A72-QSX400MOBILE PHONE -WIFI PORTION

1 GSM Mobile Phone QSX400 User Manual 1 1 Basic Know-how 1.1 Introduction Thank you for choosing GSM/GPRS Digital Mobile Phone made by this company. You can fully understand the usage of this mobile phone and enjoy the sound functions and simple operation ways by reading this manual. This manual specifies the excellent performance of model H8. Besides basic call functions, it also provides you with numerous practical functions and services which makes it convenient for your work and entertainment. This color-screen mobile phone complies with GSM/GPRS technical specifications and has been certified by domestic and overseas authorities. Some service and functions described depend on the network and subscribed services. Therefore not all menus in the phone are available, and shortcut numbers of menus and functions may be different due to different phones. This company reserves the rights to modify the contents herein without otherwise notify the users in advance. 2 1.2 For your Safety If your cell phone is lost or stolen, please notify the Telecom service center or distributor to suspend the use of your phone and SIM Card by others for fear of the economic damages caused by making phone calls in your name by others. Your IMEI Code which showed on the sign of the back of the cell phone (remove your battery and find it) shall be provided to the Telecom service centre or distributor when contacting with them. Please copy and save the number for future use.  For fear of your cell phone being misused, please take these measures: - Set your PIN Code for SIM Card properly and revise it in time when known by other people. - Please don’t put your phone in the place where is easy to be found when leaving your car. Had better take along with you or lock it in your suitcase. - Set call barring. 1.3 Security Warning and Precautions Please carefully read these precautions before use in order to use the mobile phone securely. 3 1.3.1 General Precautions  Please only use the battery and charger designated by this company as the use of other products may cause battery leakage, overheating, blowout or fire.  Please don’t strike, shake or throw your mobile phone violently in fear of causing troubles to your mobile phone and fire burning.  Never put the battery, mobile phone and charger into the microwave oven or high pressure equipment, or it may cause the accidents like circuit damage and fire, etc.  Please don’t use your mobile phone in the areas where flammable and explosive gases existed, or it may cause troubles to your mobile phone and fire burning.  Please don’t disclose your mobile phone under high-temperature, high-moisture or somewhere dust congested, or it may cause troubles to the mobile phone.  Put the mobile phone out of reach of children to prevent them playing the phone as a toy and cause personal injury.  Please don’t put your mobile phone over the place where is uneven or unstable for fear of the troubles or damages to the mobile phone. 4  The device is tested for typical body worn operation. The minimum distance between the user and/or any bystander and the radiating structure of the transmitter is 15mm.  Never shine LED- flashlight into the eyes of humans or animals! 1.3.2 Notice for use of the mobile phone  Please power off in the occasions when the use of mobile phone is forbidden, like on plan and in the hospital, etc. as the mobile phone may impact the normal operation of electronic equipment and medical apparatus, so please observe the relative regulations in these places. The mobile phone is equipped with timed auto power-on function, please check your clock setting to make sure your mobile phone will never automatically power on during flight.  Never use the mobile phone in places with weak signals or near the high fidelity electronic device. Radio interference may lead to the mal-operation of electronic device and other issues. Please pay special attention near the following equipment: hearing aid, pacemaker and other medical electronic device, fire detector, automatic door and other auto control device. Please consult with the phone 5 manufacturer or local dealers for the influence of mobile phone upon the pacemaker and other medical electronic device.  Please don’t strike the LCD screen heavily or use it to strike other things, or the LCD screen may be damaged and the liquid may leak out. The liquid entering into eyes may cause the danger of blindness, in this case, never rub your eyes with hands, just wash with clean water and then go to the doctor immediately.  Please don’t dismantle or re-equip the mobile phone, or it may cause damages, electronic leakage and circuit trouble.  In few circumstances, the use of the mobile phone in some cars may influence some electronic equipment. At this circumstance, please don’t use the mobile phone for security.  Please don’t use something with sharp-point such as needle, pen point to press the keys, or it may cause damages to the mobile phone or disoperation.  If the antenna is broken, please don’t use the mobile phone, or it may cause personal injury.  Keep the mobile phone away from the magnetic substances like mag-cards, etc., as the radiated waves of mobile phone may clear the information 6 saved on the floppy disks, bank cards and credit cards.  Keep the earphone of the mobile phone away from drawing-pin, as when the loudspeaker works, it will become magnetic which can attract those small metal parts and may cause personal injury or mobile phone damages.  Keep the mobile phone dry, as water and other liquid may cause the phone overheating, creepage and malfunction. 1.3.3 Notice for use of the battery  Avoid battery short circuit by metals like electric wire and needles or necklace, as it may cause battery leakage, overheating, blowout or fire.  The battery liquid entering into eyes may cause the danger of blindness, in this case, never rub your eyes with hands, just wash with clean water and then go to the docto…

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AEG Telecomunicações, S.A. FCC ID: A72-QSX400 POWER OF ATTORNEY April 09,2012 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 To Whom It May Concern: We, AEG Telecomunicações, S.A., hereby authorize MOSTTechnology Service Co., Ltd.(Terry YANG/ Manager) on our behalf, to apply to the Federal Communications Commission on our equipment. Any and all acts carried out byMOST Technology Service Co., Ltd.(Terry YANG/ Manager) on our behalf shall have the same effect as acts of our own. This authorization expires on April 30,2012. This is to advise that we are in full compliance with the Anti-Drug Abuse Act. We,AEGTelecomunicações,S.A.are not subject to a denial of federal benefits pursuant to Section 5301 of the Anti-Drug Act of 1988, 21 USC853a, and no party to the application is subject to a denial of federal benefits pursuant to that section. Sam Li Director AEG Telecomunicações, S.A. April 09,2012

FCC ID: A72-QSX400 Report No.: STS120307F1 Page 42 of 52 FRONT VIEW OF SAMPLE BACK VIEW OF SAMPLE FCC ID: A72-QSX400 Report No.: STS120307F1 Page 43 of 52 LEFT VIEW OF SAMPLE RIGHT VIEW OF SAMPLE FCC ID: A72-QSX400 Report No.: STS120307F1 Page 44 of 52 TOP VIEW OF SAMPLE BOTTOM VIEW OF SAMPLE FCC ID: A72-QSX400 Report No.: STS120307F1 Page 45 of 52 PHOTO OF EARPHONE PHOTO OF USB CABLE FCC ID: A72-QSX400 Report No.: STS120307F1 Page 46 of 52 PHOTO OF POWER SUPPLY PHOTO OF BATTERY FCC ID: A72-QSX400 Report No.: STS120307F1 Page 47 of 52 PHOTO OF THE ENTIRE SAMPLE

FCC ID: A72-QSX400 Report No.: STS120307F1 Page 48 of 52 INTERNAL PHOTO OF SAMPLE – 1 INTERNAL PHOTO OF SAMPLE – 2 FCC ID: A72-QSX400 Report No.: STS120307F1 Page 49 of 52 INTERNAL PHOTO OF SAMPLE –3 INTERNAL PHOTO OF SAMPLE –4 FCC ID: A72-QSX400 Report No.: STS120307F1 Page 50 of 52 INTERNAL PHOTO OF SAMPLE –5 INTERNAL PHOTO OF SAMPLE –6 FCC ID: A72-QSX400 Report No.: STS120307F1 Page 51 of 52 INTERNAL PHOTO OF SAMPLE –7 INTERNAL PHOTO OF POWER SUPPLY-1 FCC ID: A72-QSX400 Report No.: STS120307F1 Page 52 of 52 INTERNAL PHOTO OF POWER SUPPLY-2 ------END OF REPORT------

OPERATIONAL DESCRIPTION The equ ipment under test (EUT) is the transmitter of QSX400a Four-band (850/900/1800/1900) GSM/GPRS mobile phone. The transmitter operates in a duplex system according to the GSM standards. The majority of the phone circuitry consists : the RF7170 Power Amplifier and the AD6548 RF Receiver and the MT6235 Baseband Processor. There is also a combination NAND Flash Memory/PSRAM IC. The system is powered by a rechargeable lithium-ion battery with a nominal voltage of 3.7 volts. The receiver consists of two distinct parts, the RF receiver front-end and the IF section. The RF receiver front-end amplifies the GSM850 (869-894MHZ), E-GSM900 (925-960 MHz), DCS1800 (1805-1880 MHz), PCS1900(1930-1990MHZ) aerial signal, converts the chosen channel down to a low IF of 0 kHz, and provides in addition more than 35 dB image suppression. Two LNAs are available on-chip and can be configured to allow 4-band functionality. The switched LNA will be used for roaming in different countries. Some selectivity is provided at this stage by an on-chip low-pass filter, and channel selectivity is provided by means of a high performance integrated band-pass filter. The IF section further amplifies the wanted channel performs gain control to tune the output level to the desired value and rejects DC. This DC rejection is realised with an active high pass circuit and operates either continuously or keeps the acquired offset correction during the burst depending on the programming. The transmitter is fully differential using a direct up conversion architecture. It consists of a single side band power up mixer. Gain is controlled by 4 dB via 3-wire serial bus programming. The fully integrated VCO and the power mixer are designed to achieve LO suppression, quadrature phase error, quadrature amplitude balance and low noise floor specifications. Output balun components are integrated to drive a standard 50 ohms single ended load. The local oscillator (LO) signals required are provided by an on chip VCO for operation of the receive and transmit sections. The VCO is fully integrated and self calibrating to reduce manufacturing tolerances. It consists of 64 differents frequency ranges that are selected internally depending on frequency programming. The frequencies of the RF VCO are set by an internal fractional N synthesiser PLL circuit, which are programmable via a 3-wire serial bus. Comparison frequency is 26 MHz (24 Hz step programmability) derived from the 26 MHz reference signal which is generated from the semi integrated reference oscillator. The quadrature phase RF LO signa ls required for IQ mixers are generated internally. 26 MHz is the reference frequency. It is turned on when the supply voltage VTCXO is applied. After buffering a reference clock of 26 MHz is supplied to the other parts of the system through the pin XBUF. The circuit can be powered-up into four different modes: RX, TX, SYN or REF mode, depending on supply voltages applied, the logical level at pin CTRL and the 3-wire bus serial programming. In RX (TX) mode, all sections required for receive (transmit) are turned on. The SYN mode is used to power-up the synthesiser and the RF-VCO prior to the RX or TX mode. In the SYN mode, some internal LO buffers are also powered-up such that VCO pulling is minimized when switching on the receiver or the transmitter. The reference oscillator (REF mode) is turned on by applying the supply voltage. Additionally band selection is done using the 3-wire bus serial programming allowing the proper enabling of the LNAs. The RF part also includes the blue tooth (blue tooth built-in baseband MT6616), W IFI chip MT5921, analog television +FM chip ATV168H. Dev i ce features: Bluetooth Features
Fully compliant with Bluetooth 2.1 + EDR (1Mpbs, 2Mbps, and 3Mbps)
On-chip integrated balun
Receiver of -93dBm sensitivity
Hardware AGC dynamically adjusting receiving performance
Fully integrated power amplifier with 7dBm maximum power
Low transmitting out-of-band spurious emissions supporting simultaneous operation with GPS, GSM/GPRS worldwide radio systems
Fractional-N PLL synthesizer supporting crystal frequencies from 12MHz to 52MHz WIFI Features
Host interface : SDIO / eHPI16 / eHPI8
Support Orthogonal Frequency Division Multiplexing (OFDM), Complementary Code Keying (CCK), and Direct Sequence Spread Spectrum(DSSS) to provide a variety of data rates
Support ad-hoc and infrastructure modes
IEEE 802.11g (OFDM 54Mbps) and IEEE 802.11b (DSSS 11Mbps)
Support Bluetooth co-existence
Support low power consumption sleep mode via 32 kHz clock
IEEE 802.11i (AES, TKIP, 802.1X) for advanced security
IEEE 802.11e QoS support for multimedia applications
Wakeup by specific packet (pattern search)
64/128-bit Wired Equivalent Privacy (WEP)
Shared clock, EEPROM, and full RF front ends integrated for WiFi
40MHz crystal embedded
OS support WinCE/Win Mobile (V6.0/V6.1) and Linux The M T5921 support IEEE 802.11b/g standard and it can provide up to 54Mbps for IEEE 802.11g, 11Mbps for 802.11b to connect your wireless LAN. Analog TV+FM Features
Built-in CMOS RF tuner
Supports VHF-I, FM, VHF-III, and UHF bands
Worldwide FM stereo support
Worldwide PAL, NTSC, and SECAM support
Supports all NTSC standards: NTSC-M, NTSC-J, NTSC-4.43
Supports all PAL standards: B, B1, D, D1, G, H, I, K, K1, M, N, Nc
Supports SECAM B, D, G, K, K1
Fully integrated VCOs, PLL loop filter, and crystal oscillator
Dual automatic and programmable AGC for RF and IF gain saves power and reduces host processor overhead
I2C control interface
BT.601/656 8-bit parallel video interface for seamless compatibility with popular baseband processors
I2S audio interface
Analog audio interface
Includes device drivers for all popular processors and operating systems The ATV18H is a PAL/NTSC/SECAM/FM receiver that implements the RF tuner and digital demodulator on the same die. NMI601 receives an input single-ended…

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版本 序号 物料料号 名称 物料描述 规格型号 品牌商 单位 位号 单套 1 I-6235BH-A MTK基带芯片 MT6235BA-H MTK 只 U101 1 2 I-F18036-A Flash 1G+512 H8ACU0EG0BBR_36M_C Hynix 只 U401 1 3 I-MT6548-A MTK射频芯片 AD6548 MTK 只 U2 1 4 I-RF717D-A TX Module 两频 RF7170D RFMD 只 U1 1 5 X-DC2611-B 26M晶体 Load Capacitance=11.2pF 7M26000018TZ1387A CXC3X260000GHVRP0M TXCTAISAW PARTRON 只X1 1 6 X-ZF4202-A 滤波器 1800/1900 SFRG42MY002SAWEN1G84CW0F00 WISOLmurata 只Z1 1 7 X-ZF8112-A 滤波器 850/900 SFRM81DY102SAWEN881MCY0F00 WISOLmurata 只 Z601 1 8 I-HA0002-A HALL IC SNT-4A S-5711ANDL-I4T1G SII 只 U10 1 9 X-D00001-B MOSFET 充电P-MOSFET SI5853DC－T1/SI5853CDC－T1NTHD4P02FT1/NTHD3101FWPM2005 VISHAY安森美韦尔半导体 只 U202 1 10 I-AU0007-A 音频功放 D类 PAM8303CAZN PAM 只 U302 1 11 X-DC3207-A 32KHZ晶体 32k crystal (32.768kHz,7pF±20ppm) MS2V-T1SSSP-T7Q13MC1461000200 MICRO CRYSTALSITepson 只 X101 1 12 X-D00002-B MOSFET_N EMT3 2SK3019 ROHM 只 Q503 1 13 I-DS0002-A 单路模拟开关 6-Lead SC70-6 FSA4157AP6XSGM3167YC6/TRET3157 FAIRCHILDSGMETEK 只 U702 1 14 I-DS2257-A 双路模拟开关 10-Lead MicroPak FSA2257L10XSGM2258YTQD10 FAIRCHILDSGM 只 U703 1 15 X-DS0001-B 肖特基二极管 30V,200mA RB520S-30RB521S-30SDM20U30 ROHM先科 只 D201,D303 2 16 X-B00001-B 后备电池 圆型 XH414G-IV01EML414RL-F9JEPAS414SR-S-VG1-THB414-II06EPAS414HR-VG1SF-3R3-ER-104Z SII松下KaneboShoeiSmart thinkers, 只 GB201 1 X911-(02)BOM 17 X-LW0002-B 贴片白灯 0603 AOT-0603-W310-HO AOT 只 LED701,LED702,LED703,LED704,LED705,LED706,LED707,LED708,LED709,LED710,LED711,LED712 12 18 J-B00012-A 电池连接器 5.0高，3.7pitch刀片连接器，不带定位柱 PAN37-03473-1002XYB040-A0G15 LCN显誉 只 BT200 1 19 J-G24159-A Camera连接器 24pin,0.4mm(Pitch),1.5mm(Height),Socket BAF04-24153-0502 LCN 只 CON501 1 20 J-G70227-A FPC连接器 70pin,0.4mm(Pitch),0.9mm(Height),Socket AXK7L70227G NAIS 只 J501 1 21 S-G00001-A 侧键 ST-1114R 日昇 只 S701,S702,S703,S704 4 22 J-E00006-A Earphone Jack JAF00-06506-0100-C LCN 只 J302 1 23 J-RF0002-A 射频测试座 MHC-310C90-101-00042RF1500-000111 AmphenolSpeedTech信音电子 只J3 1 24 J-SIM016-A SIM卡座 菱形卡座，H2.9mm CAF99-06290-1506HZ-SIML030-A LCN弘展 只 J203,J204 2 25 J-T00002-A T-FLASH卡座 1.9高掀盖式 CAH11-08193-SF03-AHZ-TF018-A LCN弘展 只 J401 1 26 J-S00003-A 系统连接器 Micro 5PIN USB USB-13O5MZ-MBTUAF95-05253-1500 V-ASIAINFOLCN 只 J701 1 27 W-X911RF-Z GSM RF屏蔽罩 和X911-V4.1共用 rf_gsm_shielding 只 1 28 W-911GBB-Z GSM BB屏蔽罩 bb_gsm_shielding 只 1 29 TV屏蔽罩 和X911-V4.1共用 TV_shielding. 只 1 30 P-X91150-M 主板PCB 1+4+1,HDI X911-V5.0 只 1 31 C-GB102E-J 陶瓷电容 CAP,1.2pF±5%,50V,0402 GRM1555C1H1R2CZ01D C1005C0G1H1R2DT GRM1555C1H1R2CZ01D MURATATAIYOYUDENTDK 只 C13,C14 2 32 C-GB159E-C 陶瓷电容 CAP,1.5pF±0.25pF,50V,0402 GRM1555C1H1R5CZ01D C1005C0G1H1R5DT GRM1555C1H1R5CZ01D TaiyoYudenTDKMURATA pcs C19 1 33 C-GB479E-C 陶瓷电容 CAP,4.7pF±0.25pF,50V,0402 UMK105CK4R7CW-FC1005C0G1H4R7CTGRM1555C1H4R7CZ01D TaiyoYudenTDKMURATA 只 C656,C657,C658,C659 4 34 C-GB600E-C 陶瓷电容 CAP,6pF±0.5pF,50V,0402 GRM1555C1H6R0CZ01D C1005C0G1H060DT GRM1555C1H6R0CZ01D TaiyoYudenTDKMURATA 只 C11 1 35 C-GB150E-J 陶瓷电容 CAP,15pF±5%,50V,0402 UMK105CH150JW-F C1005C0G1H150JT GRM1555C1H150JZ01D TaiyoYudenTDKMURATA 只 C102,C103 2 36 C-GB180E-J 陶瓷电容 CAP,18pF±5%,50V,0402 UMK105CG180JW-F C1005C0G1H180JT GRM1555C1H180JZ01D TaiyoYudenTDKMURATA 只 C652,C653,C654,C655 4 37 C-GB220E-J 陶瓷电容 CAP,22pF±5%,50V,0402 UMK105CH220JW-F C1005C0G1H220JT GRM1555C1H220JZ01D TaiyoYudenTDKMURATA 只 C2,C3,C6,C9,C649 5 38 C-GB330E-J 陶瓷电容 CAP,33pF±5%,50V,0402 UMK105CG330JW-FC1005C0G1H330JT GRM1555C1H330JZ01D TaiyoYudenTDKMURATA 只 C5,C301,C303,C308,C309,C313,C314,C328,C330,C643 10 39 C-GB390E-J 陶瓷电容 CAP,39pF±5%,50V,0402 UMK105CG390JW-FC1005C0G1H390JT GRM1555C1H390JZ01D TaiyoYudenTDKMURATA 只 C74,C77 2 40 C-GB470E-J 陶瓷电容 CAP,47pF±5%,50V,0402 UMK105CG470JW-FC1005C0G1H470JT GRM1555C1H470JZ01D TaiyoYudenTDKMURATA 只 C76 1 41 C-GB569E-J 陶瓷电容 CAP,56pF±5%,50V,0402 UMK105CG560JW-FC1005C0G1H560JT GRM1555C1H560JZ01D TaiyoYudenTDKMURATA 只 C12 1 42 C-GB820E-J 陶瓷电容 CAP,82pF±5%,50V,0402 UMK105CG820JW-FC1005C0G1H820JT GRM1555C1H820JZ01D TaiyoYudenTDKMURATA 只 C65,C66 2 43 C-GB101E-J 陶瓷电容 CAP,100pF±5%,50V,0402 UMK105CG101JW-FC1005C0G1H101JT GRM1555C1H101JD01D TaiyoYudenTDKMURATA 只 C302,C312,C329 3 44 C-GB221E-J 陶瓷电容 CAP,220pF±5%,50V,0402 UMK105CG221JW-FC1005C0G1H221JT GRM1555C1H221JD01D TDKMURATA 只 C648 1 45 C-GB102E-K 陶瓷电容 CAP,1nF±10%,50V,X7R,0402 UMK105BJ102KV-F TaiyoYudenTDKMURATA 只 C75,C81,C106,C343,C344 5 46 C-GB103C-K 陶瓷电容 CAP,10nF±10%,16V,X7R,0402 EMK105BJ103KV-FC1005X7R1C103KTGRM155R71C103KA01D TaiyoYudenTDKMURATA 只 C420 1 47 C-GB333C-K 陶瓷电容 CAP,33nF±10%,10V,X5R,0402 LMK105BJ333KV-FC1005X5R1A333KTGRM155R61A333KA01D TaiyoYudenTDKMURATA 只 C67 1 48 C-GB104B-K 陶瓷电容 CAP,100nF±10%,10V,X5R,0402 LMK105BJ104KV-FC1005X5R1A104KTGRM155R61A104KA01D TaiyoYudenTDKMURATA 只 C68,C69,C70,C72,C73,C78,C104,C206,C224,C225,C228,C230,C235,C236,C239,C240,C304,C305,C310,C311,C315,C318,C325,C417,C419,C603,C708 27 49 C-GB224E-J 陶瓷电容 CAP,220nF±10%,10V,X5R,0402 LMK105BJ224KV-FC1005X5R1A224KTGRM155R61A224KE19D TaiyoYudenTDKMURATA 只 C71 1 50 C-GB105A-K 陶瓷电容 CAP,1uF±10%,6.3V,X5R,0402 JMK105BJ105KV-TC1005X5R0J105KTGRM155R60J105KE19D TaiyoYudenTDKMURATA 只 C105,C213,C216,C217,C218,C219,C220,C221,C222,C232,C233,C238,C416,C710,C733 15 51 C-GC229B-K 陶瓷电容 CAP,2.2uF±10%,6.3V,X5R,0603 JMK107BJ225KV-TC1608X5R0J225KTGRM188R60J225KE01D TaiyoYudenTDKMURATA 只 C201,C241,C242,C317,C501,C705 6 52 C-GC475A-K 陶瓷电容 CAP,4.7uF±10%,6.3V,X5R,0603 JMK107BJ475KV-TC1608X5R0J475KTGRM188R60J475KE19D TaiyoYudenTDKMURATA 只 C202,C203,C211,C212,C214,C215,C223,C227,C229,C306,C502,C503 12 53 C-GD106A-K 陶瓷电容 CAP,10uF±10%,6.3V,X5R,0805,高度0.85MM CM21X5R106K06ATC2012X5R0J106KT TDKMURATA 只 C60,C61,C204,C226,C231,C237,C307 7 54 C-TJ107A-J 钽电容 100uF-6.3V-3528,薄片 F920J107MBA NICHICON 只 C629 1 55 R-GB000A-J 贴片电阻 0R(0402-0.0625W-J) MCR01MZSJ000RC0402JR-070RL ROHMYAGEO 只 L1,R112,R208,R12,R36,R41,R2,R205,R6,R410 10 56 R-GD002A-J 贴片电阻 0.2R (1% 0805 1/4W) MCR10EZHFLR2 ROHM 只 R211 1 57 R-GC620A-J 贴片电阻 62R（0603-0.1W-J） MCR03EZPJ620 ROHM 只 R203 1 58 R-GB100A-J 贴片电阻 100R(0402-0.0625W-J) MCR01MZSJ101RC0402JR-07100RL ROHMYAGEO 只 R34,R220,R305,R515 4 59 R-GB102A-J 贴片电阻 1K(0402-0.0625W-J) MCR01MZSJ102RC0402JR-071KL ROHMYAGEO 只 R1,R3,R13,R202,R209,R301,R30…

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Transmitter Specification GSM850&GSM900 Transmitter output power:29-34 dBm Phase Error(RMS):  5
degree Phase Error(Peak): -20° to +20°degree Frequency Error:  0.1ppm Hz Reference Sensitivity Level (ClassII RBER  2%):  -104 dBm DCS1800&PCS1900 Transmitter output power: 27-31 dBm Phase Error(RMS):  5
degree Phase Error(Peak): -20° to +20°degree Frequency Error:  0.1ppm Hz Reference Sensitivity Level (ClassII RBER  2%):  -102dBm WCDMA Maximum output power: 21  25 dBm Minimum output power:  -50 dBm Frequence Error: <±0.1 Occupied Bandwidth: <5 MHz EVM:  17.5% Reference sensitivity level : -106.7  <0.1% CDMA Maximum RF Output Power: 23  30 dBm Minimum Controlled Output Power: <-50 dBm Time Reference: <  1  s Waveform Quality: 0.944 Reference sensitivity level:106, <0.5% 1 Adjustment of RF Output Power: (1) The equipment setup as shown in Figure 1. (2) Operation of PC adjusts equipment. (3) Use RF Engineering Tools at PC side. Select GSM850 Band: 1) Set GSM850 Band. 2) Set ARFCN: 190 3) TX ON. 4) Adjust the power to 32.4dBm (+1.0dB/-1.0dB, Power control level: PCL=5) by PA DAC value. 5) Repeat 4) for 15 times,and adjust the power level to 30.5, 28.8, 27, 25, 23, 21, 19, 17, 15, 13, 11, 9, 7, 5. 6) Make 16 Ramp-Up/Ramp-Down data from the adjustment value of (5) and (6). PC RF Tester GPIB Cable UART Cable RF Cable Test sample Figure 1 7) Data of 5) and 6) is writen to flash memory. Select PCS1900 Band: 1) Set PCS Band. 2) Set ARFCN: 661. 3) TX ON. 4) Adjust the power to 29.0 dBm (+2.0dB/-2.0dB, Power control level: PCL=0) by PA DAC value. 5) Repeat 4) for 15 times,and adjust the power level to 27.5, 26, 24, 22, 20, 18, 16, 14, 12, 10, 8, 6, 4, 2, 0. 6) Make 16 Ramp-Up/Ramp-Down data from the adjustment value of (5) and (6). 7) Data of 5) and 6) is writen to flash memory. 2 Adjustment of oscillation frequency of VCXO: (1) The equipment setup as shown in Figure 1. (2) Use Crystal AFC Control Tools to Set CapID and AFC DAC value. (3) Set Band=GSM850,Set ARFCN=190,Set PCL=12. 1) Set AFC DAC=4096,fixed.(Check that Vafc=1.4V). 2) Set CapID=0, and verify that frequency error >>10KHz. 3) Set CapID=63, and verify that frequency error <<-10KHz. 4) If the above 3 items are verified, then change CapID value to make frequency error be closed to 0 Hz as possible, record this CapID value. 5) Set CapID value got from step 4), then change AFC DAC value to make frequency error be closed to 0 Hz as possible, record this AFC DAC value. 6) Download the CapID value and AFC DAC value to flash memory. 3 Adjustment of RX Sensitivity: (1) Select GSM850 Band: 1) Set BCCH level:-85dBm;ARFCN:128. 2) Test sample make a call to connect RF Tester.. 3) Set TCH level:-106dBm. 4) Measure BER BER Select PCS Band: 1) Set BCCH level:-85dBm;ARFCN:512. 2) Test sample make a call to connect RF Tester.. 3) Set TCH level:-106dBm. 4) Measure BER BER 2.1 Bluetooth Information Product GSM Mobile Phone Trade Name AEG Model Number QSX400 Series Number: N/A Description of Differences: N/A Power Supply DC 5V by AC/DC adapter 100-240V~50/60Hz DC 3.7V by battery Frequency Range 2402MHz -2480MHz Modulation Type FHSS Antenna Type: Internal Fixed Channel Spacing: 1MHz Channel Number 79(CH Low: 2402MHz, CH Mid: 2441MHz, CH High: 2480MHz) Temperature Range -20°C ~ 50°C NOTE: 1. Please refer to Appendix I for the photographs of the EUT. For a more detailed features description about the EUT, please refer to User’s Manual. 2.2 Product WIFI Information Description: Mobile Phone Model Name: QSX400 Power Supply: DC: 3.7V by Li-ion Battery; DC: 5V by AC Adapter(100V-240V 50/60Hz); Frequency Range: IEEE 802.11b/g/n: 2412MHz – 2462MHz Number of Channels: IEEE 802.11b/g/n mode: 11 Channels Modulation Technique: IEEE 802.11b mode: DSSS (1, 2, 5.5 and 11 Mpbs) IEEE 802.11g mode: OFDM (6, 9, 12, 18, 24, 36, 48 and 54 Mpbs) IEEE 802.11n Standard-20 MHz Channel mode: OFDM (6.5, 13, 19.5, 26, 39, 52, 58.5, 65.0Mbps) Antenna Gain: 2.5 dBi Antenna Type: Internal Test Channel: Low: 2412MHz, Middle: 2437MHz, High: 2462MHz Temperature Range: -20°C ~ +40°C NOTE: For a more detailed features description about the EUT, please refer to User’s Manual.

Compliance Certification Services Inc. Reference No .: KS120312A04-SE Date of Issue: March 20, 2012 Report No .: KS120312A04-SE Page 1 of 48 Slip on GSM 850-Right Head Cheek High CH251...............................................................................4 GSM 850-Right Head Tilted High CH251................................................................................5 GSM 850-Left Head Cheek High CH251..................................................................................6 GSM 850-Left Head Tilted High CH251...................................................................................7 PCS-1900-Right Head Cheek High CH810..............................................................................8 PCS-1900-Right Head Tilted High CH810...............................................................................9 PCS 1900-Left Head Cheek High CH810..............................................................................10 PCS 1900-Left Head Tilted High CH810................................................................................11 GSM 850-Body Up High CH251.............................................................................................12 GSM 850-Body Down High CH251........................................................................................13 GPRS 850-Body Up Low CH251............................................................................................14 GPRS 850-Body Down Low CH251.......................................................................................15 PCS1900-Body Up High CH810.............................................................................................16 PCS1900-Body Down High CH810........................................................................................17 GPRS1900-Body Up High CH810..........................................................................................18 GPRS1900-Body Down High CH810.....................................................................................19 IEEE 802.11b-Right Head Cheek Low CH1...........................................................................20 IEEE 802.11b-Right Head Tilted Low CH1............................................................................21 IEEE 802.11b-Left Head Cheek Low CH1.............................................................................22 IEEE 802.11b-Left Head Tilted Low CH1..............................................................................23 IEEE 802.11b-Body Up Low CH1..........................................................................................24 IEEE 802.11b-Body Down Low CH1......................................................................................25 Slip off GSM 850-Right Head Cheek High CH251.............................................................................27 GSM 850-Right Head Tilted High CH251..............................................................................28 GSM 850-Left Head Cheek High CH251................................................................................29 GSM 850-Left Head Tilted High CH251.................................................................................30 PCS-1900-Right Head Cheek High CH810............................................................................31 PCS 1900-Left Head Cheek High CH810..............................................................................32 PCS-1900-Right Head Tilted High CH810.............................................................................33 PCS 1900-Left Head Tilted High CH810................................................................................34 GSM 850-Body Up High CH251.............................................................................................35 GSM 850-Body Down High CH251........................................................................................36 GPRS 850-Body Up High CH251...........................................................................................37 GPRS 850-Body Down High CH251......................................................................................38 Compliance Certification Services Inc. Reference No .: KS120312A04-SE Date of Issue: March 20, 2012 Report No .: KS120312A04-SE Page 2 of 48 PCS1900-Body Up High CH810.............................................................................................39 PCS1900-Body Down High CH810........................................................................................40 GPRS1900-Body Up High CH810..........................................................................................41 GPRS1900-Body Down High CH810.....................................................................................42 IEEE 802.11b-Right Head Cheek Low CH1...........................................................................43 IEEE 802.11b-Right Head Tilted Low CH1............................................................................44 IEEE 802.11b-Left Head Cheek Low CH1.............................................................................45 IEEE 802.11b-Left Head Tilted Low CH1..............................................................................46 IEEE 802.11b-Body Up Low CH1..........................................................................................47 IEEE 802.11b-Body Down Low CH1......................................................................................48 Compliance Certification Services Inc. Reference No .: KS120312A04-SE Date of Issue: March 20, 2012 Report No .: KS120312A04-SE Page 3 of 48 Slip on Compliance Certification Services Inc. Reference No .: KS120312A04-SE Date o…

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