to verykool 2 Functions Description 1. Left soft key (LSK ) 8. Keypad Receiver 2. Right soft key (RSK) 9. Receiver 3. Send key (SIM1 dial)10. MIC 4. End key (End), Power On/Off 11. 3.5mm Earphone jack 5. OK key 12. USB socket &charging socket 6. Navigation key 13. Speaker 7. SIM2 dial 14.Camera lens 3 1 2 3 4 Insert SIM card and T‐flash 4 Note: For Dual-SIM models, please select SIM1/SIM2 before proceeding. Make a call In the standby mode Input the number Press Snd key in single SIM mode End a call Press End key Add a new Enter Phonebook contact Scroll to the top and select Add new contact OK Select To SIM/To phone Choose the field to Edit Done When finished editing fields, select Done Send a text msgMessages Write message Once done typing press OK Enter recipient or add from phonebook or by hand OK With my verykool S635I want to... 5 Audio player Multimedia Audio player List Options Refresh list FM radio Multimedia FM radio Plug in your earphone Take a picture Camera Press OK key or 0 key to take pictures Turn on Settings Bluetooth Connectivity Bluetooth Power Select to switch on/off Bluetooth WLAN Search for networks Networks list Input pre-shared key WLAN WLAN Connected 3G WCDMA HSDPA 7.2Mbps; 6 HSUPA 5.76Mbps Accessories in Handset 1 pcs Package Battery 1 pcs Travel charger 1 pcs USB 1 pcs Earphone 1 pcs User manual 1 pcs Join the verykool zone! 7 Registering your new cell phone will take you less than 2 minutes and will give you access to the verykool zone where you will enjoy from promotions, ringtones, technical information, support and much more. Visit: www.verykoolzone.net Security and Performance Please read these safety guidelines before using your mobile phone to assure the safe and proper use of the phone. General ◆ Please turn off your mobile phone on an airplane, in the hospital or any location that may restrict mobile phone use—otherwise normal operation of electrical equipment and medical instruments may be affected. Please obey local regulations when using your mobile phone. ◆ While driving, please obey local laws and regulations regarding mobile phone use. When using your phone while driving, please obey the following rules: concentrate on driving and be aware of traffic conditions; use your mobile phone hands-free function; and under poor driving conditions, please stop the car before using your phone. ◆ Please obey laws, regulations and signs when 8 near an area storing fuel, chemicals, or other volatile materials. ◆ Please keep mobile phones, batteries, and chargers out of reach of children. ◆ Please do not use your mobile phone near low signal or precision electronic equipment. Radio wave interference may cause the malfunctioning of such electronic equipment and other problems. Special attention must be paid near the following equipment: hearing aids, pacemakers and other electronic medical equipment, smoke detectors, automatic doors and other automatic control installations. To find out the effect of mobile phones on a pacemaker or other electronic medical equipment please contact the manufacturers or local sales agents of the equipment. ◆ This mobile phone has an automatic “power on” function. Please refer to the mobile phone’s clock setting to ensure that the mobile phone will not automatically turn on during a plane flight. ◆ To prevent the mobile phone from malfunctioning or catching fire, please do not violently impact, jolt, or throw your mobile phone. ◆ Please do not place the battery, mobile phone, or charger in a microwave oven or high-pressure equipment. Subjecting the phone to these environments could lead to circuitry damage or a fire. ◆ Please do not use your mobile phone near 9 flammable or volatile gases, which may cause a malfunction or fire. ◆ Please do not subject your mobile phone to high temperatures, high humidity, or excessive dust, which could lead to malfunction. ◆ To prevent your mobile phone from falling, malfunctioning or being damaged, please do not place your phone on uneven or unstable surfaces. Phone Safety ◆ Do not disassemble or modify the mobile phone, as it could lead to damage such as battery leakage or circuitry failure. ◆ Please do not subject the LCD to impact or use the screen to strike things, as this will damage the LCD board and cause leakage of the liquid crystal. There is a risk of blindness if the liquid crystal chemicals get into the eyes. If this occurs, rinse eyes immediately with clear water (under no circumstances rub your eyes) and go immediately to a hospital for treatment. ◆ Under very rare circumstances, using the mobile phone in certain model cars may negatively affect the internal electronic equipment. In order to ensure your safety, under such circumstances please do not use the mobile phone. If your car is equipped with an airbag, please do not place your phone on top of it or within the contact area of the airbag in order to 10 avoid seriously harming the driver or passenger when the airbag inflates. ◆ Please do not use needles, pen tips, or other sharp objects on the keypad as this may damage the mobile phone or cause it to malfunction. ◆ Avoid letting your mobile phone come into close contact with magnetic objects such as credit cards and floppy disks, as the radiation produced by the phone may erase the information stored on these items. ◆ Please keep small metal objects such as thumbtacks far away from the receiver. When the receiver is in use, it becomes magnetic and may attract these small metal objects and may cause injury or damage to the mobile phone. ◆ Do not expose the mobile phone to humidity, water, or other liquids. If liquid enters the phone, short circuits, battery leaks and other malfunctions may occur. ◆ Please…

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MT6276 MT5931A MT6162 SIM1T- F L A S HCamera Battery LCD Keyboard Headset MIC SPK/REC USB 2.0 32.768K Crystal WIFI ANT 2412-2462MHz BT ANT 2402-2480MHz ANT GSM850/1900 WCDMA BandII Bnad V RF3232 DS SIM2 26M Crystal 26M Crystal

Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EXHIBIT 2 - EUT EXTERNAL PHOTOGRAPHS EUT View 1 EUT View 2 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EUT View 3 EUT View 4 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EUT View 5 EUT View 6 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EUT View 7

Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EXHIBIT 1- PRODUCT LABELING Proposed FCC ID Label Format FCC ID: WA6S635 Specifications : Text is Black in color and justified. Labels are printed in indelible ink on permanent adhesive silk-screened onto the EUT or shall be affixed at a conspicuous location on the EUT. Proposed Label Location on EUT FCC ID Label Location

Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EXHIBIT 1- PRODUCT LABELING Proposed FCC ID Label Format FCC ID: WA6S635 Specifications : Text is Black in color and justified. Labels are printed in indelible ink on permanent adhesive silk-screened onto the EUT or shall be affixed at a conspicuous location on the EUT. Proposed Label Location on EUT FCC ID Label Location

Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EXHIBIT 3 - EUT INTERNAL PHOTOGRAPHS EUT Housing and Board View 1 (Two SIM Card) EUT Housing and Board View 2 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E Solder Board-Component View 1 Solder Board-Component View 2 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E Solder Board-Component View 3 Solder Board-Component View 4 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E EUT Housing and Board View 1 (One SIM Card) EUT Housing and Board View 2 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E Solder Board-Component View 1 Solder Board-Component View 2 Verykool USA Inc Model: S635 REPORT NO.: STR12078146I-1 FCC PART 22H&24E Solder Board-Component View 3 Solder Board-Component View 4

(3c) CIRCUIT DESCRIPTION 1. Baseband RF Processor MT6276A is a CMU with ARM processor inside. It is containing built-in LDO,RFVCO, Mixer, Loopfilter, LNA, and programmable-gain amplifier, Demodulator and I/Q modulator etc. Serial data can get well communication and control with it. And the well characteristics VCXO, filter and high performance data dealing and controlling make it as a good IC for mobile design. 2. The PA enlargement is an amplifier for the modulation signal and enlarge the well signal for the mobile using .It supporting the GSM850 GSM900 DCS1800 PCS1900and BAND2 BAND5 protocol. The mobile is consisted with the main part of MT6276A and MT5931A, and other I/O interface accessories. MT5931A is powered and supporting with the 26MHz VCXO. I/Q is also controlled with it and the phase signal is direct-converted to IF I/Q signals and enter to the filter and the programmable-gain amplifier. Also, the serial data interface is actived and communicate with the RFVCO, then to the Mixer and loopfilter. As the modulation and demodulation with the MT6162 RF Processing, the GSM850 GSM900 DCS1800 PCS1900 and BAND2 BAND5signal enter into the impedance-matching network of the input ports of the PA and passing though the PA Enlargement for amplify. Then the enlarge signal run to the impedance-matching network of the output ports of the PA. Matching with the antenna circuit. The signal is transmitting out through the ANT. The receiving procedure is a revised direction as the transmitting procedure while is separated through ANT switch and monitor with the Serial data interface terminal.

NO. describe place Quantity 1 Resistor，0 ohm，±5%，1/16W，0402，KOA，， R104 R250 L214 R231 R233 R234R260 L216 R240 R331 R241 R361R326 R363 R451 R611 R703 R708R707 R7 R704 R709 C708 L701L702 R723 C723 R726 R902 R903C9 R1403 C1205 L1201 L1202L1203 L203 L204 L207 R10 R11R16 R18 R17 L502 L503 46 2 Resistor，0 ohm，±5%， 1/16W，0603， KOA， R718 R210 L304 L305 4 3 Resistor，0.2 ohm，±1%，0805，1/8W， R222 1 4 Resistor，10 ohm，±5%，1/16W，0402，KOA，， R737 1 5 Resistor，15ohm，±5%，1/16W，0402，KOA，， R740 1 6 Resistor，24 ohm，±5%，1/16W，0402，KOA，， R733 1 7 Resistor，33 ohm，±5%， 1/16W，0402，KOA， ， R312 R314 2 8 Resistor，51 ohm，±5%，1/16W， 0402，，KOA， ， R720 R1204 3 9 Resistor，100 ohm，±5%，1/16W，0402，KOA，， R739 R402 4 10 Resistor，1K ohm，±5%，1/16W，0402，KOA，， R225 R214 R216 R401 R6 R357R303 7 11 Resistor，1.5K ohm，±5%， 1/16W，0402，KOA， ， R405 R406 R302 3 12 Resistor，390 ohm，±5%，1/16W，0402，KOA，， R311 R313 R315 R318 R321R322 R323 R324 R19 R20 10 13 Resistor，4.7K ohm，±5%， 1/16W，0402， KOA， R415 R14 R15 3 14 Resistor，5.1K ohm，±1%， 1/16W，0402，KOA，， R101 1 15 Resistor，7.5K ohm，±5%， 1/16W，0402，KOA，， R219 1 16 Resistor，10K ohm，±5%， 1/16W，0402，KOA， ， R21 R712 R1218 3 17 Resistor，15K ohm，±1%，1/16W，0402，KOA，， R909 1 18 Resistor，20K ohm，±5%， 1/16W，0402，KOA， ， R9 R452 2 19 Resistor，24K ohm，±5%， 1/16W，0402，KOA， ， R223 R8 2 20 Resistor，39K ohm，±1%，1/16W， 0402，，KOA，， R218 R601 2 21 Resistor，47K ohm，±5%， 1/16W，0402，KOA，， R1305 1 22 Resistor，100K ohm，±5%， 1/16W，0402，KOA， ， R453 R1206 2 23 Resistor，220K ohm，±5%， 1/16W，0402，KOA， R604 1 24 Resistor，330K ohm，±1%，1/16W，0402，，KOA，， R217 1 25 THERMISTOR，NTC 100K RT=1% R=5%， NCP15WF104J03RC，Murata R603 1 26 Capacitor，1.0PF，±0.25pF，50V，COG，0402，EYANG，Walsin C917 1 27 Capacitor，2.2pF，±0.25pF，50V，COG，0402，EYANG，Walsin C640 C1216 2 28 Capacitor，3pF，±0.25pF，50V，COG，0402，EYANG，Walsin C608 C609 C662 C663 4 29 Capacitor，3.9pF，±0.25pF，50V，COG，0402，EYANG，Walsin C644 1 30 Capacitor，4.7pF，±0.25pF，50V，COG，0402，，TDK，Walsin C639 C642 2 31 Capacitor，5.6pF，±0.25pF，50V，COG，0402，EYANG，Walsin C13 1 32 Capacitor， 10pF ±0.5pF 50V COG 0402，EYANG，walsin C914 C1215 C1218 3 33 Capacitor，18pF，±5%，50V， COG，0402，Eyang， Walsin C101 C102 C621 C7 12 C742 5 34 Capacitor，22pF，±5%，50V， COG，0402，EYANG，Walsin C709 1 35 Capacitor，33pF，±5%，50V，COG，0402，Walsin C312 C313 C314 C315 C334 C335C303 C306 C304 C310 C319 C311C318 C482 C485 C486 16 36 Capacitor，56pF，±5%，50V，COG，0402，EYANG，Walsin C611 C612 C660 C661 C112 C710C733 7 37 Capacitor，82pF，±5%，50V，C0G，0402，EYANG，Walsin C716 C738 2 38 Capacitor，100pF，±5%，50V，COG，0402，Walsin C308 C309 C332 C305 C316 C317C484 C504 8 39 Capacitor，220pF，±5%，50V，COG，0402，Walsin C481 C14 2 40 Capacitor，1nF，±10%，50V，X7R，0402，EYANG，Walsin C231 C320 C323 C324 C629 C636C919 7 41 Capacitor，10nF，±10%，25V， X7R，0402，EYANG， Walsin C103 C480 C643 3 42 Capacitor，100nF，±10%，10V，X5R，0402，TDK，EYANG,MURATA， C248 C269 C247 C249 C250 C252C253 C276 C285 C270 C255 C260C263 C225 C16 C302 C307 C450C502 C511 C513 C637 C707 C717C721 C741 C739 C913 C915 C912C1219 C1221 C1222 C1223 C1226C1307 C1309 C1306 38 43 Capacitor，220nF，10%，10V，X5R，0402，EYANG，Walsin C12 1 44 Capacitor，1uF，±10%，6.3V，X5R，0402，TDK，MURATA，Walsin C221 C244 C239 C201 C209 C220C265 C271 C258 C267 C202 C206C207 C203 C204 C430 C432 C503C17 C510 C512 C614 C616 C617C618 C619 C301 C1401 C5 C1C1214 C1217 C1220 C1232 C1224C1225 C1227 C501 C264 39 45 Capacitor，2.2uF，±10%，6.3V，X5R，0603，TDK，MURATA， C212 C213 C215 C217 C254 C274C259 C226 C232 C251 C483 C735C321 C1308 14 46 Capacitor， 4.7uF ±10% 6.3V X5R 0603，TDK，MURATA C266 C227 C228 C229 C1231C1230 C1229 C1228 8 47 Capacitor，10uF，±20%，6.3V，X5R，0603，TDK，MURATA， C205 1 48 Capacitor，10uF，±10%，6.3V， X5R，0805，TDK， MURATA， C431 C352 C702 3 49 Capacitor， 22uF ±20% 6.3V X5R 0805， TDK，MURATA C211 C15 2 50 Inductor，1.2nH，±0.3nH， 0402，LQG15HS1N2S02D，MURATA C743 1 51 Inductor，1.5nH，±0.3nH，0402，LQG15HS1N5S02D，LQG15HN1N5S02D，MURATA ， C620 C623 2 Inductor，2.2nH，±0.3nH，0402，LQG15HS2N2S02D，MURATA 1 Inductor，2.2nH，±0.2nH，MLG1005S2N2ST，TDK 53 Inductor，2.7nH，±0.3nH，0402，LQG15HS2N7S02D，MURATA L622 L624 2 54 Inductor，3.6nH，±0.3nH，0402，LQG15HS3N6S02D，MURATA C641 C724 2 55 Inductor，4.7nH，±0.3nH， 0402，LQG15HS4N7S02D， MURATA L623 L901 2 56 Inductor，6.2nH，±0.3nH， 0402，LQG15HS6N2S02D， MURATA， L608 L643 2 57 Inductor，6.8nH，±0.3nH， 0402，LQG15HS6N8S02D，MURATA L609 1 58 Inductor，8.2nH，±5%， 0402，LQG15HS8N2J02D，MURATA C622 1 59 Inductor，22nH，±0.2nH， 0402，LQG15HS22NJ02D， MURATA L612 L641 2 60 Inductor，33nH，±5%nH， 0402，MGCI1005T33NJT-LF，Microgate C711 1 61 Inductor，47nH，±5%，0402，LQG15HN47NJ02，MURATA L614 1 62 Inductor，100nH，±5%，0402，LQG15HSR10J02D，Murata L1401 1 63 Inductor，2.2uH，±20%，1008，LQM2HPN2R2MG0L ，Murata L1204 L205 L209 L211 L212 5 64 Inductor，22uH，±10%， 0806，LQH2MCN220K02L，Murata L301 1 65 LED，White，LTW-C193SN5，LITE ， D301 D302 D303 D304 D305 D306D307 D308 D325 D326 D327 D328 12 52 C610 66 Ind，power，4.7uH，±20%，2.5*2.0，MIP25204R7MBE，Inpaq L218 1 67 Core，1000 ohm，50mA，HZ1005K102T(f)，0402，Sunlord BEAD301 BEAD302 BEAD303BEAD304 B412 B411 BEAD305BEAD306 BEAD307 9 68 ESD，VDR，ICVL0505101V150，ICT VR306 VR307 VR308 VR309 VR310VR1 VR2 VR3 VR4 VR5 VR6 VR8C2 C3 C4 C6 C7 C8 VR7 19 69 ESD，TVS，65pF， 5V，ESD9X5.0ST5G， ONSEMI TVS1 TVS2 2 70 ESD，TVS，0.45PF， ESD5V3U1U-02LRH，Infineon VR301 VR302 VR303 3 71 Triode，PNP，PBSS5350D，SOT23-6L，NXP U202 1 72 Diode，PZ3D4V2H，5.1V/500MW，SOD-323(0805)，Prisemi D1 1 73 MOS，SC-75，PMR400UN，PHILIPS U203 1 74 IC，Baseband chipset，MT6276A，MTK U101 1 75 IC，MCP，NAND+DDR(1Gb+256Mb)，130-ball，H9DA1GH25HAMMR-4EM，Hynix U402 1 76 IC，4 led driver，parallel， QFN，CP2145QN-A1，Chiphomer U501 1 77 IC，9 Bump micro SMD，LM4990ITLX，National， U410 1 78 IC，3G/GSM RF Transceiver，MT6162N/B， MTK U603 1 79 IC，WLAN，TFBGA，5.3*5.1，MT5931A/B，MTK U1203 1 80 IC，2G PA+SP6T，QUAD band，22-pin，6.63×5.24mm，RF3234，RFMD U701 1 81 IC，3G PA，10-pin，3×3mm，RF7242，RFMD U709 1 82 IC，3G PA，10-pin，3×3mm，RF7245，RFMD U706 1 83 LDO，SOT-23-5，300mA peak，2.8V，BL9193-28BAPRN， U208 1 84 Crystal，26M，10ppm，11pf，2520，8Z26090001，TXC X1201 1 85 VCTCXO，26M，TX0371B，TST U606 1 86 Filter，SAW Filter，850/900，SAWEN881MCY0F0…

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Tune up procedure Tune up procedure shall be over the power range or at specific operating power levels. 1. It must provide an operational voltage (3.4 ~ 4.2V DC) to turn on the device and on one certain channel in service mode by means of company proprietary software. 2. Base station simulator (Agilent 8960) measures the 2G/3G device specific RF characteristics. 3. The maximum gains of each individual device are adjusted until the target value met. z For GSM 850 band： PCL = 5, PWR = 33 ± 2dBm z For PCS 1900 band： PCL = 5, PWR = 30 ± 2dBm z For WCDMA Band II 850： PWR = 23 ± 2 dBm z For WCDMA Band V： PWR = 22 ± 2 dBm z For Wi-Fi PWR = 15 ± 2 dBm z For BLUETOOTH PWR = 10 ± 2dBm Then these appropriate gain settings are stored in each device individually. The user has no possibility to change these settings later on, and during manufacturing each device will be individual calibrated. The measurement is done in fully calibrated setup, which is based on a Agilent 8960 base station simulator. Furthermore, the highest power level is verified afterwards in a call measurement on three channels (low, middle and high).

 Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report         1    COMOSAR E-FIELD PROBE CALIBRATION REPORT Prepared By: LUC Jérôme, SATIMO Project Description: SAR TEST BENCH Prepared For (End User): Shenzhen Morlab Communication Technology          This document is issued by SATIMO, in confidence and is not to be reproduced in whole or in part without the prior written permission. The information contained herein is to be used only for the purpose for which it is submitted and is not to be released in whole or in part without the prior written permission of SATIMO.  Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report         2  COMOSAR SEPT ISOTROPIC E-FIELD PROBE CALIBRATION REPORT DATE: 12/02/2009 REFERENCE: SN 37/08 EP80 OBJECT: COMOSAR SEPT ISOTROPIC E-FIELD PROBE MANUFACTURER: SATIMO SERIAL NUMBER: SN 37/08 EP80 CUSTOMER: Shenzhen Morlab Communication Technology CONTRACT: PF2130108b_SAR_Morlab DATE OF CALIBRATION: 24/09/20 WARRANTY: This Calibration certificate may not be reproduced other than in full. Calibration certificates without signature and seal are not valid. This documentation contains property information which is protected by copyright. All right are reserved. No part of this document may be photocopied, reproduced without the prior written agreement of SATIMO. SATIMO shall not be liable for errors contained herein or for incidental or consequential in connection with the furnishing, performance or use of this material. Warranty doesn’t apply to Normal wear, Normal tear, Improper use, Improper maintain, Improper installation. Date SAR TEAM MANAGER Date SAR TEAM MANAGER  Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report         3  PRODUCT DESCRIPTION Frequency Range 100 MHz - 30 GHz Probe length 330 mm Length of one dipole 4.5 mm Maximum external diameter 8 mm Probe extremity diameter 6.5 mm Distance between dipoles/probe extremity < 2.7 mm Resistance of the three dipole (at the connector) Dipole 1: R1=1.4382 MΩ Dipole 2: R2=1.4894 MΩ Dipole 3: R3=1.4683 MΩ Connector (HIROSE series SR30) 6 wire male (Hirose SR30series) The probe could be checked by measuring the resistance of the three dipoles. CALIBRATION TEST EQUIPMENT TYPE IDENTIFICATION Calibration bench CALISAR Multimeter Keithley 2000  Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report         4  MEASUREMENT PROCEDURE Probe calibration is realized, in compliance with CENELEC EN 50361 and IEEE 1528 std, with CALISAR, Antennessa proprietary calibration system. The calibration is performed with the EN 50361 annexe technique using reference guide at the five frequencies. Where : P fw = Forward Power P bw = Backward Power a and b = Waveguide dimensions
= Skin depth Keithley configuration: Rate = Medium; Filter =ON; RDGS=10; FILTER TYPE =MOVING AVERAGE; RANGE AUTO After each calibration, a SAR measurement is performed on a validation dipole and compared with a NPL calibrated probe, to verify it.  Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report         5  PROBE UNCERTAINTIES  Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report         6  1. Calibration at 450.00 MHz A. Calibration parameters. Label GSM450 Epsilon 43.33 Sigma 0.84 S/m Temperature 21°C Antenna gain 2.03 dB Antenna S11 -10.50 dB Low limit detection (CW)     Calibration curves ei=f(V) (i=1,2,3) allow to obtain E-field value using the formula:   EEEE= The following tables represent the calibration curves linearization by curve segment in CW signal.  Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report         7  Calibration coefficients for the three dipoles in CW: v1 e1 v2 e2 v3 e3 0.584004 419.557857 -0.696059 435.622023 0.541191 412.830715 0.467833 339.207465 -0.556278 351.381991 0.469757 336.297240 0.376994 276.348283 -0.452232 288.647980 0.378826 274.224190 0.302778 224.954643 -0.359005 232.397390 0.305842 224.365698 0.241038 182.154071 -0.286978 188.889931 0.246562 183.825274 0.192549 148.484090 -0.230386 154.650994 0.195712 148.993075 0.154033 121.674762 -0.185412 127.378480 0.157543 122.783107 0.123397 100.276479 -0.147311 104.193802 0.125866 100.956090 0.099878 83.770361 -0.118637 86.660489 0.101471 84.063863 0.081165 70.553219 -0.095250 72.263937 0.082289 70.694342 0.065166 59.152028 -0.076788 60.795323 0.066427 59.538957 0.051916 49.592416 -0.061280 51.041514 0.053353 50.232492 0.041968 42.297602 -0.048746 43.022565 0.042906 42.675214 0.033724 36.126757 -0.039149 36.748110 0.034686 36.605243 0.021855 26.962568 -0.024798 27.024723 0.022272 27.149463 0.018405 23.975145 -0.020856 24.085809 0.018755 24.141334 0.015467 21.515985 -0.017534 21.515985 0.015767 21.615299 0.013018 19.309065 -0.014750 19.398191 0.013276 19.487731 0.010938 17.408496 -0.012392 17.529166 0.011157 17.569575 0.009022 15.586953 -0.010228 15.658899 0.009215 15.676938 0.007353 13.956010 -0.008328 13.988181 0.007484 14.020428 0.005989 12.466979 -0.006801 12.495719 0.006111 12.567858 0.004890 11.214019 -0.005573 11.265779 0.005003 11.330818 0.004019 10.133541 -0.004570 10.121882 0.004099 10.168601 0.003279 9.094132 -0.003739 9.157170 0.003352 9.125596 0.002660 8.095827 -0.003041 8.293946 0.002769 8.265350 0.002126 7.324219 -0.002453 7.366500 0.002188 7.358024 0.001685 6.565400 -0.001947 6.580536 0.001724 6.542765 0.001300 5.784440 -0.001511 5.718225 0.001334 5.757862 0.001123 5.245191 -0.001307 5.269400 0.001174 5.275471 0.000891 4.701768 -0.001057 4.723470 0.000924 4.728912 0.000704 4.209798 -0.000850 4.226839 0.000736 4.243862 0.000574 3.790376 -0.000689 3.791428 0.000603 3.830551 0.000457 3.396200 -0.000570 3.434303 0.000483 3.421852 0.000365 3.050686 -0.000463 3.078014 0.000389 3.079630 0.000292 2.745766 -0.000369 2.726866 0.00031…

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SZ12070197S01 Page 2 of 132 DIRECTORY DIRECTORY....................................................................................................................................2 1. TESTING LABORATORY.........................................................................................................4 1.1. Identification of the Responsible Testing Laboratory................................................................. 4 1.2. Identification of the Responsible Testing Location.....................................................................4 1.3. Accreditation Certificate..............................................................................................................4 1.4. List of Test Equipments...............................................................................................................4 2. TECHNICAL INFORMATION..................................................................................................5 2.1. Identification of Applicant...........................................................................................................5 2.2. Identification of Manufacturer.....................................................................................................5 2.3. Equipment Under Test (EUT)......................................................................................................5 2.3.1. Photographs of the EUT............................................................................................................5 2.3.2. Identification of all used EUT...................................................................................................5 2.4. Applied Reference Documents.................................................................................................... 6 2.5. Device Category and SAR Limits................................................................................................6 2.6. Test Environment/Conditions......................................................................................................7 3. SPECIFIC ABSORPTION RATE (SAR)...................................................................................8 3.1. Introduction..................................................................................................................................8 3.2. SAR Definition............................................................................................................................ 8 4. SAR MEASUREMENT SETUP..................................................................................................9 4.1. The Measurement System............................................................................................................9 4.2. Probe............................................................................................................................................ 9 4.3. Probe Calibration Process..........................................................................................................11 4.3.1 Dosimetric Assessment Procedure...........................................................................................11 4.3.2 Free Space Assessment Procedure...........................................................................................11 4.3.2 Temperature Assessment Procedure........................................................................................11 4.4. Phantom..................................................................................................................................... 12 4.5. Device Holder............................................................................................................................12 5. TISSUE SIMULATING LIQUIDS........................................................................................... 13 6. UNCERTAINTY ASSESSMENT............................................................................................. 15 6.1. UNCERTAINTY EVALUATION FOR HANDSET SAR TEST............................................ 15 6.2. UNCERTAINTY FOR SYSTEM PERFORMANCE CHECK................................................ 16 SZ12070197S01 Page 3 of 132 7. SAR MEASUREMENT EVALUATION................................................................................. 18 7.1. System Setup..............................................................................................................................18 7.2. Validation Results......................................................................................................................19 8. OPERATIONAL CONDITIONS DURING TEST..................................................................20 8.1. Informations on the testing........................................................................................................ 20 8.2. Body-worn Configurations........................................................................................................ 21 8.3. Measurement procedure.............................................................................................................21 8.4. Description of interpolation/extrapolation scheme....................................................................22 9. 3G MEASUREMENT PROCEDURES....................................................................................23 9.1. Procedures Used To Establish Test Signal................................................................................ 23 9.2. SAR Measurement Conditions for WCDMA............................................................................23 9.3. Output Power Verification.........................................................................................................23 9.4. Measurement Of Conducted Peak Output Power......................................................................24 10. TEST RESULTS LIST.............................................................................................................27 11. MULTIPLE TRA…

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MSDC Close to MT6276 A B C D 54321 D C B A 12345 0402 R102 2M AL14 DL_I_P AM15 DL_I_N AP15 DL_Q_P AR16 DL_Q_N AK17 UL_I_P AJ18 UL_I_N AM17 UL_Q_P AL16 UL_Q_N AN22 APC AH19 AFC AP21 3G_TX_VGA AK19 3G_VBIAS AM25 BSI1_CLK AL22 BSI1_DATA AK23 BSI1_CS1/GP1/PD AN24 BSI1_CS0 AN26 BSI0_CLK AR28 BSI0_DATA AL26 BSI0_CS0 AP27 BSI0_CS1/GP2/PD AK29 BPI_BUS0 AG24 BPI_BUS1 AE24 BPI_BUS2 AM31 BPI_BUS3 AN32 BPI_BUS4 AJ28 BPI_BUS5 AL28 BPI_BUS6/GP7/PD AM29 BPI_BUS7/GP8/PD AL30 BPI_BUS8/GP10/PD AP31 BPI_BUS9/GP6/PD AR32 BPI_BUS10 AJ26 BPI_BUS11 AN28 BPI_BUS12 AR30 BPI_BUS13/GP5/PD AN30 BPI_BUS14/GP9/PD AM27 VM0/GP3/PD AP29 VM1/GP4/PD U101-A MT6276 0402 C101 18pF 0402 R104 0R 12 34 X101 SSP-T7 (32K) AM21 26M_CK_IN AR22 XOUT AP23 XIN AM23 TESTMODE AK21 RTC_GPIO/GP109/PD AP33 URXD1/GP11/PU AR34 UTXD1/GP12 AG30 MCU_JTRST_B/GP22/PD AJ32 MCU_JTCK/GP23/PU AE28 MCU_JTDI/GP24/PU AM35 MCU_JTMS/GP25/PU AD25 MCU_JTDO/GP26 AL34 MCU_JRTCK/GP27 AF29 SWCLKTCK/GP28/PU AK33 SWDIOTMS/GP29/PU E32 LSCK/GP70/PD…

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