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2. n 4 Sl 1 C233 C234 He 0502 R507 0501 2 18 18 86 Cio iud TERT o
3. TM150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 15
4. m A 5 5 ab R714 4 2 2O 6736 R735 R734 R733 a A9 2 S C 226 1 1 3 tla Ne maa o 1 Mn S e Es e 2 OTP718 J 8 1 9 1 1 E e T 4 T wi m 5 o 9 E 2 gt n E gt 2 T o P S 5 ps 4 5 ofA e 3 3 al o 9 71709 CITT C710 2 285 m oom e gt 3 9 SH701 E 6 2 4H R749 A B 2 ae 727 N AN R715 oc E nunmmunnnnmnmmuurt s Hh 5 2 R728 2 S r708 EE Em 2 EN 9 Kn NN 5 2 5 2 pn evo 2 D705 2 726 E 2 gt l R729 CN703 ESTO 2 2 229 fla B 2 o o etae x alt to 2 die 5 2 e oe s ter alt S D701 a gt wo
5. Tasos x TAS04 3335 2 08 008 ate C161 5 5 222 2 55 136 are 5 zx m TIS HH Bam iof 8 2 5 m 2 _YE R257 R186 42 0508 TP122 3 50 0 5 gt 1 1 0 o 3929 Rss 595 fi din le 4 2 2 T 3 222 2 oe 2 fp RR BD 8 8 28 rw Baas 5 25 84 C143 512 E 88m iUBHBBE g T a LI o 8818 8912 5028 5h C RM GE n 90121 10121 15641285541 90521 a fh O a L110 9011 JF C215 0507 UUU R513 OFL102 JN srs 00 5017 AM L T m i AS MM pw 3918 5017 cp 02
6. M FL701 C739 R717 8750 C758 ZD703 AP AP ar o 67114 ae L705 C712 ZD704 AP 0 L715 O mc C791 SF L714 CAL 5 2 am ue E ad m e 22 A S i AES e aa c o gt H am rn n pn z Aa me as z P ES 1c704 PM L E R744 a a co AM mm o nm o an HE 8 w m S c c AP m gt R745 D70 w r1 gt H T 3 s d C724 C770 E Y C779 5 w X 746 LI gt 787 C717 R74 90 CTTI a gt R747 4r AP ol ay o wr EM C776 e gt 786 ze e own C761 C759 R755 R754 C732 R732 R748 ere UE c773 C784 dr 14 gt AP alt AP AP zr C166 C785 TP719 LED704 LED703 1 707 i KK h L3 L 3 C710 L1 lt Or t a o C708 20102 D702 Qi 5 T T5 o 2070 CI CI gt R704 ates D703 102 L702 exe Logd o N 2 2226 L701 C70
7. 9104 UN101 cu GP WOM46 NU ED 8138 GND a g 9 i on 3 0 3 0 gu 3 i vare 1 g Bs did COCE oy 1 No C197 ge eomm dem js eget 5 ATI ET sn AS Mid 100 5 Ele Ele obo ist OT ROTH 2 9 se JEBE eaa mE 49 gje g gjeje 51 7 8 amp 07 1 105 5 ums DATAIS DATA 4 Cj DATA 3 C3 E 3 0v agge 8 CAOC 15 WTL Ra WT Gd jT 5 VINT a He 45 DA vm G3 12 9549445 ere OL 0 4 KEYPADROWLO 4 PONONKEY DATA 10 E eae dlc 12154 E 5 DATA 7 MES lt gt lt H 04 4 2 Ca 2 55 ERIS 1108 a MM T ITSA ean foatalol gt desc ou 005 5 5 2 E eS d qb DATAIS dp lt gt lt 10 2 1 8 1 8 2 85V 3 0V 3 0V 1 8 3 0 3 0V 3 0 Seth Code TT LES a i i i al amp GD E z CBE BA PS AEST P_coo oaTalia gt lt gt IAM A joaTaa gt Gg os os 5 LIIS 5 4 P S4 2 ajes 4 X usci6 10115 4 S Sea
8. 199jes Udy spunos Ajy auojBury ufissy asijeuosJag suond 9500 2 USL JEWON 129 95 nuaw y 01 INOA PMJ OL 1 01 aui pue dijo euojDuu e 950047 seJnjald 940JJ 10 SO9pIA spunog pue 59101214 10 SoapiA spunog 95002 HNS o5 Jodedjjew punosbyIeq di o oapiA e peojuMoq 6 JOM asn aBed 995 sjnauous 1aspueu JO eLIO AY peojumop UBI woy Jaded eM pue lt mau Aq Jaspuey Mau asi euosad suondg sc S3univ3id YAHLO 9 03 85 uomneuuoJu w eer 82 shumes E SRO a 519 5099196 suoneaiddy 39 ery H ceo g Y 50701 0074 MAU S eym 995 0111011 2 0 d y Aew suondo 95941 os si d l i9Al ui peau yeym pul pue Sydd 524 UO 90 184 2849 ale
9. R287 IANS zu oz 162 n Co S n A R139 R278 AP 5 16502 226 4r o gt ce Ke R569 50 5 os C508 R 4r E ENS 1 105 C509 10504 7 8556 dr 110 Lar 231 Ane 60 59 111 4 169 9503 E AP 8522 AP C507 4r R507 0503 a 503 C511 4r 1 507 ES Jr c230 1 ss sfo C120 Ce E E Het L108 z 11 E TE R122 BY C108 R285 CN104 R508 0108 c aH 10503 R540 A ER LELTLOLTLELTLOL TL DI A CN502 R536 R535 4r C520
10. 138 R173 C184 C183 AM Ge Ge Ors R183 R180 R181 ABBE 504 T TET TE OrP122 R272 C225 115 OTP114 10106 XM R167 TP145 O rP143 OTP137 SH801 801 885 1862 AP AP R1861 10802 C1876 C1877 1 1872 4r C1865 R1860 C801 C860 a C850 R807 C807 10804 C802 C810 L822 XQ 400 1821 db C830 C834 ES TCX8 C835 ES 01 ar C812 C1822 ES dr C1875 1803 007 11871 gt 3H A wll SLT S T S T S T o E 20614 z T 5 5 r C892 C858 C859 2 4r 25 z e C891 C852 C853 5 st C851 4r all C832 C843 16801 7 802 4 ce42 C83 R268 C219 C222 C831 EH R295 R293 R292 V R802 4r 5E
11. 3 0V ys 5 2v TP537 8535 00 A536 00 BOOTCTRLO Lo oq A S od TM100 CIRCUIT DIAGRAM AND PWB LAYOUT TM100 CIRCUIT DIAGRAM AND PWB LAYOUT 9 9 5 10 CONFIDENTIAL DRAFT CONFIDENTIAL DRAFT 53 TE TT zd non g ig MO COGOOQOO FOES GE 2 2 2 e a oQ gt 8 y d de 9 yli 9 Y DERE 836 js o 8 Os Nx b 4 gt n 1 iD oN val 8 ams Q x 69 0 2g BB i E 8 21818 zaje g 289 ag e an eg ER a m eu J dor dor 09 0 79 0
12. Signal name Signal name TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 28 CONFIDENTIAL DRAFT 3 TROUBLESHOOTING 1 Power is not turned on 10 Back Light does not turn on 2 Voice transmission recording is impossible 11 Out of range and incoming outgoing calls are impossible 3 No voice is heard from the earpiece 12 The display does not appear on Main Display 4 Battery does not charge 13 The display does not appear on External Display in 65K color mode 5 Vibrator does not work 14 Pictures cannot be taken 6 Clock Settings are reset 15 SIM card is not recognized 7 Speaker does not work 16 SD Memory card is not recognized 8 MP3 cannot be played 17 USB connection is impossible 9 Video Voice Recorder playback is impossible 1 POWER IS NOT TURNED ON Execute File System Initialization of Downloader in SPST without loading a file Does File System Initialize start properly SS Is the user area file system initialized by Flash Loader NO YES NO 5 level stack memory IC 101 106 are defective Does normal mode start NO YES 5 level stack memory 101 data is corrupted Is it possible to rewrite the firmware YES NO 5 level stack memory IC 101 106 are defective Does normal mode start after restart NO YES 5 level stack memory IC 101 Program code of 5 level stack and IC 106 are defective memory
13. Output KEYIN signal output 0 68 VEXT Input SIM power supply 2 4 3 3 V VINT 69 GPIO_15 Input PCM data input for Bluetooth module 70 GPIO_16 Output PCM SYNC output for Bluetooth module 71 ADD 13 Output Processor address bus 13 72 ADD 12 Output Processor address bus 12 73 ADD 8 Output Processor address bus 8 74 ADD 6 Output Processor address bus 6 TM150 OTHERS 6 5 CONFIDENTIAL Terminal Input Terminal Input ee Output Description of terminal No Ham Output Description of terminal GPO 22 Output VPP control for flash memory 1 115 DATA 2 Input _ Processor data bus 2 GPIO 14 Output PCM clock output for Puipa Bluetooth module 116 DATA O Input Processor data bus 0 GPIO 10 Input USB detection ewer GPIO 12 Output Reset output for main LCD controller FIOCESSOL Od S Sub LCD driver Power management Memory power supply 2 7 3 3 V 118 DATA 1 Input Processor data bus 1 p VMEM Output ADD 14 Output Processor address bus 14 119 DATA S ou Processor data bus 3 GND G d ae 120 VCC Core power supply 1 7 1 9 V VCC Core power supply 1 7 1 9 V P VCORE Input
14. PIOS KARBON RO KARBON RO 3 KARBON RO 3 KARBON RO De A i USBP gt lt PIOB rS O o O S 5 USBN gt lt KEYPADROW 2 t5 28 UARTCTS PIO7 Sw504 SW50B SW512 SW516 Sw5eo gt prog KARBON RO 3 KARBON RO KARBON RO KARBON AO 3 XTAL EIN PIOS L Bons gs AN is x o 9 XTAL EQUT PIO1 idi KEYPADROW 3 4 4 4 4 oan iR YCE 5250 NUI A 2 3 SW505 Sw509 Sw513 54517 SW5e1 gra Meio KARBON RO 3 KARBON RO 3 KARBON RO KARBON FO M L OQ NU eo o 3 KEYPADROW 4 lt gt d lt gt 8 8 g 8 8 8 8 6 a gt gt gt gt N x gt m 1 TP521 L1 sws22 KARBON RO 3 POWONKEY O COL 0 4 KEYPADROW 0 4 POWONKEY P 5 TP506 di he le TP534 852 Fos L1 ao OTT eS TP520 TP501 5 0v 10503 GED G TK73840B REO x lt Bottom View 8540 00 1 6 3V R518 0 A519 100K C507 TP502 14 TP503 0505 5 2V EC4401C IC507 TC7SETOOFU CN501 Battery 4 4 4 2 FS501 a BATT Mis G501 x 2 Deos C505 E RTiNi44U SENSE 155388 22 6 3V GN
15. sa oeb d cuo END 1802 10008 EP ce X 50 Romas 230 19 usclol ae 1000P 6 A S a17 TP404 Cl a 9 S 248 uscla lt 105 7 9 IrDA Tx CAM RESET lt TP118 OME 5510 04 7X Ma 6 IrDA Rx gt 2 Re10 4 TP107 GPI0 01 5 eo uscis gt JUSE_CURRENT_CTL y TP108 usclel sj sPio_23 SIM RESET IUSB CURRENT CTL GPI0 02 4 GND n 3 24 Sound 1 RESET 187 915 Gero o3 4 8 PED UART CTS of Bluetooth Ge1o 04 STR 2 5 GPIO_05 BOWER us GND 5 50 card detect Alu Br ch aL Ppa ON O LCD controller interrupt GPIO 06 DT gt 4 Headset SW detect from Headset Jack GPIO 07 29 en E ik RLBMCI EO 6 KEYPADROW 2 Stereo Mono detect of Headset Jack GPIO 08 09 E BI PCMOUT E BT POMOUT 3 MM of Bluetooth amp ero o9 80 ETCEEMEYNCAN P183 ADONI A lt erdo 2 0 ROBES nd ule BT POMIN A Sen Wiss B7 KEYPADCOL 0 Flip Switch Detection GPIO 1 89 PS P 4 KEYPADCOL 141 LCD controller RESET Sub LCD RESET Camera Power on GPIO_12 72 BI BXD VBAT Boot Control 0 2 eon BT_AXD 5T KEYPADCOL 2 Camera Controller Interrupt GP10 13 B8 224 _ VBAT z oc aS KEYPADCOL 3 rr P
16. 052 641 105 2 011 ota GE 2818 ES 75 a T 5 8503 192 eR 2 Em ES E 8514 2111 18 21 9 cier HT OR OX 18 g E 28 3 2 E 5 ps au Teisa mir 198 209 SE 4r 4r C505 i R556 5 8559 D om BN 5 a 2 SS S B J ae E 8 2 ots x101 2 2 5 pa A R167 gad HH 5050 ot
17. e TP532TP531 R544 R543 R515 R514 LN e 1 T R207 R273 L110 OFL102 OFL101 a zo a ze i EJ 1 T 10506 n d T los ko O ag nl kel 4 a R516 TP508C gt Em E E a O O O C136 D105 CN501 C512 1 505 534 520 len en zd D C142 C143 Em 1C109 C516 B FS501 4r 4r AX C139 R523 JK101 D502 R191 4r C105 105 gt R192 N C110 C125 4r zo Vi0l 4r CI TA503 C TP146 TP142 140 TP155O C198 R25 4r 195 R186 R258 110 c200 L C199 1 101 e e lt gt R187 TP148 OO TP134 O TP106 TP139O 131 133
18. BUF BUF_ 3 DATAO amp z c GDATA 5 0 MCLK 5 5 a phase _ 18bitx4 Q conversion Commonly used 72 E for sub LCD 5 0 Buffer a control creation Conversion UV determination and latch control signal creation UV determination STKCHK H V effective and latch circuit signal creation Conversion from 8 bit to 16 bit Available for sub LCD 130 000 colors Equivalent to LR38840 CPU_DataBus 17 gt 8bit DB 7 0 Timing Control 4SCAN FRC H 5 lU es a 5 2 oe 42 m E 2 WS 5 8 ZIE Em o x NX alt gt 20 a gt za Io lt 2 2 2 amm en as 2 28 25 e aov G3 a ae 5 2 6 TM150 OTHERS 6 14 CONFIDENTIAL C707 RH IX3050AFZZL BD6015 POWER MANAGEMENT Pin Terminal Input Input ESD Diode Ww No n Output TU Bouer cde GNOSE Description of terminal Initial status 1 GND1 Dummy terminal internally connected with T2 2 LEDG Output GND1 Green LED drive output terminal constant current drive LED off 3 GND1 VBAT1 Ground 4 VBAT1 GND1 VBAT power supply terminal 5 1501
19. dor TNI e Im N 5 5 e oe I S 9 JE AE t n t Bol 53 CN ez a ag Q E done Se NUN m 0 wo O x m d C 9 7 Hees 8 8 Go tevdvo 533 di cu E 8 uw wy _ 2 AE 9 t Y gt 9 07 i 7 8 60 3 701019 280815 8713539 2 f AST T ogaans vao edens d LOA gc 5 90915 NT TT3X1ds8 d TO raans 2 9 52 erent 7808ns 27ax1dsa vagens 77 5 3 TP E g u 5 m Ol a 7 EE 92502 cgaens x J G13XIdS8 TA s ogns 0 0 OW of al om 1958 FAR 20 Lgaens b v OJ N D O a 530876 0 0 fal 971875 nud a d M N xosa Q 0 5 202 7875 eonasa Q lt seans o a J Ol Q 8 S SB 21 g HMgns Up SHsa MENS a roms o o al als 88 al ale 2 9 5 7 Q m si BLHOd TWMd 451 5 2 9 Te 0 6 QU v 1HOd OO Md ANN 0 NS oj N m NT 0 ELYOd OWMd Y ol 0o 0 O 9 0 958 001 i
20. TM150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 13 501 CONFIDENTIAL DRAFT ANN erza Ie en CN103 008 AN 00 Pret ENT 135 anm Q104 AP C197 11 RIBS eab Whizz BI rzy Lazy AN eazy 9619 126 121 O BP trezan A TP170 TP184 QO C e0gms TP181 TP113 one C8 1 SMS TP503 TP502 2505 5 CD 105s TP121 2025MS C27 Ss LED104 0103 AN 018 CDO SMS i 4 CO Q i LED127 TP801 TP802 LED126 LED125 LED128 5 ey Mes AU INS NSA R253 X 2 2 z 471 e R103 ug 3434 a ume BM t ng LED108 LED107 LED106 1 0105 ANI IVANI ZI INEST 144 TP174 E 147 2 TP527 TP528 TP123 C 3 3 d g O 5 LED109 LED112 LED110 S LED111 R111 R110 a AP TP164 177 506 178 167 gt OO C C TP157 a TP154 Q
21. 4 mi xi wl XAG etes D esl d ni SIM vaa 910m 100 N ES ui gt viva 19 0 0 S 21 1 0 R OT l y O SOSH N N 0 u N 0 y m OSH BV ewe S GRY o S zz um E v viva 0 m ul 0 d m IC 8 si Qi 0 8 mj 0 0 0 DO a a y N mm 7 51 09 2191 144 22 8 Z viva 8 0 all mn LO 0 D 0 Gen M 6 2 8 v1vd 0 o OA V 8 4 0 10 OF 0 ID Ol Nm NISH X 9007 0 O QJ m N 0 0 a orga M n H x 1531 TA ci 211 aA I gt oN d SI eren j HOXLS 8 ii BL x Eb viva LT Y BL 8 grea GLHOd e07 3S Eu 5 874404n8 S1HOd EGT 35 8 5 1NIO01 G LIVM S w 8859 VBOOMOZN VBOOMO3N 04031 FOZQ31 Battery CAM 3V CTL DATA 12 DATA 13 DATA 14 DATA 15 11 DATAL10 4 gera E 9 L V Reciever
22. 9 VIDEO VOICE RECORDER PLAYBACK IS IMPOSSIBLE Speaker NO Are keypad tones and ring tones normal Go to the section Speaker does not work YES In Playback window does playback start normally and the NO 101 or 106 is defective capacity bar change YES YES Is Ringer Volume set to Silent _ Cancel Silent 15 sound produced ES Parts between 103 60 and 105 pins 14 amp 13 defective or soldered improperly NO eei a 103 is defective Hands free kit headset If R ch is the only channel of stereo headset that does not send signals see Hands free kit stereo headset in the section No voice is heard from the earpiece Replace the hands free kit YES Hands free kit is defective Is the signal sent Y NO In Playback window does playback start normally and the NO 101 or 106 is defective capacity bar change gt YES Not defective VE YES Is Ringer Volume set to Silent YES Cancel Silent 15 sound produced NO NO Go to Hands free kit monaural headset in the section No voice is heard from the earpiece TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 34 CONFIDENTIAL DRAFT 10 BACK LIGHT DOES NOT TURN ON FS701 is mounted improperly or the fuse is brown Which back light does not turn on Main or External NO Is VBA
23. Mod spectrum 600 699CH Mod spectrum 400 699CH Mod spectrum 250 699CH Mod spectrum 200 699CH Mod spectrum 200 699CH Mod spectrum 250 699CH Mod spectrum 400 699CH Mod spectrum 4600 699CH Mod spectrum 800 699CH Mod spectrum 800 699CH Mod spectrum 600 699CH Mod spectrum 400 699CH Mod spectrum 250 699CH Mod spectrum 200 699CH Mod spectrum 200 699CH Mod spectrum 250 699CH Mod spectrum 400 699CH Mod spectrum 4600 699CH Mod spectrum 800 699CH Switch Spectrum 1800 699CH Switch Spectrum 1200 699CH Switch Spectrum 600 699CH Switch Spectrum 400 699CH Switch Spectrum 400 699CH Switch Spectrum 600 699CH Switch Spectrum 1200 699CH Switch Spectrum 1800 699CH Switch Spectrum 1800 512CH CONFIDENTIAL DRAFT pera inspected channel Band Receive inspected Channel PCL TX Switch Spectrum 1200 512CH PCS TX 232 Burst Power 661CH PCL5 Switch Spectrum 600 512CH 233 Burst Power 661CH PCL15 Switch Spec
24. VDC2 Output DC DC converter output D5 Data signal VDC2 VR Output Output DC DC converter output Reference power supply output D6 Data signal VS VS Output Output Source power supply output D7 Data signal Source power supply output In this unit the terminal with asterisk mark is open terminal which LP Latch signal FLM Display sync signal GND VSS Ground CK Master clock external input terminal CKS Master clock input selection terminal L Built i n oscillation VDD VEE Logic system power supply terminal is not connected to the outside MAIN DISPLAY VREG Output Output terminal for generating constant voltage Output Built in step up circuit output terminal Output Booster capacitor con nection terminal Output Booster capacitor con nection terminal ee D To InputTerminal 59 Output Booster capacitor con nection terminal lt lt lt Output Booster capacitor con nection terminal LCD001 RLCUB0049AFZZ EXTERNAL DISPLAY Terminal Description of Output Booster capacitor con nection terminal name terminal VO Display drive power supply terminal V1 Display drive power supply terminal V2 Display drive power supply terminal V3 Display drive power supply termin
25. SPST for TM150 X 7 Do you want to set default Backup Library 4 Communication starts SPST communicating Entering DIAG 4 3 USER DATA RESTORE 5 The following appears when you select Yes in step 3 and MEPLOCK data exists Click Yes to restore the data SPST completely restores the backed up data SPST for TM150 x 1 Setthe COM port on the SPST initial screen and click User Data Restore There inputted data of MEPLOCE 2 Specify the file name in the following dialog box and click Save s this data restored OPen 21x 6 After the handset is turned on the initialization is complete SPST for TM150 Ci Default set has been completed jul 6 My Network File name Files of type Backup File Cancel 2 150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 3 CONFIDENTIAL 3 The communicating dialog box appears while processing Communicating Restore Library 4 When the restore is complete click OK SPST for TM150 EC x Ci User s data have been restored completely 4 4 DOWNLOADER 4 4 1 Introduction Downloader allows you to upgrade the firmware 1 System requirements Requirements for the upgrading tool OS Windows 98 98 SE 2000 or Download file Only the Motorola format is supported Communication method Asynchronous mo
26. Thes TM 150 Tool ary ei ee Dick E Note After installing the upgrading tool in Windows 98 or 98 SE restart the operating system While installing the upgrading tool in Windows 98 98 SE or ME message may appear prompting to restart the operating system In this case restart your operating system follwoing the instruction Even if the message does not appear restart your operating system after the installation On Windows 98 if you start the upgrading tool without restarting the operation system the following message may appear Restart the operating system to ensure the proper operation of the upgrading tool C WINDOWS Application D ata Microsoft Installer 3A31974B E OD 7 451 4 A059 F183725BOAB4 _68162a4f 5 starts The progress is displayed C WINDOWS Application Data Microsoft Installer 3431 974B E 0D 7 451 4 4059 F183725B04B4 _68162a4f exe is not a valid Win32 application Ihe 150 Installing The TM150 Upgrading Uninstall the upgrading tool before installing the latest version or reinstalling the current version Otherwise the upgrading tool may not function properly To ensure the proper operation uninstall and then reinstall the upgrading tool 150 WU pose Tool being replied TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 5 CONFIDENTIAL DRAFT Uninstalling the s
27. e4u99 3y Jo y esf O9pIA SININ Mau REST punos aumaid e seJnjde eJeure ul LL 9111919 amord UMOYs nua ay sexe Aqpuels t _____ Uonoe ue suulljuoo 10 ue syo9jeg KaX zs L L 9 15 se 500 pue spunos 58112 0 nof YM 1 15 uey si 3417 my wee Gly uoreiAeu 3 519 724 9111214 SNIN LASGNVH 3H ONISN L pled 05 90480 anes SWN ue ui puas pue Jo BARS 950042 0015 oj pue peys oi e J 9 55914 O9pIA 122195 e9ure 129 95 e 55914 nue qpuejs U 83 55914 42 e ureBe jjo 11 0 awes 3y op 3 eui pjou pue sseJd u y y sirejep 10 enuen asn eu 995 2 si eui 9106 JEN Ul peo aui epi s pue 10 5 GS epis y 900 5 pesseJduioo aq 501040 xau p1e2 AJOWAW 15 3y 1195 7 995 SWN se pues pue anes EX e 5590 10 891214 115 11 5 aves 0 5591010 urebe 992089 9 55944
28. na i C841 ae 4r AM BE 111 E 502 1 108 ER Ea S 213 ES C223 nisi C158 UU 141 3 C113 4r C150 4r x 4r C158 T Is E JF jest lol LE TATE X101 L ol T E AP R169 Jr C176 dt D 2 p lt a en L C191 R177 AP Tk 10103 uo ar 3 GP 4r EIS C523 C508 Eg Ak C525 R503 LN 9 AM TA505 188 Ar RITE AP a en a O AN AN cin R153 Je C160 Q103 C206
29. paeu 290 eui 195 1996 X senjoid YIM 591025 15912 pue sinsaJ ModS 515029101 JoujeoM pue 5110091 SMAU 19912 3U 195 SM9N Jeded ew punos6yoeq pue 5 5911214 pue spunos 2151 sauojBury peojuMop pue UN 5 2 195 95002 pue 101295 aui 10999 NUM eur U S99IAJ8S j9Al 9UOJepoA 0 p 10 Ay 3 ssaJd Xo 0 NUAW SUOJepoA au 1989uuoo qpuels y 55910 e Moy jou 196 10 puas ejep 10 Aed 2 2 e 10 ou sKeM e ULI 0129 02 Yd9 INO 592195 pue SNU saweb Speojumop UONELLUOJUI Jo PLIOM Mau e SI euod 40 e SI puag 25002 pue e 55910 UBL 191 51261 02 Jno s reyep esn oj suondo au 151 20410 95002 10 Joquu s eui 10 59 3314 cj 55910 sseJppe aui 19103 ssaJppe 3nduj suondo 19e1u09 9soouo sseJppe ue SININ JNOA pues suondo puas 13470 7 iSMJOM 11 MOY 995 01 jJasJno 0111 5 esoouo 55914 UO WAU
30. 155 LED116 O LED113 LED114 LED115 hii e Z 124 TP171 105 104 LED117 LED120 TP107 172 tp11g LED118 C C R190 178 TP166 TP531 C O LISMS C Cet sms 4 D E 4 TO pe Tiz C C 0 Sms CDi sis guts m m AN LED123 y o In a fd X AN zeza AN AN S 59 a P149TP150 151 TP152 O 108 118 515 TP103 C C TP524 TP535 Tp526 C C C101 3 3 523 536 180 102 MAIN PWB_REAR TM150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 14 BH LCD PWB FRONT CONFIDENTIAL DRAFT
31. 975CH Switch Spectrum 600 975CH Switch Spectrum 1200 975CH Switch Spectrum 1800 975CH Switch Spectrum 1800 124CH Switch Spectrum 1200 124CH Switch Spectrum 600 124CH Switch Spectrum 400 124CH Switch Spectrum 400 124CH Switch Spectrum 600 124CH Switch Spectrum 1200 124CH Switch Spectrum 1800 124CH Switch Spectrum 1800 37CH Switch Spectrum 1200 37CH Switch Spectrum 600 37CH Switch_Spectrum 400 37CH Band Sending Receive CONFIDENTIAL Item to be inspected Channel DRAFT Sending Heceive Item to be inspected Channel GSM900 Tx Switch Spectrum 400 37CH Switch Spectrum 600 37CH Switch_Spectrum 1200 37CH Switch_Spectrum 1800 37CH Switch Spectrum 1800 37CH Switch Spectrum 1200 37CH Switch Spectrum 600 37CH Switch_Spectrum 400 37CH Switch_ Spectrum 400 37CH Switch_Spectrum 600 37CH Switch_Spectrum 1200 37CH Switch Spectrum 1800 37CH Burst Timing 37CH Burst Timing 975CH Burst Timing 124CH Burst Timing 37CH Burst Timing 37CH Rx Sensitivity 37CH Rx Sensitivity 975CH Rx Sensitivity 124CH Usable Receiver Level 37CH Rx Level Reports 37CH Burst Power 699CH Burst Power
32. VOC UN JOK JN se as 60 07 off of Bluetotth e 22439 ee Ks patale 59 6 D TP184 R112 f JM Y Y 22 Y 2 Y 34 BAD 82 power on off of Bluetot ie l4 Jeg Jk 4 39 71 RT AN as IrDA Power on off lt ses esses S P DATAL71 129 3 mOCeececece DATAIB D 6 8531 Cal DATACE C DATAl9 mE ayrorr parals 139 Z gt DATAI 10 Tp161 CI E 8541 DATAL10 19 14 gt TP162 8811 9 paral A DATA 12 D ARR a 8521 1 13 SYNTHENI View es 141 CORE ay AUXADC1 13 of Interface IC DATAL14 n a ES AUXADC2 SYNTHDATAI DATA 151 69 MAQO1 SYNTHCLK 9 HHH Ie control ot Flesh 21 010 m 5 62 ADDL 4 s 6 4 Lge om panel pn 2020 P oS 18437 013 P BIO 0014 A aota 52 anols 59 VIEW a 20315 0016 4 3 7 47 LAS P19 ADDI7 9 267 7 0181 2 S35 E 018 8 E 58 Lbs 01 B z oti ET EP am J i ES DEO Tuo 001 73 a2 8 52 Typhoon RESET anol 11 57 lt gt 2 Abo 12 Nor Flash Signal Super AND Flash Signal T SORAN amp SRAM Signal Da2 CLKOUT_GATE 7 lt 8 P DATA 3 J ap ES Oen 00 13 Y B4 CLKOUT Output
33. are important for maintaining the safety of such a symbol is microfarad As to electrolytic capacitor the expres the set Be sure to replace these parts with specified ones for main sion capacitance withstand voltage is used taining the safety and performance of the set CH RH UJ Temperature compensation ML Mylar type S Styrol type PP Polypropylene type 2 TYPES OF TRANSISTOR AND LED TOP VIEW ME ONO Sr MM 4 5 2SK3019 CPH6311 ECH8603 MCH6413 EC4301 C RT1N144 U EC4401 C TOP VIEW TOP VIEW TOP VIEW TOP VIEW Ez z 155388 HN2501FU GM56271A RSB6 8S 155405 MA2SD31 MA2SD32 RB160M30 521530 RB551V30 TOP VIEW TOP VIEW TOP VIEW GP2W0116 YPY1105C NECWOO08A TM150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 1 CONFIDENTIAL 3 WAVEFORMS OF CIRCUIT RF Test Tool Tx test Data pattern TSC5 50 0kS s 304 Acqs E m nS CARER MUERE talking C811 801 23Pin 9 talking C811 IC801 24Pin QP ins C812 801 25Pin 32r QN ing 812 801 26Pin RF Test Tool Rx test channel 62 Gain 62 SniffOff Tek SE 155 Acqs IP talking C811 IC801 23Pin 1 IN talking C811 801 24Pin IC801 25Pin talking C812 801 26Pin a1 00ms Chi 660 RF Test T
34. 3V TP107 USC 4 TP174 LIGHT3 KEYLED TP108 USC 5 TP176 VMIC TP109 USC 6 TP177 AUXADC1 2 VVIB TEMP USC 3 AUXADC1 2 TP119 MIC TP180 CHGIN_A 5 2V TP120 AUDIO_IN 181 Flexible PWB insert check terminal 1 TP121 JACK_L TP182 Flexible PWB insert check terminal 2 RESET Flexible PWB insert check terminal 3 PWRON Flexible PWB insert check terminal 4 SP1 VBAT SP2 VBAT VMEM 2 8V TP144 Terminal for STACK MEMORY adhesion check 1 TP506 BATT SENSE TP147 Terminal for STACK MEMORY adhesion check 2 TP514 3 0V TP153 VPP Flash TP515 VBUS_IN TP157 Analog Power Supply IC INT TP521 POWONKEY TP158 VINT 3V TP523 USB D 160 HEDSET DET TP524 USBD TP161 STEREO SW TP525 RTS TP162 REMOTE SW TP526 CTS TP163 JACK_R TP527 DGND TP164 VABB TP528 DGND TP165 VT 2 75V TP535 Reserved TP166 VUSB TP536 ManufactUre Specific TP167 VRTC 1 8V TP537 CHGIN TP168 VBACK 3 TP801 VTCXO 2 9V TP169 VSIM 2 85V 2 9V TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 25 CONFIDENTIAL DRAFT MAIN PWB B REAR SIDE
35. 512CH Burst Power 855CH Burst Power 699CH Burst Power 699CH Frequency Error 699CH Frequency Error 512CH Frequency Error 885CH Phase Error RMS 699CH Phase Error RMS 512CH Phase Error RMS 885CH Phase Error 699CH Peak Phase Error Peak 512CH Phase Error Peak 855CH Mod spectrum 800 699CH Mod spectrum 600 699CH Mod spectrum 400 699CH Mod spectrum 250 699CH Mod spectrum 200 699CH Mod spectrum 200 699CH Mod spectrum 250 699CH Mod spectrum 400 699CH Mod spectrum 600 699CH Mod spectrum 800 699CH Mod spectrum 800 TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 512CH 2 15 Tx Mod spectrum 600 512CH Mod spectrum 400 512CH Mod spectrum 250 512CH Mod spectrum 200 512CH Mod spectrum 200 512CH Mod spectrum 250 512CH Mod spectrum 400 512CH Mod spectrum 4600 512CH Mod spectrum 800 512CH Mod spectrum 800 885CH Mod spectrum 600 885CH Mod spectrum 400 885CH Mod spectrum 250 885CH Mod spectrum 200 885CH Mod spectrum 200 885CH Mod spectrum 250 885CH Mod spectrum 400 885CH Mod spectrum 4600 885CH Mod spectrum 800 885CH Mod spectrum 800 699CH
36. Bus Controller RAM for mag dif sol For error diffusion LINE Buffer 160 pixels x 36 x 1 CPU system buffer Buffer RAM for 1 line ReadDATA 72bit 8 For magnification function v 3D data sort function DCLK o LINE Buffer 160 pixels x 48 x 4 Display size 490 220 LCDINT 320 x 240 Format conversion Boffer RAM forline Memory Interface circuit COU VU 18 bit x 4 Solors VSYNG LCD Output Timing Generator VideoSignalProcessor Vertical and horizontal Conversion from YUV Magnify access to RGB pn MS Available for high iuc i No limitation for the speed pres start address Diffusion Available for mask bit Error diffusion circuit DCS B DA 1 0 RW Command Solidify 3D circuit ADDRESS DECODE EXCS B 3 0 mission 72bit BS DATA 71 0 Available for ColorDepthExpand 260 000 colors 18bi RED MaskBit Memory Pallet RAM for BS mag sol For BS magnification function a 320x240 3D data sort function Pixcel allet LINE_Buffer 160 pixels x 48 x 4 2bit Buffer RAM for 1 line Magnif Palette I F Buffer RAM for 1 line Solidify Buffer RAM for 1 line agnification 3D circuit Buffer RAM for 1 line R 4 0 B 4 0 Display Memory RDATA S 0 Available for Bit Stream circuit A MPEG4 320 240 9 BS CLK son Pixcel 215
37. channel LPF name Description of terminal Positive output VCCLNA VCC for LNA transistor and LNA Bias VCCMIX Input VCC for Direct conversion Mixer PCSGND GND for Emitter of LNA transistor PCS PCSLNAI Positive input for LNA transistor PCS PCSLNAIB Negative input for LNA transistor PCS PCSDCSGND GND for Emitter of LNA transistor PCS DCS DCSLNAI Positive input for LNA transistor DCS DCSLNAIB Negative input for LNA transistor DCS DCSGSMGND GND for Emitter of LNA transistor DCS GSM GSMLNAI Positive input for LNA transistor GSM 150 OTHERS 6 16 GNDLNA GND for LNA Bias In this unit the terminal with asterisk mark is open terminal which is not connected to the outside CONFIDENTIAL DRAFT 802 RF3146 Pin Description of terminal No name Description of terminal NC Internal circuit node Do not externally connect 36 4 Connect to ground ane close to the package pin VCC2 GSM Contorolled voltage input to the GSM driver stage P idl This voltage is part of the power control function 37 DCS PCS IN RF input for the DCS PCS band for the module This node must be connected to This is 500 output VCC OUT This pin should be external
38. t 81714 gt oO n E 9 E c 2 LED control In this unit the terminal withasterisk is not connected to the outside Control register SRAM ROM Soft IRQ 1 Power supply for terminal mark is open terminal which In this unit the terminal with asterisk mark is open terminal which is not connected to the outside Analog power _ T for speaker amplifier i 229 102 X0 TM150 OTHERS 6 4 Terminal name Input Output CONFIDENTIAL 106 AD6529B DIGITAL BASEBAND Description of terminal ASDO Output Audio serial port data output to ana log BB BSDI Input Baseband serial port data input from analog BB BSOFS Output Baseband serial port output framing signal output to analog BB GPIO 48 Input Hook switch of hands free kit earphone detection VINT Input Analog BB interface power supply 1 7 3 3 V VCORE GPO 29 Output Analog BB reset output ABBRESET GPO 5 Output Advanced state machine of analog BB VDDRTC Input RTC power supply 1 0 1 9 V VRTC VSSRTC RTC ground MC DAT O Input Output SD interface data bus 0 GPIO 22 Output RSP for main LCD controller GPIO 56 Input Boot control 2 Hardware version select Output KEYIN signal output 4 KEYPADCOL 1 Output KEYIN signal
39. 2 9 CONFIDENTIAL 4 When the rewrite operation starts handset display screen shows the software version and process of communications with the PC Flash Loader 5 02 XXXXXXXCommand Canceling the ongoing rewrite operation Click the QUIT button To rewrite MOT files later remove and install the battery first Notes for the use of a cable for upgrading 1 Disconnect the AC charger from the cable Otherwise charging starts and the MOT file rewrite operation is interrupted 2 Make sure the handset battery is sufficiently charged If the battery is low the rewrite operation may fail Charge the bat tery before the operation 3 If the ongoing rewrite operation is canceled or interrupted by an error remove and reinstall the battery and retry Notes for the use of the Communication Box 1 When Press Power Button appears turn on Communication Box SW from No 10 down to No 1 If the communication BoxSW No 1 is first turned on the rewrite on communication BoxSW No 2 to No 10 operation will fail 2 Thetime to delete the program data varies between handsets If the process fails at the default Wait Time 3 seconds increase the value Consequently this will increase the time to complete the rewrite operation 5 Checking the value of SUM When the rewrite operation is completed a confirmation message appears with SUM x G Mow Process Complete SUM Oxdb3d DRAFT SUM also appears
40. ADJUSTMENTS FOR TM150 1 Adjustments are required after replacing the following parts Temperature adjustment Temperature adjustment Main display Camera Battery flicker adjustment TH101 x x TH701 x x Main display unit x x O x x x Parts White defect correction Camera unit When replacing other parts in the RF section carry out RF calibration 2 Click the buttons on the SPST screen for adjustments 3 The following screen appears SPST for 150 E x 71 75 17 M Memory check Destination T Mobile USA S RAM 5 Check eel ER External back light check me IMEI Tere ihe ooo Keybeklehteheck Black White Gradation software ver Rg5 9916 12 24 0000N 2 Red Green Bue Battery voltage check ue 1 User Data Backup User Data Restore Temperature adjustment i SD read write test lFsiturr ducta i Vibrator test Main display flicker adjust ment 7 9 RE Calibration amp i Down loader Check RF Test Melody test External display contrast adjustment m Audio test White defect correction AAA Per for mance check Camera check Black defect correction EE 6 User Password Reset mode release 2222 o Omenchek III adjust ment Back to main menu Exit EE Temperature adjustm
41. BSCLK Input External Bit Stream data clock Output 80 SUBCK Output Clock for External display 81 DB5 Input Data bus Output 82 VDDIO 10 Power supply 3 0 V 2 7 V 3 3 83 GND Logic ground 150 OTHERS 6 12 DB13 Input Output Data bus CONFIDENTIAL DRAFT Terminal Input Description of terminal name Output DB14 Input Data bus Output DB15 Input Data bus Output WAIT_B Output External wait signal Low is active SUBFLMIN Input Driver signal input for External display SUBCKS Output Clock switching signal for External display DA1 Input Address input for chip select decode Output BSPIXEL1 Input External Bit Stream data bus Output BSPIXEL4 Input External Bit Stream data bus Output GND Logic ground BSPIXEL5 Input External Bit Stream data bus Output SE CK PORT1 Output Control clock for 4 wire serial IF default General purpose PORT output SE LD2 PORTS5 Output Load signal 2 for 4 wire serial IF General purpose PORT output default BUFOFF B Input Buffer Gated switching signal for I O through current prevention High when Host_IF signal is activated VDDIO IO Power supply 3 0 V 2 7 V 3 3 V DUMMY2 Dummy 2 SE_LD3 PORT6 Load signal 3 for 4 wire serial IF General purpose PORT output default Not used VDDIO IO Power supply 3 0 V 2 7 3 3 V SUBLPIN Driver LP input External displa
42. C748 C750 approx 2 42 V approx 1 20 V VO V1 V2 C747 approx 6 11 V V3 V4 YES After a period of time the back light turns off the voltage on TP717 decreases to approx 9 V External Display unit is defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 38 14 PICTURES CANNOT BE TAKEN Is 2 5 V applied to TP705 NO Regulator 701 R705isdefective si YES CN701 is defective Camera relay FPC is broken Is 2 5 V applied to pin 23 of camera unit YES Is 3 0 V applied to TP173 NO Regulator IC 111 or R239 is defective YES R101 and CN102 are defective 2 Is 3 0 V applied to pins 33 amp 34 of camera module Gamera relay FPC is broken YES Is 3 0 V applied to TP736 NO y Regulator 708 or R758 is defective YES 5 NO CN701 is defective Is 3 0 V applied to pin 32 of camera module Camera relay FPC is broken YES 704 is defective NO NO Is 3 1 V applied to TP709 5 3 0 V applied to 702 pin 1 YES Regulator 702 is defective NO CN701 is defective Camera relay FPC is broken 707 or peripheral circuits are defective YES Does the LED of the flash work properly Is 3 1 V applied to pin 35 of camera module NO Is 15 V applied to TP732 707 or peripheral circuits are defective Also 704 or
43. Command Address and Data input output S8martcombo Flash Not used Address latch enable input Smartcombo Flash Byte enable input 000 007 Smartcombo RAM SRAM Byte enable input DQ8 DQ15 Smartcombo RAM SRAM Not used Not used Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash Not used Not used Write enable input Smartcombo Flash Address input NOR Flash Smartcombo RAM Address input NOR Flash Smartcombo RAM SRAM Address input NOR Flash Smartcombo RAM SRAM A6 Address input NOR Flash Smartcombo RAM SRAM A3 Address input NOR Flash Smartcombo RAM SRAM A2 Address input NOR Flash Smartcombo RAM SRAM 1 Address input NOR Flash Smartcombo RAM SRAM SC1 CE1 Chip enable input Smartcombo RAM 1 NC Not used NC Not used NC Not used DRAFT Terminal name Input Output
44. Gain Settine dB 6 94 Burst Receive with Snitt nor RX Gain Setting bar This indicator appears while receiving burst signals Sniff ON OFF RX ON OFF button TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 19 CONFIDENTIAL Procedure 1 Select a channel and band see 4 6 3 1 2 Select RX Gain using RX Gain Setting bar 3 Choose Sniff ON or OFF 4 Click RX ON to start receiving burst signals 5 From GSM tester send burst signals in the specified channel You can check each part in this state 6 Click RX OFF to end receiving burst signals this test the reception timing cannot be synchronized with burst signals from Signal Generator or GSM tester The standard RX Gain Setting is Inout power at the aerial connector of the handset RX Gain 16 dBm Excessive Input power RX Gain may cause damage to the handset 4 RSSI Measure The handset notifies you of input power value at the aerial connector Measure Estimated PowertInteger Measured Power dem Measure dBm Estimated Power Measure button Measured power box Input box Integeronly Procedure 1 Connect the handset and GSM tester or Signal Generator with RF cable 2 Select a band and channel see 4 6 3 1 3 Send signals from GSM tester 4 Enter the value of input power from GSM tester in integers from 10 to 110
45. Is External Display unit fully inserted to CN703 Improperly inserted to the connector 5 Clean the contact point of the connector CN703 and insert the YES The contact point of the connector is dirty unit again Does the display appear NO Is 3 0 1 V applied to CN703 pin 9 NO R723 is defective or mounted improperly Is R723 good in appearance and mounted properly Are CN701 and CN103 good in appearance and mounted NO CN703 and CN103 are defective or mounted improperly And properly FPC is defective YES 5 Is 3 0 0 1 V supplied from LCD_RST CN703 27 and NO 707 C736 C751 L749 are defective or mounted C751 improperly 5 Is R222 good in appearance and mounted properly Se R222 is defective or mounted improperly YES C755 C756 C757 and CN703 are defective or External Dis play unit is defective Are C755 C756 and C758 good in appearance and mounted properly Is electric potential normal at both ends of C755 C756 and C757 Are rectangular waves sent C755 rectangular wave of approx 3 V C756 rectangular wave of approx 6 V C757 rectangular wave of approx 9 V YES Is approx 11 8 V applied to CN703 pin 7 TP717 Are the following voltages applied to VO V4 C744 approx 8 56 V C745 approx 7 33 V C744 C745 C747 C748 C750 703 and IC 704 are defective The control signal line to 704 or External Display unit is defective
46. a Disengage the pawl and remove the E MAIN LCD PWB UNIT REMOVAL main LCD unit Disconnect the connector b 1 Remove the antenna characteristics countermeasure sheet a the ANT dust prevention sheet b and the submersion sheet c Remove the PWB unit d F SUB LCD REMOVAL When attaching the antenna characteristics countermeasure sheet a 1 Remove the sub LCD from the sub LCD holder unit use the BB shield case end face reference line b and the SIM Hold the both ends of the sub LCD as shown in the figure connector end face reference line c as the reference and never press TAB a Attach the ANT dust prevention sheet d so that it is fit with the RF external antenna connector with the PWB silk section as the reference Attach the submersion sheet e inside the bump area TM150 DISASSEMBLY AND REASSEMBLY 3 2 CONFIDENTIAL DRAFT G MAIN LCD BL FLEXIBLE UNIT REMOVAL 1 Remove the main LCD from the main LCD holder unit Remove the BL flexible unit Hold the both ends of the main LCD as shown in the figure and never press TAB a H RECEIVER AND MIC REMOVAL 1 Remove the receiver and the mic from the cabinet A C unit When attaching the mic use care to set so that the spring direction is vertical to the cabinet TM150 DISASSEMBLY AND REASSEMBLY 3 3 CONFIDENTIAL DRAFT CONFIDENTIAL DRAFT CHAPTER 4 DIAGRAMS 1 Block diagram Main RF I F BRIGHT5E
47. ije U El 5 2 R505 cus QUU C191 BRE 2 E 8 B iE 3 BA m 26 E Ale z AP nsso Im 8 A C1865 R1862 I oj 22 C835 R 5 o e 18 gt eH P z o Me alfa 22 AM iz 15 2 El TE I 8 ijr ilg 27 TE 3 5 3n 8 5 e 2 LE z 5 2 Op SS Se 10804 R1860 R1861 Os C206 aS 2 8 5 5 UUU e i 153 5 e Q TS i 3 9 o bom 2 ci g ca07 E 8 8 aapa 2 at 8 T Ee 5 E 5 J _ 05 3 E E UTI mx S 5 FL103 Ge gl 1 2 Um R Hm E fo Be Be E t 1 8 12 fa 9 lt EM E TE TB T S ls E q Lle Tle sss J R536 q E 8156 TF TE 5 S x iB 8535 5 Ege m je c20 TE S Rite E AP 82 f e E i i Eje 2 d EZ EHE 18 Us 1823 1822 E T zn 55 T 2 4r JF zm a 7 W m m w E Jr 1876 555 5 In n e 4 4 n ve A 3 2 L893 1871 C1875 2 Zee 45 gt ele ERE ERBE ekg 8 vst EE 3 23282282285 3 1566 E T E o QS 28 S STR n C
48. uea Aay q m e o e 1195 Adu SWN Aejdsip 162 auoyd Hulara y 00 e J91u3 398e u09 ppy suondo J 9500 0 ppy euog suondo 12995 uau eBessoe y 129 95 pue 1500100 y 5914 1no MalA9Jd G QPS ppy suondo punos 10 aJnjoid euo uey pues mau e ppy nuaw uodo 195 018 10 500100 g 5594 e yoeg 01 yoeg 5 55914 abed yey uedo 0 55910 20195 01 uem nof Wey 1uiuiu 01 3y asf DuiswoJg suondo j8Al ANOAVGOA t suondo 19669986 6 151 995 n YEM j H TM150 GENERAL DESCRIPTION CONFIDENTIAL DRAFT CHAPTER 2 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE SPST SHARP Program Support Tool allows you to adjust settings conduct performance checks and upgrade the firmware 1 SHARP PROGRAM SUPPORT TOOL SPST 1 SYSTEM REQUIREMENTS PC compatible personal computer standard COM1 115 200 bps serial port and USB required Supported OS Windows 98 98SE 2000 XP except for Windows 95 ME NT English German Italian Spanish French and Chinese versions Data cable During RF adjustment GSM tester CMU200 GPIB interface National Instruments USB GPIB cable Model No NI GPIB USB B 2 INTRODUCTION 2 1
49. x16 bit 2 S SJGE1 TM150 OTHERS 6 2 CONFIDENTIAL 1 103 AD6535 ANALOG BASEBAND ME pou DU Description of terminal 1 Input Not used 2 VCXOEN Input VCXO supply VBATS3 Input External interface regulator input 4 VEXT Output Not used 5 VCHG Input Charge supply 6 GATEDRIVE Output Charge DAC FET output control 7 ISENSE Input Charge current sense input 8 TEMP2 Input Temp sensor input for battery 9 AUXADC2 Input Not used 10 REFBB Output Baseband transmit amp receive voltage reference 11 AGND2 Analog baseband ground 12 Input Output I channel positive input output 13 IN Input Output I channel negative input output 14 Input Output Q channel positive input output 15 QP Input Output Q channel negative input output 16 RSVD A16 Not used 17 TMS Input Not used 18 Input Not used 19 VBAT3 Input External interface regulator input 20 VEXT Output Not used 21 CHGOSC Input Charge oscillator capacitor 22 BATTYPE Input Battery type identification input 23 CHGDACREF Output Charge DAC reference 24 VBATSENSE Input Battery voltage sense input 2
50. yeye 01 Aew dijo oepi e Buipues 31 N0 J 910 u99J2S 0 95 y ploy 69 912919 AU 0 oj e sseJd UAL 41 ILHE 0 6 55914 JULM nof dijo o9pi Jo pue ssaJd 3x91 SILI pessi 10 4 4 UB sjequunu o1 5906 gpuejs ul ojoud aui 129 95 pue pieg 95000 O9pIA JO aunydid 129 95 pue suondo 7 55914 UO 61 WN e suamsuy Kex 1129 di 2 e ppy 7 61 4 UOJEPOA 0 S DBUUOD 9 soDesso N 01 906 UY Aqpuels uj 99125 94110 do y je UMOUS 219 oueuinu 9 2 0 01 Cs 55944 BU ui SUOI 995 fex de 901 9 y 55910 aoeds e 104 joqwAs y 129 95 pue Cx 90 55910 519106102 19110 10 199125 901 JO 1961 JO 941 UMOYS pueululoo JO 1021 34 109 95 5 oS UOIeNJOUNd 4ejue sdi 1xej INOA ay m aU MON yndu 9182342 10996 ut g 55910 Jo nuajA ui seBessa y 12995 B dus suoneoiiddy 2 pue 59111214 lt 4 512000 10 lt a JO gpuejs ul M 1 ae dwia abessayy 51511 pue suooi punoJe
51. 010 anes 2 axl LL 13109 pue uaneg ay eoejdau peubi e s 190102 10 112 y zey euns sir sjoejuoo eui uy p1eo NIS euojepo JNOA epis eui pue YO eui 10 p482 NIS JNOA asul 0JO9e A BY esn 5105 dn esojo 104 500100 0 5910 Ayyenb 10 9215 oyoud 007 JO 43 e pue sseutDug 10 lt a sv esn 1601 oyoud SU SYP 0 55914 Jeure at uo LN 0 qpuejs c 55944 010 8 e aLunjoA apis 55810 1UDI payeys jsiadeayjem punaJbxX2eq pue saweb sauo Buu 3iuoud jod Mau peojuMop oj AY pue 0 128UUO9 0 MOY INO osje saDessau sj y se PUIS pue BJe ue2 ur yinq 57 sdijo pue sojoud Ajijenb ubiu aye 04 eq OSLIALL dieys INOK Jo sa1njeaj Mau y Jo AUeW asn 01 si MOY Mous e snf u ojoud e aye uayus ole T SSaJDDe JIEWA ajeJedas 2 oj jues JO 82i ep ejigoui 0 BIA jues pue Panes 2 asay sdi o pue aye oj ui inq BOWED 5 oS LIN 841 AHL 3010
52. DAT 3 0 on PWB are broken or short cir Can the SD card be formatted cuited IC106 is defective or has come off YES After formatting can the SD card be used LN _ 106 is defective or has come off YES File system on the SD card is damaged 17 USB CONNECTION IS IMPOSSIBLE Connect a properly working handset to the Data USB cable NO Reinstall the driver and replace the USB cable to connect the that is not recognized Is it recognized handset YES Is a communication with the handset established via SPST for NO IC106 12502 and IC504 are defective TM150 NE YES Connect to a Data with the USB cable Is TP536 at The signal line from CN502 pin 8 to IC 106 90 is short cir cuited with GND Or R566 is has come off YES NO Is 5 V or more applied to TP515 CN502 is connected improperly YES Is Q503 pin 3 at L LE Q503 is defective Is 3 V or more applied to TP166 103 or 106 is defective YES 106 and 502 are defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2241 CONFIDENTIAL CHAPTER 3 DISASSEMBLY AND REASSEMBLY A BATTERY REMOVAL 1 Release lock and remove the battery cover 2 2 SPEAKER REMOVAL Open the display section Remove the screw cover and remove the special screw When removing the special screw use the exclusive tool When tightening the screws follow the tightening sequence
53. GPO 20 Output SYNTH data output for RF OUT Output Output put tGYNTHDATA 169 DATA 15 Input Processor data bus 15 Output 170 VMEM Memory power supply 2 7 3 3 V P VMEM 171 NADV Address latch enable for Output flash memory 2 172 NGPCS1 Output Chip select for flash memory 2 173 VMEM Memory power supply 2 7 3 3 V Input VMEM Schmitt trigger 174 GPIO 45 Output Chip select for SRAM 175 GPIO 46 Output Chip select for sound generator IC 176 DPLUS Input USB D poe ad a ede A OE E 1C108 VHIR3112Q26 1L R3112Q261A VOLTAGE DETECTOR 178 JTAGEN Input JTAG enable Terminal D f inal 179 VEXT SIM power supply 2 4 3 3 V escription of termina Input VINT VDD Power supply 180 GPO_3 Output Incoming LED cal control GND Cira 181 GPO 4 Output Mode select 1 for interface IC CD Input E E PEATE 183 GPO 16 Output Band select 1 for RF BS1 Output Output terminal L when output is 184 GPO 17 Output Band select 2 for RF BS2 detected H when output is canceled 185 NHWR NUSB Output Processor high write strobe 186 GPO 19 Output Mode select for interface IC 187 NLWR NLSB Output Processor low write strobe 188 NWAIT Input Processor wait input 189 NRESET Input System reset input 190 BURSTCLK Output Not used 191 NRAMCS1 Output Chip select for SRAM 1 192 NAUXCS1 Output Command latch enable for flash memory 2 193 GPIO 43 Output Chip selec
54. I F data bus 5 AGNDO Thermal ground for power supply D4 Input Output CPU I F data bus 4 AGNDO Thermal ground for power supply D3 Input Output CPU I F data bus 3 AGNDO Thermal ground for power supply D2 Input Output CPU I F data bus 2 AGNDO Thermal ground for power supply D1 Input Output CPU I F data bus 1 AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply DO Input Output CPU I F data bus 0 AGNDO Thermal ground for power supply Input CPU I F write enable AGNDO Thermal ground for power supply Input CPU I F chip select input AGNDO Thermal ground for power supply Input CPU I F address signal AGNDO Thermal ground for power supply Input CPU I F read enable AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply i 5 2 e 8 5 o 2
55. IC 105 is defective or the control signal line to IC106 is defective The holder is installed improperly NO 22 V or more applied to TP168 with a battery in the hand Is back up battery holder properly installed to SD SIM YES 6 CLOCK SETTING ARE RESET E remaining power of back up battery is insufficient YES Back up battery is defective Back up battery holder is defective SD SIM FPC is broken or CN104 is defective R254 is defective Is 1 5 V or more applied to TP167 without a battery in the 103 is defective handset YES X101 R169 R174A and C176 are defective 7 SPEAKER DOSE NOT WORK When ring tones sound but keypad tones do not Keypad Tones is set to Off When Ringer Volume is set to Silent Voice Recorder playback sound is not produced Playback sound of Video and MP3 can be heard by increasing the volume during playback Are speaker terminals in contact with the land No Speaker is defective YES Is the impedance between speaker terminals approx 8 ohms Speaker is defective YES Is the signal sent to TP701 TP702 or speaker contact pad YES Speaker is defective NO YES The camera relay FPC CN103 or CN701 is defective Or the Is the signal sent to CN103 pins 3 and 4 camera is in a poor contact with CN103 and 701 NO Is VBAT voltage applied to 12105 pin 15 NO R139 is defective Is approx 3 V applied t
56. No voice is heard from the earpiece or Hands free kit stereo headset Option in the section 3 No voice is heard from th earpiece See Phone in the section 3 No voice is heard from the earpiece See Hands free kit headset in the section 2 Voice transmission recording is impossible 4 8 14 Main display flicker adjustment The following is displayed Display Adjustment saved value Mew value Check a main display visually within a distance of 20 cm from a fluorescent light and adjust the value to minimize flicker on the display with the A and V buttons Click Save and confirm that the main display does not flicker Fine adjustment for DC voltage between display electrodes Enlarged view A A black line appears after each gradation line 8 level graduation pattern with alternate black and gradation lines black and white 4 8 15 External display contrast adjustment Click the External display contrast adjustment button The following screen appears Display Adjustment X External display contrast adjustment saved value value TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 22 CONFIDENTIAL DRAFT 4 8 17 Black defect correction Black defect correction Defective pixels in a camera light sensor appear as black points in the dis play even when a captured image is completely white display is all white Perf
57. PUEA Input PU15 control input GND3 Ground In this unit the terminal withasterisk mark is open terminal which is not connected to the outside BSYNC RTS BDATA CTS RXANAOUT 5 USBD TXD d a 2 MODE 0 1 2 ON MODE 3 5 OFF 4 GND1 MODE 0 2 3 OFF MODE 0 1 2 ON MODE 1 5 ON MODE 3 5 B MODE 0 2 3 5 OFF MODE 1 ON USBD RXD 22 77754771 r d d 4 a fe eee ee 13 RXANAIN l d 7295 MODE 0 1 3 5 MODE 2 L CPUVDD CPUVDD MODE 0 2 3 5 L MODE 1 H gt MODE 0 1 3 5 H MODE 2 L 8 UART_CTS Q l 1 Q gt 1 505 VHIXC620930 1L XC620930 REGULATOR Terminal name VIN VSS CE NC Input Output Description of terminal Input Input Ground ON OFF Control Not used Output Input Output In this unit the terminal withasterisk mark is open terminal which is not connected to the outside UIN ON OFF Control Current Limit 5 VOUT Voltage Reference 2 VSS 506 RUNTZAOOSAFZZL UGNZ2 BLUETOOTH MODULE Terminal D ription of terminal escription of te a USBP USB DATA Not used USBN USB DATA Not used UART_RTS UART Ready to send to DTE GND Ground GND Ground UART_TxD Output UART TxD to DTE UART RxD Input UART
58. PWB A FRONT SIDE D TO PWB A 7 U c L A REAR SIDE CA1001 CAMERA UNIT SOLDER 5 14 12 G 14 9 TO MAIN PWB A TO MAIN PWB A REAR SIDE REAR SIDE C 5 14 12 G Se TO MAIN PWB A SOLDER REAR SIDE 5 28 11 A JORRIE SOLDER GROUND FPC PWB E LCD1000 MAIN DISPLAY ee m CAMERA CN103 CN102 7j KEY PWB B KEY PWB B GROUND FPC FRONT SIDE REAR SIDE PWB D 5 27 4 A 5 28 9 A 2 100 BACK UP BATTERY BACK UP OLDER BATTERY KEY PWB B REAR SIDE 5 28 11 G SLOT CONNECTOR MEMORY CARD CN704 5 14 8 0 TO MAIN PWB A REAR SIDE LCDOO1 EXTERNAL DISPLAY TO KEY PWB B 5 14 11 E CN703 D FRONT SIDE TO MAIN PWB A REAR SIDE ____2 ____ __3 14 12 5 6 150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 17 DRAFT CONFIDENTIAL 3 7V in stand by mode opened Conditions SIM card inserted power on battery Measuring instrument Digital multimeter Unmeasurable PIN NO VOLTAGE PIN NO VOLTAGE PINNO VOLTAGE PINNO VOLTAGE PIN NO VOLTAGE lt l O gt O Z A PIN NO VOLTAGE E gt gt Sa PIN NO VOLTAGE PIN NO E PIN NO VOLTAG PIN NO VOLTAGE E PIN NO VO
59. RxD from DTE UART CTS Input UART Clear to send from DTE PIO8 Input Output General purpose VCC IO Input Positive supply voltage for IO voltage Connect the VCC if IO voltage is same as VCC VCC Input Main supply voltage input 1 Regulated DC source recommended PCM OUT Output PCM data stream output PCM SYNC Input Output Connection to PCM frame sync Input output of 8 kHz XTAL IN Input Ext clock in Not used XTAL OUT Input Ext clock out Not used RESETB Input System reset VDD18V Output VDD CORE decupling capacitor PCMCLK Connction to PCM reference Clock input output of 256 kHz Input Output PCM IN Input PCM data stream input PIO5 Input Output General purpose TM150 OTHERS 6 9 Terminal name Description of terminal CONFIDENTIAL PIO6 General purpose Terminal name 1 508 VHI817A30NB 1R 817A30NB 3 0V REGULATOR Description of terminal PIO3 General purpose VSS Ground GND VIN Input voltage VDD GND Ground VOUT Output voltage SPIMOSI For factory use only SPICLK For factory use only 4 General purpose PIO7 General purpose I O 1 General purpose HF IO HF input output GND Ground SPIMISO For factory use only SPICSB For factory use onl
60. Setting TX ON 18 Data Pattern amp Ald C Ali C 100 C 0101 C T55 This indicator appears Data patterns during burst transmission PCL bar Y TX ON OFF button Procedure 1 Select a band and channel See 4 6 13 1 Select PCL Power Control Level using PCL bar Select Data pattern Ot ae po Te Click TX OFF to end burst transmission DRAFT Click TX ON to start burst transmission You can check each part in this state Data pattern TSC 5 includes Training Sequence GSM 5 and other part is pseudo random data TM150 TX power Table 25 C voltage 3 7 V GSM900 Band GSM900 dBm 33 2 dB 31 3 dB 29 3 dB 27 3 dB 25 3 dB 23 3 dB 21 3 dB 19 3 dB 17 3 dB 15 3 dB 13 3 dB 5 dB 5 dB 5 dB 5 dB Tolerance B DCS PCS Band DCS PCS dBm Tolerance 30 2 dB 28 dB 26 dB 24 dB 22 3 dB 20 dB 18 dB 16 dB 14 dB 12 4 dB 10 4 dB 8 4 dB 4 dB 4 dB 5 dB 5 dB 3 RX test The handset receives burst signals in this test RX frequency of selected channels Current RX Gain Read only Test 925 2 MHz
61. VCORE 121 DMINUS Input USB D ADD 10 Output Processor address bus 10 122 GPIO 18 Output JTAG TCK CLKOUT 13 MHz clock output for analog BB x Output CLKOUT 123 GND Ground 3 Input SD interface data bus 124 GPIO 1 Input IrDA receive data Output 125 USC 5 Input USC pin CTS Ginie TX GND Ground 126 GPIO 0 Output IrDA transmit data GND Ground 127 Input Processor data bus 4 GPIO 13 Input Interrupt input from camera module Output GPIO_7 Input Hands free kit earphone detection 128 VMEM Input ENT supply 2 7 3 3 V GPIO 9 Manufacturer specific input from m Input Connec 129 GND Ground ADD 19 Output Processor address bus 19 130 VCC Input 22 SUPPI des ADD 17 P 17 us CUIBUL 131 USCI6 Input USC pin GPIO_31 Ginie_ RX ADD 18 Output dd bus 18 52 132 VCC Inout Core power supply 1 7 1 9 V ADD 15 Output Processor address bus 15 VCORE ADD 16 Output Processor address bus 16 133 USC 2 Input 05 pin TXD CSFS Control serial port framing signal 134 USC 4 Input USC pin RTS Ginie Output output to analog BB 135 DATA 7 Input Processor data bus 7 MC CLK Input SD interface clock SD Output VCC Input Core power supply 1 7 1 9 V 136 DATA 6 Input Processor data bus 6 VCORE Output GPIO 11 Input Flip switch detection 137 GND Ground GPIO_8 Stereo monaural detection for 138 DATA 9 Input Pro
62. down menu Click Shutter to check that the camera operates properly Click Back to performance check menu to return to the previous screen If a failure occurs see 10 Pictures cannot be taken in 3 Trouble shooting 4 8 11 Memory check Click S RAM and PSRAM to see each test result For Check Sum the calculation appears after the SPST communicating dialog box 4 8 12 LCD test Check that the specified color appears on the main display If a failure occurs see 12 The display does not appear on Main Dis play and 13 The display does not appear on External Display in 65K color mode in 3 Troubleshooting 4 8 13 Temperature adjustment The following appears Setting temp indicates the current temperature The relative temperature is displayed in the text box below Only the relative temperature is adjustable If displayed Setting temp value differs from the current temperature click A or W to set a correction value in the range of 99 to 99 and click Save X Tempelature Adjustment Camera tempelature adjustment setting temp 2 Correction value Setting temp current temp displayed correction value 1 amp 2 No voice is heard See Phone in the section 2 Voice transmission recording is impossible DRAFT Troubleshooting based on 3 Troubleshooting ____ Hands free kit monaural headset in the section
63. iSYNTHCLK OR MM MM Crystal 15V d ADDi2 1j ADD 19 17 1 n 15 0 nDISPLAYCS2 EQ Baseband nWR nRD 1 Port BSIFS BSDI gt BSOFS 8500 Cipher Coprocessor Trace QP QN 552 BASEBAND SECTION ne LIGHT1 LIGHT2 LIGHT3 Pee controlled by Vmem Control Serial MCU Subsystem 16k byte i ARBITRATION MC CLK ARM7TDMI amp BS GEN Internal U E Cipher SEM iia BUFOFF nWR InDISPLAYCS1 nWAIT RSP DATA 15 0 LCDINT O Controller LR38863 VDDCORE VDDPLL j EE VVCXO 29504 estesa tend AD Filt Headset Jack ees a AUDIO SECTION RECEIVER Reg 11 T controlled by Vmem Audio Serial Port HOUSE KEEPING GSM SYSTEM System T Slow Clocking General Timers CSPORT IRQ CTRL amp RAU Synth i f Peripheral 3 0V controlled by Vmem GPIO DISPLAY BACKLIGHT SUB I 00 BACKLIGHT 00 POWER MANAGEMENT SECTION KEYPAD POWER ON RESET GENERATOR Power management IC e M USC UART USB 1 1 Fast IrDA BD6015 CAMP CAMN LEDCTL VUSB S BATTERY REGULATOR CHARGER n
64. logo is a trademark Mascot Capsule Pisa registered trademark of HI Corporation 2002 2003 HI Corporation All Rights Reserved 20292222 Licensed by Inter Digital Technology Corporation under one or more of the following United States Patents and or their domestic or foreign counterparts and other patents pending including U S Patents 4 675 863 4 779 262 4 785 450 amp 4 811 420 Licensed under U S Patent 4 558 302 and foreign counterparts TM150 GENERAL DESCRIPTION 1 1 CONFIDENTIAL DRAFT 2 NAMES OF PARTS PARTS NAME 2 SPEAKER SUB LCD STRAP CAMERA CLOSE UP KNOB PHONE JACK SD CARD SLOT BATTERY LOCK KNOB EXT ANTENNA SIDE KEY CONNECTER RECEIVER MIC TM150 GENERAL DESCRIPTION 1 2 gaweo y uo suin uj CED qpueis ul QUO MAU e pJ0281 pue 2 ued oeq sexe snu w ul spunos OU aunjoid e se ejnpaooud aui 4 punos suondo 199 99 uen euo aui yo pue uo jespueu sun pue 55914 9 punos ppy 128 95 0 ze UAL SPJOM 2 e spu3 e Bung y yno 9 2 0 asja
65. on handset When using a cable for upgrading After 8 seconds SUM disappears When using Communication Box When SET POWER SW is turned off SUM disappears Flash Loader 5 02 SUM Check End SUM Oxdb3d Make sure SUM is the same between the PC and handset The same SUM means that the rewrite operation is completed properly If the value is different try again to ensure completion of the operation If the MOT file rewrite operation fails an error message appears on handset The screen shot on the left shows an error in erasing Flash data ADR and STR appear only when an error occurs in the FLASH related operation Start over the MOT file rewrite operation When other error messages appear Find the message in 4 4 4 2 Error messages for Loading loader and follow the instructions Error screen Flash Loader 5 02 FLASH ERROR ERROR ERASE ADR 0x1000000 STR 0xAO 6 After the operation Disconnect the cable for upgrading from handset When using the Communication Box turn off SET POWER SW and then disconnect the cable from handset TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 10 CONFIDENTIAL DRAFT 7 Initializing only the file system 2 Error messages for Loading loader on the handset side Follow the instructions below to initialize only the file system Message Descriptions Instructions User data will be deleted and the handset status will return to the FLASH
66. output 1 4 Input KEYIN signal input 4 KEYPADROW 2 Input KEYIN signal input 2 GPIO_38 Input Interrupt input from sound generator IC GPIO 36 Output Mode select 2 for interface IC AOUTS bias control ASDI Input Audio serial port data input from analog BB GPIO 35 Input SD card interface write protect ADD 0 Output Write protect control for flash memory 2 ASFS Input Audio serial port framing signal input from analog BB BSIFS Input Baseband serial port input framing signal input from analog BB BSDO Output Baseband serial port data output to analog BB CSDI Input Control serial port data input from analog BB GPO_6 Output Not used GPO_0 Output Analog baseband receive section control RXON OSCOUT Output 32 768 kHz crystal oscillator output DAT Input Output SD interface data bus 2 VMC Input SD card interface power supply 1 7 3 3 V VCC Input Core power supply 1 7 1 9 V VCORE KEYPADCOL 3 Output KEYIN signal output 3 KEYPADCOL 2 Output KEYIN signal output 2 GPIO 39 Output USB PU control for interface IC GPIO 37 Input Interrupt input from analog BB T
67. side YES Replace C127 or C134 Is the problem solved NO YES R262 R129 are defective 103 is defective NO Jack JK101 is defective or the jack plug is in a poor contact with hands free kit Handset mode is set YES C127 or C134 is defective YES JK101 is defective or the jack plug pin 2 is in a poor contact with hands free kit Replace JK101 Is the problem solved 103 and IC106 are defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 30 3 NO VOICE IS HEARD FROM THE EARPIECE CONFIDENTIAL DRAFT Phone YES The built in earpiece is defective or in a poor contact with 734 or TP735 NO camera is in a poor contact with CN103 and 701 NO No Is 2 7 or more voltage applied to R192 IC106 pin 89 side NO __ 8192 is defective Headset mode is set YES YES IC103 or IC106 is defective Hands free kit monaural headset Replace the hands free kit Is the signal sent ES Hands free kit is defective NO Is the signal sent to JK101 pin 3 YES Jack JK101 is defective or the jack plug is in a poor contact with hands free kit NO Is the signal sent to TP121 ES 1103 is defective NO Is the signal sent to the positive pole of C107 XES 07 C103 and V106 are defective NO Is the signal sent to 103 60 YES R124 is defective NO 06 pin 89 side Is the vol
68. the Browse button select a desired location and then click the Next button See the description in Changing the install location below Select Installation Folter Thes The TM150U Tool in the Foleer io Folder bok Pee To to s cies resa o ones baies cr chck B Brea Poen het TM150 Tool Tou ie on dise eS e TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 4 CONFIDENTIAL DRAFT Changing the install location 6 The installation is completed Click the Browse button in step 3 to browse folders Click the Close button to close the Setup Wizard Click the W button select a folder and click the OK button i pen n nm E F 150 Uppers M gl ig Browse for Folder x Installation Complete Browse The 150 UpgradingTool amp a TM150 Li repeater Tool hes been suceso nibus Dok Close Eod Folder C Program Files The Upgrading acl Earn 7 shortcut icon shown left is created your desktop when the installation is completed 4 Aconfirmation message appears Click the Next button The 150 Tanl SPST Th 50 Contitin Installation breeding i ech i
69. the control line is defective YES CN701 is defective Camera relay FPC is broken YES Is 15 V applied to pin 42 of camera module NO Are C741 and C724 good in appearance and mounted properly NO C741 and C724 are defective YES 707 or peripheral circuits are defective YES e Does the LED of the flash work properly YES IC707 or peripheral circuits are defective Also 704 or the control line is defective NEXT PAGE TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 39 CONFIDENTIAL DRAFT BACK PAGE CN701 is defective Camera relay FPC is broken YES Is 8 V applied to pin 36 of camera module NO Are C740 and C726 good in appearance and mounted prop erly NO C740 and C726 are defective NO Is signal properly sent from CAMCK TP712 704 is defective YES IC106 parts of the control signal line CN102 and CN702 defective 15 SIM CARD IS NOT RECOGNIZED YES Replace the SIM card Is it recognized gt SIM is defective or not the one specified Hereafter check the signal waveform of each SIM when the power is turned on NO without a SIM card inserted SIM signal waveform appears for approx 70 ms after the power is turned on Is 2 85 V supplied from pins 1 2 and 6 of the SIM card YES The contact point of the SIM card connector is deforme
70. 1 CMOS output WVOUT GND3 Level shift output 1 Not used 0 V output 6 15012 CMOS output WVOUT GND3 Level shift output 1 Not used 0 V output WVOUT Output GND3 2 4 times step up charge pump output Step up stop 8 T2 GND1 Dummy terminal internally connected with T1 CMOS input VBAT1 GND1 Test terminal pulldown with IC inside x 10 LEDR Output VBAT1 GND1 Red LED drive output terminal constant current drive LED off 11 LEDB Output GND1 Blue LED drive output terminal constant current drive LED off 12 TRSW Output VBAT1 GND1 DC DC switching Tr drive terminal for R G B LED Step up stop 13 CAPP1 Output WVOUT GND3 2 4 times step up charge pump C1 connection terminal Step up stop 14 CAPN1 Output WVOUT GND3 2 4 times step up charge pump C1 connection terminal Not used Step up stop 15 SENSP Input VBAT1 GND1 DC DC switching current sense terminal for R G B LED Step up stop 16 SENSN Input VBAT1 GND1 DC DC switching current sense terminal for R G B LED Step up stop 17 Output GND3 2 4 times step up charge pump output terminal Step up stop 18 CPIN Input GND3 2 4 times step up charge pump input terminal 19 CAPP2 Output WVOUT GND3 2 4 times step up charge pump C2 connection terminal Step up stop 20 VIO GND2 Logic system power supply terminal 21 VPLUS2 Input GND1 DC DC step up voltage feedback input for R G B LED Step up stop 22 CAPN2 Outpu
71. 1 6 aj al a ale s 8 oj o n gi F JIE HIDE 8 9 x 2 8 a a 8 s a s a mjojo uju co r VPLUS12 19 Lepr 2 LEDG A wA 9 ZA mO TP729 j TP730 j TP731 0702 6413 4 4 4 PN T 0 TP737 A GM56271A NU LED702 2041 T0229 11 Lens a3 SW 45 VPLUS11 29 43 7040 TP728 USB_C_CNT 0924 9729 gt 2049 19 4 C 1 N AS E E 6 oooo0o0GQg eres als gt Z T aH 5 deqs8e88h48 8 aAA TI gt gt gt gt gt IgA gt gt gt gt Oo O 8 2 TM100 CIRCUIT DIAGRAM AND PWB LAYOUT TM100 CIRCUIT DIAGRAM AND PWB LAYOUT Delz 5 11 MAIN PWB_FRONT CONFIDENTIAL 501 CN503 DRAFT UN101 CN102 FL104 FL103 R136 KR R135 ES I B TP112 TP111 R546 O a
72. 101 is garbled Is 3 6 V or more applied to BATT terminal TP520 NO Battery terminals are defective connector terminal is dirty or soldering is improper YES Is the voltage 1 2 V or lower on SENSE terminal TP506 No The battery is defective or set improperly i YES Is there conduction through fuse FS501 NO Fuse FS501 is blown YES Is 5 level stack memory IC101 installed properly NO 5 level stack memory 1 106 is installed improperly Is 2 8 V and 1 8 V applied to VMEM TP170 and VCORE NO IC103 is defective YES NO ede YES Is the waveform of signals from R169 connected to X101 32 X101 32 kHz oscillator R167 R169 C174 and C176 are kHz correct Are R167 R169 R174A C176 X101 and defective or mounted improperly 106 good in appearance and mounted properly Or oscillating circuit of IC106 is defective Is the rectangular wave of 13 MHz properly sent to TP713 106 R179 and R110A are defective or mounted improperly CN701 and CN102 are connected improperly NO Is the triangular wave of 13 MHz sent from C833 C801 is defective NO MEN Is 2 9 V supplied from VTCXO TP801 NO Power Supply 804 is defective YES 801 and peripheral circuits are defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 29 CONFIDENTIAL DRAFT 2 VOICE TRANSMISSION RECORDING IS IMPOSSIBLE Phone Replace the microphone I
73. 10V FL903 2 BS4 BS2 L1873 Power Amp DCS IGH HIGH Pcs HIGH HIGH 1872 BS3 BS1 asi 852 BS4 EN IGH LOW HIGH HIGH 900 LOW ow Low en LOW HIGH LOW HIGH 1800 LOW OW OW LOW HIGH LOW HIGH 1900 OW OW OW OW 51 G 852 BS3 B BS4 TM100 CIRCUIT DIAGRAM AND PWB LAYOUT GOGOOGGGOGC m 5 5 8H 822 B 5 B TXOUT_DCS PCS B DCS PCSIN NC NC NC VCCADCS PCS NC BANDSEL VCC3DCS PCS TXENABLE VCCOUT VBATT 12802 VCCOUT HF3146 VBATT VCC3G9M NC NC VRAME NC VCC469M NC GND169M NC TXOUT GSM GSMBEO 6SHGOOIN g NC S s 2 2 2 E gt 228 alta al ls zT ub 8 OX 6 T es a os ex zm 0 g 0a C1875 3p 25V 8 S IC803 PLLOUT 16 TM L891 6 8nH md GSMLNAIB 9 TO 9 902 D C855 GEN850 RK GSMB50 900 TX 9 L892 8nH m 470 28 cewaoo AW T um WA 50900 C891 UE 65 900 1p 25V i GND GND GSM1800 1900 TX 1803 0 C856 AX_DCS H C873 out 6SH1800_AX VoGSNTx ICBO1 DCSLNATB m m 90 22p 25V 9 1000p 25V 0155155 2 2 oute G9M1900 RX DCSLNAI U INK 1 E H C852 C858 B dk vee C881 PCSDCSGND T Ve
74. 3 ao T D Bottom V ew TP527 D TP504 L1 TP528 TP505 1 i se G503 RT4N144U T KN R520 47K E oR fea lt O Q Z g Q 4 3 b cu 10 7 E he e z R559 i 470K cis d 8 ej R513 40K 4 m V555 10570 8 v512 ETT 3 3 V513 Du 9 Hgo 41008088 V514 1 IHS 10870 C520 d 3 3 i LEE 4 2 6 Y Yo o Xe Yoo m Ys E E 8 QB 5 7 R508 2 7K 0 04 R511 47K C511 R509 18K lt R522 10K 10508 S817A30ANB R560 10K 420K R504 470K Hands Free BU7870KN Bsync ard 10508 LVC2634P Interface 10 _ Not connect Not connect Power Supply Power Supply TP525 535 1 55 100 501 m R531 100 Eh 100 REE 100 1 Reserved Synchronisation dS 0 501 TAS02 TAS03 504 505 507 2 001 2 001 2 001 2 001 2 001 2 001 21001 Clock Manufacturer Manufacturer Manufacturer Specific ifi Specific Reserved CTS Audio IN GND GND GND Audio L502 R TP526
75. 3 C701 C753 eef o C757 Sjt 4r 4r 4r 5 um C756 C755 gt p 10703 La mm Jr 1 e LI C o Q wo xi ___ m v c cr SES 10 E ud ERES s z a a be GPS E re LED702 jm n C793 1 708 La 4 ln T T 792 C709 AP R758 m R757 m C794 N O E ar 795 EE ge em pa E C754 723 x C705 C706 C722 C718 E C748 C751 C744 alg ale zs 159 dr dr R702 C716 a NS R756 AM aye C747 R727 THORS e e 762 4r o C715 1 Q701 TP704 703 E LCD PWB REAR CONFIDENTIAL TOLVI TRTS2 TP733 707 TP706 TP717 TP736 TPT28 TP727 FS702 FS701 Add JF 2 10 ae dF 55 9720 R760 122 735 TP734 721 TPT15 TP723 TERT 16 TP724 TP714 12 TPT31 TPTIS C TP731 C TP729 730 C TP738 701 10 1 TP720 705 TM150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 16 201 1 CONFIDENTIAL BACK LIGHT FPC PWB C CN705 5 14 8 B MAIN
76. 5 TEMP1 Inpsut Temp sensor input for camera 26 AUXADC1 Input Auxiliary ADC input for temp sensor adjustment 27 REFOUT Output Voltage reference output 28 IPA Output Power amplifier control output 29 AGNDO Analog ground 30 Output Automatic frequency control DAC output 31 REF Output Voltage reference 32 AGND1 Analog ground 33 TDO Output Not used 34 GPI Input Not used 35 VBAT1 Input Voltage controlled crystal oscillator regulator input 36 RSVD C16 Not used 37 INT Output Digital BB interrupt 38 ASDO Output Audio serial port data output 39 REFCHG Output Voltage reference output 40 VVCXO Output Voltage controlled crystal oscillator supply 2 71 2 79 V VT 41 ASDI Input Audio serial port data input 42 BSDO Output Baseband serial port data output 43 VUSB Output USB interface supply 3 0 3 6 V 44 VAPPGATE Output Application regulator pass device gate control 45 BSIFS Input Baseband serial port input framing signal 46 ASFS Output Audio serial port framing signal 47 VUSBIN Input USB interface regulator input 48 Output Application supply 2 75 3 3 V 49 BSOFS Output Baseband serial port output framing signal T 1 ar Description of terminal 50 BSDI Input Baseband serial port data input 51 VBAT2 Input Analog baseband regulator input 52 NC G16 Not used 53 CSDO Output Control serial port data output 54 CSDI Input Control serial port data input 55
77. 536 0108 IC115 and 103 are defective applied to TP537 higher than that of battery gt YES When the charger is inserted to the external connector is NO IC115 is defective IC115 pin 1 at L YES R535 R536 Q108 IC115 103 D103 and D105 are defec tive Connect the charger to the external connector After approx 15 seconds do the voltages on TP180 and TP520 increase by more than 0 05 V YES The battery is defective or the battery cycle is shortened TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 32 CONFIDENTIAL DRAFT 5 VIBRATOR DOSE NOT WORK Vibrator is deformed and defective When vibrator terminals Are vibrator terminals in contact with the land Are terminals and the land clean and the land are dirty clean or replace them Y YES Hereafter check with Vibrator working Is rectangular wave of 3 V sent to between Vibrator terminals YES Vibrator is defective in sync with the vibration pattern Is signal synchronized with the vibration pattern sent from YES 105 is soldered improperly 105 19 NO Is VBAT voltage applied to 109 pin 5 109 is soldered improperly YES Is signal synchronized with the vibration pattern sent to 109 YES 109 is defective pin 1 i y NO C167 and C168 are defective NO C167 and C168 good in appearance and mounted properly s approx V applied to IC 105 pin 7 YES YES
78. 855 1837 2 Ts Ts gt io nt nnn EUN zm ca dmm TETS TETHHT d n 6837 BR C856 5 peat 1937 9 e T o n 121 ES 8 3E ce 1 14 4 iB 82 ig 845 DS Te Ar cens AERO pis JE cen e R122 1108 C120 C843 2 C108 m C844 lle iiir o 3c Tle T AM Mn 1 e 13 Tle Ts fes cesi ANTSOI 5 AK TA501 4 0M __ Signal name i Signal name DGND BATT POWONKEY SENSE TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 26 CONFIDENTIAL LCD PWB FRONT SIDE DRAFT 702 Signal name Signal name SP1 RECIVER_OUTP SP2 Terminal for LCDC adhesion check 3 VCCD 2 5V Terminal for LCDC adhesion check 4 Terminal for APPLICATION POWER adhesion check 1 LIGHT1 Terminal for APPLICATION POWER adhesion check 2 LEDCTL VDD6 3 1V LEDR Backlight LED LEDG Backlight LED LEDB CAMCLK Power supply for camera 15V 13MHzCLK Power supply for camera 8V VLCD 1 8V RECIVER OUTN Terminal for LCDC adhesion check 1 RECIVER OUTP Terminal for LCDC adhesion check 2 AVDD 3 1V VOUT Externa
79. 9 18 15 39100 OSLINL dH VHS JHL The above accessories may not be available in all regions For details please contact your dealer 3 OPERATION MANUAL QUICKSTART GUIDE Page numbers refer to the user guide OPTIONAL ACCESSORIES USB data cable TM150 GENERAL DESCRIPTION DRAFT axl LL 10 Jes 3U 926 01 USIM y 95000 pue pieg EdiN Suonesijddy nua 01 05 15 0 0 Saji JeJSueJ pue uedo uzoq SYJOM siu 4no oo ay eDueuo oj ureDe 55910 pue JO uo 1461 941 yay ms 01 umop 10 dn euinjoA jeuJe1xe aui pjou pue 55914 72 INOA 9101591 0 JEUMORN 129 95 79 1010 1 1 dy 12995 pue qpuejs ul cx eui pjou pue 55910 Aes e ur 10 01 06 OL 9115 s uly jospueH 9 ui ji pui pue 01 e 95004 saweg 310 310 9 0 JaspuUeY JNOA seure6 ppe oJ 5 lt Mau se 196 600100 pue Jno 129 95 se1njord 4jms N 01 195 0
80. AM 16 A10 Input Address input NOR Flash Smartcombo RAM SRAM 17 A9 Input Address input NOR Flash Smartcombo RAM SRAM 18 DQ15 Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash 19 S SC WE Input Write enable input SRAM Smartcombo RAM 20 29014 Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash 21 DQ7 Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash 22 Not used 23 NC Not used 24 SF RE Input Read enable input Smartcombo Flash 25 F WE Input Write enable input NOR Flash 26 F RY BY Output Ready busy output NOR Flash When deleting writing VOL When interrupting block delete write High Z High impedance 27 A21 Input Address input NOR Flash Smartcombo RAM 2 TM150 OTHERS 6 1 SF F SC VCC Power Flash Smartcombo RAM Terminal name Input Output CONFIDENTIAL Description of terminal DQ10 Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output S8martcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM
81. CM CLK of Bluetooth cP10 4 76 AI Xx VBAT 2 KEYPADCOL 141 mE NE RC m PCM DATAIN of Bluetooth GPIO 5 9 ear qon ees A VCORE 45 69 TOON 8287 X control 1 uant Flash bak BT_PRMSYNC BT RTS SZ PCM SYSNC of Bluetooth GPIO_16 70 lt TEMP BT PCMIN T Boot Control 1 PCM DATAOUT of Bluetooth GP10 17 REFOUT js Boot Control 0 UART RXD of Bluetooth GP10 33 9 pm LIGHT4 js UART TXD of Bluetooth GPro_34 e pue 0 LED PFE Genie TX 150 card WP 6 10 35 20 USB_C_CNT js 12 of Interface IC 6 10 36 18 x BTRESET 25 Ie Typhoon Interrupt GPIO_37 S 4 BUFOFF ATA UO Pus SYNTHDATA P LCD RSP Genie AX Sound IC Interrupt GPIO 38 17 3 0V LCDRSP 116 SYNTHEN P USB_PU JND 0 ATS Genie AX USB pullup control of Interface IC 6 0 39 o2 LCDWAIT CIS Genie TX Flash VP cro ze 7 2 LOORESET ALCD_INT GPIO_31 Genie RX monitor Sleep of scame 23 42 8 LCDINT 5 r 52 2 SHRBESR ge 51 a SEES 10131 PECIVER_OUTN 5 a 5 Scit CS Nace RECEIVER 2 msl sme cs aa FECEIVERH IN Toll super AND Flash cs 12 AGND E AFCDAC 2 of ail rs O 1P117 neni VBAC
82. CONFIDENTIAL DRAFT SHARP SERVICE MANUAL CODE 004 150 SM E DIGITAL MOBILE PHONE M150 INTERNAL MODEL NAME TM150U In the interests of user safety the set should be restored to its original condition and only parts identical to those specified should be used Caution Risk of explosion if battery is replaced by an incorrect type dispose of used batteries according to the instruction CONTENTS SERVICING CONCERNS CHAPTER 4 DIAGRAMS CHAPTER 1 GENERAL DESCRIPTION 1 Block 4 1 1 5 1 1 CHAPTER 5 CIRCUIT DIAGRAM Pep NAMES OV POND Ine 1 Notes on schematic diagram 5 1 3 Operation 1 3 foi EE seres pa 5 4 CHAPTER 2 ADJUSTMENTS PERFORMANCE mE CHECK AND FIRMWARE UPGRADE 3 Waveforms of 5 2 1 SHARP Program Support Tool SPST 2 1 4 Schematic diagram Wiring side of 5 5 2 2 48 3 Trouble 2 52 CMAP TER D LEE ENS CHAPTER 3 DISASSEMBLY AND REASSEMBLY 1 Function table of IC 6 1 1 Servicing Concerns 3 1 Parts Guide 2 Disassembly and reassembly 3 4 Parts marked with A are important for maintaining the safety of the set Be sure to replace these parts with specifi
83. DIAGRAM 4 1 4 2 CONFIDENTIAL DRAFT CONFIDENTIAL DRAFT RF RX Line TX Line Control Line as D Digilal A Analog BS4 D B34 PA A VBAT M IC804 VRF Voltage Loop VBAT 0 gt Restlatof filter 51 BS2 _ BS3 Y v 4 v IP A 9 gt x 1800 1900 gt 1800 1900 INA je oO l J IC802 nh gt U 900 83146 900 i 116 DPD P p pr Lo APC Ant TCXOOUT D lt E 172 ntenna E 1 2 z 4 90deg p i 26MHz TE AFCDAC A VCTCXO gt AL d Test Connector BER M L 7 1 2 a 1 i e 1 2 QU EE so A Loop 4 E Li IF Synthesizer 40 4 filter 0000 J801 i 777 rote 1 2 trot gt i lt gt lt gt 0 0 i i i ur icc E gt tt p lt 1 pt E DD H
84. Data bus DB12 Input Output Data bus MP4 PLLCK Output MPEGAASIC clock 15 36 MHz CPU supply XIN clock Not used SUBDB7 Input Output Data bus for External display GND Logic ground DAO Input Output Address input for chip select decode BSPIXELO Input Output External Bit Stream data bus DCS_B Input Chip select input dedicated for chip select decode VDDIO Power supply 3 0 V 2 7 V 3 3 BSPIXEL6 Input Output External Bit Stream data bus SE_DO PORTO Output Data output for 4 wire serial IF default General purpose PORT output 65 GDATA 3 G3 Output Display panel output signal 66 SUBDB3 Input Data bus for External display Output 67 SUBDBA Input Data bus for External display Output 68 HSD7 Input Data bus for high speed serial transfer Output 69 DBI Input Data bus Output 70 DB2 Input Data bus Output 71 DB3 Input Data bus Output 72 DB4 Input Data bus Output 73 STKCHK Input Setting BS related output terminal to Hi z when a stack is installed Con nected to GND normally 74 VDDCORE CORE Power supply 1 8 V 1 6 V 2 0 V 75 GND Logic ground 76 VDDIO O Power supply 3 0 V 2 7 V 3 3 V 77 GDATA 2 G2 Output Display panel output signal 78 SUBDB5 Input Data bus for External display Output 79
85. Description of terminal SF WP Input Write protect input Smartcombo Flash SF CE Input Chip enable input Smartcombo Flash A5 Input Address input NOR Flash Smartcombo RAM SRAM A4 Input Address input NOR Flash Smartcombo RAM SRAM AO Input Address input NOR Flash Smartcombo RAM SRAM F CE F1 CE Input Chip enable input NOR Flash GND Ground OE Input Output enable input NOR Flash Smartcombo RAM SRAM S CE1 Input Chip enable input SRAM NC Not used NC Not used In this unit the terminal with asterisk mark is open terminal which is not connected to the outside TOP VIEW N gt OO 25 Sn oS pA 5 DO OE OO go mal 202 19 gt Z PN Pu lt 79 a co I Q 62 69 69 52 89 9 22 9 g eo 5 62 69 52 5 89 55 69 6 69 29 Q9 EE A22 SF F SC VCC RAY VPP A18 A20 P F WE WP RST 1 Flash memory o dt 11 SF WE SF WP TTA 128M x16 bit SF RY BY ALE CLE SF RE Smartcombo SF CE Tir Flash memory S SC WE LB UB oL SC1 32M x16 bit HT TI Smartcombo RAM E Tm Hi DQ0 DQ15 902 64M x16 bit Smartcombo SC2 CE1 SC2 CE2 T3 Lea 4M
86. E Se TEC 11 i pg M MEME 2 1 GSM900RX pr 1 70 3 N PGA Part lt inea Ea bi SAW Filter 4 lt x JE 1 lt 1 EE PGA pee oe 4 A DCS RX E B EE EXC p i i gt 90deg 801 1 t FL 903 SYNTHOATA o E Serial data DES 7 E ac SYNTHCLK D interface HD155155 cu I SAW Filter TM150 DIAGRAM TM150 DIAGRAM 4 3 4 4 CHAPTER 5 SCHEMATIC DIAGRAM AND WIRING SIDE OF P W BOARD 1 NOTES ON SCHEMATIC DIAGRAM Resistor The indicated voltage in each section is the one measured by Digital To differentiate the units of resistors the symbols K and M are used Multimeter between such a section and the chassis with no signal The symbol K means 1000 ohm and the symbol M means 1000 given kohm The resistor without any symbol is an ohm resistor Conditions SIM card inserted power on in stand by mode opened Capacitor e Schematic diagram and Wiring Side of P W Board for this model are To indicate the unit of capacitor the symbol is used subject to change for improvement without prior notice The symbol P means pico farad and the unit of the capacitor without a Parts marked with A
87. ERROR lah default Start over the rewrite operation Perform this procedure when the handset does not turn on ERROR PARAM The upgrading tool is damaged Uninstall and reinstall the upgrading tool and start over the rewrite operation 2 Leave the Load File text box blank ERROR WPROTECT Flash Rom is protected 9 Click the Start Loading Flash button Battery may be too low Use a sufficiently charged battery and start over the rewrite operation ERROR_READ Failed to read Flash Rom data and the 150 Upgrading Tool Ver 5 23 Port Check the File System Initialize check box operation was aborted Start over the rewrite operation Download Option ERROR_WRITE Failed to write to Flash Rom and the operation was aborted Start over the rewrite operation ERROR_ERASE Failed to erase Flash Rom data and the operation was aborted Start over the rewrite operation ERROR_VERIFY The rewrite operation was aborted since there was a mismatch between data writ ten to Flash Rom and that written to handset Start over the rewrite operation ERROR_RWE_TMOUT Communication was terminated since there was no response from Flash Rom for a certain period of time Start over the rewrite operation CORRESPONDENCE Communication was terminated since _ERROR serial data communication failed Start over the rewrite operation ADR XXXXXXXX Indicates the address of Flas
88. F SC VCC Spots ag Las See C ich mmm ooo NM i t 00 22 lt gt 0 Gaano 21 S vcc 2 lt gt d 57 stone al L yoe I E Tu CE 888 9999999 9 OY OY AY AY al THY HY TY MY RY GV THY SY AY DV DV DVS B 87888888786 B TP174 3 33 5 E 3 BY TCXOOUT From AF Circuit 560 9176 560 R211 1117 105 Yeviiosc TM100 CIRCUIT DIAGRAM AND PWB LAYOUT TM100 CIRCUIT DIAGRAM AND PWB LAYOUT 5 5 5 6 RF PORT MAIN G TCXOEN 1 6 3V WE LN VBAT R810 C806 2 2 6 3 Cu Q a 0 01 16V C803 BATT QP QN 0 C832 270p 25V 2550 9892 Hw CY SYNTHEN Q SYNTHCLK TCXOCUT SYNTHDATA G AFCDAC C1820 1000p 25V GOUT GIN GOUTB GINB VCCIFSYN CPIFSYN LE CLK VCXOOUT SDATA GNOVCXO VCXOE VCXOB VCCVCXO IOUTE TINB CPRFSYN FLOCK O VCCM VRF Oo 0 P VCCRFSYN 57 VCCBB e VCCRFVCO 1 1SN1D 8805 6 CB45 0 1
89. FUNCTIONS SPST offers seven key functions Firmware download User data transfer processes all data at once but not individually RF calibration check and test Default setting N Identification Performance check and adjustment User password reset N 2 2 INSTALLATION 1 Use Windows Explorer to execute the setup exe file on the CD ROM 2 The SPST TM150 setup wizard appears Follow the installation instructions 3 After the installation is complete shortcuts to SPST are created on the desktop and under the Start Programs TM150 menu Start SPST from the shortcuts 2 3 STARTING UP Connect TM150 to an operable serial port of the PC with the supplied data cable Make sure that the battery is fully charged Start SPST from the desktop 1 The Input password dialog box appears Enter the password select a port where TM150 is connected from the list box and click OK If you do not know SPC click Cancel to exit x Port Current Password Downloader for show Repair Log Emergency Chagne 2 Tochange the password enter the current password in procedure 1 and then click Change Password Input password X Port Current Password New Password Password again Shom Repair Loe pd far 3 Tocheckthe usage status of tools click Show Repair Log in procedure 1 4 Click Downloader for Emergency
90. Input password x Port co M4 Current Password Downloader for TM150 Series Show Repair Log Change Gancel Password The above screen appears Select a model to use and execute the Downloader Use this to initialize the flash etc 5 When the password is correct a connection is established and the following screen appears Software version A02 006 0138 TM150 Refer to the attachment 1 for the destination and operator name SPST for Vodatone Destination 1 Modafone UK Products TM150 IMEI PUTET Software ver ET ZEIT ux Yl Default Set User Data Backup User Data Restore HF Calibration amp Downloader i Check HF Test User Password Rese Pe nee check mode release adjustment TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE CONFIDENTIAL DRAFT Buttons Default Set Refer to 4 1 Default setting User Data Back up Refer to 4 2 User data back up User Data Restore Refer to 4 3 User data restore Downloader Refer to 4 4 Downloader RF Calibration amp Check Refer to 4 5 RF calibration amp check RF Test Refer to 4 6 RF test tool User Password Reset Refer to 4 7 Password reset Performance check Refer to 4 8 Performance check and adjustment adjustment mode release Refer to 4 9 mode release Exit End SPST 3
91. KSEL 92 1 rol reis Acocs Aco cs VMEMSEL 29 LCD Controller CS GP10 42 e tenes OUTP PECIVER_OUTP SD card Camera CS 6 10 43 es VBAT AFCDAC 150 card GPIO 44 VBAT 150 card SRAM 5 6 0 45 gt hits VBAT VANS E Can 45 h ANY A AIN3L CB 1 ev _ 19174 ISD card Ic106 ISound IC CS ce10 46 9 VINT R420 6 gt COD 1 1 4 AW EE 4 AIN3R O 150 card ADG529B8 VINT AQUTAP T 6 3v Du 150 card NW ies Ix T ab a106 Q107 PECIVER OUTN Qpa 75V 160 PSP LABS Nawa MW GND EC4301C EC4401C Rees mu un 100 Bin P LCD WAIT sa rea TO f Pr jos 580 Lco Controller seo s 2 e 058 0 1 of Super AND i 5 s 4 gt 6 O is Bel BURSTCLK 454 set C107 O 1P176 AXON Qd ON lt DATA O 0 4 r 8 GP0 01 DATA O 336 GND g 5 a TAN 8147 Te106 59 DONT gt DATAI4 3 i 47 4 a Sus Rese GPO_02 196 contor for Super AND Sensi 5 D TP166 390 _03 HUM of Bluetooth DATA 2 34 Microphone lt Q 100 lt gt DATAI3 C104 119 Zoi MODESELI 3 419 Tt Lio to 5 O ASM 2 e DATAL4 d i d PSINA S i
92. LTAG PIN NO VOLTAGE PIN NO VOLTAGE PIN NO NOTES ON SCHEMATIC DIAGRAM can be found on page 5 1 TM150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 18 CONFIDENTIAL CHAPTER 6 OTHERS 1 FUNCTION TABLE OF IC B 1C101 LRS1B27 5 LEVEL STACK MEMORY Terminal name Input Output Description of terminal 5 2 2 Input Sleep state input Smartcombo RAM 2 DQ13 Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output 8martcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output Smartcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output Smartcombo Flash Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output Smartcombo Flash NC Not used SF F SC VCC Power NOR Flash Smartcombo Flash Smartcombo RAM GND Ground RST Reset input NOR Flash F RST When deleting block writing VIH When reading Reset VIL A22 Input Address input NOR Flash SC2 CE1 NC F2 CE Input Chip enable input Smartcombo RAM 2 DQ12 Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data i
93. M150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 661CH GSM Tester CMU2 2 17 4 6 RF TEST TOOL 4 6 1 Requirements 00 801 803 902 FL905 801 803 902 FL905 For repairs this test checks the condition of an electric board especially the RF section 801 803 FL903 FL905 CONFIDENTIAL DRAFT 4 6 2 Setup 2 Apply 4 V using a stabilized power supply and turn on the handset 1 Set PWB and make connections as shown below Make sure connections are correct at the points shown below j Start RF test tool Select a COM port to which Data Cable is connected 3 4 5 Press the Initialize amp Read Data button GSM Tester CMU 200 Initialization OF 7 Click OK to proceed 4 6 3 Tests 1 BAND Select amp Channel Select a band and a channel to test Settings are applied to all tests BAND Select hannel jasmen J ps gi 124 Band selection Channel bar Input box Procedure 1 Select band GSM900 DCS or PCS 2 Select or enter a channel using Channel bar or Input box TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 18 CONFIDENTIAL 2 TX test Test burst transmission TX frequency of selected channels Current PCL Read only Test 8802 MHz PGL
94. Mod_spectrum 250 124CH co Mod spectrum 200 124CH O Mod_spectrum 200 124CH i Mod_spectrum 250 124CH NO Mod_spectrum 400 124CH Mod_spectrum 600 124CH Mod_spectrum 800 124CH Mod_spectrum 800 37CH Mod_spectrum 600 37CH N Mod_spectrum 400 TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 37CH GSM900 Tx Mod spectrum 250 37CH Mod spectrum 200 37CH Mod_spectrum 200 37CH Mod_spectrum 250 37CH Mod_spectrum 400 37CH Mod_spectrum 600 37CH Mod_spectrum 800 37CH Mod_spectrum 800 37CH Mod_spectrum 600 37CH Mod_spectrum 400 37CH Mod_spectrum 250 37CH Mod_spectrum 200 37CH Mod_spectrum 200 37CH Mod_spectrum 250 37CH Mod_spectrum 400 37CH Mod_spectrum 600 37CH Mod_spectrum 800 37CH Switch Spectrum 1800 37CH Switch_Spectrum 1200 37CH Switch_Spectrum 600 37CH Switch_Spectrum 400 37CH Switch_Spectrum 400 37CH Switch Spectrum 600 37CH Switch_Spectrum 1200 37CH Switch_Spectrum 1800 37CH Switch Spectrum 1800 975CH Switch Spectrum 1200 975CH Switch Spectrum 600 975CH Switch Spectrum 400 975CH Switch Spectrum 400
95. PCLO Switch Spectrum 400 699CH 258 Mod spectrum 200 512CH PCLO Switch Spectrum 400 699CH 259 Mod_spectrum 250 512CH PCLO Switch_Spectrum 600 699CH 260 Mod_spectrum 400 512CH PCLO Switch Spectrum 1200 699 261 Mod_spectrum 600 512CH PCLO Switch_Spectrum 1800 699CH 262 Mod_spectrum 800 512CH PCLO Burst Timing 699CH 263 Mod_spectrum 800 810CH PCLO Burst Timing 512CH 264 Mod_spectrum 600 810CH PCLO Burst Timing 885CH 265 Mod_spectrum 400 810CH PCLO Burst Timing 699CH 266 Mod_spectrum 250 810CH PCLO Burst Timing 699CH 267 Mod_spectrum 200 810CH PCLO Rx Sensitivity 699CH 268 Mod_spectrum 200 810CH PCLO Rx Sensitivity 512CH 269 Mod_spectrum 250 810CH PCLO Rx Sensitivity 885CH 270 Mod_spectrum 400 810CH PCLO Usable Receiver Level 699CH 271 Mod spectrum 600 810CH PCLO Rx Level Reports 699CH 272 Mod spectrum 800 810CH PCLO Burst Power 661CH 273 Mod spectrum 800 661CH PCL5 Burst Power 512CH 274 Mod spectrum 600 661CH PCL5 Burst Power 810CH 275 Mod spectrum 400 661CH PCL5 276 Mod spectrum 250 661CH PCL5 277 Mod spectrum 200 661CH PCL5 278 Mod spectrum 200 661CH PCL5 279 Mod spectrum 250 661CH PCL5 280 Mod spectrum 400 661CH PCL5 TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE CONFIDENTIAL DRAFT pera inspected Chame Band Receive NO
96. RE UPGRADE 2 35 CONFIDENTIAL DRAFT 11 OUT OF RANGE AND INCOMING OUTGOING CALLS ARE IMPOSSIBLE Checkpoint s in RF Test Tool Is transmission possible using RF Test Tool YES Sender NO Is voltage applox 2 9 V supplied to pin 6 of IC804 No IC804 is defective YES ls IQ signal supplied to pins 23 24 25 and 26 1128012 N2 1C103 IC106 or PWB is defective YES Is frequency signal sent 801 is defective GSM 900 bands IC801 pin 17 DCS1800 PCS1900 bands IC801 pin 19 YES Is frequency signal supplied NO 802 is defective GSM900 bands 803 15 _ K DCS1800 PCS1900 bands 803 pin 13 YES Is frequency signal supplied to pin 1 of FL905 NO X 1803 is defective YES Is frequency signal supplied to pin 1 of J801 NO FL905 is defective YES J801 is defective Receiver 70 dBm input Is frequency signal supplied 801 is defective GSM900 bands 801 pins 9 10 YES DCS1800 band IC801 pins 6 7 PCS1900 band IC801 pins 3 4 NO Is frequency signal supplied FL902 or FL903 is defective GSM850 band FL901 pin 1 YES GSM900 band FL902 pin 4 0651800 band FL902 pin 1 PCS1900 band FL903 pin 1 NO YES Is frequency signal supplied to pin 9 of IC803 IC803 is defective NO FL905 or J801 is def
97. Spectrum 400 512CH Tx Switch Spectrum 400 512CH Burst Power Switch Spectrum 600 512CH IC802 803 FL905 FL905 802 803 802 803 FL905 Frequency Error Switch_Spectrum 1200 512CH TCX801 TCX801 TCX801 Phase Error Switch_Spectrum 1800 512CH 801 801 801 Mod_spectrum Switch Spectrum 1800 810CH IC801 TCX801 IC801 TCX801 IC801 TCX801 Switch Spectrum Switch Spectrum 1200 810CH 801 802 803 803 801 802 801 802 803 Switch_Spectrum 600 810CH Burst Timing 802 802 802 Switch_Spectrum 400 810CH Rx Switch_Spectrum 400 810CH Rx Sensitivity Switch_Spectrum 600 810CH 801 803 902 FL905 801 803 FL902 FL905 801 803 FL903 FL905 Usable Receiver Level Switch_Spectrum 1200 810CH 801 801 801 Rx Level Reports Switch_Spectrum 1800 810CH Switch_Spectrum 1800 661CH Switch_Spectrum 1200 661CH Switch_Spectrum 600 661CH Switch_Spectrum 400 661CH Switch_Spectrum 400 661CH PC with COM port Switch_Spectrum 600 661CH TM150 Data Cable Switch_Spectrum 1200 661CH PWB repair jig Switch Spectrum 1800 T
98. T for TM150 X N Please take a some white things with camera P Is it ready It is nat connectable with a Handset Please push a Retry button after inputting a power supply Please push a Cancel button when you stop Cancel SPST communicating 6 The result is displayed within a minute as follows SPST When an error occurs the corresponding message appears Solve the Correcting black defect 3 pM When complete the following message appears SPST for TM150 X G mode release has been completed X G Black defect correction i completed 5 OTHER TESTS SPST does not provide tests of Bluetooth USB communication Check them according to the following instructions problem according to Solution Error 1 Error message Cause Solution Error 2 Error message Cause Solution Error 3 Error message Cause Solution There are too many black cracks The light is too weak or strong At the proper distance from the light source 8 000 5 1 USB Connect TM150 and a PC with a USB cable Check that TM150 is recognized as a device If the USB driver for TM150 SHARP GSM GPRS USB Driver is not installed on the PC Found New Hardware window appears and 10 000 lux perform black defect correction again Found New Hardware Wizard starts the handset is recognized There are many black cracks The light is
99. T voltage applied to C701 NO Is fuse FS701 in good appearance mounted properly and is there conduction YES MES C701 C703 and L701 are defective External dis play only Is back light setting for External Display set to On Go to the setting as follows and set it to On Settings Phone Settings Main Display Backlight Does it turn on YES Not defective NO CN705 is defective Is CN705 in good appearance and mounted properly SES Back light FPC or CN705 is defective NO Is the contact point of back light FPC clean NO Clean back light FPC and insert it again Does it turn on Is back light FPC properly inserted to CN705 gt YES ES Not defective Is 13 24 V applied between TP710 and TP711 Back light FPC is defective Are 790 C791 C702 C707 C713 R718 D702 in good NO C790 C791 C702 C707 C713 R718 and D702 are defec appearance and mounted properly tive YES R453 R437 and IC404 are defective Is back light setting for Sub Display set to On Go to the setting as follows and set it to On Settings Phone Settings gt External Display Back light YES NO Does it turn on YES Not defective Is 7 V applied between LED703 anode A terminal and NO 707 is defective or mounted improperly LED704 cathode K terminal YES LED703 LED704 are defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWA
100. VBAT2 Input Analog baseband regulator input 56 VABB Output Analog baseband supply 57 ASM Input Advanced state machine 58 MCLKEN Output Master clock enable 59 AOUT1P Output Receiver audio positive output 60 AOUTSL Output Headset receiver audio L channel output 61 RXON Input Baseband receive section control 62 TXON Input Baseband transmit section control 63 AOUTIN Output Receiver audio negative output 64 AOUT3R Output Headset receiver audio R channel output 65 MCLK Input Master clock 66 CSFS Input Control serial port framing signal 67 AGND3 Analog audio ground 68 LIGHT1 Output Charge LED control 69 ABBRESET Input Reset input 70 DGND Digital ground 71 LIGHT2 Output USB charge enable 72 LIGHTS Output Key pad LED control 73 VCORE Output Digital core supply 1 72 1 9 V 74 VCOREIN Input Digital core regulator input 75 LGND Light driver ground 76 VMIC Output Microphone supply 2 4 2 6 V 77 VCORE Output Digital core supply 1 72 1 9 V 78 VMEMIN Input Memory interface regulator input 79 AIN2P Input Headset mic audio positive input 80 AIN1P Input Mic audio positive input 81 5 Output Power on reset capacitor 82 VMEMIN Input Memory interface regulator input 83 VMEMSEL Input Memory supply voltage selection 84 VBAT5 Input Back up battery regulator input 85 VBAT4 Input SIM interface regulator input 86 VRTCIN Input Real time clock regulator input 87 DBBON Inpu
101. WR nRD LDO CONTOROL ER _ Backlight ADD 1 DATA 15 0 LDO RESET nAUXCS2 SIM MM i Peripheral PLL Functions of Accessary Connector RS232C Cabel USB Genie AC DC Charger e E 2 EEA filed te a Hands Free 2 9j MENO ISPOUT1 2 p LUV Speaker VHGOSC GATEDRIVE VCORE VINT ABB CHGDACREF ISENSE ADO VMEM VEXT VRTC VSIM VUSB VMC External Circuit For Charging Reg13 50 DAT 3 0 COMMON nRD nWR ADD 23 1 DATA 15 0 SD DETECT Flash memory NROMCS1 VPP F_WP VAPP SD WP nRESET Super AND Flash nGPCS1 ALE CLE SA WP SRAM P SRAM nRAMCS1 nRAMCS2 nGPCS2 UBS LBS PS2_CE1 SIMDATAIO SIMCLK RESET MODESEL2 MODESEL3 VINT VUSB VBAT SRAM P SRAM 1 Super AND Flash A4Mbit x 16 32Mbit x 16 64Mbit x 16 128Mbit x 16 128Mbit x 16 nGPCS2 nRAMCS1 nRAMCS2 nROMCS1 nGPCS1 wee LIGHT2 gt Typhoon ___ from AC DC Charger Li ION i Battery Typhoon ADC i de i 720 Accessary Connector Back up TM150 DIAGRAM TM150
102. YON Input Power on key input VDD Power supply Typ 3 0 V IBIAS Output Regulator bias current reference VSS Ground AGND4 Power management analog ground VREF Analog reference voltage terminal AGNDO Thermal ground for power supply HPOUT L MONO Output Headphone output L ch AGNDO Thermal ground for power supply HPOUT R Output Headphone output R ch AGNDO Thermal ground for power supply EQ1 Equalizer terminal 1 AGNDO Thermal ground for power supply EQ2 Equalizer terminal 2 AGNDO Thermal ground for power supply EQ3 Equalizer terminal 3 AGNDO Thermal ground for power supply AGNDO Thermal ground for power supply SPVDD Analog power supply for speaker amplifier Typ 3 6 V AGNDO Thermal ground for power supply SPVSS Analog ground for speaker amplifier AGNDO Thermal ground for power supply SPOUT1 Output Speaker terminal 1 AGNDO Thermal ground for power supply SPOUT2 Output Speaker terminal 2 AGNDO Thermal ground for power supply MTR Output External motor control terminal AGNDO Thermal ground for power supply D7 Input Output CPU I F data bus 7 AGNDO Thermal ground for power supply D6 Input Output CPU I F data bus 6 AGNDO Thermal ground for power supply D5 Input Output CPU
103. Zoom Wide and zoom mode Supported 20 when image size is 120 x 160 pixels x zoom Lens F2 8 f 3 7 mm Sound 16 polyphonic ring melodies External DC supply voltage 5 2 V Battery 3 7 V 780 mAh Li lon Standby time 100 250 hours Talk time 160 240 min Others Side key Connector for AC charger and data cable Standard hands free connector 02 5 Battery running time depends on the battery and SIM card as well as the network conditions and usage Specifications for this model are subject to change without prior notice Powered by JBlend Copyright 1997 2004 Aplix Corporation All rights reserved Java and all Java based trademarks and logos are trademarks or registered trademarks of Sun Micro systems Inc in the U S and other countries JBlend and all JBlend based trademarks and logos T9 Text Input is licensed under one or more of the following U S Pat Nos 5 818 437 5 953 541 5 187 480 5 945 928 and 6 011 554 Australian Pat No 727539 Canadian Pat 1 331 057 0 Kingdom Pat No 2238414B Hong Kong Standard Pat No HK0940329 Republic of Singapore Pat No 51383 Euro Pat No 0 842 463 96927260 8 DE DK Fl FR IT NL PT ES SE GB Republic of Korea Pat Nos KR201211B1 and KR226206B1 and additional patents are pending worldwide are trademarks or registered trademarks of Aplix JBlend Corporation in Japan and other countries Powered by Mascot Capsule Micro3D Edition SD
104. al V4 Display drive power supply terminal Ground Reset signal Chip select signal Register select signal 0 Display RAM data 1 Command data L Activated L Activated Write signal Read signal 150 OTHERS 6 19 Output Booster capacitor con nection terminal EXTERNAL DISPLAY To Input Terminal SHARP COPYRIGHT 2004 BY SHARP CORPORATION All rights reserved Printed in Japan No part of this publication may be reproduced stored in a retrieval system or transmitted In any form or by any means electronic mechanical photocopying recording or otherwise without prior written permission of the publisher SHARP CORPORATION Information and Communication Systems Group Products Quality Assurance Department Yamatokoriyama Nara 639 1186 Japan 2004 June Printed in Japan t
105. aol 13 7 lt 5 x lt p ADOL 14 gj a 004 ast Remote control sil anol 141 go AS 0017 cos nt 8 anol 151 54 0018 2 5 6 I P ADDI 46 7 10101 bus DBBONIPWRON BZ nias apo 171 8 eal io 2 3 4 5 6 7 10 41 12 5 omnta nese 9 0 mum 626 OL oni Mid ADD 20 CER SAM 9 53 2 59 9 52 G9 G9 amp 9 e3 3 2 REFIN 4 roc ET A001 13 lelelelelelolelelo REFBB aid gt lt 666 G9 G9 69 G3 3 2 DATAL 121 PES 12 eere s REFEN 22 Mos Ors 0188 ADD 15 Ry E 13 REFEN 23 tos Bog anii gt r lele e ee ele gt lt atalsa V9 C C CS C9 Cy Gy C4 Cu Cy CU ty CU Cd CU Cy 24d clock a vasa 29 5 C5 C5 C5 C5 C5 C5 C5 5 5 OD Co Co Co C5 5 5 for 1 0 and sound Ic 2 10 40 395 sl ADD 17 14 s 63 69 69 29 c9 3 c3 e9 eS orans 2222222222222 22222222 27 ITE utis 4448 821 2 510 21219 519 910 0015 18 VAY SY BY BY BY BY BY BY BY BY BV SV BY BVDV AV AVRY a CD PPP PBI IIIS EID BOP F 7 Bios 2 0 4 1 1 CEND se r sc vcc o 1 47 SF
106. arting varies when interruption occurs GTDIO B Output MPEGAASIC internal core power cut signal Low is active VDDIO IO Power supply 3 0 V 2 7 V 3 3 V SUBDB1 Input Output Data bus for External display BDATA 5 B5 Output Display panel B output signa BDATA 5 B4 Output Display panel B output signa BDATA 5 B3 Output Display panel B output signa GND Logic ground TESTI Input Test terminal Connected to GND normally BSHS B Input Output External Bit Stream horizontal synchronization signal Low is active WR B Input Output Host write strobe signal SUBRS Input Output Data determination signal for External display MP4 RESET B Output MPEGAASIC reset control signal Low is active HSD6 Input Output Data bus for high speed serial transfer 2 B2 Output Display panel B output signal 2 B1 Output Display panel B output signal BDATA 2 BO Output Display panel B output signal EXCS B1 Input Output Chip select output 1 internal decode output Not used XOUT Output Oscillation circuit output Not used VDDIO IO Power supply 3 0 V 2 7 V 3 3 V GND Logic ground SCANEN Full scan effective signal High is active Connected to GND normally RD B Host read strobe signal Register s
107. ative output input of Output channel modulator 1 708 VHITK11130C 1R TK11130C REGULATOR QOUT QIN Input Positive output input of Output Q channel modulator Terminal QOUTB QIN Input Negative output input of name Description of terminal Output Q channel modulator VCONT Control VCCIFSYN Input VCC for IFVCO Buffer and Divider and IF Synthesiser GND 0 Groun CPIFSYN Output Charge Pump output of NP Capacitor Vref IF Synthesiser VOUT Output Output LE Input Load enable for serial data VIN Input Input CLK Input Clock for serial data VCXOOUT Output Output for VCXO SDATA Input Serial Data VIN VOUT GNDVCXO GND for VCXO Not used VCXOE Emitter of VCXO transistor Not used VCXOB Input Base of VCXO transistor VCCVCXO Input VCC for VCXO Over Heat amp VCCRFSYN Input VCC for RF Synthesiser Circuit Over Current Protection CPRFSYN Output Charge Pump output of RF Synthesise FLOCK Output FLOCK Output Fast Lock control for RF Synthesiser VCCBB Input VCC for Base band and State Logic VCCRFVCO Input VCC for RF VCO DIVON Output VCXOOUT divider control input VCCRFLO Input VCC for RF Local Buffer and Divider CAPQB Output Capacitor for Q channel LPF Negative output CAPQ Output Capacitor for Q channel LPF Positi t VCONT GND NP eave output CAPIB Output Capacitor for channel LPF 801 VHIHD155155 1L HD155155NP RF Negative output CAPI Output Terminal Capacitor for
108. below shows the conversion connector connected to Communication Box Cable 1 na The 150 Ug gnarzisg instalation Complete Thes TM150U poised Tool has been cuneo nece Dick Clo TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 6 CONFIDENTIAL DRAFT 5 Connect the other end of the conversion connector to handset 4 4 3 Rewriting MOT files This section describes how to rewrite MOT files 1 Downloader for Emergency 1 Click Downloader for Emergency p Lit passw d x Port co M4 Gurrent Password 6 The photo below shows handset Communication Box and PC Downloader for 150 Series all connected Make sure handset and Communication Box Cable 1 are connected DD See UE Show Repair Log Downloader for via the conversion connector Emergency OK Cancel Change Password 2 The upgrading tool is activated x The TM150 Upgrading Tool Ver 5 23 COM Port Download Option IY Communication Box 3 WaitTime 5 Note Handset must be turned off before making any connections Press and hold the Power key to turn off handset Do not turn off in other ways Malfunction may occur and the MOT file rewrite operation may fail Make sure the handset battery is sufficiently charged Select File If the battery is low the MOT file rewrite operation may fail Charge the battery before the operati
109. calibration Remove SIM card 1 Apply 4 V using a stabilized power supply and turn on the handset 2 Start RF calibration amp check on SPST and click Calibration 3 When initialization is complete click OK Rfcaltool x Initialize 4 Apply 4 V using a stabilized power supply and turn on the handset After the handset enters Standby mode lower the voltage to 3 7 V Rfcaltool The M5 is Powerd ON DRAFT 5 Make sure the handset is on and click OK Adjustment starts H caltanl Please Dial 123 6 Click OK Rfcaltool x HF Calibration completed 7 The initial screen returns 4 5 4 RF performance check Insert SIM card 1 Apply 4 V using a stabilized power supply and turn on the handset 2 Start RF calibration 4 check SPST and click Calibration 3 When initialization is complete click OK Rfcaltool x Initialize 4 Apply 4 V using a stabilized power supply and turn on the handset After the handset enters Standby mode lower the voltage to 3 7 V Rfcaltool x Please Power the MS and Enter 5 Make sure the handset is in the idle mode and click OK Rfcaltool x The M5 is Powerd TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 12 CONFIDENTIAL DRAFT 6 Press the keys 1 2 3 and Send and click OK The following will be displayed in case of failure H caltanl See the attachment 2 for t
110. cessor data bus 9 P hands free kit earphone Output GPIO 5 Input SD card detection 139 DATA 13 Input _ Processor data bus 13 GPIO 6 i oi Interrupt input from main LCD Output controller 140 NROMCS1 Output Chip select for flash memory 1 ADD 22 Output Processor address bus 22 141 GPIO 42 Output Chip select for main LCD controller ADD 21 Output Processor address bus 21 142 CLKIN Input 13 MHz clock input GPIO 40 Output 13 MHz clock output for main LCD 143 VSIM SIM power supply 1 7 3 3 V controller amp Sound generator IC pu VSIM ADD 20 Output Processor address bus 20 144 GND Ground GND Ground 145 USC 3 Input Pull up to VINT ADD 23 Output Processor address bus 23 146 USC 1 Input USC GND Ground 147 GND Ground VEXT SIM power supply 2 4 3 3 V 148 USC 0 Input USC pin Ginie_ TX Input 149 DATA 10 Input Processor data bus 10 GND Ground Output GPIO_4 Output UART CTS for Bluetooth module 150 DATA 8 Input Processor data bus 8 GPIO 2 Output USB charge current control eu GPIO 3 Input UART 875 for Bluetooth module ou snp SHIDO Tene ope 152 DATA 14 Input Processor data bus 14 Output TM150 OTHERS 6 6 CONFIDENTIAL Pi
111. considering RF cable loss e Press the Measure button 6 The result appears in Measured Power box The signal type from GSM tester must be either of two 1 Continuous sine wave without modulation with the frequency as follows Frequency of the measured channel 67 708kHz Ex channel GSM 37ch the result 942 467708 MHz Power 110 to 10 dBm 2 BCCH signal of the measured channel Power 110 to 10 dBm Result When the handset is properly calibrated the error between Esti mated Power and Measured Power is less than 3dB 4 6 4 Termination Turn off the handset to ensure proper operations 4 6 5 Trouble information When switching DCS and PCS change the channel number as well Or the band does not change properly Example If you change DCS 512 CH to PCS 512 CH the band remains DCS DRAFT 4 7 Password reset SPST resets the password handset code is set to 0000 Operation 1 Set the COM port on the SPST initial screen and click User Pass word Reset Click Yes to reset Click No to exit SPST for TM150 EE xi 7 Do you reset Handset code 2 When completed the following appears SPST for TM150 Es G User password reset has been completed 4 8 Performance check and adjustment With this function SPST checks the performance of the handset and makes adjustments lt Operation gt 1 Setthe COM port on the SPST initial screen and click Performance c
112. cuit NC Internal circuit node Do not externally connect NC Internal circuit node Do not externally connect NC No internal or external connection NC Internal circuit node Do not externally connect Terminal Input name Output CE1 Input Chip 1 NC Internal circuit node Do not externally connect Description of terminal NC Internal circuit node Do not externally connect NC Internal circuit node Do not externally connect VDD Input Power supply CE2 Input Chip Enable2 VOUT2 Output VCC for VRF GND Ground VOUT1 Output VCC for NC Internal circuit node Do not externally connect GND Internally connected to the package base DCS PCS OUT RF output for the DCS PCS bands This is a 50Q output The output matching circuit and DC block are internal to the package GND Internally connected to the package base NC Internal circuit node Do not externally connect GND Internally connected to the package base CE1 1 6 VOUT VCC2 DCS PCS Controlled voltage input to the DCS PCS driver stage This voltage is part of the power X 2 5 GND control function for the module This node CE 3 must be connected to VCC OUT This pin should be externally decoupled 4 VOUT2 TM150 OTHERS 6 17 CONFIDENTIAL 2 FUNCTION TABLE OF CAMERA 1001 DKENDW108AFSN CAMERA UNIT Terminal name I
113. d or And is periodic pulse wave 3 25 MHz sent from pin 3 of the dirty SIM card Replace C210 or C159 NO Is 2 85 V supplied from CN104 pin 28 NO Are C210 and C159 good in appearance and mounted prop erly YES 103 is defective Replace R195 or C216 NO Are R195 and C216 good in appearance and mounted prop erly YES IC 106 is defective Replace R164 or C217 Are R164 and C217 good in appearance and mounted prop erly Is 2 85 V supplied from CN104 pin 30 Is periodic pulse wave sent from CN104 pin 31 106 is defective Replace R163 R249 or C218 NO Is 2 85 V supplied from CN104 pin 27 5 YES CN104 or SD SIM FPC is defective Are R163 R249 and C218 good in appearance and mounted properly Y IC106 is defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 40 CONFIDENTIAL DRAFT 16 SD MEMORY CARD IS NOT RECOGNIZED YES Is the SD card recognized on PC etc YES NO Is the card insertion detected SD SIM FPC properly inserted to CN104 YES Reinsert SD SIM FPC and try again Does the signal of SD DET become L when the card is inserted NO SD card socket and CN104 are in poor contact Hardwir ing on PWB is broken YES IC106 is defective Is 2 75 V or more applied to VAPP NO 103 or 0103 is defective YES SD card socket and CN104 are in poor contact SD CLK SD CMD and SD
114. de Data length 8 bits Parity bit None Stop bit length 1 bit Requirements for Loading loader Handset TM150 Communication method Asynchronous mode Data length 8 bits Parity bit None Stop bit length 1 bit 2 Required devices The following devices are required to rewrite MOT files using Communi cation Box Conversion connector 16 pin 10 pin This conversion connector is required to connect TM150 with Communica tion Box since the cable connector of Communication Box has 16 pins DRAFT 4 4 2 Getting started This section describes how to install uninstall the software and how to connect handset to a PC 1 Connecting handset to a PC 1 Installing uninstalling the software Double click the setup exe icon in TM150 Install E folder E Setup exe The Setup Wizard is activated Click the Next button Ihe 150 Welcome to the The 150 Upgrading Tool Setup Wizard Thes inb pucks poni Ehe read ba T Fas 711150 T ool oni pour Heo ho aortas Tha bi Es and rebecca eres E se d __ DR or ornnes and nell bes poecules kx Ks Weer esten Cancel Exam A location to install the software appears To install in the default location click the Next button To change the location click
115. e button f the SD card read write test 4 8 2 External back light check eu le The external display back light turns on and the message appears on the PC Check the back light and press OK Check the backlight and press OK If a failure occurs see 17 SD Memory card is not recognized in 3 Troubleshooting If a failure occurs see 10 Back Light does not turn on in 3 Trou 4 8 7 Vibrator test bleshooting Click to vibrate the handset Click OK to exit 4 8 3 Key back light check e If a failure occurs see 5 Vibrator does not work in 3 Trouble shooting The keypad back light turns on and the message appears on the PC Check the back light and press OK 4 8 8 Melody test A message describes test items Click Yes to proceed and No to exit The order of the test items speaker hands free hands free stereo speaker analog melody Trouble found by SPST Troubleshooting based on 3 Troubleshooting 1 Speaker See Speaker does not work 2 Hands free OL Sound is heard in audio test Parts between IC105 pin 10 and IC103 pin 93 are defective or 103 is defective No sound is heard in audio test See Hands free kit monaural headset in the section 3 No voice is heard from the earpiece 3 Hands free stereo Sound is heard in audio test Parts between IC105 pin 10 and IC103 pin 93 105 11 and IC103 pin 94 are defective Otherwise 103 is defec
116. e is between 8 000 and 10 000 lux When an error occurs the corresponding message appears Solve the problem according to Solution Error 1 Error message There are too many white cracks Cause The light is not sufficiently blocked Solution Block the light completely and perform white defect correction again e Error 2 Error message There are many white cracks Cause The light is not sufficiently blocked Solution Block the light completely and perform white defect correction again Error 3 Error message There are too many white cracks cannot be rectified Cause There is a hardware error Solution Replace the camera unit TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 23 3 Hold the handset in the proper position CONFIDENTIAL DRAFT 4 9 RELEASE When the handset does not turn on and enter the normal mode use this function to change mode to the normal mode Operation 1 Select the COM port on the SPST initial screen and click mode release The following dialog box appears SPST communicating Entering DIAG 4 Click the Black defect correction button The following message is displayed 5 Click the Yes button Communication starts 2 If SPST cannot communicate with the handset the following mes sage is displayed Make sure the handset is turned on and click Ej Retry To exit click Cancel SPS
117. earpiece and speaker When handling these parts wear fingerstalls Should you touch these parts clean them with a soft dry cloth Always wear fingerstalls when handling a shield case on the electric board Otherwise oxidation may occur causing handset performance deterioration 7 The FPC is a precision device Handle it carefully to prevent any damages 8 Do not expose the moisture sensor to liquids If the sheet gets wet red ink runs In this case replace the sheet with a new one Be careful about your perspiration 9 Before you disassemble or reassemble handset make sure to remove the Li lon battery 10 Be sufficiently careful with static electricity of integrated circuits and other circuits Wear static electricity prevention bands while servicing TM100 SERVICING CONCERNS CHAPTER 1 GENERAL DESCRIPTION FOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT PLEASE REFER TO THE OPERATION MANUAL 1 SPECIFICATIONS General Quad band GSM 900 MHz DCS 1800 MHz PCS 1900MHz GPRS enabled WAP MMS SMS Dimensions folded excluding the aerial H x W x D 27 1 x 49 2 x 94 8 mm Weight 112g Battery operating temperature 0 C 40 C Main display Display dimensions 240 x 320 pixels LCD display CGS 262 144 colours with backlight LCD backlight LED backlight white colour LEDs External display Display dimensions 64 x 96 pixels LCD display STN 65 536 colours LCD with backlight Camera CCD 1M pixels built in camera
118. ective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 36 CONFIDENTIAL DRAFT 12 THE DISPAY DOES NOT APPEAR ON MAIN DISPLAY Is Main Display unit fully inserted to CN704 NO Improperly inserted to the connector YES YES The contact point of the connector is dirty Clean the contact point of CN704 and insert the unit again Does the display appear NO Replace Main Display YES Main Display unit is defective Does the display appear NO Is 3 6 or more voltage applied to VBAT terminal FS701 and NO Go to the section Power is not turned on VBAT L terminal FS702 5 Is 2 8 0 1 V applied to TP170 Go to the section Power is not turned on YES Is 3 0 0 1 V or more applied to TP173 Go to the section Power is not turned on Regulator 703 or R716 is defective NO Is 1 8 0 1 V or more applied to TP714 NO Is 3 0 0 1 V applied to IC703 pin 1 ad l Are R743 and C728 good in appearance and mounted prop erly YES 5 YES Are CN701 and 103 good in appearance and mounted properly NO CN703 and CN103 are defective or mounted improperly And FPC is defective Is 13 MHz applied to clock TP713 5 Go to the section Power is not turned on Is 3 0 0 1 V supplied from LCD_RST L746 NO L746 C736 C751 CN701 and CN703 are defective or Are L746 C736 C751 CN701 and CN703 good in appear mounted improperly ance and mo
119. ed ones for maintaining the safety and performance of the set This document has been published to be used for after sales service only S H A H P CO H PO RATI O N The contents are PRS without notice SERVICING CONCERNS 1 When requested back up user s handset data using SPST SHARP Program Support Tool Otherwise before servicing warn the user that data in the memory may be lost during repairs 2 Upgrade the firmware to the latest version using SPST before returning the handset to the customer 3 After repairs inspect the handset according to the following flowchart Repairs are completed Fixed parts have been checked for proper operation Check IMEI No Operator code Destination Firmware version by Identity function of SPST Inspect each device using performance check adjustment function of SPST Carry out RF performance check with SPST All completed 4 When storing or transporting a PWB put it into a conductive bag or wrap it in aluminum foil C MOS IC may be damaged by electrostatic charges 5 Do not leave fingerprints etc on ornamental parts including a cabinet especially clear windows for main and sub displays Wear fingerstalls to avoid this Also ensure not to leave fingerprints on the surface of main and external display panels 6 To prevent oxidation which causes connection problems do not touch any terminals on the electric board microphone vibrator
120. election signal HOST F section HSP Low Display access RSP High Control access Hyper_Serial section RSP Low Control acces RSP High Display access Logic ground Data bus for high speed serial transfer Data sampling clock display clock CONFIDENTIAL Terminal name Input Output Description of terminal VDDCORE CORE Power supply 1 8 V 1 6 V 2 0 V CAMCK Output Clock for camera operation GDATA 1 G1 Output Display panel G output signal GDATA O GO Output Display panel G output signal RDATA 5 R5 Output Display panel R output signal R5 RDATA 4 R4 Output Display panel R output signal VDDCORE CORE Power supply 1 8 V 1 6 V 2 0 V PWMLCD PORT4 Output PWM LCD output General purpose PORT output default Not used BSBLK Input Output External Bit Stream data effective signal High is active when transferring the data DB6 Input Output Data bus DB7 Input Output Data bus DB8 Input Output Data bus DB9 Input Output Data bus VDDIO IO Power supply 3 0 V 2 7 V 3 3 V RDATA 3 R3 Output Display panel R output signal Pin Terminal Input No NAmE Output Description of terminal 51 VSYNC Input Vertical synchronization signal Output 52 HSYNC Input Hor
121. en data signal LSB Input Output Data bus signal 4 G1 Input Green data signal Input Output Data bus signal 3 G2 Input Green data signal Input Output Data bus signal 2 Input Output Data bus signal 1 G3 Input Green data signal Input Output Data bus signal 0 G4 Input Green data signal Input Reset signal G5 Input Green data signal MSB NO Power supply input 2 5V DSP core RO Input Red data signal LSB n5 Ground R1 Input Red data signal NO Ground R2 Input Red data signal Ground n2 R3 Input Red data signal Ground no AB R4 Input Red data signal Ground n2 R5 Input Red data signal MSB Ground NO Input Data sampling clock Ground N N Input Horizontal sync signal Ground n2 Power supply input 3 1 V DSP analog Input Vertical sync signal n2 Power supply input 2 9 V For YUV output buffer SO Output serial data output C2 O SI Input serial data input Power supply input 3 1 SCLK Input serial clock input Power supply input 3 3 V V Driver C2 NO CS Input serial interface chip select P
122. ent Camera section Temperature adjustment Battery section To abjust the device click this button HF calibration Performance check adjustment Main display flicker adjustment External display contrast adjustment White defect correction 9 Black defect correction TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 2 CONFIDENTIAL DRAFT 4 FUNCTIONS 4 1 DEFAULT SETTING 4 2 USER DATA BACK UP SPST can restore the factory settings SPST saves all the data stored on the handset This function 1 Set the COM port on the SPST initial screen and click 1 Deletes all user data in the file system User Data Back up 2 R WAP i fault 2 Specify the file name in the following dialog box and click Save Al xl Save jn AMyDocuments 3 Restores the values set by the user to default MEP LOCK settings and the destination and operator name do not change Operation 1 Setthe COM port on the SPST initial screen and click Default Set 2 Click Yes to proceed Click No to exit SPST for TM150 x 2 IF vau proceed default setting vou can not restare the user s data Do vau proceed My Computer gu My Network PI Save as type Backup File gt 2 3 Click Yes to back up the MEPLOCK data Click No to restore 3 The communicating dialog box appears while processing default settings SPST communicating
123. essage appears x G User Data will be erased during Initialization Are you sure vou want to initialize the File System Cancel Click the OK button Note When you check File System Initialize check box and click the OK button handset status returns to the default In this case user data is initialized after the MOT file rewrite operation Uncheck the check box to avoid this 3 Selecting a MOT file 1 Click the Select File button The Open dialog box appears The TM150 Upgrading Tool Ver 5 23 Port comi Download Option Communication Bax 3 5 Load File Select File Start Loading Flash TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE CONFIDENTIAL DRAFT Open dialog box 1 Press Power Button appears When using a cable for upgrading QD Click the W button to open a desired folder Bold down ihe Pawer key A Motorola file mot in the folder appears Click a file to write in When using the Communication Box Turn on Communication Box SW from No 10 down to No 1 turn 3 Click the Open button to open the file on only the handsets you are using The TM150Upqrading Tool Press Power Button CD 2 x Look E MOT File Ex Fel Ee mot File name p T mot Files of type Motorola Files mat Cancel 2 2 Keep Pressing Power Butto
124. eter Error Reinstall the upgrading tool Start over the rewrite operation RAM Loader responding Failed to initialize FLASH ROM in 4 5 1 Preparation Flash Error XXXX XXXX Connect and GSM tester with a GPIB cable Start over the rewrite operation GSM tester Connect PC and handset with a Data cable Use a test battery or one close Correspondence Error Undefined response from Loading loader Start over the rewrite operation Connect a RF cable of GSM tester to handset TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 244 CONFIDENTIAL 4 5 2 Default setting for the program Activate the program and set defaults x TM150RFCalibration Tool 0 9 0 3 Serial Serial Port Select the COMport PIB Interface Number we 1 lt 2 Tester cmu200 GPIB Address 20 4 Set the GPIBaddress 5 Set the Cable Offset values For cables with connector UKOG 1031YCZZ 1 0m able Offse 900 0 48 DCS 1800 07 UKOG 1032YCZZ 0 5m Pes 1900 oss the values as follows 1 0m 0 5m GSM900 0 48 0 27 DCS 1800 0 67 0 38 PCS 1900 0 68 0 38 In case of an attenuator addition state 6 db addition to the value Dial Setting Used for only Check I AutoDial Call No 123 Calibration Check m O 4 5 3 RF
125. externally connect 45 VRAMP Ramping signal from DAC A simple RC filter NC Internal circuit node Do not externally connect s depending on the selected aseband NC Internal circuit node Do not externally connect 46 VCCi GSM Internally connected to VCC1 39 VCC3 GSM Controlled voltage input to the GSM output No external connection required stage This voltage is part of the power control function for the module This node must be 47 GND1 GSM Ground connection for the GSM preamplifier stage connected to VCC OUT This pin should be Connect to ground plane close to the package pin externally decoupled 48 GSM900 IN RF input to the GSM band This is a 50Q input VCC OUT Controlled voltage output to feed VCC2 and Pkg GND Connect to groung plane with mulitiple via VCC3 This voltage is part of the power control base holes See revommended footprint function for the module It cannot be connected to any pins other than VCC2 and VCC3 VCC OUT Controlled voltage output to feed VCC2 and VCC3 This voltage is part of the power control function for the module It cannot be connected to any pins other than VCC2 and VCC3 VCC3 DCS PCS Controlled voltage input to the DCS PCS out put stage This voltage is part of the power control function for the module This node must be connected to VCC OUT This pin should be externally decoupled DCS PCS OUT Fully Integrated Power Control Cir
126. gital Base Ban in PCS1900 Band TeK Run eee oe Tek 1 00GS s 77 Acqs anaes is ien 2 T n BS1 talking C870 C4 Freq IC803 10Pin BS2 talking C871 803 6Pin 2 BS3 talking C872 IC803 12Pin BS4 talking C874 i IC803 14 4 ba TERRENI 500 D 32 768KHz Point R152 Digtal Base Band LSI Pin49 Tek 5 00 5 5 84 Acqs T C4 Freq 32 733kH2 10 05 X 424mV 2 Apr 2004 200 10 34 47 150 CIRCUIT DIAGRAM AND PWB LAYOUT S CONFIDENTIAL 500 5 5 481 Acqs nues Freq 1 5 0907MH2 eu 1 00V 9 VSYNC Point C760 on LCDC_PCB To LCD Unit pin28 25 0kS s 139 Acqs ERR is m ASD 1 C4 Freq 61 12 Unstable histogram 1 00 QD TCXOEN Point IC804 1 From Analog Base Band LSI Pin 2 Tek 100 S s 1 Acqs eu 1 00V TM150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 4 CONFIDENTIAL DRAFT CONFIDENTIAL DRAFT BASE BAND MAIN 3 8142 Sy Sx 21
127. h For further operations refer to 4 4 3 4 Rewriting a MOT file or 4 4 3 5 Checking the value of SUM 4 4 4 Error message list the error source Below is the list of error messages for the upgrading tool on the PC STR XX Indicates the status of Flash side and Loading loader on the handset side the error source When No 1 occurs handset screen shows error messages for No 2 to No 8 as well as the address No 10 and status No 11 of the error Message Descriptions Instructions source at the same time Select a file for Downloading Load File is not set Select or check the box of Initializing a MOT file 4 5 RF CALIBRATION amp CHECK Unable to open file Failed to open the MOT file Start over the rewrite operation Stabilized You need to set the Wait Time WaitTime S is not set power supply RF cable Set WaitTime S value Em The file you selected is The selected file cannot be rewrit Handset unsuitable for Upgrading ten for upgrading zi gi Select an appropriate MOT file Cannot Setup COM port The selected COM port does not exist or is used for other operations bh Select a COM port connected to the PC cable Test battery RAM Loader not responding response from Loading loader to Commands Start over the rewrite operation Data cable RAM Loader responding Information sent from the PC is illegal Param
128. heck and adjustment The following dialog box appears while pro cessing SPST communicating Entering DIAG 2 When completed the following is displayed Click Back to main menu to exit Memory check FSRAM Key back light check LOD test Black Wh ite ion Red Green Blue Temperature adusiment lL amera Sect back light check Gheck Sum Battery voltage check Temperature adjustment Battery section Vibrator test Melody test Audio tasi White defect correction Camera check display adjustment 2 Back to main menu The functions of each button are described below TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 20 CONFIDENTIAL DRAFT 4 8 1 Main back light check 4 8 4 LED check The main display backlight turns on and the message appears on the PC The LED lights up in a specified color and the message appears on the E PC Check the LED and press OK SPST for TM150 If a failure occurs see 15 Flash light does not work in 3 Trouble shooting 4 8 5 Battery voltage check Click to display the current battery voltage If a failure occurs see 1 Power is not turned on in 3 Troubleshooting If a failure occurs see 10 Back Light does not turn on in 3 Trou 4 8 6 SD read write test bleshooting Insert an SD card otherwise a message prompts you to do so and click th
129. inspected Channel PCL TX Mod_spectrum 600 661CH PCS TX 325 Switch Spectrum 1800 661CH PCL15 Mod spectrum 800 661CH 326 Switch Spectrum 1200 661CH PCL15 Mod spectrum 800 661CH 327 Switch Spectrum 600 661CH PCL15 Mod spectrum 600 661CH 328 Switch Spectrum 400 661CH PCL15 Mod spectrum 400 661CH 329 Switch Spectrum 400 661CH PCL15 Mod spectrum 250 661CH 330 Switch Spectrum 600 661CH PCL15 Mod spectrum 200 661CH 331 Switch Spectrum 1200 661CH PCL15 Mod spectrum 200 661CH 332 Switch Spectrum 41800 661CH PCL15 Mod spectrum 250 661CH 333 Burst Timing 661CH PCLO Mod spectrum 400 661CH 334 Burst Timing 512CH PCLO Mod spectrum 600 661CH 335 Burst Timing 810CH PCLO Mod spectrum 800 661CH 336 Burst Timing 661CH PCL5 Switch Spectrum 1800 661CH 337 Burst Timing 661CH PCL15 Switch Spectrum 1200 661CH Rx 338 Rx Sensitivity 661CH PCLO Switch_Spectrum 600 661CH 339 Rx Sensitivity 512CH PCLO Switch_Spectrum 400 661CH 340 Rx Sensitivity 810CH PCLO Switch_Spectrum 400 661CH 341 Usable Receiver Level 661CH PCLO Switch_Spectrum 600 661CH 342 Rx Level Reports 661CH PCLO Switch_Spectrum 1200 661CH Switch_Spectrum 1800 661CH Switch_Spectrum 1800 512CH Switch_Spectrum 1200 512CH Switch_Spectrum 600 512CH Test items Troubleshooting list Check parts for GSM900 for DCS Check parts Check parts for PCS Switch_
130. izontal synchronization signal Output 53 EXCS_B3 Input Chip select output 3 Output internal decode output Not used 54 XIN Input Oscillation circuit input External clock input signal Clock input for full scan 55 SUBDB6 Input Data bus for External display Output 56 HESET B Input Master reset All registers are initialized when Low is activated 57 SUBDBO Input Data bus for External display Output 58 SUBDB2 Input Data bus for External display Output 59 HSD5 Input Data bus for high speed serial transfer Output 60 DBO Input Data bus Output 61 HSD4 Input Data bus for high speed serial transfer Output 62 EXCS B2 Input Chip select output 2 internal Output decode output Not used 63 GDATA 5 G5 Output Display panel G output signal RDATA 2 R2 Output Display panel R output signal 64 GDATAI4 G4 Output Display panel G output signal RDATA 1 R1 Output Display panel R output signal RDATA 0 RO Output Display panel R output signal 4 PO Output MPEG4 control EXCS BO Input Output Chip select output O internal decode output Not used BSPIXEL7 Input Output External Bit Stream data bus BSVS B Input Output External Bit Stream vertical synchro nization signal Low is active DB10 Input Output Data bus DB11 Input Output
131. klight LED off 42 SW Output GNDP DC DC coil switching terminal for front rear backlights Step up stop 43 GNDP Output VBAT2 Ground 44 VBAT2 GND2 VBAT power supply 45 VPLUS11 Input GND2 DC DC step up voltage feedback input for front rear backlights Step up stop 46 T3 GND3 Dummy terminal internally connected with T4 In thisunit the terminal with asterisk mark is open terminal which is connected the outside TM150 OTHERS 6 15 CONFIDENTIAL DRAFT Description of terminal name GSMGND GND for Emitter of LNA transistor GSM G T VNEG enoe a ERROUT Current output to control and modulate TXVCO F TE VCCOPLL VCC for OPLL and Phase comparator VCCTXVCO VCC for TXVCO m GNDTXVCOD GND for DCS PCS GNDTXVCODB GND for DCS PCS TxVCO D ee bee TXOUTG Output Tx output for GSM COMMONGND GND for common C 2 sense TXOUTD Output Tx output for DCS PCS TXVCOGB Input Negative TxVCO output for GSM B 1 2 ume LEDR m TXVCOG Input Positive TXVCO output for GSM VCCIQ Input VCC for IQ modulator A T2 WVOUT 15012 15011 GND1 al Input Positive output input of Output channel modulator 8 7 6 5 4 3 2 1 IOUTB IINB Input Neg
132. l Display VPLUS2 VDD2 RECIVER_OUTN Connector connection check terminal TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 27 CONFIDENTIAL DRAFT LCD PWB REAR SIDE C729 R713 BS M 1 5 780 8705 ai a aft C728 Ar EJ YAH als sij 1 1 2 O D7ii _ o d a E H R743 704 aS ni 5 EN c796 3F C782 3 15 i R761 726 AP 712 v 1250 121 UUUUUUTUUUUWNUUUUUUUUUULUIUUUUWLu lt T 5 706 2 5 43 0 c120 1c706 S o2 D 769 sm alt a
133. ly decoupled 38 NC No internal connection Connect to ground NC Internal circuit node Do not externally connect plane close to the package pin GND Internally connected to the package base 39 VCC1 DCS PCS Controlled voltage input to the DCS PCS driver stage This voltage is applied internal to GSM900 OUT RF output for the GSM bands This is a 500 decoupled output The output matching circuit and 40 BAND SEL Allows external control to select the GSM or DC block are internal to the package DSC PCS bands with a logic high or low A Internally connected to the package base logic low enables the GSM bands whereas a ae logic high enables the DCS PCS bands NC Internal circuit node Do not externally connect TO D 41 TX ENABLE This signal enables the PA module for opera NC nternal circuit node Do not externally connect tion with a logic high Both bands are disabled NC Internal circuit node Do not externally connect with a logic low NC Internal circuit node Do not externally connect 42 VBATT Power supply for the module This pin should be awe externally decoupled and connected to the battery NC Internal circuit node Do not externally connect 43 VBATT Power supply for the module This pin should be NC No internal or external connection externally decoupled and connected to the battery NC Internal circuit node Do not externally connect 44 INC Internal circuit node Do not externally connect NC Internal circuit node Do not
134. n appears When using a cable for upgrading Hold down the Power key until the Keep Pressing Power But Note ton disappears Make sure to select MOT file When using the Communication Box If the File name field is blank you cannot rewrite a MOT file Leave the Communication Box SW turned on Use MOT files in the hard disk If the selected MOT file is stored in other locations an error mes The TM150Upgrading Tool sage appears and you cannot complete the rewrite operation Sync received Sending File to Error x keep Pressing Power Button Unable to Open file To use MOT files on CDs or on the network copy or download them to the hard disk first 3 The MOT file rewrite operation starts lt When using a cable for upgrading gt When Keep Pressing Power Button disappears release the Power key lt When using the Communication Box gt Leave the Communication Box SW turned on The TM150Upqrading Tool Now Downloading PROGRAM Area 4 Rewriting a MOT file Click the Start Loading Flash button to start rewriting _ xd TM150 Upgrading Tool Ver 5 23 Pork Download Option Communication File System Initialize Mow Loading Size Ox00540000 Ox00e00000 Byte Load File C Documents and Settings 4dministratoriDesk Start Loading Flash TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE
135. n Terminal Input ww Terminal Input sare Output Description of terminal Name Output Description of terminal 153 GND Ground VDDUSB Input USB power supply 2 8 3 3 V VUSB 154 NRAMCS2 Output Chip select for SRAM 2 GPIO 23 Output SIM interface reset 155 GPIO 44 Input Wakeup mode select SIMDATAIO Input SIM interface data input output 156 VSSUSB USB ground 11 157 GPIO 47 Output Camera module reset GPIO 24 Output Sound generator IC reset 158 GPIO 20 Output JTAG TDI Saas 159 CLKON Outout 13 MHz oscillator power control signal VCXOEN GPO 2 Output Write protect control for flash memory 1 160 VCC Core power supply 1 7 1 9V GND Ground Input VCORE GPO_8 Output IrDA power ON OFF control 161 GPO_18 Output SYNTH enable for RF SYNTHEN GPO 9 Output Band select for RF 853 162 GPO_21 SYNTH clock output for RF Output SYNTHCLK GPO 10 Output BUF OFF for main LCD controller 163 DATA 12 Input Processor data bus 12 In this unit the terminal with asterisk mark k is open terminal which Output is not connected to the outside 164 DATA 11 2 Processor data bus 11 07 VHIEW6671 1R EW6671 HALL utput Terminal 165 NWE Output Processor write strobe lie Input Output Description of terminal 166 VEXT SIM power supply 2 4 3 3 V Input VDD Input Input 167 GPO 11 Output Band select 4 for RF BS4 GND Ground 168
136. nput Output Description of terminal 3 FUNCTION TABLE OF DISPLAY LCD1000 RLCUB0048AF03 MAIN DISPLAY 1 Input Address signal Terminal name Input Output Description of terminal A2 Input Address signal Input COM electric potential input for CS Input Address signal Input COM electric potential input for CS Input Address signal TFT COM Input COM voltage input Input Address signal Output COM signal output Input Output Data bus signal 15 Output COM signal output Input Output Data bus signal 14 COMDC Output COM center voltage output Input Output Data bus signal 13 Input Output Data bus signal 12 VCOMH Output COM amplitude voltage output Input Output Data bus signal 11 BO Input Blue data signal LSB Input Output Data bus signal 10 B1 Input Blue data signal Input Output Data bus signal 9 B2 Input Blue data signal Input Output Data bus signal 8 B3 Input Blue data signal Input Output Data bus signal 7 B4 Input Blue data signal Input Output Data bus signal 6 5 Input Blue data signal MSB Input Output Data bus signal 5 GO Input Gre
137. nput output Smartcombo Flash 5 5 1 2 Chip enable input SRAM sleep state input Smartcombo RAM 1 5 Power SRAM SF F SC VCC Power NOR Flash Smartcombo Flash Smartcombo RAM NC Not used CLE Command latch enable input Smartcombo Flash WP F WP Write protect input NOR Flash VPP F VPP Power voltage detect terminal NOR Flash When deleting writing VPP VPPH When deleting writing is prohibited VPP lt VPPLK Input Address input NOR Flash Smartcombo RAM SRAM Input Output Data input output NOR Flash Smartcombo RAM SRAM Command Address and Data input output Smartcombo Flash Pin Terminal TM Wahre Input Output Description of terminal 1 Not used 2 A20 Input Address input NOR Flash Smartcombo RAM 3 11 Input Address input NOR Flash Smartcombo RAM SRAM 4 A15 Input Address input NOR Flash Smartcombo RAM SRAM 5 A14 Input Address input NOR Flash Smartcombo RAM SRAM 6 A13 Input Address input NOR Flash Smartcombo RAM SRAM 7 A12 Input Address input NOR Flash Smartcombo RAM SRAM GND Ground 9 NC Not used VCC IO NC 10 NC Not used 11 NC Not used 12 NC Not used 13 SF RY BY Output Ready busy output Smartcombo Flash 14 A16 Input Address input NOR Flash Smartcombo RAM SRAM 15 A8 Input Address input NOR Flash Smartcombo RAM SR
138. o IC105 pins 7 and 32 ___ __ R158 is defective YES Is the signal sent to 105 pin 12 YES R145 and R146 are defective or 105 is defective NO 105 or the control line to 106 is defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 33 CONFIDENTIAL DRAFT 8 MP3 CANNOT BE PLAYED Speaker YES YE Is Ringer Volume set to Silent EE C M Cancel Silent Is sound produced NO Go to the section Video Voice Recorder playback is impossi ble YES Is output of the video and voice recorder normal Are keypad tones and ring tones normal NO YES Go to the section Speaker does not work Insert an SD card with MP3 files recorded on a normal unit YES Not defective Do they play NO NO NO Is the SD card recognized Go to the section SD Memory card is not recognized YES Is the signal sent to 103 60 YES Parts between 103 60 and IC105 pins 14 amp 13 are defective or soldered improperly 103 is defective Hands free kit headset The following procedure applies to both monaural and stereo headsets Is sound normally produced from Speaker Go to the section regarding Speaker YES Hands free kit is defective Replace the hands free kit Is sound produced NO Go to Hands free kit monaural headset in the section No voice is heard from the earpiece
139. of b and d Close the display section and remove the cabinet B unit Remove the side frame L and R and remove the closeup lever When installing squeeze the camera closeup lever VIBRATING MOTOR REMOVAL Open the display section Remove the screw cover and remove the special screw When removing or installing the special screw use the exclusive tool When tightening the screws follow the tightening sequence of a b c and d Disengage the pawls and cabinet D unit Remove the side key the jack cover and the external connector cover Slightly open the cabinet D on the external connector side Disengage two on the external connector side Disengage two pawls on the antenna side Remove the cabinet D TM150 DISASSEMBLY AND REASSEMBLY 3 1 CONFIDENTIAL DRAFT 3 Remove the vibrating motor from the cabinet D unit When attaching the PWB unit rotate the main PWB and the LCD PWB 180 degrees in the arrow direction to wind the flat cable 2 Remove the camera shield case unit from the main LCD PWB unit D BACKUP BATTERY REMOVAL Disengage the pawl and remove the sub LCD unit Disconnect the connector 1 Remove the backup battery from the PWB unit When installing the battery be careful of the installing direction and install it diagonally from the lower side of the battery holder spring 3 Remove the connector
140. oftware 2 Connecting handset to a PC 1 Double click setup exe in TM150 Install E folder A Using a cable for upgrading 1 Connect the cable to a PC E 2 Connect the cable to handset setup exe 3 The photo below shows handset connected to a PC 2 The Setup Wizard is activated Select Remove The TM150 Upgrading Tool and click the Finish button The TM150 Usapracing Welcome to the The TM150 Upgrading Tool Setup Wizard moe nd bo escono T he 7150 T ool Tha TM150 lipguading The Pc Ae EA T Ete ae et rauhaa r4 of Haz pepa ang poston al ic mag mmus amd peecusd ba ths Using Communication Box 1 Connect a PC to Communication Box via a serial cable 2 Connect the AC charger to Communication Box and then plug it into the outlet All SET POWER SW on Communication Box must be turned off 3 Connect the conversion connector to Communication Box Cables Connect the conversion connector in the following order label side up From upper right end Cable No 1 3 5 7 and 9 From lower right end Cable No 2 4 6 8 and 10 na The TM150 Removing The TM150 Upgrading T The TM150 Tool being 4 The uninstallation is completed Click the Close button to close the Setup Wizard 4 The photo
141. on Disconnect the AC charger from a cable for upgrading start Loading Flash When rewriting MOT files using the upgrading tool do not connect the AC charger to the cable If you connect the cable connected to the AC charger to handset charging starts and the MOT file rewrite operation is interrupted Note Disable the power saving mode before rewriting MOT files EM If the power saving mode is active the rewrite operation may fail All SET POWER SW on Communication Box must be turned off depending on the If handset is connected with SET POWER SW turned on charging starts and the MOT file rewrite operation is interrupted Make sure handset and Communication Box Cable 1 are connected via the conversion connector When using Communication Box the only handset connected to Cable 1 can be operated on the PC TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 7 CONFIDENTIAL 2 Selecting options and COM port Uncheck the check box when using a cable for upgrading Leave it checked when using Communication Box 2 To initialize user area check the File System Initialize check box User data will be deleted and the handset status will return to the default 3 Click here and in the pull down list select a communications port where the cable or Communication Box is connected The TM150 Upgrading Tool Ver 5 23 Download Option 4 mmunication wattrime s e B Sy
142. ontact with hands free kit YE Is the signal sent to TP163 P L105 is defective NO YES Is the signal sent to the positive pole of C110 C110 C105 and V109 are defective NO YES Is the signal sent to 103 64 R126 is defective NO Is the voltage 0 1 V or lower on R191 1C106 pin 100 side NO Jack JK101 is defective or the jack plug is in a poor contact with hands free kit Monaural mode is set YES Is approx 1 2 V applied to IC103 pin 64 EE 103 is defective YES 103 or 106 is defective 4 BATTERY DOSE NOT CHARGE Set a battery of 3 8 3 9 V and connect the charger CN701 and CN103 are connected improperly and IC103 is defective YES NO LO R at R701 5 5 Set a battery of 4 0 4 2 V the Performance check LED702 of the mobile light is defective aia YES For settings and connections for SPST refer to the ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE see page 2 1 Click the Temperature adjustment button Is the value of TH701 101 and 103 are defective CN701 and CN103 temp normal Measurement tolerance 5 deg are connected improperly YES IC103 is defective Click the Battery voltage check button Is the voltage 4 0 4 2 V YES Set a battery of 3 3 4 2 V and start in normal mode Connect the charger to the external connector Is the voltage NO R535 R
143. ool Rx test GSM900 Band channel 62 Tek 50 0MS s 1905 Acqs cet SYNTHEN STAND BY IC801 29Pin SYNTHCLK STAND BY 801 30Pin SYNTHDATA STAND BY 801 32Pin RF Test Tool Tx test GSM900 Band Tek Stop 51 talking C870 803 10Pin e BS2 talking C871 IC803 6Pin BS3 talking i 6503 12Pin E 54 talking R1863 IC802 41 Pin Ch1 Ch3 1 00 5 A 7 1 00 2 00 V 2 00 V dmi 2 00V HF Test Tool Tx test DCS1800 PCS1900 Band Tek Run CU BS1 talking C870 IC803 n BS2 talking C871 IC803 6Pir BS3 talking C872 803 12 54 talking L ER R1863 802 41 i T i 1 1 1 i H Hi 4 150 CIRCUIT DIAGRAM AND PWB LAYOUT 5 2 CONFIDENTIAL DRAFT D 13MHz IN Point R261 To Digital Base Band LSI 142 RF Test Tool Rx test GSM900 DCS1800 Band Tek 1 00GS s 388 Acqs Tek 50 0 5 5 38 Acqs ea Ce BS1 talking 1 Freq C870 aie nstable o histogram BS2 talking C871 803 BS3 talking C872 803 12Pin 3 BS4 talking C874 803 14Pin 500 AE TeSt Tao 13MHz OUT Point R166 from Digital Base Band LSI Pin84 Mis 8 2 Point from Di
144. orm black defect correction to eliminate errors in these pixels 1 Requirements Desk top type of fluorescent lamp Black defect correction sheet 8 level gradation pattern black amp white pattern Comparing with an adjusted handset click A or W to adjust the value so that the same gradation pattern is displayed Click Save and confirm the pattern on the external display 4 8 16 White defect correction lluminance meter White defect correction 2 Procedure Defective pixels in a camera light sensor appear as bright points in the display even when light is blocked completely display is all black Per form white defect correction to eliminate errors in these pixels 1 Cover the camera section with the black defect correction sheet as shown in Figure 96 1 Protect the handset camera from light completely with a black cover 2 Click the White defect correction button The following screen appears SPST for TM150 Please cover the lens of camera hands black thine etc Is it ready Click the Yes button and leave it for about 20 seconds When completed the following message appears Attach the Black defect correction sheet SPST for TM150 to the handset firmly with clear scotch tape imc im 4 ra mei 2 Check the distance from the fluorescent lamp by using an illumi nance meter In the proper position for black defect correction illuminanc
145. ower supply input 8 V Sensor C2 C2 RESET Input Hardware reset IP parameter read signal VCC Logic power External clock input GND Ground Chip select input C2 IP parameter write signal GND Ground C2 Interruption signal VDC Analog power Power supply input 15 V Sensor VDC Analog power C2 2 control for CS VCLAMP Output Voltage for CS output VSS2 Output DC DC converter output AB no VSS1 Output DC DC converter output NC Not used VDD2 Output DC DC converter output C5 Booster capacitor connection terminal TM150 OTHERS 6 18 C54 Booster capacitor connection terminal CONFIDENTIAL Description of terminal Terminal name Terminal name Description of terminal C4 C4 Booster capacitor connection terminal Booster capacitor connection terminal DO Data signal C3 Booster capacitor connection terminal D1 Data signal C3 2 Booster capacitor connection terminal Booster capacitor connection terminal D2 Data signal C2 Booster capacitor connection terminal D3 Data signal C1 C124 Booster capacitor connection terminal Booster capacitor connection terminal D4 Data signal
146. pos Out Description of terminal 36 GPIO 34 Output UART TXD for Bluetooth module 37 ADD 4 Output Processor address bus 4 38 ADD 2 Output Processor address bus 2 39 Ground 40 KEYPADROWT 0 Input signal input 0 41 VEXT Input d interface power supply 4 33 V VINT 42 GPO 23 Output SLEEP control for SRAM 2 43 ADD 7 Output Processor address bus 7 44 VMEM Input Memory power supply 2 7 3 3 V VMEM 45 ADD 1 Output Processor address bus 1 46 CSDO Output eee port data output to 47 CLKOUT GATE Input clock enable from analog MCLKEN sal i e 49 OSCIN Input 32 768 kHz crystal oscillator input 50 MC SD interface CMD SD CMD Output 51 GPIO 55 Input Boot control 1 Hardware version select 52 GND Ground 53 KEYPADROW 3 Input signal input 54 KEYPADROW 1 Input KEYIN signal input 1 55 GPIO_33 Input UART_RXD for Bluetooth module 56 GPIO 17 Output ME output for Bluetooth 57 ADD 11 Output Processor address bus 11 58 ADD g9 Output Processor address bus 9 59 ADD 5 Output Processor address bus 5 60 ADD 3 Output Processor address bus 61 GND 62 VCC Input Core power supply 1 7 1 9 V VCORE 63 PWRON Output zU power control for analog 64 MC DATT 1 Input SD interface data bus 1 Output 65 GND Ground 66 VEXT Input SIM power supply 2 4 3 3 V VINT 67
147. r supply 1 8 V 1 6 V 2 0 V PLLGND PLL Ground PLLDIVO Input PLL multiply switching signal PLLDIV1 Input PLL multiply switching signal HSDO Input Output Data bus for high speed serial transfer HSD1 Input Output Data bus for high speed serial transfer HSD2 Input Output Data bus for high speed serial transfer HSWRD Input Output Read Write determination signal for high speed serial transfer HSEN Input Output High speed serial data effective signal High is active HSCK Input Output Standard clock for high speed serial transfer 5 to 33 MHz DUMMY3 Dummy 3 PWM1 PORT8 Output PWM output 1 General purpose PORT output default Not used PLLDIV2 Input PLL multiply switching signal VDDCORE CORE Power supply 1 8 V 1 6 V 2 0 V GND Logic ground SUBWR B Light signal for External display TM150 OTHERS 6 11 Terminal name Description of terminal GND Logic ground VDDCORE CORE Power supply 1 8 V 1 6 V 2 0 V Output PWM output 0 General purpose PORT output default SUBCS_B Input Output Chip select signal for External display CS_B Input Output Device select signal Display is active when CS B is Low VDDIO IO Power supply 3 0 V 2 7 V 3 3 V LCDINT Output External interrupt signal St
148. roubleshooting Burst Power E Burst Power Rx Level Reports 7 Make sure the terminal display is In Call and click OK RF performance check starts Ricaltool 5 0592 OK 66 13 OK 11 Click OK 8 The following message appears during the check Press the keys 1 Rfcaltool 2 3 and Send again and click H caltanl 12 The initial screen returns 9 Make sure the terminal display is In Call and click OK Rfcaltool 10 RF performance check is complete Click Save As and name the file to save the result Click OK to exit E Result OK gt ww gt RO oO ete IE e ev toe NOM WM wh Now CD CH CO Cc 0 cuc S nico e e FEE es FEE Em xm VERE Fra 70 94 OK A TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 13 CONFIDENTIAL Attachment 2 Whole inspection list by RF performance check Sending to be Receive inspected 2 2 Channel DRAFT Band Sending Heceive Item to be inspected Channel GSM900 Tx Burst Po
149. s the problem solved YES C L The built in microphone is defective or in a poor contact with the PWB NO L101 L102 and C101 are defective YES Is 1 2 2 1 V applied to TP119 NO Is 2 4 2 5 V applied to TP176 YES R125 is defective Is 2 4 2 5 V applied to IC103 pin 76 Is 1 2 2 1 V applied to both ends of C101 YES MO R115 and C108 are defective IC103 is defective Is approx 1 7 V applied to IC103 pin 80 EE EA Is approx 1 7 V applied to IC103 pin 96 NO YES R263 and R130 are defective C103 is defective NO Is 2 7 or more voltage applied to R192 IC106 pin 89 side R192 is defective Headset mode is set YES Replace C126 or C133 Is the problem solved MES C126 or C133 is defective NO IC103 and 106 are defective Hands free kit headset The following procedure applies to both monaural and stereo headsets Replace the hands free kit Is the signal sent YES Hands free kit is defective NO R104A R112 and V101 are defective YES Is 0 7 1 8 V applied to JK101 pin 2 Is 0 7 1 8 V applied to TP120 YES Is 2 4 2 5 V applied to TP176 NO NO YES H122 is defective Is 2 4 2 5 V applied to 103 pin 76 NO YES R115 and C108 are defective 103 is defective Is approx 1 7 V applied to 103 pin 95 Is approx 1 7 V applied to IC103 pin 79 Is the voltage 0 V on R192 IC106 pin 89
150. stem Initialize Load File Comas Start Loading Flash When using Communication Box set Wait Time Check the Communication Box check box to adjust Wait Time default 3 seconds The time to delete the program data varies between handsets Handsets wait for the set Wait Time until the whole process is completed If an error occurs increase the value Download Option Communication Box 3 WaitTimefS File System Initialize l an Notes for the Wait Time setting When the set value is smaller than the default 3 the message on the left appears alerting you a possible error Click the OK button to proceed and click the Cancel button to change the value x G Since Wait Time is set up lower than a default a error may occur Is processing started gt Cancel DRAFT You can shorten time for the MOT rewrite operation by selecting a smaller value for Wait Time Example Time to rewrite two MOT files at a time At the default setting 3 seconds rewrite time is approximately 40 minutes If the value is set to 1 the rewrite time will be reduced to approximately 30 minutes If an error occurs at 1 increase the value The error screen will appear on handsets No 2 to No 10 If this screen appears increase Wait Time and retry Error screen Flash Loader 5 02 CORRESPONDENCE_ERROR When the File System Initialize check box is checked a confirmation m
151. t CPIN GND3 2 4 times step up charge pump C2 connection terminal Not used Step up stop 23 GND3 VBAT1 Ground 24 STRB CMOS input VIO VIO GND2 Three wire serial strobe input 25 CLK CMOS input VIO VIO GND2 Three wire serial clock input 26 VPLUS12 Input GND3 DC DC step up voltage feedback input for front rear backlights Step up stop 27 CAMP Output VPLUS12 GND3 15 V voltage output terminal for camera 0 V output 28 DATA CMOS input VIO VIO GND2 Three wire serial data input 29 FRP CMOS input VIO VIO GND2 Level shift circuit rectangular wave input terminal 30 IREF Output VBAT1 GND3 Resistor connection terminal for current reference 31 VREF Output VBAT1 GND3 Voltage reference terminal connected with C 32 LEDCTL CMOS input VIO VIO GND2 On Off control terminal for R G B LED 33 ERROUT Output VBAT2 GND2 SWREG error detection amplifier output Not used No output 34 FLED Output GND2 White LED drive terminal for front backlight LED off 35 GND2 VBAT2 Ground 36 SBD Input GND2 SBD input terminal 37 VNEG Input VBAT1 Negative power supply terminal for camera 38 Output VBAT1 8 voltage output terminal for camera 0 V output 39 4 GND3 Dummy terminal internally connected with T3 40 RSTB l CMOS input VIO VIO GND2 Reset input reset by low input 41 BLED Output GND2 White LED drive terminal for rear bac
152. t 47p 25V PCSLNAIB 99 90 ANT 0 L806 Dx C853 i CB59 E B PCSGND TP TET 3X2 C857 VCCLNA 22 29 pcs VRF PG 1 4 1 4 2 Jj TM100 CIRCUIT DIAGRAM AND PWB LAYOUT 950 HF Switch 851 BS2 BS3 GSM TX IG LO HIGH RX IG OW pes TX LOW IG LOW RX IG OW PCS TX LOW IG LOW RX OW 0 OW C884 L832 0 Ap 25V gt m X m 1 CONFIDENTIAL DRAFT CONFIDENTIAL DRAFT KEY MAIN ee G O 0 4 i SW Side UP SW Side_DOWN pi o o GNO X 0930 0 i i O TP514 41 no we on off SW501 KAFBON RO 0 NUI UARTTX 64 zl gt T UARTRX SPICLK CNN m v W502 SW506 SW510 SW544 SW548 we 85 KARBON AO 3 KARBON RO 3 KARBON RO KARBON RO KAFBON RO MCLK PCMOUT 32 0 oO o PCMCLK KEYPADROWI 1 P gt 4 39 PCMSYNC PIO5 2 x 5 MIN d 29 5503 50507 SW511 SW515 Sw519
153. t Digital BB supply regulator on signal 88 SGND AOUT2P N ground 89 AOUT2N Output Not used 90 SPWR Input Not used 91 AOUT2P Output Not used 92 NC R12 Not used 93 AINSL Input Sound IC audio L channel input 94 AINSR Input Sound IC audio R channel input 95 AIN2N Input Headset mic audio negative input 96 AININ Input Mic audio negative input 97 RESET Output Reset output 98 VMEM Output Memory interface supply 2 75 3 05 V 99 VMEM Output Memory interface supply 2 75 3 05 V 100 VBACK Output Backup battery supply 2 72 3 05 V 101 VBACKSEL Input Backup battery supply voltage TM150 OTHERS 6 3 selection Terminal name Input Output CONFIDENTIAL Description of terminal VSIM Output SIM interface supply 2 75 2 95 V VRTC Output Real time clock supply 1 6 2 0 V 05 VHIYMU762C 1L YMU762C SOUND Terminal name Input Output Description of terminal SGND AOUT2P N ground Input Clock input terminal 2 Output Not used LED Output External LED control terminal SPWR Input Not used IRQ Output Interrupt output terminal AOUT2P Output Not used RST Input Hardware reset input terminal LDOEN Output Regulator enable output NC Not used KEYOUT Output Power on key output PLLC Built in PLL capacitor terminal KE
154. t for Camera module TM150 OTHERS 6 7 Terminal name CONFIDENTIAL 1C109 VHINJ287130 1L NJM2871F03 3 0 V REGULATOR Description of terminal CONT Control GND Ground NB Noise bypass VOUT Output Terminal name Input Output Input B 1C111 VHIR116030B 1L R1160N301B REGULATOR B C703 VHIR116018B 1L R116018B 1 8 V REGULATOR Description of terminal VDD Input Input GND Ground CE Input Chip enable ECO Input High speed low consumption selector switch Terminal name Output Input Output Description of terminal Input Signal input Input Signal input Ground Output Logic value output Input Power supply B C114 RH IXA007AFZZL 1631503 COMPARATOR Terminal name Description of terminal IN Input Ground Input Output Power supply VOUT IN VSS IN 15 VHIXC61CN27 1L XC61CN27 REGULATOR oe uu Description of terminal 1 VOUT Output Output 2 VIN Input Supply voltage input 3 NC Not used 4 GND Ground In this unit the terminal withasterisk mark is open terminal which is not connected to the outside 1 VOUT 4 VSS 4 UU Description of terminal 1 GND Ground 2 VDD Power supply 3 VOUT Output Ou
155. tage 0 V on R192 IC1 NO Jack JK 101 is defective or the jack plug is in a poor contact with hands free kit Handset mode is set YES Is approx 1 2 V applied to 103 pin 60 __ NO__ 1C103 is defective YES 103 or 106 is defective Hands free kit stereo headset Option The headset cannot be used It works as a monaural headset NO Is the stereo headset the one specified by Sharp NO __ plug a 6 pole type with a ring YES YES Is R ch only the channel that does not send signals N EXT PAG E Hands free kit is defective Is the signal sent to JK101 pin 3 YES Jack JK101 is defective or the jack plug is in a poor contact with hands free kit NO YES Is the signal sent to TP121 L103 is defective s YES Is the signal sent to the positive pole of C107 C107 C103 and V106 are defective NO Is the signal sent to IC103 pin 60 ee R124 is defective NO Is the voltage 0 V on R192 IC 106 89 side NO Jack JK 101 is defective or the jack plug is in a poor contact with hands free kit Handset mode is set YES NO Is approx 1 2 V applied to IC103 pin 60 C103 is defective YES IC103 or IC106 is defective TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 31 CONFIDENTIAL DRAFT BACK PAGE Is the signal sent to JK101 pin 1 YES Jack JK101 is defective or the jack plug is in a poor c
156. tive No sound is heard in audio test See Hands free kit stereo headset Option in the section No voice is heard from the earpiece 4 Speaker analog melody 7 See Video Voice Recorder playback is impossible Otherwise parts between 105 10 and 103 93 are defective or 103 is defective 4 8 9 Audio test The following appears Audio check X Audio device Vn lume Handset microphone i Handset RRC RIVER 3 Handset microphone Hands free receiver Hands free microphone Handset receiver Hands free microphone Hands free receiver Back to test menu Select a test item from Audio device Check the output sound from the receiver by speaking to the microphone etc Click Back to test menu to return to the previous screen TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 21 CONFIDENTIAL 1 Voice is heard 2 No voice is heard 1 2 Handset microphone 1 Handset microphone Handset receiver Hands free receiver 1 No voice is heard 1 amp 2 No voice is heard 2 Voice 15 heard Voice is heard No voice is heard 3 4 Hands free microphone 0 Hands free microphone Hands free receiver Handset receiver No voice is heard Voice is heard 4 8 10 Camera check The following appears x shutter Shutter with flash Back to performance check menu Select a Camera mode from the pull
157. too weak or strong At the proper distance from the light source 8 000 10 000 lux perform black defect correction again There are too many black cracks cannot be rectified There is a hardware error Replace the camera unit TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 24 CONFIDENTIAL 2 TEST POINTS MAIN PWB FRONT SIDE DRAFT IO oie ag M 518C 5220 gt AN ERI 515C 5 516C 5 5110 5 514C gt snl TES BINZ ge O B Cue 5 iQ FO O O 5 742 503C 5 501C 5 5182 92 suco 5120 5 5100 5 Een 8 A e FO e amp amp e amp BY ER S BH z JE 5 E D za E 196 EC H m E O 8 Q EC Q ER UM K sg HH 507 508C 5 5095 BS 5232 9 5 9 SIS 8 _ C C 1 Signal name Signal name BM A E INS TP523 len RSZ E ISI TP103 USC 0 TP171 VCORE 1 8V TP104 USC 1 TP172 VAPP TP105 USC 2 TP173
158. tput 4 CE Input Chip enable 150 OTHERS 6 8 i ES CURRENT LIMIT CONFIDENTIAL il 1C502 VHIBU7870KN 1L BU7870KN USB CONTROLLER Terminal name Input Output Description of terminal MODESEL1 Input Operation mode switching 1 MODESEL2 Input Operation mode switching 2 UART RXD Output UART RXD output UART TXD Input UART TXD input CPUVDD Digital power supply UART RTS Input UART RTS input BSYNC Input BSYNC input UART CTS Output UART CTS output BDATA Input input BCNT Input BDATA input control MODESEL3 Input Operation mode switching 3 TXANAOUT Output Hands free sending external output RXANAIN Input Hands free receiving external input GND1 Ground RXANAOUT Output Hands free receiving output TXANAIN Input Hands free sending input NC Not used BDATA CTS Input Output BDATA CTS switching external input output BSYNC RTS Output BSYNC RTS switching external output USBD TXD Input Output USBD TXD switching external input output GND2 Ground USBD RXD Input Output USBD RXD switching external input output CPU_USB_D Input Output CPU USB D input output CPU USB D Input Output CPU USB PD input output REG33 Power supply voltage for USB PU15 Output PMOS open drain output
159. trum 400 512CH 234 Frequency Error 661CH PCLO Switch Spectrum 400 512CH 235 Frequency Error 512CH PCLO Switch Spectrum 600 512CH 236 Frequency Error 810CH PCLO Switch Spectrum 1200 512CH 237 Phase Error RMS 661CH PCLO Switch Spectrum 1800 512CH 238 Phase Error RMS 512CH PCLO Switch Spectrum 1800 885CH 239 Phase Error RMS 810CH PCLO Switch Spectrum 1200 885CH 240 Phase Error Peak 661CH PCLO Switch Spectrum 600 885CH 241 Phase Error Peak 512CH PCLO Switch Spectrum 400 885CH 242 Phase Error Peak 810CH PCLO Switch Spectrum 400 885CH 243 Mod spectrum 800 661CH PCLO Switch Spectrum 600 885CH 244 Mod spectrum 600 661CH PCLO Switch Spectrum 1200 885CH 245 Mod spectrum 400 661CH PCLO Switch Spectrum 41800 885CH 246 Mod spectrum 250 661CH PCLO Switch Spectrum 1800 699CH 247 Mod spectrum 200 661CH PCLO Switch Spectrum 1200 699CH 248 Mod spectrum 200 661CH PCLO Switch Spectrum 600 699CH 249 Mod spectrum 250 661CH PCLO Switch Spectrum 400 699CH 250 Mod spectrum 400 661CH PCLO Switch Spectrum 400 699CH 251 Mod spectrum 600 661CH PCLO Switch Spectrum 600 699CH 252 Mod spectrum 800 661CH PCLO Switch Spectrum 1200 699CH 253 Mod spectrum 800 512CH PCLO Switch Spectrum 41800 699CH 254 Mod spectrum 600 512CH PCLO Switch Spectrum 1800 699CH 255 Mod spectrum 400 512CH PCLO Switch Spectrum 1200 699CH 256 Mod spectrum 250 512CH PCLO Switch Spectrum 600 699CH 257 Mod spectrum 200 512CH
160. unted properly YES Is 3 0 V 0 1 V applied to CN704 pins 34 37 and 38 NO CN404 R737 R738 C774 and C775 are defective or Are R737 R738 C774 and C775 good in appearance and mounted properly mounted improperly YES Is 3 0 0 1 V applied to the LCD reset CN704 pin 33 and Display controller IC 10704 and C761 are defective or C766 mounted improperly Is C766 good in appearance and mounted properly Is the signal of approx 62 Hz present on C760 Display controller IC 12704 C758 C759 C760 and C761 Are C758 C759 C760 and C761 good in appearance and are defective or mounted improperly mounted properly YES Is the following voltage applied to the terminal Main Display unit CN704 C771 C772 C773 C776 C777 TP720 approx 10 V C779 C780 C781 C782 and C783 are defective Are C771 C772 C773 C776 C777 C779 C780 C781 C782 and C783 good in appearance and mounted properly YES Main Display unit is defective or connector CN704 is mounted improperly TM150 ADJUSTMENTS PERFORMANCE CHECK AND FIRMWARE UPGRADE 2 37 CONFIDENTIAL DRAFT 13 THE DISPLAY DOES NOT APPEAR ON EXTERNAL DISPLAY IN 65K COLOR MODE Does the display appear on Main Display NO Go to the section Power is not turned on YES Is External Display On Off setting set to On Go to the setting as follows and set it to On Settings Phone Settings External Display Display On Off YES
161. wer 37CH Burst Power 975CH Burst Power 124CH Burst Power 37CH Burst Power 37CH Frequency Error 37CH Frequency Error 975CH Frequency Error 124CH o1 BRB OJN Phase Error RMS 37CH Phase Error RMS 975CH Phase Error RMS 124CH NO Phase Error Peak 37CH Co Phase Error Peak 975CH i A Phase Error Peak 124CH Mod_spectrum 800 37CH Mod_spectrum 600 37CH Mod_spectrum 400 37CH Mod_spectrum 250 37CH Mod_spectrum 200 37CH NO O Mod_spectrum 200 37CH n2 Mod_spectrum 250 37CH Mod_spectrum 400 37CH N Mod_spectrum 600 37CH NO Mod_spectrum 800 37CH N Mod_spectrum 800 975CH NO Mod_spectrum 600 975 NO Mod_spectrum 400 975CH n2 Mod_spectrum 250 975CH N Mod_spectrum 200 975CH C2 Mod_spectrum 200 975CH C2 Mod_spectrum 250 975CH C2 NO Mod_spectrum 400 975CH Mod_spectrum 600 975CH Mod_spectrum 800 975CH 62 Mod_spectrum 800 124CH C2 Mod_spectrum 600 124CH C2 Mod_spectrum 400 124CH C2
162. y BSPIXEL2 External Bit Stream data bus BSPIXELS3 External Bit Stream data bus VDDCORE CORE Power supply 1 8 V 1 6 V 2 0 V SE DI PORT7 4 wire serial input default General purpose PORT output SE LD1 PORT2 Load signal 1 for 4 wire serial IF default General purpose PORT output GND Logic ground VDDCORE CORE Power supply 1 8 V 1 6 V 2 0 V DUMMY 1 Dummy 1Dummy 4 In this unit the terminal with asteriskmark is open terminal which is not connected to the outside 150 OTHERS 6 13 CONFIDENTIAL DRAFT TESTI SCANEN RESET Reset PLL SE_LD2 PORTS Hal Some MHz MasterClock MCLK VRAM HOST HS BS TEST FULL SE EOS PORTS PLLDIV 2 0 Ctrl Some MHz to 33 MHz VDIF VSPetc Scan LCDTimingClock TG Pallet LCD IF PWMO PORT3 SMHz 10MHz CDE BS PWMLCD PORT4 SUBLCDTimingClock STCK XIN clock 7 SUB PWM1 PORT8 XOUT Clock LowSpeedClock SIO Oscillation Generator 100 kHz 200 kHz PWMClock PWM SE DO PORTO circult XIN clock e MPEGClock MPCLK Oscillation IN external MPEG4_ASIC SE_CK PORT1 SCANCK 2 or SCANCK ONORE CameraClock CAMCK External CAMERA_DSP 2 Approx 16 128 MHz SE LD1 PORT2 SE DI PORT7 st Registor Available for magnification function Current consumption is decreased in a standby mode BUFOFF B
163. y Not used Terminal name Reference voltage Input Output Not used CE Short circuit protection circuit 509 VHILVC2G34P 1R LVC2G34P BUFFER Description of terminal 2 General purpose 1A Input Input GND Ground 0 General purpose 2A Input Input 2Y Output Output Power supply Output Output In this unit the terminal withasterisk mark is open terminal which is not connected to the outside 1Y 507 VHITC7SETOOFU TC7SETOOFU LOGIC Terminal Description of terminal name INB Input B INA Input A GND Ground OUT Y Output Y VCC Power supply OUT Y GND TOP VIEW aap PES GND 2 5 vcc B C701 VHIR116025B 1L R116025B 2 5V REGULATOR Terminal name Description of terminal VDD Input GND Ground CE Chip enable ECO High speed low consumption selector switch TM150 OTHERS 6 10 Terminal name CONFIDENTIAL 1 702 VHITK11131C 1R TK11131C REGULATOR Description of terminal CONT Control GND Ground NP Capacitor Vref VOUT Output VIN VIN Terminal name Input VOUT Over Heat amp Over Current Protection Description of terminal DUMMY4 Dummy 4 VDDPLL PLL Powe

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