DLP PROJECTOR SERVICE MANUAL
Contents
1. 3 3V_A 3 3V 4 9 74LX1G14CTR 4 SUA 229 0 ALF HSYNC 207 Qd 74LX1G14CTR m ALF VSYNC a 1304 C357 59 St MLB 121 6 iu 0 Q6Bu 5 400 case 305 C306 308 1600 3 10 2au 16v T O tu P2_VSYNC T y Pe HSYNC gt D SUB 15P a x 2 5 P2_ACTDATA gt 6 6 EN uia Q N Rests x Re32 SR x d sa Pe FIELD gt 101 eror 20K C351 qu T M 1600 4 4 e 38 38 71 gt 4 1 1 2 E elalalslalelalalalalalalalalelelalalalz 7 29 5 j j 12 BVEH gt 0 a 2550 2 5 5 1222027532206 22. 10 SPECIFICATIONS NOTE Specifications and others are subject to change without notice for improvement E Scope This standard can be applied to the LCD Projector related to RE 048A Chassis B Test Condition 1 Temperature 25 C 5 C Only CST is 40 C 2 2 Relative Humidity 65 1096 3 Power Voltage Standard input voltage AC 100 240V 50 60Hz 4 Use the parts only designated B O M PARTS SPEC or drawings 5 Follow each drawing or spec for spec and performance of parts based upon P N of B O M 6 Warm up TV set for more than 30min before the measurement B Test and Inspection Method 1 performance Follow the Standard of LG TV test 2 RCA JACK performance Follow the standard of LG 3 Standards of Etc requirement SAFETY CE 55020 Electric wave CB 55013 General Specification Remark Video input applicable system NTSC M 3 579545 60Hz NTSC 4 43 4 433618 60Hz PAL 4 433618 50Hz PALM 3 575611 60Hz PAL 3 582056 50Hz SECAM 4 286 50Hz NTSC PB 4 433618 60Hz an Inp
3. C1 C1 L1 E E E E E CI EI CI ELE E CI E E CI EI C EI E E E E E E E E E E E E E E E C E C EI E E El E E C EI C EI CI EI E E E E OF EI EI E E E E EI CI EI El E CI E CI E CI EI EI CI EI CI EI C EI 800000 x Mona MO El EI EI O E E E E E O E E E E E El E E E E E il E E E E E E E E E E E E E EI E E E 1 000 Lava 66v LOY El EI El EI CI EI CI EI EI EI EI Cl EI Cl EI Cl EI EI EI EI EI EI EI E E E E E E E E E E E E E E E E E E EI EI EI AEA E E EI El E EI E E E E E E E E E E EI CI EI EI CI EI CI E CI CES CI EI CI EI EI EI CI EI CI EI CI CI EI EI EI CI EI CI EI CI EI EI EI EI Bl V59d 94 000 L1 E E E E E E E E E E E El E El El E El E E E El E El El E E E E E E E El 0 000000000000000 00000000 0 664 091 6yL 1042 A ye 8 91 ET ETI E1 ETI E1 ETI ET ETI E1 ooo ET ETI ETE ET EHE El El El EI EI E El E E E E E E E enn lt lt lt
4. 0 0 0 N N N N NO N Do oo 10 oO wo ID mmmnmnmnnmmnmnmmnmnmm A A na O O QO O O O O O O O O O O O O O dL dE ee OT kek amp amp hee GR dE TT ee rss 0 000000000000 0O O D U 0 OD OO O o Ga BG UG uU uud 0 uouo OG O O gg Oooo OB B 5 Booocoocoococgcodgdmhhimssesoecoooo0o0ougoduslssdogusuuuuu ui uUuuUuums s T55ius 5 e LE oOo OD 0000000 d doo odo OO O O O O O O o oo O0 oO Oo Ob O O0 ad 4 R265 22 Deo e Qe Qo Qe AM A e ACA cue gt gt gt gt 1 10 71 gt T di R257420 DDP2000 i POWER AND GND R271 R272 4 7 4 7 E de dede fk of fk fk fa fR Of RR OR OR OR X RRR i i OR RR d d f f fk f
5. o gt LaAMP LED1 CTEMP_LEDo C_TEMP LED1 lt gt o goh KRC1028 DIMMER ARM WRAPMODE P OP LEDi SCAN MODE TEST EN ICTSENZ OP LEDO lt VOLUME DIMMER BIST EN IDDTEST MODE RESET LIGHT ON ers 33uF 25V T L101 SP5845 680 91046 MOS104 2Na222 24140 119 133 EY 474 16 E Da 914110 G2 R146 ES tel Liens 5 01 51 0101 01 61 B350A S MOS104 010546 FDV301N 2 2k 2N2907A 8147 OP_LED1 5146 IC702 2 2k DAD1000 SAM2333 56 SSP1 CLK PSCPCK MBRST O 15 57 33uF 25Vv T SSP1 DO SCPDI 42 MBRST 15 401 R701 p702 SSP1_DI ScPDO R148 DDP2000 1k 1k 58 _ MBRST 14 D LAMP_LEDo gt W SSP1 CSO Q SCPENZ 2 8k MBRST 13 SP5845 680 9106 2N2222AHf MBRST 12 puya DAD_INT m 14 is P 4 10 0102 70 LAMP LEDA i SR16STAB B3504 0141 MBRST R129 10 SAM2333 MBRST MOSI S SR16MODE
6. 29 M3 S 2 1402 0005 LL M28 rm ie Ciis 1598 R26 Je 2165 us LS es TNI A s nib scs 436 1 MEN Irsa un M 2 835 3338 8855395 Ms 8 1652 R519 OM C412 5 1 5 S ESS O 88 5630552 455 308022225220 UE Leet E H unu 0556 SS ES es 2s ge ation 5 1 0 8 J if 6212 2s ES EN 29 1 e 5 aL M ex NS Em e e EL TRE 8 E gt 052 202 N S e 5 8 p 660 X90 kar a EI R656 1592 664 6328 1909874 ii IE e 262 SF 12888582 on 2z ui amp TEL gear F DE 28 98 1002 R232 IL C253 0209 0208 653 ow 204 6231 C235 6330 C205 202 IC107 1 rid Sec La 72 Jo DMD TOP R752 R751 1325 7 9 11 13 15 17 19 21 23 25 27 29 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 09 101291014 VY6C0C9A0489 1617 08 pJ0og 91 e 20 BLOCK DIAGRAM Te E ELI E EI E EI E EI E EI E CI E CI E EI E EI E E D E
7. CON120P CN751 0655 0656 C SACCLK LWG183 P2 3 LWG183 P2 34 BINSEL 1 1 BINSELO MBRST 0 15 MBRST 0 15 MBRST MBRST SI 40 11 12 43 14 15 001361 001511 00152 2 gt TRC scm _DMD SERIN 5555 555 0662 LWG183 P2 3 4B lt LWQ183 P2 3 48 R670 270 BINSELO R680 270 6 BINSEL1 R671 270 X DIP S W DMD BIAS BIN SETTINGS D653 LWG183 P2 3 4B 0654 LWQ183 P2 3 4B LIGHT ON R669 270 Ww 1 805 125 KASS VCC OUT1 ourTa lt CWINDEX Ww MBRST O 15 Options for motor rotation direction F1 MBRST 15 for Normal rotation intall resistors in 1 omit resistors in Box 2 E MBRST 14 READ OUT2 for Reverse
8. DT1608C 223 R160 33 SDAO 161 33 Ww C126 C127 iu 100p 100p c128 TEMP SENSOR 1 Temp Sensor DAD 1000 10u 16V T iF SACBUS gt 10 631 5V SPVD DCLK gt L652 5 45 150 0010 631 gt C669 loo 100u 16V ii 1u p IC653 664 667 665 MBRST O 151 3 242 1000 16 O 10 0 151 GND GND HP LINE RLINEIN seio VOLUME SHUTDOWN 8675 i00 LOUT ROUT LLINEIN RHPIN LAMPEN LHPIN PVDD PVDD RIN CLK D751 i widgets exe seed 7 LIN SE BTL 2664 650 R656 4 7k To BYPASS 7k GND sv_sPvD 0010 63 DD I22 00123 1000 16 1004 16 474 16 RS6ZA 100 VOLUME C662 0 ES 12 MBRST O 11 MBRST 2 MBRST 3 MBRST 4 MBRST 5 MBRST 6 71 651 PC AUDIO JACK o s fon fro 3 R662 ak C657 0 12 m o O m f 1U 50V
9. PORT1 B O P4 RV o 71 P1_AVI7 P1 RV 6 P1 RVIS 4 1 P1 RVI2 4 PORT1 C 7 PORT1 C 6 PORT1 C 5 VREF RDRAM PORT1 C 4 PORT1 C 3 Jo jo jo WN jo PORT1 C 2 RD DGAI O RD DGA 1 RD DGAI 2 RD DGA 3 RD DGA 4 06 15 RD_DGA 6 RFD DGA 7 J PORT1 C 1 ID DGA 0771 PORT1 C O 4 442 1 PORT1 FLD P1 VSYNC PORT1 VSYNC P1 HSYNC PORT 1 HSYNC 1 PORT1 ACTDATA P1 CLK PORT1 CLK oN 1 401 441 22 B15 coAST 00 2000 015 10 A14 A LE VSYNC R433410 15 329195 ALF VSYNC ALF HSYNC ALF HSYNC 506 Jo jo Re1 1 607 1u CFMN 6 2540 2_ 0 71 _ 71 2 6 Pa v s Pa v 41 4 2_ 2 PORT2 A 3 2267 Pe vi1il PORT2 A 2 _ PORT2 A 1 PORT2 A O 4 AR444 4 PORT2 A 7 PORT2 A 6 PORT2 A 5 3
10. 0 22 9 VINA 5e 5 gt gt 5 57 Ma 4 P1 GY 5 T nal oa 07 e wal V6 VSUPAI 9 15 5V_B SDA GREENS EN A338 33 C246 40 10 58 3 P4_GY 61 1 Num m GNDAI 8 WW REF_BYPASS GREENS R3012 R302 2303 om om Og om Z 25 A339 N 59 2 71 J301 75 75 75 o VREF 7 VD GREEN7 BC EL S CeFeiIN 8 58 oh F 891 2 4 m m Og Oo 2 zz z al R x 5 n 5 oly L0 E x 1 DINE lt E o o Tae R203 L5 Ox Oo00270lU gt Ow u 2 92 4 2 20288852 8RR RR RRERS Ee lt 2 gt gt 6600 gt 1k 2 5 NE 6 gt 6 gt gt gt 3823 26996 AKR R RA 5 4 ol ISDA vss 5 1 S S 9 dgao4 T n ar ro T 1u lt lt m mm m EEE E EEE caos ol ol o iili LEI 1000p RESET 9095 1307 R314 Z5 C336 220 T a ag 0 It AP
11. 36 P1 RV 6 E 2 91 35 15 0403 L5973AD Inh High Off Low 92 34 1 4 0 10 X SAM2333 Rass 0 33 3 AW RXC GE19 94 32 P1 RVI 2 ANY AXC QE18 R260 PVCC 95 P1 AV 4 AVCC AVCC GE17 ex 1 FREE 390 39 ExT_REs QE16 VE 97 29 cs sue OE f 55 1 2 3 _ Spa eq PGND 1 noie Jog RESERVED GE15 22 SCL 5 14 5 Ok sal mM tT Oj OF SN MO MD Oo oO MO TPR OU Oj Uj oO uj oO al a 0 0 0 m Oj uj oO o 0 0 oO 0 0 x 0 O Nh oO tj OF N ojoj o ajajaj tp al SI SI 7 OI OI OIL L L L e ml NI V Oy W Y Uj O YI VI Of Uj Nj tI Wj Oj Oj PN mI IO SI SI S UI uj j z z z z z zinja j25 2 x I lt lt lt lt lt lt 0 2 2 1 2 gt 4 4 lt lt lt 4 lt lt lt lt lt lt lt
12. 669 109 669 109 El E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E EIE EI Cl EI El EI E EI E EI E EI E EI E EI E EI E EI E EI E EI E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E EJ E E E E1 El E E1 IH El E El El El El E El EI EI EI El E E E E EJ E El E1 El E1 El E EI El El El El EI El O gt 910 91 H pear 661 LOL 665 105 a nn El E El El E El E E El E El El E E E E ERI EI EI El El El El El El El El El El El El El El El El El El El El El EI El EI EI EI El 666 102 El EI EJ EI EJ El EJ El EJ El EJ El EJ El E El E El EI EI EI EI El EI El EI El El El EI El El EI Te L1 E O EJ O IH EI E El EI El EI EI El E El EI El EJ ER O El EI CI EI EI EI EI EI EI EI E E E E E El Bl I EXPLODED VIEW 272 22 EXPLODED VIEW PARTS LIST 1 GUSHION SPONGE 75 40 12 5 SPONGE RD JT TT 2 4850V00 8A
13. 0116 DZ_5 1 Pt LAMP CASE 106 Protect OPEN DETECT S104 S105 5106 8138100 10 10 SKHMPWEO 10 703 704 C716 719 CON2P 1 3 4 1 1u 10U 25V VRST RAIL7 1u 50V 1u 80 10 gt BIS 2 x 2 VBIAS VBIAS RAIL7 VRST RAILG 71 20 cios ww VBIAS RAILG VRST RAILS THERMAL P gt 29 5 5 VAST RAIL4 VBIAS RAIL4 VRST RAIL3 07 8425 S158 VBIAS_RAIL3 VRST_RAIL2 SKHMPWEO 10 SKHMPWEO 10 SKHMPWEO 10 VBIAS AAIL2 VRST RAIL1 R139 100 1 1 3 4 1 VBIAS RAIL1 VRST RAILO 22u 16V Therma Case Detect 21 4 e 4 4 VBIAS RAILO VAST 9 VBIAS VBIAS cin 8206 yO KEY OUTO gt 10u p5v CT T tu C713 718 720 A1370 33 16v 22u 16 KEY OUT1 gt KEv oUTe gt VBIAS SWL E 10 25 10 10 VRST SWL C744 10u 25V T 1 104 TPS3307 e5 10u 25V T VBIAS LHI Position Close to Intake Fan VDD SENSE 1 SENSE2 RESET SENSES PROM WPZ lt GND SCLO SDAO SDA B144 EE SDAO I TEMP SENSOR 2 CN109 CON4P IC108 TMP101 MLB 121 R145 Ww SCLO DT1608C 223
14. MBRST 0 151 MBAST O1 11 2 3 MBAST 4 5 MBAST 161 7 1004 16 47u 16V T CON120P CN725 1 406 49 16 7 A20 A18 53 us sls 17 PMADR 20 RDRAM_DGA_8 RD_DQALo 7 gt 48 19 RD_DQA 7 SAGGLK zzz 16 19 RDRAM_DQA_7 i
15. CUSHION SPONGE7SSISSSPONGERDJTO TT 3 4930004048 HOLDER SPONGESUSSMTOBRDJT3I TT 4 s7eovooze48 PANEL CONTROL RD JT92 ACRYL STS PLATING TTT 480N01028M BRACKETTOPRDJTIREOBRAPCLENS 6 assovooaesc 9 TT ss20vo0435A INDICATOR PRE AMP RDJTO1 PMMA 9 OVO COVERLRDJTSIPCLENS PWB PCB ASSEMBLY SUB RE048A BRACKET DUCT LAMP RD JT91 RE048A SECC EGI COVER LAMP RD JT91 SECC EGI PRESS 6516000000 BALLAST PHG161G7KM USHIO 200W PROJECTOR TT SHEET MECH PVC MAIN SHIELD 66 SUPPORTER PCB MSWA NICKLE PLATING O1 co m OR OM 0 Oa 2 0 On IO 5 O ory BR oO PM 5230V00023A FILTER MECH COLOR WHEEL RD JT91 68 6871VSMZ48A PWB PCB ASSEMBLY SUB CW INDEX RE048A CW INDEX 69 0 3141VSNF28A CHASSIS ASSEMBLY SUB RE048A CW INDEX 4810V01031A BRACKET FIXER MOTOR BRACKET RD JT91 48 MG 4970V00067B SOCKET CIRC IC PLATE 8614 002 C SPRING RD JT91 6871VSMZ50C PWB PCB ASSEMBLY SUB SENSOR RE048B SENSOR2 23 LOCA NO D170 IC101 102 103 104 105 108 1511 181 1901 202 203 203 204 204 205 206 251 252 IC301 401 402 403 404 405 406 410 412 413
16. Left loosen direction At first right illuminator goes down and upside illuminator also goes down 5 2 Caution for DMD Clean 1 Follow the procedure and caution to prevent the screen from being scratched 2 When DMD glass stains with dust polish the front and back DMD glass with soft cloth Then do it again after rotating 180 degree the DMD If necessary keep under observation 3 Don t clean the DMD with the high pressure The static electricity and pressure will damage the DMD 5 Caution for DMD Digital Micro mirror Device 5 1 Caution for DMD ESD 1 Connector the grounding to prevent a damage of ESD Electrostatic Discharge when handing the DMD 2 Wear a wrist strap to connect the ESD grounding in flesh necessarily 3 Connect the ESD ground to workstation and an electric conductor 4 Save the DMD after getting rid of a static electricity Keep it at an exclusive case when moving it When grounding open the case 5 Put on gloves for preventing static electricity 6 All work is done at static free location Attach the tape or remove a dust on the DMD front or DMD back pin 15 6 RGB Offset Gain Adjustment 6 1 Required Test Equipment 1 Pattern Generator 1EA For analog RGB 2 Remote control 1EA 6 2 Setting of the device Set the equipment as Fig 6 1 SCREEN 44 RGB PC Pattern Fig 6 1 Device setting diagram for RGB offset gain adjustment
17. and the exposed metallic parts Measure the AC voltage across the resistor using AC voltmeter with 1000 ohms volt or more sensitivity Reverse plug the AC cord into the AC outlet and repeat AC voltage measurements for each exposed metallic part Any voltage measured must not exceed 0 75 volt RMS which is corresponds to 0 5mA In case any measurement is out of the limits specified there is possibility of shock hazard and the set must be checked and repaired before it is returned to the customer Leakage Current Hot Check circuit AC Volt meter Good Earth Ground such as WATER PIPE To Instrument s CONDUIT etc exposed METALLIC PARTS 1 5 Kohm 10W SERVICING PRECAUTIONS CAUTION Before servicing receivers covered by this service manual and its supplements and addenda read and follow the SAFETY PRECAUTIONS on page 3 of this publication NOTE f unforeseen circumstances create conflict between the following servicing precautions and any of the safety precautions on page 3 of this publication always follow the safety precautions Remember Safety First General Servicing Precautions 1 Always unplug the receiver AC power cord from the AC power source before a Removing or reinstalling any component circuit board module or any other receiver assembly b Disconnecting or reconnecting any receiver electrical plug or other electrical connection c Connecting a test substitute in parallel with an electrolytic capa
18. e 1 1 RD DQAL6 BINSELO gg gg A15 PMADR 18 RDRAM DGA 6 2 17 RD DGA S5 C BINSEL1 2 g gjg S gj gjg A14 17 RDRAM_DGA_5 3 16 FD DGA 4 DG15 A 1 A13 PMADR 16 RDRAM DGA 4 RD DGA 3 DG14 12 15 RDRAM DGA 3 5 14 RD DGA 2 DG13 A11 14 RDRAM DGA 2 6 13 RD DGA 1 0912 A10 PMADR 13 RDRAM DGA 1 7 12 RD DGA O DG11 AS 12 RDRAM DGA O 8 11 DG10 AB PMADR 11 9 18 10 Das A7 10 8 19 9 09 RDRAM DGB B8 10 7 1 7 20 8 RD DGBl7 DG7 5 08 RDRAM DGB 7 6 21 7 FD DGB 6 096 4 07 RDRAM_DQB_6 5 22 5 FD DGB 5 095 i 06 5 gt 4 5 RD DGB 094 A2 05 09 4 3 24 4 RD DGB 3 Me A1 _04 RDRAM_DQB_3 25 3 FD DGB 2 TEG DQ2 AO 03 RDRAM DGB 2 7 1 RD_DQB 1 2 DG1 _02 ADRAM_DGB_ 1 1 RD DGB O DGO PUM ARSTZ 01 RDRAM DGB O 00 61 0 71 gt RD RGl7 RDRAM RG 7 16 8417 33 RDRAM RG 6 5 5 VORCG 4150 15 RDRAM_RQ_4 MLB 121 MAVB MAVD 3 0 1 5 AK10 dd wavs ays AD_ROL 4 475 478 IC410 RDRAM RQ 1 CDCHB3 4u 1u MDVD RDRAM RG O Laig APIO Movs
19. rotation intall resistors in Box 2 omit resistors in Box 1 MBRST 13 READ OUT jm MBRST 128 SCAN TEST DMD_SERIN gt C810 VCC2 MBRST 11 0 10 33u 25v L801 MLB 121 MBRST 10 _9 C762 m jm MBRST_7 I 1 0 1 1u 0 0801 0802 0803 0804 BATS4Sw BATS4Sw salty Ms aris JO 10 1u MBRST_6 MBRST_5 MBRST_4 MBRST 3 MBRST_2 MBRST 1 MBRST_O IC753 DMD DDR SVGA 1 A8904SLP O DCLK gt LOADB Z CN802 OCLKA 10003HR O4 EXT ARSTZ SACCLK gt SAC CLK SSPO CSO SACBUS SAC BUS SSPO CLK L810 MLB 124 SSPO DO SCTRL gt SCTRL MLB 121 ae 181 TRC TRC 1607 MLB 121 PROG FUS EN BI MODE BI TOF CWTACH gt 6805 26811 R810 812 2700p 7oop 150 p 150 SEE MOTOR CAP CHART Pro SEE MOTOR TIMING CAP CHART 10
20. 2 2UF SRE SE 50V 20 FL TP 5 0 22UF 1608 16V 10 10 X7R R TP 0 22UF 1608 16V 10 10 X7R R TP 5PF 1608 50V 0 5 PF R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 5PF 1608 50V 0 5 PF R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 10 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 22UF 1608 16V 10 10 X7R R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 068UF 1608 50V 10 10 X7R R TP 1000PF 1608 50V 5 R TP NPO 0 047UF 1608 25V 1096 R TP X7R 0 068UF 1608 50V 10 10 X7R R TP 0 068UF 1608 50V 10 10 X7R R TP 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 33UF MVG 25V M SMD 33UF MVG 6 3V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 33UF MVG 25V M SMD 33UF MVG 6 3V M SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 100UF MVG 16V M SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 100UF MVG 16V M SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 100UF MVG 16V M SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO LOCA NO PART NO D
21. 6 3 Preparation for Adjustment 1 Connect the pattern generator as Fig 6 1 2 Adjust pattern generator to SVGA 60Hz 3 Press the Input selection button to select the RGB input 6 4 Sequence of Adjustment 1 Select the white back pattern for pattern generator as Fig 6 2 SVGA 60 2 pe Fig 6 2 Window Pattern 2 Press the instart button on the service remote control to select RGB offset gain set in Adjustment menu 3 Automatic Adjustment Press the enter button in RGB offset gain set of Adjustment menu Adjustment is operated by system Micom automatically 7 COMPONENT Offset Gain Adjustment 1 Select 75 color bar of Fig 7 for PC Pattern Generator pattern Resolution 480p Fig 7 2 Press the instart button on the remote control to select component offset gain set in the adjustment menu 3 Automatic Adjustment Press the enter button in component offset gain set of Adjustment menu Adjustment is operated by system Micom automatically x CWI White Balance Measurement Condition 1 CWI and White Balance is adjusted using a CL 200 or equivalent 2 Adjust the screen size to a minimum of 40 inches 3 Place the CL 200 on the center of projection screen 4 Make the measurement condition under 1Lux for CL 200 to measure the correct color coordinate 8 CWI Adjustment 8 1 Setting of the Device Set the equipment as Fig 8 1 Eq
22. T 402 Im 6446 419 je jm jn i 925 dod d 445 122 25457 56 D uii i Tus Te T ps 1000p 1000p ji 1u 3 3V_A AVEG 3 3v 1 5v L252 MLB fe1 9254 1025 9 C253 255 pem 261 C252 T jme jen 22u716v T p p 474 16 M aus pee e 1000p jm T C437 439 442 c446 0 1u 1u 1000p Tiooop 6 19 1000p 1 1 0 71 DD o e3 gt P1 BU 7 PORT1 A 7 AR431 1 P1 BU 6 P41 BUI 5 16501 K4BR271669E TCS8 gt Rao gt 1 DGB7 FD DGBI7 111 gt FD RGl2 DGBe FD DGBI6 gt 31 pass FD DGBIS1 lt gt 151 gt AD_AGLSI FD DGBI3 mo Ral6 gt FD RG 6 FD DGBI2 lt 161 9171 gt FD BGUZ DGB4 1 171 DGBO FD DGBIO RD RGI7 1 RD RG 6 RD RG 5 4 RD RG 2 RD RG 1 RD RG O P
23. fk JO OR OR o OR KR KR RR KR RR E L a x of of a a x a o J of e a of of x of of of of of of of of of of x a of of of of a sa of of xX Ss a o of o o A s j Z Z 2 2 2 2 2 2 9 J a X x 0 J 2 W I U Uj ajajajaj tM j w ojoj djaj lt lt Uj gt gt j S S 7 7 7 7 7 7 7 2 2 2 2 2 2 5 High n 2 Z Z Z Z Z Zz gt d X X X X X lt lt lt lt J 2 4 T 4 O lt lt lt lt 0 lt lt lt lt gt z z z z gt gt gt gt gt gt gt 313313131 lt lt lt lt lt lt lt lt lt lt i lt lt lt lt lt 4 lt lt 169 S ib 9 2212121 2121212 Se gt gt Sel 44444444 R269 A 10 4 3 3V B 3 3V A 169 8001 T m 169_PD AN GY 07 gt p1 Bulo 7 gt 1 1
24. 1 X401 0 10 100u 16V 0 1u b 10 68 ASV 137 50MHZ 1 vcl JT 1 2 gt 3 E MEMORY I F WW EN GND GND case la Um case To 1u Ir T CLOCK GENERATION RACEPKT 15 UART1 RTS UART1 TXD UART1 CTS gt UART1 RXD gt IC401 DDP2000 m TRSTZ Jo 1u M J501 R154822 PWRGOOD PWRGOOD G2 USB typeB 1550 22 ABST LAMPEN EXT ARSTZ EXT_ARSTZ gt PUM ABETZ 5501 RISE USB DAT N PUM ARSTZ PUM ARSTZ gt SKDUMPWEO 10 USB DAT P SYSASTZ SYSRSTZ POSENSE POSENSE 10K 10k i ASO 27 1 514 TLC555 8 TASTZ 2 7 PWMO_GPIO_24 GPIO 31 154422 E FAN CONTROL TDI THES 6 N PWM1 GPIO 25 CON12P EACH FAN HAS DIFFERENT SPEED HESAS FORCE PROGRAM MODE PWM2_GPIO_26 GPIO_23 WW TO POWER SUPPLY 470 16 546 1 22 PWM3_GPIO_27 GPIO_22 W 169 SCDT FROM SIL169 SYNC DETECT cs24L 9547 22 RTCK gt GPIO_21 Ww CASE DET FROM LAMP CASE DETECTOR Im GPTO_20 P548 SDAO gt 9549 22 8517 GPIO_19 M 169 26 _ SIL169 POWER DOWN SSPO_CS1_GPIO_28 GPIO_18 1550 yy SCLO gt SSPO_CSO SSPO_CSO GPIO_17 15512
25. 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 596 R TP NPO 10UF MVG 25V M SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 100UF MVG 16V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 10UF MVG 25V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 68PF 1608 50V 5 R TP NPO 68PF 1608 50V 5 R TP NPO 68PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R xr For Capacitor amp Resistors the charactors at 2nd and 3rd digit in the P No means as follows CC CX CK ON Ceramic RD Carbon Film CQ Polyestor RS Metal Oxide Film CE Electrolytic RN Metal Film Fusible LOCA NO PART NO DESCRIPTION 0CK104CF56A 0CK104CF56A 0CK104CF56A 0CC680CK41A 0CC680CK41A 0CC680CK41A 0CK104CF56A 0CK104CF56A 0CK104CF56A 0CE226SF6DC 0CK104CF56A 0CK4R7CKFDA 0CK104CF56A 0CK104CF56A 0CE226SF6DC 0CE226SF6DC 0CK104CF56A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A OCK104CF56A OCE476SF6DC OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCE226SF6DC OCK104CF56A OCK104CF56A OCE106SH6DC OCE106SH6DC OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK1
26. 502 IC503 512 601 651 653 702 753 IC801 802 803 804 805 TRANSISTOR MOS101 MOS102 MOS104 MOS105 MOS106 Q101 Q102 OIMCRSHO003A OIMCRTIO33A OIMCRALOO6A 01 007 OIMCRSGO007A 01 007 OIMCRTI034A OIMCRTIO20A OIMCRTI034A OIFA741230A OIAL242110A OIMCRSGO08A 01 007 OIMCRSGO08A 01 007 OIMCRADO02A OIAL242110A OIMCRS5003A 0111323000 OIMCRTIO29A OIPMGSG024A OIPMGSG023A OIPMGSG018D OIPRPSH001A 4 OIMCRTIO14A OIMCRSGO08A 01SJ111733A OIMCRMXO001A OIMCRSGO007A OIMMRSS053B OIPMGSG024A OIMCRTIOO7A OIMCRTIO12B OIMCRAGO01A 01 007 0ISH121100D 015 1211000 OTFVI80005A OTFVI80005A OTFFC80046A OTFFC80046A OTFFC80046A OTR387500AA OTR387500AA REPLACEMENT PARTS LIST PART NO DESCRIPTION GP2S40 SHARP DIP ST PHOTOINTERRUPTER TPS3307 25D TEXAS INSTRUMENT 8P SOIC D AT24C16AN 1081 2 7 ATMEL 8P SOIC R TP EEPROM 74VIT125CTR SGS THOMSON S0T323 5L 74VIT125CTR SGS THOMSON S0T323 5L 74VIT125CTR SGS THOMSON S0T323 5L TMP101NA 3K TEXAS INSTRUMENT 6P SOT23 TLC7733lD TEXAS INSTRUMENT 8P SOP TMP101NA 3K TEXAS INSTRUMENT 6P SOT23 DM74LS123MX 16SOP TP DUAL RETRIG MONO 24 21 1051 2 5 8P SOP TP 1K EEPROM 74LX1G14CTR SGS THOMSON 5P SOT323 5L 74VIT125CTR SGS THOMSON S0T323 5L 74LX1G14CTR SGS THOMSON 5P SO
27. DRcG_scLKN 03 R47 7y 22 1 5 SYNCLKN 25 c46 1 401 MLB 121 DRcG_PCLKM AP BAT 22 1 PCLKM CLK BAG AL 10 0X DDP2000 CABS 0 11 Aug AE1 P479 BB AX O 1u DRCG REFCLK WE REFCLK R485 A16 HS 15 56 21 15 FEPLLYCCA gt FEPLLVCCA DRCGPDZ asd 2 5v FEPLLENDA AB FEpLLGNDA ee _14 RDRAM_SIO y 1 401 PMDAT 13 DDP2000 24 6 12 1u 51 PMDAT 11 CFMN L413 AJS R4B12 13 KERNA e gt 1k 1k se 10 FEPLLVCCA gt E M 11017 AGB 474 C476 OCLKA E EE PMDAT_8 CTMN CTMN 10 10 STOPB 7 PMDAT 7 TT ocLKB 5 2 5v 1 MDAT MLB 421 1473 AJ7 yrE EN VDDIR 5 VREF_ASIC FEPLLGNDA gt i AFB orc EN PMDAT 5 CLOCK RELATED m 4 1 3 3v B RDRAM VREF O 493 494 5 1 5 1 E PMDAT 2 1U du Bava VDRCG GND 5 PMDAT 1 Res S 0 VDDIO1 B po 21 SDRAM_CLK VODIOS 104 25 je 1u VEER hs SDRAM_CKE L417 MLB 121 T1 gt 477 C479 483 487 490 SDRAM RAS 4763 22 1 10 100 16 1u 10 T T OCLKB SDRAM DGM1 4 SDRAM_DQMO 2 5v PMBLS1 4 I ji PMBLSO C472 497 484 488
28. L444 4212 B 501 INH VREF 4 3 m s e 5 c Si coMP x Slo 83 A7U 1644 3 426 ase El 5 Np 4 9 454 P 100u 16V T 5 a 3 J251 DVI D 62204 9 e 4 R404 Ww 47K 4 R253 4 oja AN gt L402 AW AEE B 501 5 O uj 2 O DI OM NR O OF mj AX gt R254 8 6 9 5 8 21 8 6 5 0 S I 0401 0404 29 pan p t 5 g 1u Tiu au 100u 16v 10 40 100u 16v O 10 100u 16v 10 76 50 3 00ND a m o 80823 3 4 5 4 5 4 as Ress 7g Ove HSYNC BEBO P1 HSYNC gt iey Ww AsND VSYNC D BEBE yy 10 P1 VSYNC _ 2 5v Mec Rxe DE 1279 P1_ACTDATA gt o RX2 OGND bac BEBO 10 VTERM AGND H27 7y 3 3V B avec c a 19 76 IC403 4 IC404 85 1 ock_rnv BESS 20251500745 P 3 5 85 a 4 LD1086DT18 R499 86 40 E Re57 HS DJTR 284 4 7 1000 16 a x TAB ISI 87 39 R278 AGND GND ADJ GND 1 i IC252 38 7k 5455 mee SIL169 vec Bese ET 7 PG2OWZ11 High On Low Off s EOS
29. a w g g 5 lt gt 6 m m 0 2 3 Q gt 13 41 20 is D D 42 90 ND P4 BULOI Bar aco OO gt 5 oum X UD OK 1 gt i 217 2 0474 BAIN BLUE1 P1_Bulo NES 4 ono 42 TE a gt 7 p i8 1 TS voo pavio 2 t Beo ee BLUE3 97 0 10 46 15 P4 BUl4 66 VAT Y1 VD BLUE4 15 47 14 P1 BU 5 J302 9 5 m 67 r2cseL y2 e a o o 251 75 P1_Bulel S VIDEO i E ina G3 5 4 22 C213 O o47u GAIN i 68 ISGND Y3 C214 1000p 49 12 1 0171 2 on 1 SOGIN BLUE7 69 VSUPF vsupv 36 ola 50 11 D D IC205 VDD Covour GNDY 25 ESTA O 21122 1 51 ono L301 ol AD9883 110M 830775 C3214 1000p V 3 CIN 4 34 l 52 1 6 0 3 L302 308 75 C322 22u SVINI IC304 vss P2_Y 5 ss V GREENO 1 0 71 L303 1 1 P2_Y 6 4 enD GREEN1 03 B30 78 73 VIN2 vPC3230 C5 C215 0 047u 54 7 P1 Gv 2 P2_Y 7 3 i 7 208 RAIN GREEN2 2 769 DLE 751 754 75 Rete yy tok 99
30. 00MA KEC TP LED SAM2333 GREEN RED GREEN 10MCD RED 6MCD ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM B350A R TP SMA 35V 3A 100A NSEC 0 7MA LED SAM2333 GREEN RED GREEN 10MCD RED 6MCD ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM B350A DIODES R TP SMA 35V 3A 100A NSEC 0 7MA LED SB2434 H TP KWANG BLUE 30MCD LED LWQ183 Q1Q2 3 1 R TP WHITE 71 112MCD LED LWQ183 Q1Q2 3 1 R TP WHITE 71 112MCD LED LWQ183 Q1Q2 3 1 R TP WHITE 71 112MCD LED LWQ183 Q1Q2 3 1 R TP WHITE 71 112MCD LED SB2434 H TP KWANG BLUE 30MCD LED SB2434 H TP KWANG BLUE 30MCD LED SB2434 H TP KWANG BLUE 30MCD LED SB2434 H TP KWANG BLUE 30MCD LED LWQ183 Q1Q2 3 1 R TP WHITE 71 112MCD LED LWQ183 Q1Q2 3 1 R TP WHITE 71 112MCD 5526 R TP DO 214AC 60V 2A 75A SEC 10 5526 R TP DO 214AC 60V 2A 75A SEC 10 ZENERSGZF8V2C R TP SMD 0 8W 7 7 8 7V 100MA BAT54SWT1 ON SEMI R TP D PAK 60V 3A 4A SEC BAT54SWT1 ON SEMI R TP D PAK 60V 3A 4A SEC BAT54SWT1 ON SEMI R TP D PAK 60V 3A 4A SEC BAT54SWT1 ON SEMI R TP D PAK 60V 3A 4A SEC LED SAM2333 GREEN RED GREEN 10MCD RED 6MCD 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 47UF MVG 16V M SMD R TP 100 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100 1608 50V 5 R TP NPO 100 1608 50V 5
31. 04CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A 102 0CK104CF56A 0CK104CF56A 0CC102CK41A 0CC102CK41A 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 68PF 1608 50V 5 R TP NPO 68PF 1608 50V 5 R TP NPO 68PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 4 7PF 1608 50V 5 5 COG R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 22UF MVG 16V 20 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 100 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 47UF MVG 16V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 10UF MVG 25V M SMD R TP 10UF MVG 25V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0
32. 096 R TP X7R 330PF 1608 50V 596 R TP NPO 330PF 1608 50V 5 R TP NPO 22UF MVG 16V 2096 SMD R TP 47UF MVG 16V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 22UF 1608 16V 10 10 X7R R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 596 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 0 22UF 1608 16V 10 10 X7R R TP 0 22UF 1608 16V 10 10 X7R R TP 0 22UF 1608 16V 10 10 X7R R TP 330PF 1608 50V 5 R TP NPO 330PF 1608 50V 596 R TP NPO 330PF 1608 50V 596 R TP NPO 47UF MVG 16V M SMD R TP 47UF MVG 16V M SMD R TP 330PF 1608 50V 596 R TP NPO 0 047UF 1608 25V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R LOCA NO PART NO 0CC331CK41A OCK104CF56A OCK224CFG6A 0 2253 618 OCK224CFG6A OCK224CFG6A 0CCO050CK11A OCK104CF56A OCK104CF56A 0CCO050CK11A OCK104CF56A OCK104CF56A 0CC102CK41A OCK224CFG6A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK683CKG6A 0CC102CK41A OCK473CH56A OCK683CKG6A OCK683CKG6A OCK104CF56A 0CC102CK41A OCE336SH6DC OCE336SC6DC OCK104CF56A 0CC102CK41A OCE336SH6DC OCE336SC6DC 0CC102CK41A OCK104CF56A OCK104CF56A 0CC102CK41A 0CC102CK41A OCE107SF6DC 0CC102CK41A OCK104CF56A OCE107SF6DC 0CC102CK41A OCK104CF56A OCE107SF6DC 0CC102CK41A OCK104CF56A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A DESCRIPTION 330PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 10 R TP X7R 0 22UF 1608 16V 10 10 X7R
33. 1096 R TP X7R 1UF MVG 50V M SMD R TP 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 01UF 1608 50V 1096 R TP X7R 10UF MVG 25V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 01UF 1608 50V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 22UF MVG 16V 2096 SMD R TP 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 047UF 1608 25V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 047UF 1608 25V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 047UF 1608 25V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 082UF 1608 16V 5 5 X7R R TP 8200PF 1608 50V 10 X7R R TP 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R RD Carbon Film RS Metal Oxide Film HN Metal Film For Capacitor amp Resistors the charactors at 2nd and 3rd digit in the P No means as CC CX CK ON Ceramic CQ Polyestor CE Electrolytic follows LOCA NO OCK104CF56A OCE226SF6DC 0CC102CK41A 0CC102CK41A 0CC102CK41A OCK104CF56A OCK104CF5
34. 120P 05 3 0062 KSD 15P 2 22MM SHORT 8MM 67351 4006 24P 1 91MM DVI D RIGHT ANGLE JACK RCAWA6013 32 40 A V 1P SWITCH YL H 8 DINPJ6046G H 8 0 W O S W W SHIELD W O DINKJA UB 3 0006 KSD USB UPSTREAM PPJ35F AUDIO IN D3 6 H 2 5 LP XG1 For Capacitor amp Resistors CC CX CK CN Ceramic RD Carbon Film the charactors at 2nd and 3rd CQ Polyestor RS Metal Oxide Film digit in the P No means as CE Electrolytic RN Metal Film follows HF Fusible LOCA NO PART NO DESCRIPTION LOCA NO PART NO DESCRIPTION 6140VB0028A 6140VB0028A 6140VB0028A 6140VB0027A 6140VB0027A 6140VR0007A 6140VR0007A ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D ORRZVTAOO1D 6600VR1004A 6600VR1004A 6600VR1004A 6600VR1004A 6600VR1004A 6600VR1004A 6600VR1004A 6600VR1004A 6600VR1004A 6600VR1004A COIL CHOKE SP5845 680 GET 68UH SMD CHOKE SP5845 680 GET 68UH SMD CHOKE SP5845 680 GET 68UH SMD CHOKE SP5845 150 GET 15UH SMD CHOKE SP5845 150 GET 15UH SMD COIL ENERGY RECOVERYDT1608C 223 COIL ENERGY RECOVERYDT1608C 223 RESISTOR 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22
35. 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO RD Carbon Film RS Metal Oxide Film RN Metal Film Fusible Capacitor amp Resistors the charactors at 2nd and 3rd digit in the P No means as follows LOCA NO PART NO DESCRIPTION CC CX CK ON Ceramic CQ Polyestor CE Electrolytic LOCA NO PART NO DESCRIPTION OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A 0CK471CK56A 0CK471CK56A 0CC221CK41A OCE105SK6DC OCK224CFG6A OCK104CF56A OCE105SK6DC OCE105SK6DC OCE107SF6DC OCK104CF56A OCE105SK6DC OCK104CF56A 0CK472CK56A OCE107SF6DC OCK104CF56A OCK103CK56A 0CC101CK41A 0CC101CK41A OCK104CF56A OCK104CF56A OCK104CF56A OCE106SH6DC OCK104CF56A OCK104CF56A OCK104CF56A OCE226SF6DC OCK104CF56A OCK104CF56A OCE105SK6DC OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCE226SF6DC OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 470PF 1608 50V 1096 R TP X7R 470PF 1608 50V 1096 R TP X7R 220PF 1608 50V 5 R TP NPO 1U
36. 2 USB EN 7 R5524 22 SSPO_CLK SSPO_CLK GPIO_16 lt 141 SSPO_DI GPIO_15 1553 ee 155422 BINSEL 4 BINSELO SSPO_DO SSPO_DO GPIO_14 GPIO_13 8555 PROM_WPZ 556 GPIO_12 W FAN SEL FAN SELECTION BETWEEN TOW FAN FOR RPM CHECK GPIO 11 BOSE 2 RPM 58 1 51 29 GPIO_10 Bose Be JUDGMENT COMPONENT INPUT 4801 OR 480P SSP1_CSO SSP1_CSO GPIO_9 SSS Be MUTE gt SSP1_CLK SSP 1_CLK GPIO_8 RSS9W ae PWR ON 7 SSP1 DI SSP1 DI GPIO 7 BSS 4 lt THERMAL Overheating Protection From Thermostat SSP1 DO SSP1_DO GPIO_6 B56 2 FAN RPM CHECK GPIO_5 PSEA KEY_OUT2 gt GPIO_4 ASE yee KEY_OUT1 gt 9565 22 UART1_RXD UART1_RXD GPIO_3 M KEY_OUTO CONTROL KEYPAD UART1 TXD UART4 TXD GPIO 2 8566 22 KEY_IN2 9 KEYPADS BY 3X3 MATRIX CONTROL UART41 CTS UART1 CTS GPIO 1 8567 22 KEY_IN1 P568 422 UART1 ATS UART1 RTS GPIO_O WA KEY_INO DO NOT INSTALL IC1511 TLC7733 S511 SKHMPWEO 10 Q Q XO OQ OOO SYSRSTZ gt IC511 KIA7SZOBFU UARTO RXD UARTO TXD USHIO DC LAMP UART
37. 4 0107 1 58126 SR16MODE O 2 2907 5 FAN TACH1 gt SR16SEL 1 SR16SEL_O L102 Blower Fan MBRST MBRST MBRST MBRST MBRST MBRST SR16ADDR_3 MBRST Emm m SR16ADDR_2 MBRST SP5845 680 7 c SR16ADDR 1 100 SR16ADDR O olFlmilwllmlolNlolo 0112 L103 Q108 TEMP LED1 SAM2333 2N2222A MOS102 ST4963DY 5 SR160EZ A117 amp De Da 62 lt E DEV ID1 DAD1000 I F 49 DEV IDO VOFF VOFF RAIL7 710 C711 ja 73 MOS106 OEZ VOFF RAIL6 10 22u 16V 10 10 R127 68 FDV3O1N EXT_ARSTZ gt 7040 FESETZ VOFF RAILS les D x x VOFF RAILA h 38 VOFF RAIL3 VOFF RAIL2 gt S101 S102 S103 KEY IN4 2B SKHMPWEO 10 SKHMPWEO 10 SKHMPWEO 10 VOFF BAIL 4 KEY IN2 23 Vi2 SWLL 7 V12 SWLO 7 H 10 01 51 1 R130 10 01 G1 Ww Ww 1 3 1 3 1 3 2 4 2 4 4 SOURCE
38. 500 to 600 2 Use an appropriate gauge of RMA resin core solder composed of 60 parts tin 40 parts lead 3 Keep the soldering iron tip clean and well tinned 4 Throughly clean the surfaces to be soldered Use a mall wirebristle 0 5 inch or 125cm brush with a metal handle Do not use freon propelled spray on cleaners 5 Use the following unsoldering technique a Allow the soldering iron tip to reach normal temperature 500 10600 b Heat the component lead until the solder melts c Quickly draw the melted solder with an anti static suction type solder removal device or with solder braid CAUTION Work quickly to avoid overheating the circuit board printed foil 6 Use the following soldering technique a Allow the soldering iron tip to reach a normal temperature 500 to 600 b First hold the soldering iron tip and solder the strand against the component lead until the solder melts C Quickly move the soldering iron tip to the junction of the component lead and the printed circuit foil and hold it there only until the solder flows onto and around both the component lead and the foil CAUTION Work quickly to avoid overheating the circuit board printed foil d Closely inspect the solder area and remove any excess or splashed solder with a small wire bristle brush IC Remove Replacement Some chassis circuit boards have slotted holes oblong through which the IC leads are inserted and then bent flat a
39. 6A OCK104CF56A OCK104CF56A OCE476SF6DC OCE226SF6DC OCK104CF56A OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A OCK104CF56A 0CC102CK41A 0CC102CK41A 0CC102CK41A OCK104CF56A 0CC102CK41A OCE226SF6DC OCK104CF56A 0CC331CK41A 0CK821CK56A OCK104CF56A OCK104CF56A 0CC331CK41A 0CC331CK41A OCE226SF6DC OCE476SF6DC OCK104CF56A OCK224CFG6A OCK104CF56A OCK104CF56A 0CC102CK41A 0CC102CK41A 0CC102CK41A OCK224CFG6A OCK224CFG6A OCK224CFG6A 0CC331CK41A 0CC331CK41A 0CC331CK41A OCE476SF6DC OCE476SF6DC 0CC331CK41A OCK473CH56A OCK104CF56A Fusible PART DESCRIPTION 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 596 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 47UF MVG 16V M SMD R TP 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 596 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 596 R TP NPO 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 330PF 1608 50V 596 R TP NPO 820PF 1608 50V 10 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1
40. 8181 HA ANM gt gu bcr Lf t 062 1 Vio x ct C60 8 026 cu 898 amp UM MHIL 0252 E a um vr P ce 1090 gi c eei mz AT Jee 77 1902 8 382 gt 02 8225 R223 ue En or 8299 1301 1501 1 8 CWINDEX 6870VS2026A 02 03 F Ictet 1 6870VS2028A C 0170 SENSOR 2 MAIN BOTTOM HD J191 Main Board eye sil C720 52 5 5 cus C10 L102 7 E e w 22 0105 us L 1 m fuge EL pans TREE lt gt BE gt HOST zb Tis ES as jns E wie L6 e 01161 0117 08 7 Bi ait RE 048A e 8 6870VM0488A IC803 5 lt 6708 C822 LIT eo Jv gi o 2 R03 5 1 c07 1 8 18 y 4 18 MUNNI EU gs 53 99 esse d Jw Br 1 1511 2 54 TE 5 un 0522 FI ai IG e dU aen lu e m H _ E lt I OQ 81 2211 ag gt BS
41. A 0TR387500AA 0TR387500AA OTFRH80001A OTFRH80001A OTR102009AG 0TR387500AA OTR150400BA 0TR387500AA OTR102009AG OTR102009AG OTFRH80001A OTFRH80001A OTR150400BA ODRDIOO028B ODRDIOO028B ODRDIOO028B ODL233309AC ODL233309AC ODL233309AC ODZRMO0178A ODZRMO0178A ODZRMO0178A ODZRMO0178A ODZRMO0178A ODZRMO0178A ODZRMO0178A 000226239 000226239 000226239 ODZRMO0178A PART NO DESCRIPTION CHIP 25 38755 1 KTN2222AS 2222 TP KEC KTN2907AS ZH KEC R TP SOT23 5V 600MA KTN2222AS NPN MMBT2222A TP KEC KTN2907AS ZH KEC R TP SOT23 5V 600MA KTN2222AS NPN MMBT2222A TP KEC KTN2907AS ZH KEC R TP SOT23 5V 600MA CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 CHIP 2SA1504S ASY CHIP 25 38755 1 CHIP KRC102S TP SOT 23 NA NA CHIP 25 38755 1 CHIP 25 38755 1 CHIP 25 38755 1 RK7002T116 ROHM KOREA R TP 0723 60V 115MA RK7002T116 ROHM KOREA R TP SOT23 60V 115MA CHIP KRC102S TP SOT 23 NA NA CHIP 25 38755 1 CHIP 2SA1504S ASY CHIP 25 38755 1 CHIP KRC102S TP SOT 23 CHIP KRC102S TP SOT 23 NA NA RK7002T116 ROHM K
42. A RD JT91 2 LG EN 373 026H REMOTE CONTROLLERREOSRA RD JT91 POWER CORD SP80A IS034 H05VV F 1800MM POWER 0 60 1 034 H05VV F 1800 POWER CORD SP305 15034 SVT18AWG 3C 1800 POWER 5 022 15034 H05VV F 3G 1800MM CABLE D SUB UL2919 28 1800 CABLE DVI D TO DVI D UL20276 AWG28 3000MM CORD A VPHONO 3000 RCA 1PICE NON UL CONNECTOR CIRC D SUB2990 9C AT L1830 COOL
43. AC power to this instrument and or any of its electrical assemblies unless all solid state device heat sinks are correctly installed 8 Always connect the test receiver ground lead to the receiver chassis ground before connecting the test receiver positive lead Always remove the test receiver ground lead last 9 Use with this receiver only the test fixtures specified in this service manual CAUTION Do not connect the test fixture ground strap to any heatsink in this receiver Electrostatically Sensitive ES Devices Some semiconductor solid state devices can be damaged easily by static electricity Such components commonly are called Electrostatically Sensitive ES Devices Examples of typical ES devices are integrated circuits and some field effect E transistors and semiconductor chip components The following techniques should be used to help reduce the incidence of component damage caused by static by static electricity 1 Immediately before handling any semiconductor component or semiconductor equipped assembly drain off any electrostatic charge on your body by touching a known earth ground Alternatively obtain and wear a commercially available discharging wrist strap device which should be removed to prevent potential shock reasons prior to applying power to the unit under test 2 After removing an electrical assembly equipped with ES devices place the assembly on a conductive surface such as aluminum foil to p
44. DC OCE336SH6DC OCK104CF56A OCK104CF56A OCE476SF6DC OCE336SH6DC OCE336SH6DC OCK104CF56A OCK104CF56A OCK104CF56A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 6630B00021A 6630B00022A 6630TGA004F 6630GZ00724 380 336G 380 363K 6612B00003A 6612VCH002A 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 1UF MVG 50V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 2700PF 1608 50V 5 X7R R TP 4700PF 1608 50V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 2700PF 1608 50V 5 X7R R TP 0 22UF 1608 16V 10 10 X7R R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 1UF MVG 50V M SMD R TP 33UF MVG 25V M SMD 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 33UF MVG 25V M SMD 33UF MVG 25V M SMD 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 47UF MVG 16V M SMD R TP 33UF MVG 25V M SMD R TP 33UF MVG 25V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 100 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO CONNECTOR BOARD TO BOARD KX14 120K5DE 120P 0 8MM 120P BOARD TO BOARD KX15 50KLDLE 120P 0 8MM
45. ESCRIPTION 0CC102CK41A 0CK104CF56A 0CC102CK41A 0CC221CK41A 0CE107SF6DC 0CC102CK41A 0CK104CF56A 0CC102CK41A 0CK104CF56A 0CE476SF6DC 0CC102CK41A 0CK104CF56A 0CK104CF56A 0CE476SF6DC 0CC102CK41A 0CC102CK41A 0CK104CF56A 0CK224CFG6A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CE476SF6DC 0CE226SF6DC 0CC102CK41A 0CK104CF56A 0CC680CK41A 0CC680CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CK104CF56A 0CC102CK41A OCE106SH6DC 0CC102CK41A OCK104CF56A OCE107SF6DC OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCE106SH6DC OCK104CF56A OCK104CF56A OCK104CF56A 0CC680CK41A 0CC680CK41A 0CC680CK41A OCK104CF56A 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 596 R TP NPO 220PF 1608 50V 5 R TP NPO 100UF MVG 16V M SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 47UF MVG 16V M SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 47UF MVG 16V M SMD R TP 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 22UF 1608 16V 10 10 X7R R TP 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 1000PF 1608 50V 5 R TP NPO 47UF MVG 16V M SMD R TP 22UF MVG 16V 2096 SMD R TP 1000PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 68PF 1608 50V 5 R TP NPO 68PF 1608 50V 5 R TP NPO
46. F MVG 50V M SMD R TP 0 22UF 1608 16V 10 10 X7R R TP 0 1UF 1608 16V 1096 R TP X7R 1UF MVG 50V M SMD R TP 1UF MVG 50V M SMD R TP 100UF MVG 16V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 1UF MVG 50V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 4700PF 1608 50V 1096 R TP X7R 100UF MVG 16V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 01UF 1608 50V 1096 R TP X7R 100 1608 50V 5 R TP NPO 100 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 10UF MVG 25V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 1UF MVG 50V M SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 22UF MVG 16V 2096 SMD R TP 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0CK104CF56A 0CK104CF56A 0CK104CF56A 0CE105SK6DC 0CK104CF56A 0CK104CF56A 0CK104CF56A 0CK104CF56A 0CK272CK46A 0CK472CK56A 0CK104CF56A 0CK104CF56A 0CK272CK46A 0CK224CFG6A 0CK104CF56A 0CK104CF56A 0CE105SK6DC 0CE336SH6DC 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CK104CF56A 0CE336SH6
47. N TOP J491 Ma in Board 040506 ss jl CNI04 LL LL LL nan 101 a OZ Po ENE E STEEP m eere endi e222 1 255 51017 2 wm M du Se io cd 5 m 5 RE 048A gr re 409 amp 1 6870VM0488A 5108 ww Desa 145 _ 665 7 ___ R681 R680 18 0652 ae ES 5108 85 5109 75 0805 5 16801 ey 055 R804 i 1 ES C806 EE 3 Nh 5 slc ae 16101 e WE 9 a IG Ta XMI o 16413 T d H 9 19 9 uu xs ARS43 156 HH E s 08 dede m r ft gg Thermal s at miren no i 16106 1 5 Jl AR435 gu gun om a5 1 zi HELL i zy asl CN513 allla 5 nm g A 16402 55 ux CSS 58555 6 Gq i D Eroe d S a RS ia Rene r 5 i Gh R629 616 z z 5 T 2g R610 T un iE V R338 amp oo 06 6c 0209262126202 50026101 Li 9i SE 91 61 2 MOL 6 SL 9657601 e E mE 205 oo 5 HM A
48. OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES 22 OHM 1 16 W 1608 5 R TP E24 SERIES SWITCH SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS SKHMPW 5P CHIP TACT J ALPS FILTER amp CRYSTAL 6210TCE001G 6210TCE001G 6210TCE001G 6210TCE001G 6210TCE001G 6202VDT002E HH 1M3216 501 CERATEC 3216MM R TP HH 1M3216 501 CERATEC 3216MM R TP HH 1M3216 501 CERATEC 3216MM R TP HH 1M3216 501 CERATEC 3216MM R TP HH 1M3216 501 CERATEC 3216MM R TP RESONATOR SX 1SMD 20250000HZ 30PPM 16PF TP MISCELLANEOUS 6712000002B 6712000002B 6204B48342A REMOTE CONTROLLER RECEIVER KSM 603SM12E 1 REMOTE CONTROLLER RECEIVER KSM 603SM12E 1 OSCILLATOR ASY 137 50MHZ T 50 00MHZ 25 PPM 3 3V ACCESSORIES 3828VA0482B 6710V00133A 6410VOH001A 6410VBH005A 6410VUH007A 6410VEH008A 6850F00004A 6850J00003A 6852VA0001A 6866VA9001A MANUAL OWNERSRE048
49. OREA R TP SOT23 60V 115MA RK7002T116 ROHM KOREA R TP SOT23 60V 115MA CHIP 2SA1504S ASY B350A DIODES 5 35 100 NSEC 0 7 B350A DIODES 5 35V 3A 100A NSEC 0 7 B350A DIODES R TP SMA 35V 3A 100A NSEC 0 7MA LED SAM2333 GREEN RED GREEN 10MCD RED 6MCD LED SAM2333 GREEN RED GREEN 10MCD RED 6MCD LED SAM2333 GREEN RED GREEN 10MCD RED 6MCD ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS 17 5 1B ROHM CHIP KDS226 SOT 23 CHIP KDS226 SOT 23 CHIP KDS226 SOT 23 ZENERSUDZS TE 17 5 1B ROHM LOCA NO PART NO DESCRIPTION 0DZRM00178A 0DZRM00178A 0DZRM00178A 0DD184009AA 0DL233309AC 0DZRM00178A 0DZRM00178A 0DZRM00178A 0DRDI00028B ODL233309AC ODZRMO0178A ODZRMO0178A ODRDIOO028B ODL243409AB ODLORO0018AA ODLORO0018AA ODLORO0018AA ODLORO0018AA ODL243409AB ODL243409AB ODL243409AB ODL243409AB ODLORO0018AA ODLORO0018AA ODRGS00328A ODRGS00328A ODZVH00118A ODRONOOO088A ODRONOO088A ODRONOO088A ODRONOO088A ODL233309AC CAPACITOR OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCE226SF6DC OCE226SF6DC OCK104CF56A OCE476SF6DC 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A OCK104CF56A ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM ZENERSUDZS TE 17 5 1B ROHM KDS184S CHIP 85V 3
50. ORT1 A 6 PORT1 A 5 P1 BUl4 PORT1 A 4 Pannula 1 Tc181 P1 BUl2 ie 101 1 2 1 141 001571 PORT1 A 1 P4 BU O 001561 PORT1 A O soa 00155 P4 GY O 7 6 1 6 71 00154 PoRT1_B_7 P1 GY 6 3 001531 PORT1 B 6 1_ 151 001521 ALERT vec PORT1 B 5 a 1 j P1_cyl4 AR440 4 00151 p1 eY 3 DD s0 1_6 2 LET 001491 P4_GY 11 BER DD 48 P1_cylo 001471 001461 00145 001441 00143 001421 001411 001401 00139 00138 00137 00136 00135 00134 00133 00132 00131 00130 00129 00128 001271 00126 00125 00124 00123 001221 00121 001201 00119 00118 001471 00116 00115 00114 00113 00112 00111 00110 RD DGB 51 RD DGB 24 RD DGB 3 1 gt AD_DOALO AD_SCK RD DGA 1 RD DGA 2 FD DGA 3 lt 16 FD DGA 41 C 3 CTM RD DGAIS 51 CTMN FD DGA 6 C 71 FD DGA 71 C En paal4 11 J lt 0 lt
51. O_CTS 151 NORMAL 200W UARTO RTS eit 141 DIMMER 160 2 767004 2 CW TACH CWTACH LMPSYNC_GPIO_30 CW INDEX CWINDEX e LMPSTAT 10404 LAMPLIT E LMPCTRL DDP2000 ANODE COMMON ARM PERIPHERAL DEBUG TEST ICE_ASTZ e TDO2 Ga TSTPT 7 14 BTCK TSTPT 6 13 CN501 TCK TRACEPKT7 TSTPT 5 CONSP TRACEPKT 12 CONVERTER TMS2 TRACEPKT6 TSTPT 4 11 B513 22 TDI TRACEPKTS TSTPT 3 L_ExT ARsTz gt Mw IC503 TRACEPKT 10 IC502 TASTZ TRACEPKT4 TSTPT_2 M62392 MAX708 151 9 TSTPT_1 1 141 8 cso amp TRACEPKT2 TSTPT O 131 TRACEPKT1 e 121 PWRGOOD gt 8 15 11 e csa 1 101 PIPESTAT2 lt 191 PIPESTAT1 VDD PIPESTATO TDI 2 TRACESYNC TCK TRACECLK lt TASTZ LAMP_LEDO CATHODE LAMPEN 15 CATHODE DIMMER
52. PORT2 A 4 m ceog zd C61 m I 617 i zl 4ouvasy 10u 2e5v il isi A 625 0 10 10 C605 22u 16V ET 1612 344 dl cs14 cen cea 0 42 al 1 4 1u 4 R614 110 Pa uv o 7 2 0 7 BS UVTEI PORT2_B_7 BE UVTSI PORT2_B_6 C Q 2 W 0 41 5 BS UVISI PORT2_B_4 2 0 121 Pa Uv 1 Pa uv o VREF RDRAM faa jo jo jo PORT2 B 3 PORT2 B 2 PORT2 B 1 PORT2 B O PORT2 C 7 PORT2 C 6 ln N PORT2 C 5 PORT2 C 4 PORT2 C 3 PORT2 C 2 DCLK PORT2 C 1 LOADB Z PORT2 C O SCTRL TRC 0 gt 2 DD o e3 Pa2 FIELD PORT2 FLD P2_VSYNC PORT2 VSYNC SACBUS Pa2 HSYNC PORT2 HSYNC SACCLK 00112 00 28 00 29 PORT2 ACTDATA PORT2 CLK DMDSERIN 9 R443 22 R435 EE 444 R436 22 9445 X22 22 R446 qq X22 R438 8447 4 9 A448 22 A440 22 R449 22 INPUT AND I F
53. R TP NPO 100PF 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100 1608 50V 5 R TP NPO 100 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R x v For Capacitor amp Resistors the charactors at 2nd and 3rd digit in the P No means as follows RD Carbon Film RS Metal Oxide Film Metal Film Fusible CC CX CK ON Ceramic CQ Polyestor CE Electrolytic LOCA NO PART NO DESCRIPTION 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A 0CC101CK41A OCK104CF56A 0CC101CK41A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK332CK56A OCE105SK6DC OCE226SF6DC OCK104CF56A OCK103CK56A OCE106SH6DC OCK104CF56A OCK103CK56A OCK104CF56A OCK104CF56A OCK104CF56A OCE226SF6DC OCE226SF6DC OCE226SF6DC OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK104CF56A OCK473CH56A 0CC102CK41A OCK473CH56A OCK104CF56A 0CK473CH56A 0CK104CF56A 0CE226SF6DC 0CK104CF56A 0CK823CFF6A 0CK822CK56A 0CK104CF56A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 0CC102CK41A 102 0CK104CF56A 100 1608 50V 5 R TP NPO 100 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 100PF 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 100 1608 50V 5 R TP NPO 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 0 1UF 1608 16V 1096 R TP X7R 3 3NF 1608 50V
54. RIN ES P1_CLK SIN L308 315 75 C338 0 aeu P1 HSYNC ub Comp Y SoG 309 53 16 7 C340 110 220 gt ANY WS P1 VSYNC 23 i03 ma EE 200 C202 203 3 3V_A a Q U Oo 00 gt on ony om a T i 10 22u 16V tr JO 10 aa PR Ice 3 3V 4 7 dcees _ gt ooop 8 1000p 1000p 1000 1000 1 Loopy ADJ GND 4 T i C2o6 sU cae vcr e 207 211 212 L1901 2eu 1ev 0 1 TO 1u MLB 121 7 T 1 1 C190 C1905 C190 am 5 IC1901 12u o ur DM74LS123 225 ifo EIOS 1000p Tiooop 1A vcc 12k 2 15 5 4 3 18 __ 14 C1910 5 2 180 I 3 3V PLL R1912 Ais A1903 82 20k 5 19 NIIT Bees Be Comp Y Ww Kesz 2Q 26 C3875 C1907 110 04u 6 eas 4000p Ei R1905 LU acExT 20 C237 19 7100 eRE CE eB 1505 R226 2A 300 233 234 10 10 VGA NALOG INPUT R1914 4 7k R1916AAA22 4801 P 8191334 10k 91906 Ww C1908 104 25 V NPUT 1 sv px iav L404 L405 SP5845 150 LB5S73AD 8 POWER pur Vesp CN401 5 CON12P
55. T323 5L 74VIT125CTR SGS THOMSON S0T323 5L AD9883AKST 110 ANALOG DEVICE 80P TQFP KIA78D33F KEC 3P DPAK R TP 3 3V LDO 24 21 1051 2 5 8P SOP TP 1K EEPROM SIL169CT100 SILICON IMAGE 100P LQFP VPC3230D C5 80 QFP DDP2000 564P PBGA TRAY DLP IMAGE PROCESSOR L5973ADTR SGS THOMSON 8P HSOP LD29150DT25R SGS THOMSON 3P D PAK LD1086DT18TR SGS THOMSON 3P DPAK PQ20WZ1U SHARP 5P SC63 AT49BV162A 70TI ATMEL 48P TSOP CDCR83 24P STOP 74LX1G14CTR SGS THOMSON SOT323 5L EZ1117CST 3 3 3P SOT 223 TP 3 3V CHIP M62392FP 24P SOP ST D A CONVERTER MAX708SCSA MAXIM 8P SOP RESET 74VIT125CTR SGS THOMSON S0T323 5L K4R271669F TCS8 54 TRAY RDRAM 128 L5973ADTR SGS THOMSON 8P HSOP TPA0242PWP 24PIN STEREO AUDIO 2503253 0003 DAD1 000 3 80 PQFP 8060 624C TEXAS INSTRUMENT 152P A8904SLP 28P HTSSOP 74VIT125CTR SGS THOMSON S0T323 5L PQ12DZ1U 5 SMD PQ12DZ1U 5 SMD KA2903 FAIRCHILD 8SOP R TP AMPLIFIER VISHAY SI4963DY R TP SO 8 20V 6 2A VISHAY SI4963DY R TP SO 8 20V 6 2A FDV301N FAIRCHILD R TP SOT23 25V 0 22A FDV301N FAIRCHILD R TP SOT23 25V 0 22A FDV301N FAIRCHILD R TP SOT23 25V 0 22A CHIP 2SC3875S ALY KEC CHIP 2SC3875S ALY KEC 24 0TR387500AA 0TR222209AB OTRKE80040A 0 222209 OTRKE80040A 0TR222209AB OTRKE80040A 0TR387500AA 0TR387500AA 0TR387500AA 0TR387500AA 0TR387500AA 0TR387500AA 0TR387500AA 0TR387500AA 0TR387500AA 0TR387500AA OTR150400BA 0TR387500AA OTR102009AG 0TR387500A
56. citor in the receiver CAUTION A wrong part substitution or incorrect polarity installation of electrolytic capacitors may result in an explosion hazard d Discharging the picture tube anode 2 lest high voltage only by measuring it with an appropriate high voltage meter or other voltage measuring device DVM FETVOM etc equipped with a suitable high voltage probe Do not test high voltage by drawing an arc 3 Discharge the picture tube anode only by a first connecting one end of an insulated clip lead to the degaussing or kine aquadag grounding system shield at the point where the picture tube socket ground lead is connected and then b touch the other end of the insulated clip lead to the picture tube anode button using an insulating handle to avoid personal contact with high voltage 4 Do not spray chemicals on or near this receiver or any of its assemblies 5 Unless specified otherwise in this service manual clean electrical contacts only by applying the following mixture to the contacts with a pipe cleaner cotton tipped stick or comparable non abrasive applicator 1096 by volume Acetone and 9096 by volume isopropyl alcohol 9096 9996 strength CAUTION This is a flammable mixture Unless specified otherwise in this service manual lubrication of contacts in not required 6 Do not defeat any plug socket B voltage interlocks with which receivers covered by this service manual might be equipped 7 Do not apply
57. dition is encountered At IC Connections To repair a defective copper pattern at IC connections use the following procedure to install a jumper wire on the copper pattern side of the circuit board Use this technique only on IC connections 1 Carefully remove the damaged copper pattern with a sharp knife Remove only as much copper as absolutely necessary 2 carefully scratch away the solder resist and acrylic coating if used from the end of the remaining copper pattern 3 Bend a small U in one end of a small gauge jumper wire carefully crimp it around the IC pin Solder the IC connection 4 Route the jumper wire along the path of the out away copper pattern and let it overlap the previously scraped end of the good copper pattern Solder the overlapped area and clip off any excess jumper wire At Other Connections Use the following technique to repair the defective copper pattern at connections other than IC Pins This technique involves the installation of a jumper wire on the component side of the circuit board 1 Remove the defective copper pattern with a sharp knife Remove at least 1 4 inch of copper to ensure that a hazardous condition will not exist if the jumper wire opens 2 Trace along the copper pattern from both sides of the pattern break and locate the nearest component that is directly connected to the affected copper pattern 3 Connect insulated 20 gauge jumper wire from the lead of the nearest co
58. erheating Red flashi Power has turned off due to problem with the Ee internal cooling fan The fan is not operating Lamp Indicator REPLACING OF LAMP The projector lamp should lasts for about 2000 hours You can see the lamp hours time in the selecting function section You must replace the lamp when one or more of the following apply e The projected image gets darker or starts to become distorted e The lamp indicator is red Red flashing alternately e The message LAMP REPLACE appears on the screen when turning the projector lamp on 1 Turn off the projector and unplug the power cable allow the lamp to cool for more than 1 hour 2 Stand the projector on its side as below so that you can easily access the lamp cover 3 Remove the two retaining screws on the lamp cover with a screwdriver and then lift off the lamp cover After lifting the lamp cover off remove the two retaining screws on the lamp case with a screwdriver Lift up the fixed wire handle of the lamp Pull out the handle slowly and remove the lamp case Insert the new lamp gently into the correct position Make sure it is inserted correctly Tighten the screws you removed in step 4 Replace the lamp cover and tighten the cover screws Make sure the lamp cover is securely fastened If the lamp cover is open the lamp indicator flashes green and the projector will not turn on Bottom of the Projector
59. gainst the circuit foil When holes are the slotted type the following technique should be used to remove and replace the IC When working with boards using the familiar round hole use the standard technique as outlined in paragraphs 5 and 6 above Removal 1 Desolder and straighten each IC lead in one operation by gently prying up on the lead with the soldering iron tip as the solder melts 2 Draw away the melted solder with an anti static suction type solder removal device or with solder braid before removing the IC Replacement 1 Carefully insert the replacement IC in the circuit board 2 Carefully bend each IC lead against the circuit foil pad and solder it 3 Clean the soldered areas with a small wire bristle brush It is not necessary to reapply acrylic coating to the areas Small Signal Discrete Transistor Removal Replacement 1 Remove the defective transistor by clipping its leads as close as possible to the component body 2 Bend into U shape the end of each of three leads remaining on the circuit board Bend into U shape the replacement transistor leads 4 Connect the replacement transistor leads to the corresponding leads extending from the circuit board and crimp the U with long nose pliers to insure metal to metal contact then solder each connection Power Output Transistor Device Removal Replacement 1 Heatand remove all solder from around the transistor leads 2 Remove the heatsi
60. indicate 235 15 14 19 inch 26 15KV 19 21 inch 29 0 15 25 29 inch 300 15 V 32 Inch If the meter indication is out of tolerance immediate service and correction is required to prevent the possibility of premature component failure Before returning the receiver to the customer always perform an AC leakage current check on the exposed metallic parts of the cabinet such as antennas terminals etc to be sure the set is safe to operate without damage of electrical shock Leakage Current Cold Check Antenna Cold Check With the instrument AC plug removed from AC source connect an electrical jumper across the two AC plug prongs Place the AC switch in the on position connect one lead of ohm meter to the AC plug prongs tied together and touch other ohm meter lead in turn to each exposed metallic parts such as antenna terminals phone jacks etc If the exposed metallic part has a return path to the chassis the measured resistance should be between IMQ and 5 2 When the exposed metal has no return path to the chassis the reading must be infinite An other abnormality exists that must be corrected before the receiver is returned to the customer Leakage Current Hot Check See below Figure Plug the AC cord directly into the AC outlet Do not use a line Isolation Transformer during this check Connect 15K 10watt resistor in parallel with a 0 15uF capacitor between a known good earth ground Water Pipe Conduit etc
61. k C816 33u 25v 2 Motor Timing Capacitor Selection Guide cap node name of Poles CD1 CWCTR 8 0033uF 0 0033uF 560 O O1uF 12 O OO27uUF 0 0027uF 0 00470 Not Installed 3V DMD 16 001547 O 004547 0 0033uF Not Installed These combination recommended starting points Testing must be done to 0805 SAM2333 confirm these components will be suitable for a particular motor 3 IC753 SVGA 753 754 756 758 760 D li 22u 16V li 10 1u TO tu C817 I 33u 25v 1 O 10 PWR ON gt LG Electronics Inc Jun 2004 P NO 3828VD0085Q Printed in Korea
62. mponent on one side of the pattern break to the lead of the nearest component on the other side Carefully crimp and solder the connections CAUTION Be sure the insulated jumper wire is dressed so the it does not touch components or sharp edges CONTROL DESCRIPTIONS Names of parts Main Body The projector is manufactured using high precision technology You may however see on the Projector screen tiny black points and or bright points red blue or green This can be a normal result of the manufacturing process and does not always indicate a malfunction Hear remote control sensor Control panel Zoom ring Focus ring Power button Indicators Foot adjusting button Lens cover Push the lens cover into the inside after pulling it open into the Foot adjusting button front If you mount on the ceiling after pushing the cover the lens cover is installed If not the cover may overlap projecting lens Connecting Part USB Service DVI Input S Video This jack is only used for service RGB Input Audio PC DTV Video Audio DVI Input So Video USB Service Kensington Security System Connector Control Panel V KEYSTONE Button MENU SOURCE MENU Button L N 7 SOURCE Button Selects or closes menus Switches to RGB DVI Video S Video mode VOL lt b VOL VOLUME Button Adju
63. nk mounting screw if so equipped 3 Carefully remove the transistor from the heat sink of the circuit board 4 Insert new transistor in the circuit board 5 Solder each transistor lead and clip off excess lead 6 Replace heatsink Diode Removal Replacement 1 Remove defective diode by clipping its leads as close as possible to diode body 2 Bend the two remaining leads perpendicular y to the circuit board 3 Observing diode polarity wrap each lead of the new diode around the corresponding lead on the circuit board Securely crimp each connection and solder it Inspect on the circuit board copper side the solder joints of the two original leads If they are not shiny reheat them and if necessary apply additional solder Fuse and Conventional Resistor Removal Replacement 1 Clip each fuse or resistor lead at top of the circuit board hollow stake 2 Securely crimp the leads of replacement component around notch at stake top 3 Solder the connections CAUTION Maintain original spacing between the replaced component and adjacent components and the circuit board to prevent excessive component temperatures Circuit Board Foil Repair Excessive heat applied to the copper foil of any printed circuit board will weaken the adhesive that bonds the foil to the circuit board causing the foil to separate from or lift off the board The following guidelines and procedures should be followed whenever this con
64. ole located under the holder to protect the test equipment 2 The adjustment must be performed under the correct sequence 3 The adjustment must be performed in the circumstance of 25 5 C of temperature and 65 10 of relative humidity 4 The input voltage of the receiver must keep AC 110V 60Hz during adjustment 5 The set must be on for 5 minutes prior to any adjustment After receiving possible 10096 white pattern it is operated Folding Mirror preliminarily 3 Accessing the Adjustment Mode hole of the lower holder 1 Pressing the instart key on the service remote will open or Fig 4 1 Check the Lower Position of Folding Mirror close the service menu 2 As shown Fig 1 use the CH V select to 2 Check Left Right Position item press the ENTER or VOLUME key to enter the item After checking the lower position as shown Fig 4 2 fix the you wish to adjust sides so they are vertically aligned with the base surface Test Pattern Folding Optic Temperature RGB Set Component Gain Off Set White Balance OWI Lamp Time Reset base surface White Peaking Fig 4 2 Check the Left Right Position of Folding Mirror 0 PWM Top and bottom adjustment screw A lt Fig 3 gt OSD of Adjustment Mode 3 Press the Instart key to exit the service menu 4 Preparation for Adjustment 1 Power is connected in set to be po
65. or other Hazards Do not modify the original design without permission of manufacturer General Guidance An isolation Transformer should always be used during the servicing of a receiver whose chassis is not isolated from the AC power line Use a transformer of adequate power rating as this protects the technician from accidents resulting in personal injury from electrical shocks It will also protect the receiver and it s components from being damaged by accidental shorts of the circuitry that may be inadvertently introduced during the service operation If any fuse or Fusible Resistor in this TV receiver is blown replace it with the specified When replacing a high wattage resistor Oxide Metal Film Resistor over 1W keep the resistor 10mm away from PCB Keep wires away from high voltage or high temperature parts Due to high vacuum and large surface area of picture tube extreme care should be used in handling the Picture Tube Do not lift the Picture tube by it s Neck X RAY Radiation Warning The source of X RAY RADIATION in this TV receiver is the High Voltage Section and the Picture Tube For continued X RAY RADIATION protection the replacement tube must be the same type tube as specified in the Replacement Parts List To determine the presence of high voltage use an accurate high impedance HV meter Adjust brightness color contrast controls to minimum Measure the high voltage The meter reading should
66. own adjustment to the right and mark where the image is aligned 2 Mark screw C in its original position Turn screw C up down adjustment to the left and mark where the image is aligned 3 Turn screw C up down adjustment to the right left and mark where the image is aligned Fix the adjustment screw in position Step 3 lt Fig 4 6 gt Illuminator Left Right Adjustment Sequence 2 Step 1 Step 2 4 Final Adjustment Repeat turn screw C up down adjustment to the right left and mark where the image is aligned Fix the adjustment screw in position 1 2 3 adjustment twice and find the optimum position Check the image with the naked eye for optimum alignment 14 4 3 Illuminator Phenomenon Adjustment Adjustmen Screw direction Initial state State after adjusting Right tighten direction Up down screw A Left loosen Description At first upside illuminator goes down and right illuminator also goes down in detail At first downside illuminator goes down and left illuminator also goes direction i down Right tighten direction At first left illuminator goes down and downside illuminator also goes down left right screw B Left loosen direction At first right illuminator goes down and upside illuminator also goes down Right tighten direction At first left illuminator goes down and downside illuminator also goes down left right screw C
67. revent electrostatic charge buildup or exposure of the assembly 3 Use only a grounded tip soldering iron to solder or unsolder ES devices 4 Use only an anti static type solder removal device Some solder removal devices not classified as anti static can generate electrical charges sufficient to damage ES devices 5 Do not use freon propelled chemicals These can generate electrical charges sufficient to damage ES devices 6 Do not remove a replacement ES device from its protective package until immediately before you are ready to install it Most replacement ES devices are packaged with leads electrically shorted together by conductive foam aluminum foil or comparable conductive material 7 Immediately before removing the protective material from the ieads of a replacement ES device touch the protective material to the chassis or circuit assembly into which the device will be installed CAUTION Be sure no power is applied to the chassis or circuit and observe all other safety precautions 8 Minimize bodily motions when handling unpackaged replacement ES devices Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity sufficient to damage an ES device General Soldering Guidelines 1 Use a grounded tip low wattage soldering iron and appropriate tip size and shape that will maintain tip temperature within the range
68. sts volume level and 124 functions of menus AUTO Button 2 m OK Button AUTO B OK Checks present mode and saves the change of functions POWER Button gt POWER Remote Control POWER Button MENU Button VOL lt Button AUTO Button BLANK Button MUTE Button Switches the sound on or off KEYSTONE SOURCE T SOURCE Button 5 A VButton gt m OK Button ARC Button y STILL Button Projector Status Indicators Lamp Indicator operation indicator and temperature indicator at the top of the projector show the user the operating status of the projector Lamp Indicator Operation Indicator Temperature Indicator Standby Green flashing The fan is running while the lamp preheats Operation Indicator The lamp is preheated and on Orange flashing Projector lamp is cooling as power out 2 minutes Projector lamp is reaching the end of its life and needs to be replaced with a new lamp over 2000 hours The projector has trouble in the lamp or around it at Red flashing power on Retry Power On again later If lamp indicator is red flashing again contact the service center Green flashing The lamp cover is not closed The projector is in a high temperature condition Turn off the power to the unit and check for proper ventilation Temperature Indicator The projector is turned off due to the unit ov
69. uipment 1 Model CL 200 1 Chromaticity measurement from projection screen center 2 Pattern Generator DVI input 3 Set fixing device 1EA 4 Remote control 1EA 9 2 Equipment Composition 1 Compose the equipment as Fig 9 Equipment to monitor Lx X Y data Pattern generator White 70 input Fig 9 Equipment composition Diagram SCREEN Set fixing device 2 It may use a pattern other than 7096 white Use a white pattern 3 Press the Instart key on the service remote to select white peaking and check the RGB DVI peaking data should be set to 10 17 4 Press the Instart key on the service remote control to select White balance 5 Change X Y as below seeing X and Y coordinate of illuminometer data 1 Standard color coordinate when adjusting Warm 65002200 degree mode 0 313 0 002 0 329 0 002 Adjust the white X Y default white X gt 9995 white Y gt 10992 2 Standard color coordinate when adjusting Cool 93002200 degree mode 0 283 0 002 0 297 0 002 Adjust the white default white X gt 9995 white Y gt 10992 x It is unnecessary for normal mode adjustment The remote control data does not become input 6 Press the Instart key on the service remote to select white balance again and check the adjusted state of warm and cool Then select normal and exit the service menu PRINTED CIRCUIT BOARD MAI
70. uipment to monitor Lx X Y data Set PC input Computer of Pattern SCREEN Set fixing device lt Fig 8 1 gt Device setting diagram for CWI adjustment 8 2 Required Test Equipment 1 Model CL 200 1 Chromaticity measurement from projection screen center 2 PC input equipment Pattern Generator PC 3 Set fixing device 1EA 4 Remote control 1EA 16 8 3 Preparation for Adjustment 1 Connect the power cord and turn the set on then connect it to a PC input 2 Enter the CWI menu by using the Instart key on the service remote Default value 268 3 When entering CWI a full red screen will display At this time see the color coordinates on the center Colow wheel index 268 lt Fig 8 2 gt TEST pattern RED pattern 8 4 Sequence of Adjustment 1 Adjust CWI to the left right value by using the volume buttons at the first adjustment value is preset to 268 2 color coordinates change when pressing volume button 3 X coordinates usually get maximum value at X 0 630 0 02 and Y coordinates usually get minimum value at 0 350 0 02 Adjust this value by pressing volume button on the remote control Adjustment range is usually 258 278 and average value is 268 4 Check the red pattern whether it is entirely uniform If it is uniform then this setting is OK 9 White Balance Adjustment 9 1 Required Test Eq
71. ut Voltage 100 10 240 6 V 50 60Hz Market World wide Screen 43 169 5555 O1 7 Operating Temperature 40 Storage Temperature 10 Storage Humidity 11 B Feature and function Specification Pr D Sub 15 pin 480i 480p 720p 10801 5761 576 480i 576i RCA jack Yellow 4801 5761 S VIDEO jack USB jack only for download Component input Composite input 1 S video input 1 Audio input 1 USB Port 1 Local Key Power Menu OK Vol Source keystone keystone auto Picture Gamma Normal Film Sports Picture User Control Contrast Brightness Color Tint Sharpness 13 Display mode 4 3 16 9 5 OSD Language Korean english Deutsch ltaliano Espanol Chinese Japanese france Swedish 12 ADJUSTMENT INSTRUCTION 1 Application Object 4 Folding Mirror Adjustment This instruction is for the application to the DLP Projector CHASSIS 048 4 1 Before adjusting check the position of Folding Mlrror 2 Notes Check the position of Folding Mirror in the base of up down left right surface Fig 4 1 1 The power source insulation of this DLP Projector is not charging type and you may not use the transformer for 1 Check the Lower Position insulation It is advised to use an insulation transform As shown Fig 4 1 check the mirrors lower position in the between the power supply cable and power input of the set middle of the h
72. website http biz L Gservice com LG e mail http www LGEservice comitechsup html DLP PROJECTOR CHASSIS RE 048A MODEL RD JT91 CAUTION BEFORE SERVICING THE CHASSIS READ THE SAFETY PRECAUTIONS IN THIS MANUAL CONTENTS CONTENTS 2 SAFETY PRECAUTIONS 5556 3 SERVICING PRECAUTIONS n xxu vu cU 4 CONTROL DESCRIPTIONS 6 REPLACING OF CAMP RU 10 SPECIFICATIONS a ernst HET 11 ADJUSTMENT INS PRUGIIOMN wcccsssssenccensctewewciswessess ec cdcdecereccesrieenscdennversssesteusualeeeterevenes 13 PRINTED CIRCUIT BOARD a ae 18 BLOCK DIAGRAM ce ernie 21 EXPLODED VIEW 22 EXPLODED VIEW PARTS IST 23 REPLACEMENT PARTS IST 24 SUC SHEE M SAFETY PRECAUTIONS IMPORTANT SAFETY NOTICE Many electrical and mechanical parts in this chassis have special safety related characteristics These parts are identified by the Schematic Diagram and Replacement Parts List It is essential that these special safety parts should be replaced with the same components as recommended in this manual to prevent X RADIATION Shock Fire
73. wer on 2 Do heat run 5minutes Left and right adjustment screw B Left and right adjustment screw C lt Fig 4 3 gt Illuminator Adjustment Part by Folding Mirror 4 2 Adjustment Sequence Check the full white screen refer to Fig 4 3 and make adjustments in the following sequence 1 Up and Down Adjustment 1 Mark screw A in its original position Turn screw A up down adjustment to the left and mark where the image is aligned 2 Mark screw A in its original position Turn screw A up down adjustment to the right and mark where the image is aligned 3 Turn screw A up down adjustment to the right left and mark where the image is aligned Fix the adjustment screw in position F a Step 3 lt Fig 4 4 gt Illuminator up down Adjustment Sequence Step 1 Step 2 2 Left and Right Adjustment 1 1 Mark screw B in its original position Turn screw B Left Right adjustment to the right and mark where the image is aligned 2 Mark screw B in its original position Turn screw B Left Right adjustment to the left and mark where the image is aligned 3 Turn screw B Left Right adjustment to the right left and mark where the image is aligned Fix the adjustment screw in position Step 3 lt Fig 4 5 gt Illuminator Left Right Adjustment Sequence 1 Step 1 Step 2 3 Left and Right Adjustment 2 1 Mark screw C in its original position Turn screw C up d
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