led-32xr11f_sm9.35 MB
Contents
1. Close to 309 53 Close to 309 00 001 8423 75 MA ODT MILIA A0 A0 0151 75 MB L2 89 MB MIUA MEZ 22 PAD I018 4 40 Pan Tole arao NIUB WEZ MB HEZ WB BAL 13 Bi MACKE 9 10 881 8 M D4 NTUB MCKE MB CKE 4 8124 5 MA BA1 823 1 25 1 MIUB BAT 8152 5 MB BAL 42 MIUA BAO _ 80 101441 4 43 PAD tal sol aaa NIUB BAO M8 8 0 03 MA DQ11 PAD_1013 4 PAD 101501 B A4 y54 wrup as WB MIUA A4 4 42 5 10143 AAS PAD_10 90 B A5 MIUB A4 EM M6 810 2 8 0040 i MA DQ9 MILIA 6 gt T 023 MIUB AG MIUB_A2. C522 R541 8 eM V_PFC A522 18 0501 1 1 H 20 529 47u _9500 8 88 gt E 8855 55 E e D exor a ey C521 N503 8539 Ka 220 59500 33 um V503 dil 16V van germ 1 0 4 70 CD4148NP bl 0513 7 C5260523 osa 1000 VS C535 e i E lt 29 gx 5501 A amp 5 ge 85 pS T C524 I 0540 L SESS u 0512 33 f 4 KG gt 2 dn 8a M saae m p Ud voor DET SR506 G CD4148WP 4 gt 1507 SIN l D514 0521 Sx ag SR506 T jA e 1 2 ie 5 lt I C amp 3 gt i at ane ES Q 58 BK 40 01RT L gt BON m 1503 0501 1M TJC3S 12AW 80 12 5 V L501 t LCL 1818 330 Ce 654 ie eres _ ag A 2911 24 AX no 1 8 I I 2 470 470 050 C501 65
3. X601 Pin1 2 3 4 5 6 7 8 9 10 11 12 13 12 5 5 Voltage 24V 45 0 0 s5 2V s5 2V 55 2 V V5 5 5 5V Main 5V Function AMP_PWR GND GND PWR_SW BL_PWM BL_ON STB 5V STB 3 2 Adjustment flow as Fig 1 Check if EDID HDCP KEY FLASH has been written General assembly and combined adjustment White balance adjustment Input central signal check TV function omitted channel analog parameters control etc check earphone speakers output Check AV input output and relevant functions Input Component signal check YPbPr functions Input D SUB signal check display and all functions Check other functions Radio HDMI ARC CEC OAD etc Check accessory and packing Default settings before ex factory such as analog parameter H V center etc Input HDMI signal check display and all functions such as analog parameter H V center etc B multimediaiport and Fig 1 Adjustment flow chart 4 Adjustment Instruction 4 1 The unit adjustment 4 1 1 According to the wiring diagram specified by Product Specification connect power backlight board assembly data processing assembly IR Key board assembly correctly supply with power turn on the TV set Check display 4 1 2 Factory menu instruction Press key INPUT then press digital keys 2 5 8 0 in turn to enter into primary factory menu Press keys
4. 303 CAT24C02WI 5V 45V HDMI3 0303 MM804204 HDMI3 HP 8 vec 7 0315 10 001 WP 6 9315 33 R318 4 7K gt eb 317 33 320 4 TIKA 303 SDA V303 9318 BCB47AW 4 7 5V HDMI3 A349 75 YPBPR Y_IN 001 is 2 YPBPR PB IN lt 71 001 H5 YPBPR PR IN 001 lt 2 Near MSD309 YPBPR LIN oora C YPBPR RIN 001 F4 CV851 IM C312 R350 309 it 505 4UG C333 T 100n X305 RCA 2B6A 02 fi 10K un E 12K R353 II 10K loses 470 LI 1 C319 A357 GND D N310 PESD5VOL4UG X306 9 01 001 14 47 C re R358 T 100pL 75 A359 40K CVBS1 LIN Borra C R360 T 470 12K 8361 40K CVBS1 RIN HPAMP ROUT 001 4 HPAMP LOUT 001 4 R362 LI 12K GND D 363 Near 50309 4K 329 199 8367 II 327 200KT3 3n GND D R364 Near M80309 0430 R370 NR 11 V00 CL SHDN OUTRA
5. FILE NO SERVICE MANUAL LED 32XR11F PRODUCT CODE No 1 682 351 03 PAL B G CCIR LED LCD TV NTSC AV REFERENCE No SM0915192 CONTENTS I gt V 3 Alignment INS nr hme 5 Software upgrade instructions ic 12 Working principle analysis ier haer kn ee 15 17 IE eiue Duet 18 21 Troubleshooting Mow chart Fa 22 a 25 APPENDIX A Assembly list APPENDIX B Exploded View Assembling the Stand WALL MOUNTING INSTRUCTIONS Attention This service manual is only for service personnel to take reference with Before servicing please read the following points carefully Safety precautions 1 Instructions Be sure to switch off the power supply before replacing or welding any components or inserting plugging in connection wire Anti static measures must be taken throughout the entire production process a Do not touch here and there by hand at will b Be sure to use anti static electric iron c
6. PAD_12S_IN BCK USBO_OCD 003 01 vpgpR Y IN PADA GIN2P EE RESET EB Din pst 003 A5 PAD AXCP C PAD 128 IN SD USBO CTL ea PADA BIN2M 74 003 A5 HDMI3 SCL DDCDC CK PAD I25 IN WS 04 VPBPR PB IN PADA BIN2P ze PAD_TCON15 SC4 DET 003 A6 HDMI3 SDA DDCDC_DA 003 D1 VPBPR SOG IN PADA_SOGIN2 ENO USB 003 B6 HOTPLUGC PADA HSYNC2 GPIO SPDIF PAD_DP_PO veh a PX810 29SAG Bi A7 003 A5 003 A2 003 A4 HDMI CEC PAD CEC PAD SPDIF OUT 13 31 810 535 8 7 PAD DM PO PAD GPIOO NTP MUTEI Fey RESET AMP NAQA 003183 USB DE PAD DP PA PAD GPIO4 ANP_AST 4 STB_AMP AT24LC32A SN Bina PAD DM P4 PAD GPIO2I INV CTLI BL SW 1 0 1104 PAD GPIOS PANEL CTL NPWR SW 2 7 9107 23 004 D5 PAD_GP104 USB_CTL USB SW WP E2PWP D4 315 sc l 9108 33 PAD GPIOS ERROR OUT 50415 108 33 FIL PAD GPIO12 AMD SCL F5 TITLE DWG NO PAD GND EFUSE PAD GPIO13 AMP SDA LVDS 1 02 EP PAD TESTPINPP GPIO_PM E Core amp Memory 9232K15102DL PAD GPI0 PM0 5V HDMI 3 6 8144 0 10 1 5 1_1 oe ISP_EN 003 64 E 3 3 33v PAD_GPTO_PM4 POWER_ON OFF xz PWA SW PAD GPTO_PM5 5V HOMI 2 UART RXSTB 003 4 REV 1 0 R103 8 8405 PAD SETO l 13 V53 DRAWN BY vee 9 10K Apso 801860105 Sheet 1 to 4 ap 6 R110 33 os
7. 00880 MIUB DGSO MB D SO SDA 19 20 MIUA DQSBO MA DGSBO MIJA 0051 45 101241 0050 101711 8 00508 0091 MIUB DGSBO n 25 00580 3 30 221 282 MA ODT VDDL MIUA DGS81 815 101211 0851 0 101681 8 0064 25 wrup passi MB ODT 4 21 22 VSSDL SETTA PAD 10122 A DASAB PAD 101691 B DGS1B oot vssoL Z 283 284 kd 23 24 e Wi MIUA_DGMO B16 M23 E MIUB DGS1 0051 MA_DaS0 itua Domi 627 PAD 101261 00M0 PAD 101731 B D0MO 2208 0200 d WIUB DGSBi 255 EON MIUA DGSBi MA DQSB B DQ 005818 6 MB DQSB M F7 25 25 26 501 PAD_101 25 A_DOM1 PAD 101721 8_00M4 we paseo ga Loos 5504 gt V5502 d Lpas vssae al 7 29 vssa3 MIUA DQ11 MA DO11 Bit PAD 101 42 A_NCLK 101591 8 35 MIUB MELKZ J M8_0044 V5503 LVDS 1 014 iR kf gt 28 0051 vssa4 0042 MA DQ12 miun veke _ 664 PAD I0 10 MCL 7 PAD 10 571 B MCLKZI MI08 l MB DOS1 vssa4 289 309 5 009 MA DQ9 MIUB DQ3 22 009 87 RXEC e 29 e 1 5 vssa5 TIRI PAD 10137 A CKE 101841 0014 UDGS V5505 LV08 I 00 0 q V5906 d 0085 331 38 _ B20 0005 V5506 vssa7 006 086 10136 M67 10 831 8 M67 1 MIUB DQ6 MB DQ6 B_
8. TV_IN N205 F_IN XC5200C LVDS IN AV INXI S PDIF OUT YUVXx1 N312 3 EARPHONE OUT D SUBx 1 a Speakers 125 IN 07 55711 IC Block Diagram 1 5200 Single Chip Multi Standard Tuner XC5200C supports all analog TV formats transmitted worldwide in the 42 1000 MHz band on either cable or terrestrial broadcast channels It implements on chip tuning and channel filtering without external SAW filters and has no manually tunable parts The broadband tuner converts the selected channel into an Intermediate Frequency IF which is then sampled by an internal high resolution analog to digital converter A D for further processing The IF signals are filtered using a standard dependent high rejection channel filter and converted to a user programmable output frequency At the output of the D A converter the TV signal is low pass filtered using a high performance smoothing filter and input to a variable gain amplifier The IF output amplifier gain can be controlled via an external analog signal on Vagc The XC5200C architecture is summarized in Figure 1 XC5200C Block Diagram H1 8V 3 3 n R Variable Notch Mixer Variable E pics s ie Tunable LNA Filter ppp Amplifier Filter ee a 330 oat ilters v VCO IFN PLL 4 7 dr LT X1 X2 ADDRSDASCL
9. 14 8 2 gt 2823 PAD_PCM_WE_N po ect T IFAGC D Bt s AF SEL op x 820 PAD PCM CD N Close to 308 2 16 100 NC_44 VDDC 26 1 BV TUNER 14 PAD PCM WAIT N PAD IP DIF P or 6M0 0 Vcc R273 241 0 12 25 PAD PCM IOWR N PAD_IM DIF_M 3 4 1 BV TUNER VDDC 12 c2874L PAD PCM_REG_N EE RFAGC A B0 gt IFAGC 9 C264 m 2 100 PAD 0P eee 2g 5 eg 8 Fa 9 PAD OM 208 2 GND D 858 8 8 9 C 41 xs s 8229 S nomm VI PAD_VIFP 5 ABV TUNER PAD VIFM WS o 3 3V T 43 3V 2 mu 24 evo b PAD_SIFP T LN 207 0 C291 NAND FLASH PAD SIFM JUMPER 100n 8255 JUMPER ji 58 D aV_TUNER PAD PF ALE PAD_IFAGC 268 270 3 3V 4 fe JUMPER PAD_PF AD 15 PAD_AFAGC_TAGC RF AGC ow 1907100 7 001 278 0279 R246 0 02 1000 PAD_PF_CE1Z 100 PAD_PF_OEZ PAD TGPIOD AF ABC CTALI 4 33 AF SEL N R257 PAD_PF_WEZ PAD TGPIO1 DEMOD RESET SYS RESET 600 0 PAD F RBZ PAD TGPIO2 TUNER SCL SCL T PAD TGPIO3 TUNER SDA 0 202 8 Bo A21117 3 3 E 8244 17 8275 0 8 JUMPER Te 276 gt 5 8 BAT was Hayun T zu 5V 86 3 3V T 43 3V TUNER e MM813906L14 38001 R257
10. Dx2A73FF Batch File gt NStar ISP Utility V4 4 0 8 Elapsed Time USB Fig 4 Choosing upgrading file 5 Press Auto tick off All chip program and other necessary options please refer to Fig 5 MStar ISP Utility V4 4 0 8 222 4 B P V Restore Connect Dis Con Src C Documents and TB dvb bin 2008 3 25 10 09 18 ReConnect Blank Read File HDCP Key Checksum 08316 Key 0 Start time 14 56 16 Program File Ready Restore Data Program Erase Message Erasing Multi Flashes Verify Erase Device Exit ISP All Chip SPI File Area CI Erase Area First 512 KBytes Partial Erase Setup Elapsed Time flac USB 264KHz Flash Status 03 Fig 5 Options 6 Press Run shown as Fig 4 to perform upgrading in two steps Erase and Program Normal upgrading process The first step Erasing Flash Status 03 will last for some time or erasing is failed if the step passes over immediately please confirm procedure 2 to perform upgrading again The second step is Programming Flash Status 00 Then prompt Pass displays 7 Prompt Pass will display by button Run when upgrading succeeds please refer to Fig 6 LIU lolx Device Config Connect Dis Con Src C Documents and Settings voceco 8 BI dvb
11. GNO T o y 9 9 88 PAD_PCM_D 0 751 0171 43 3V_TUNER ONS 4e o0 3 8 7 PAD_TS4_CLK 8 8 5 807036 8 7 9 10 PAD_TS4_VLD Be S64 2 3 gt 8 6 GND D 4855 PAD PCM A 1 PAD TSL SVNC e Anas PAD PCM_AL2 8952 1208 WODA 4 m ROB 269 Aapo P D PCM A 3 MI b 35 100 0 PAD PCM A 4 650603 190 5 IN SDA t SDA T ARB PAD PCM A S TSO A 3 34 Rey JUMPER Aig 6 1209 8N0 3 Sc LI 80L I ete PAD PCM AL7 0 80 0101 18 00 380nH 4 33 4 BVTUNER JUMPER PAD PCH_ALB 90 0111 18 01 0506037039 V000 33 eal AM 9 50 0 2 15 02 9 5 45 e290 101 PAD T80 D3 15 03 TO 90 5 ExtRet 17 PAD PCM AL111 50 0141 15 04 GND D FAN 6 31 AMS PAD PCM A 121 PAD TS0 D 5 TS D5 35V TUNER 0262 B20nH ExtChoke S Xi 2 PAD PCM A 13 PAD T80 D 6 18 06 gt 47 8 30 2 PAD PCM_AL 14 PAD TS0 D 7 18 07 100 BNE GND 30 PAD_PCM_RESET PAD TSO CLK TS CLK Pree eg i AD16 PAD_TSO_VLD TS_VAL R233 8234 GND D YOO xe _ _ PAD_TSO SYNC TS_SYNC 10K N203 Tov TUNER C63 9 28 31 875MHd _ _ _ 1 gt FSA4159 100 vona s AddrSel caas LC289 Agta A C248 10 27302 30 PAD_PCM_CE_N 1 NC 10 60104
12. TSV AMP 5 05 GND D GND 104 GND_105 80070 GND D GND_106 GND_107 1 GND_108 GND_109 H 2V Core 3 GND_110 GND_114 f GND 112 l5 Sam Qala 8225 ENDED S T6 5 5 V61 APM2315A 827 V GND 113 5V LVOS GND_ 116 1 Ew 6M0 417 GND 118 GND 119 H 2V Core AV Core 3 3V 0635 0647 gt 2 39 6M0 420 TN T tou Toon 58 aren t IN 05 7 MP2307 EN GND_122 GND_123 T 100n T 100n T 100n 100 T 100n 100 C683 GND 124 GND D GND_125 3V S 4 BV DDR2 2 5V DWG GND_126 43 3V S 4 8V DDR2 POWER amp Audio GND_127 t GND_128 6 0 129 C658L C659 C6621 C664 Hm GND_130 TA 100n 100n 5 i GND 131 E 171 GND D GND D 9232KI5102DL 100n C689 GND D GND D REV 1 0 Sheet 4 to 4 XOCECO XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD GND D DRAWN BV APPROVED BV
13. 10504 40505 HAW 1601 C615 GNOD SIS Tu 218 C606 C607 9609 1 GND D GND D T tou T 10 L 100k ler IN BS H 2V Core AVDD2P5 ADC L AVDD2PS ADC MCLK OSC RES PVDD B 45 0 550 PVDD B 44 VR DIG 58711 BST_B L 0573 EN 9 TER AVDD25 REF un cul 9 0601 gt AVDD25_REF tii PON 3607 Bate GND D 188 6 20 03 x MP1482 18V 5 4 74707100 4 PVDD C 41 i C715 709 on GND D AVDD AU25 LRCLK 1 AVDD25 MOD SCLK PVDD_C_40 GND AVDD25 M0D 47 8649 22 i LACLK 2650 SDIN l QUT C 4 6 R624 SCLK AVDD25 PGA SDIN 47 8651 23 SDA 33 652 SDA PGND_CD_38 619 4620 AVSS_PGA 33 8653 24 37 AVDD_DVI 10n T 33 SCL SCL PGND_CD_37 C617 8621 ee d AVDD_DVI 142V 7 AVDD DVI 1602 GND D STPB3216 380PT a C608 ceos 9611 404 1001 55 n a L607 8646088121 IM C gt on ox 5 L643 8040 220 L608 B61608B121 AVDD DVI ES gemi AVDD DVI i 50V PVDD D 34 Ton 24y AMB Jie pel I GND D C700 2 100 T 2 cND b NRB040T220M MM Tos eT 10 STEST DVDD
14. 5V VEC VGA 8406 9408 75 75 314 Y 0307 GND D CAT24CO2NI 801204 1 8 AO Vec 2 7 0388 10 8389 15 3 351 4 7 2142 SCL 5 R390 33 8382 4 7 7 347 Vss SDA i GND D V314 8395 4 7K 9 _ GND D BCBA7AW J C7 1000 84 GND D 004 H4 I 4 ui KI R410 001 H4 han BALL 001 H4 I4 vea RE C350 68 Rata X304 Near MSD308 GND D UBA7400 W usB D 8393 5 1 001 85 USB D 83945 1 001 B6 d FUS01 9MD120614150 THWAL 8446 6 5 5V c 11 tle GND D 315 2 x311 0364 16 JY 3541L 01 030 V 5 6850 2104 vce 5 6358 3 GNDHA a FS232 TXD 6353 oon 4 04 TOUT 85232 I 5 2 5 2 RIOUTET V TAINO 034 B T20UT 12IM 9 T toon R2IN R20UT 9396 UART AXSTB lt 33 001 D6 R397 33 UART TXI 9398 33 UART AX lt SPDIF 001 65 TITLE AV Interface RCA 103A 0R GND D X312 DWG 9232KI5102DL DRAWN BV APPROVED BV REV 1 0 Sheet 3 to 4 XOCECO XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD 5V S 8 24 X60 X503 TJC405 03AW TJC10 04A 3 3V S X605 i pra av lt bW TJCAOS D2AW peat 38 Mod 330 am BST 8640 8634 638 5 6K 33 8639 4 7KLJA 7K UART AX 1 BCB47AW gt 3 gt KEY 001 4 001 4 003 41 003 61 GND
15. 3 720x480 31 469 31 5 59 94 60 27 27 027 480p NTSC PROG 4 720x576 31 25 50 27 576p PAL PROG 5 1280x720 37 5 50 74 25 720p 50p 6 1280x720 44 955 45 59 94 60 74 176 74 25 720p 59 94p 60p 7 1920x1080 28 125 50 74 25 10801 501 8 1920 1080 33 75 59 94 60 74 176 74 25 10801 59 94p 60p 9 1920x1080 26 973 23 976 74 176 1080p 23 97p 10 1920x1080 27 24 74 25 1080p 24p 11 1920x1080 28 125 25 74 25 1080p 25p 12 1920x1080 33 716 29 97 74 176 1080p 29 97p 13 1920x1080 33 75 30 74 25 1080p 30p 14 1920x1080 56 25 50 148 5 1080p 50p 15 1920x1080 67 432 67 5 59 94 60 148 35 148 5 1080p 59 94p 60p 5 4 D SUB port Input D SUB signal from VG 849 with formats listed as Table 3 separately check picture and sound if H V of picture displays abnormally enter into main menu Picture gt Screen gt Auto Adjust to perform auto calibration Table 3 D SUB signal formats ira Freq V Freq Dot pulse Freq NT kHz Hz MHz 1 640x480 31 469 59 94 25 175 IBM 2 720x400 31 469 70 086 28 322 IBM 3 640x480 37 861 72 809 31 5 VESA 4 640x480 37 5 75 31 5 VESA 5 800x600 35 156 56 25 36 VESA 6 800x600 37 879 60 317 40 VESA 7 800x600 48 077 72 188 50 VESA 8 800x600 46 875 75 49 5 VESA 9 1024x768 48 363 60 004 65 VESA 10 1024x768 56 476 70 069 75 VESA 11 1024x768 60 023 75 029 78 75 VESA 12 1152x864 67 5 75 108 VESA 13 1280x
16. GND D Tes os lose tou JUMPER 2500 zm 10y UMPER 90 0 52 9 1000 99 2200 2 16V 16V T 267 ae 0 ero d 16V n 100NT 5 L gt gt TV FAT IFN 3 3V 06 ow 6ND D zX 3 3V DE 3 3V_DE S LED204 BST 0 0 moo 8242 T 13 8214 AK 2 4 2V_DE 10 jib bi 100K nggi R223 TS SVNC TS VAL BLAS PEPEE 3 3V 06 4 2V DE TS CLK lt I 67 08 3 3V 06 88883 1 A Se 1 seo passusis 94 400K 3 3V DE 3V DIV 1205 18 07 TSBVLD 086805144 l 23 gt 8 06 TSBCLK 2041 V0042 52 fT t t Mm f 18 05 1887 VDD33 51 C224 ehm C235 L c237 C239 m C247 15 04 TXB ATBMBB48 TESTI049 10u 100n T 100n T 100n 100 100 100NT 00n toon 100m oon Ws TESTIO48 MGE al 3 M 06 1 2 DE TESTIO 7 1552 1147 40 45V TUNER 1884 080809515 IM 151 1583 DBGBUS16 C fee C280 C281 C282 C283 5 18 0 VDD1240 VDD33 45 100u T 00n 2 100 D1 1582 08680517 5 15 00 1584 GND SDAS ae 149 1980 sr 5015 SDA T PWMO 0012_41 1 61 0 L VOD12 PLL SDAM 43 3V DE Gols wg 8235 250 A VOIE L204 CLK REF OUT SCLM T 0 STBH2012 221PT HDE GND D VOD DIV C Dp Y REFCLKIO 5 010 9229 GND D 5994299 2 _ 234 1 236 4 1 4 4
17. Vss CAN HP DCT 001 05 13 II um 88 88 Umi ma 9 C336 GND T MAX9820 312 54 2 100 T 100n 9368 4 IK IA D304 CD4148WP 5V 0306 04148 A372 BC857AW V310 V309 0309 CDALABWP l BC857AW V315 X309 JY 3541L 01 030 VGA LIN 339 1 R384 10K gra A 1 7 VGA RIN 340 iu R385 10K oora CAH t Lc341 1 386 TT 270 LI 270 LI tek 3 3V S 11345 9 9 4 346 ESDSVOL4UG UART BX 2 004 B4 003 A4 005 D4 lt 0355 ISP EN 5 095 001784 GND D UART TX 001 85 003 4A1 005 D4 vais V312 BC847A BCBA7AW 4 VGA SCL i VGA SDA VGA VSYNC 9399 100 004 H4 P400 109 1 voc vead 8405 R407 22K LI 22K VGA B IN 7 C343 47n R401 47 2304 500 001 H4 II c V6 6 IM 0344 47 47 230280000 V6A S06 IC 1 345 R403 15K C346 470 0404 147 230250059
18. and to move cursor to each page of primary factory menu then press key to enter into submenu page Press keys and V to move cursor upward or downward within one page Press keys 4 gt to do adjustment when move cursor to one item Press key MENU to exit submenu page to the superior factory menu Press key EXIT to exit factory menu in any case Press key to enter the inferior factory submenu Factory menu item Aging Mode to be used for aging the TV set red green blue white full screen picture displays in turn default setting is OFF Factory menu item ADC ADJUST to be used for ADC calibration for VGA and Component Factory menu item Fac Channel Preset be used for factory channel presetting central signal digital frequency value for Australia program is set as CH28 529 5 MHz and CH33 564 5 MHz original digital program presetting could not change if central signal setting has any modification so please search for digital program manually by perform item DTV of menu Channel Factory menu item Color Temp to be used for white balance adjustment Factory menu item Store Setting Init Factory menu item USB SW Update to be used for software updating from USB port when U disk containing updating software is inserted into USB port choose the item to perform updating process Factory menu item Other Settings include settings of EEPROM Init MEMC
19. bin 2008 3 25 10 09 18 ReConnect Blank Read File HDCP Key Checksum 0xB316 Key 0 Start time 14 56 16 Program File Ready Restore Data Program Erase Message Erasing Erase OK Multi Flashes Verify Program Message Programming 2 B Program OK Erase Device Exit ISP End time 14 58 23 All Chip sr gt File Area Erase Area First 512 KBytes Partial Erase ass Elapsed Time I2C USB 264kHz Flash Status 00 Fig 6 Prompt Pass displayed by Run when upgrading succeeds 8 Need not exit ISP upgrading interface if there are other TV sets to be upgraded only procedures 3 and 6 need repeat Note 3 Upgrading with USB 1 Make sure disk is formatted as FAT32 2 Copy software file named as Merge bin to U disk 3 Turn on the TV set then insert U disk in USB port of the unit a First press key INPUT then press keys 2 5 8 0 in turn to enter into primary factory menu b Choose USB SW Update to begin upgrading 4 Upgrading processes Read data from U disk while data indicator light of U disk is twinkling at the same time B Upgrading flash then the unit will be in standby mode 5 Cut off the power supply and then restart the TV set enter into factory menu to verify version and time parameter then perform EEPROM Init to complete the whole upgrading processes Note The USB upgrading method can
20. 52 5 SCL vss SDA LI SDA R106 APPROVED BY LI 0 XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD 101 B MSD308PX LF V1 H BV TUNER 0 i 01 AV TUNERQ 240 PCMCIA 151 43 V T 4 8V_TUNER T zl L 43 3V T JUMPER PAD_PCM_D 84 0101 IFN 3V_TUNERG qn use PAD_PCM_DI 1 PAD_TS1 DI 1 9237 8238 1 1 gus fu Bx PAD PCM D 4 IKLJA 7K C255 256 257 59 gc 8251 271 Be AGIS 0131 PAD TS1 D 3 6 SDA T 100n 1 4000 4000 400 S7 po 10 8 SYS_RESET 13 PAD PCM_D PAD TS1 DIAl 7 e o cum a JUMPER PAD PCM D 5 PAD T81 D 5 gt se Antr PAD PCM D 8 PAD TS1 D 6 81007
21. AXAN B PAD EARPHONE OUTL 003 62 VGA HSYNC PAD HSYNCO PADA CVBS OUT1 HDMI1 AX1 PAD RX1P B PAD EARPHONE OUTR 003 62 VGA VSVNC PAD_VSYNCO PADA_CVBS_ QUT2 I2CM HDMI1 RX2 _ 2 AA23 GPIO_TCON HDMI 4 RX2 PAD RX2P B PADA RIN1M PADA_VCOM Sek 2 PAD DDCR CK AMO HDMI1 RXC PAD RXCN B PAD VRP PADA RINAP 0133 Ru soa lt gt PAD DDCR DA PAD TCONO l 75 DEapWo 001 46 HDMI1 RXCH PAD RXCP B PAD VAG PADA_GIN4M 4m PAD TCON SC1 RE agro HDMI1 SCL DDCDB CK AVSS VAM ADC DAC PADA GINAP IR PAD TCON2 FE_ANTSV_MONITOA 7 HDMI 1 5DA DDCDB_DA PADA_BIN4M 65 PAD TCONSITUNER RESET L gt 080 11 HOTPLUGB lt PAD_IRIN PAD TCON4 ys Bids 125 PADA SOGINA tioa 8120 0 100M5 61 MVIC 003 5 L0MI3 8X0 PAD_RXON_C PAD_HSYNC4 30 M XTAL PAD TCONG PCM SV CTL 003 A5 PAD PXOP C PAD 125 0UT MCK PAD VSYNC1 401 soo xL IN PAD TCON7 SIDE AV DET L 0 RST DEMO 003 8 HDMI3 RXi PAD RX1N C PAD_12S_QUT_SD 3V S 2 XTAL R6 003 A5 PAD RX1P C PAD_12S_QUT_WS 003 02 vpgPR PR IN PADA RIN2M PAD_XTAL OUT PAD_TCONS COMP_DET yg SPDIF CL 003 5 2 PAD RX2N C PAD 125 0UT BCK 003 01 PADA RIN2P PAD TCONAO HP DET E 03 8 003 5 2 PAD AX2P_C 003 02 VPBPR V IN PADA_GIN2M ce mo P 0 RESET PAD TCON11 HP MUTE 409364 003 8
22. C246 C271 100n T 100n T 100n T 100n7T 100rrT 100n T 100n 10u 100n FEEEEEEEEDEUISE IE ZH SPE ow www gt m lt 5 are f H 2V_DE 8030 AR 3 3V DE 43 3VA_DE a3 3 DE 12 224 Du C248 9855 el al L 549 C207 400 T DWG NO TV FAT IFP II m n TV FAT IFN II 9232KI5102DL 8216 R24 4 7 DRAWN BY REV 1 0 Sheet 2 to 4 XOCECO XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD APPROVED BV 001 001 004 004 00 00 00 00 4 4 4 4 1 4 1 4 4 65 1 64 001 5 003 5 003 4 00 00 4 65 4 65 SPDIF 001 5 HDMI 1 AX2 A304 10 SPDIF CL 15V V305 BCB47AW 75 R340 C304 C305 R343 47 47 10V HDMI 1 RX2 HDMI 1 RX1 HDMI1 RX1 R306 10 YPBPR Y IN 001 H5 lt C306 A344 fi 470 X310 RCA 386A 02 YPBPR SOG_IN 001 5 lt A345 47 A347 75 VPBPR PB IN 001 H5 KI C308 A346 A348 75 47 47 HDMI L AXCH HDMI1 RXC HDMI 4 AXO HDMI d AX0 HDMI CEC HDMI1 SCL 1 50 301 CAT24C02WI AO 5V 45V HDMI4 Eus Y 0304 IMMBD1204 A302 10K 1 WP TA303 1 33 8326 4 7K
23. GND AGND VREG BST D 1 PVDD D3 5 36 DUT D 3K 8689 R698 18 9 5 d 2 el 25 26 27 28 3 ovss 29 30 32 H evontourt 33 34 35 AVOD_OMPLL 15V I NDD 0698 c697 10 100 0605 CD4148WP 18 1 BV DDR2 AVDD3P3_ADC gt L605 AVOD3P3_ADC 15uH onl F AVOD AU33 EN SW N601 2309 NR6045T150M gals 16 00 E GND D ak AVDD EAR33 C655 100n 220u 16V 0602 R648 04148 GND D 6ND D 500 RESET AMP VDDP VDDP 9070 8657 0602 CD4148WP 1609 5 283516 5V LV080 L610 STPB3216 380PT BCB57AW 43 V607 33 naq 0603 3 CD414BWP C718 VODP 100n II KI 5V USB C610 T toon AVDD LPLL MEMPLL 4 7K GND D AVOD DDRA E17 AVDD DDRA E18 AVOD DDRA F 17 AVDD DDRA F 18 AVOD DDRA 617 PNPWA_SW 001 06 AVDD DDAB G16 AVDD DDAB H16 AVDD DDRB H17 AVDD DDAB J16 555 AVDD DDRB J17 62 08 3 04803 1 02 71117 3 3 61 V611 C719 BCB47AW I 12V L603 7 STPB3216 380PT PONL DVDD NODIE USB_SW
24. VI2C SEL Figure 1 XC5200C Block Diagram 2 55711 55711 is 20 W efficient digital audio power amplifier for driving stereo bridge tied speakers One serial data input allows processing of up to two discrete audio channels and seamless integration to most digital audio processors and MPEG decoders The device accepts a wide range of input data and data rates A fully programmable data path routes these channels to the internal speaker drivers TAS5711 1 125 slave only device receiving all clocks from external sources The TAS5711 operates with a PWM carrier between 384 kHz switching rate and 352 KHz switching rate depending on the input sample rate Over sampling combined with a fourth order noise shaper provides a flat noise floor and excellent dynamic range from 20 Hz to 20 kHz Digital Audio Processor DAP Protection Logic Click and Pop I Sample Rate Control Autodetect and PLL Microcontroller Serial Based Control 80262 06 3 AUDIO 9820 9820 Windows Vista compliant stereo headphone amplifier is designed for portable Equipment where board space is at a premium It features 5 DirectDrive architecture to produce a ground referenced output from a single supply eliminating the large output coupling capacitors required by conventional single supply headphone amplifiers The MAX9820 features an undervoltage lockout that prevents over
25. ajojo A2 SCL A304 33 gt R327 4 7K C304 100n Vss SDA GND D 001 E5 003 45 001 001 001 001 001 001 001 001 003 001 001 4 4 4 4 4 4 4 4 A2 4 4 HDMI2 RX2 pu R305 4 7K R307 40 1 001 5 5 1 5V HDMI 4 HDMI2 AX2 HDMI2 AX4 HDMIe RX1 R308 10 HDMI2 RXCt HDMI2 AXC HDMI CEC HDMI2 AXOt HDMI2 RX0 HDMIe SCL HDMI2 SDA N302 CAT24C02WI 5V 5V HDMI2 0302 IMMBD1204 HDMI2 HP A0 M 8 7 R309 40K 001 E4 8310 33 H331 4 7K A2 SCL 5 B311 33 48332 302 83 41 100 Vss SDA GND D v302 BCB47AW GND D R312 4 7K 001 E5 003 42 003 001 001 001 001 001 001 001 001 001 001 5 HDMI3 RXet R313 10 5V HDMI2 R333 R334 1K 1K A335 10K 5V HDMI2 5 HDMI3 AX2 5 1 5 HDMI3 RX1 A314 10 65 HDMI3 RX0 5 65 HDMI3 RXC 5 zm lt A4 HDMI CEC 5 HDMI3 SCL HDMI3 SDA
26. discharging of the battery During brownout conditions click and pop suppression that eliminates audible transients on startup a low power shutdown mode and thermal overload and short circuit protection Additionally the MAX9820 suppresses RF radiation received by input and supply traces acting as antennas and prevents the amplifier from demodulating the coupled noise Cin MM Ree 1 0uF 40 2kQ 40 2kQ VVV ON 9 orp UVLO SHUTDOWN CONTROL 2 7V TO 55V CLICK AND POP SUPPRESSION Cn o Rfg 1 0uF 402kQ 40 2kQ Wiring Diagram gt C Power Switch Power board gt Ol O IN Key Board IR Board X603 X604 X602 X607 Debug Key IR Speaker Main board Troubleshooting Block Diagram 1 Panel doesn t light up Supply with power check if red indicator Yes lights up in STANDBY state Press key POWER Red No on remote control or the unit check indicator Check if 5V is supplied to X601 PIN3 Blue No Check if level of X601 PIN1 on main board is high Check STANDBY circuits power board Yes Check backlight No board Check power Check if level of control circuits on X601 PIN5 on main main board board is high Yes Check power Check power contro
27. not be sure to be suitable for all kinds of U disk so try another U disk if necessary Working Principle of the Unit 1 PAL signal flow Receive RF PAL analog signal and sent it to XC5200C D A silicon Tuner controlled by main chip MSD309PX through 12 bus to be demodulated then differential IF signal is send out to main chip MSD309PX analog demodulation to be demodulated to get analog CVBS video signal and SIF sound signal CVBS video signal is processed by back end video decoder anti interlacing part video processor and zoom controller then LVDS signal is outputted to drive display panel SIF sound signal is processed by back end demodulator to get analog sound signal then processed by pre amplifier acoustic effect processor and volume controller to get two parts of signals the analog part of signal is sent to earphone amplifier MAX9820 to be amplified and then outputted to earphone jack the digital part of signal 125 is sent to digital audio power amplifier TAS5711 to be processed by D A converter and power amplifier then outputted to drive speakers 2 DVB T signal flow Receive RF DVB T digital signal and sent it to XC5200C D A silicon Tuner controlled by main chip MSD309PX through bus to be processed by down frequency conversion then differential IF signal is send out to main chip MSD309PX digital demodulation to be demodulated then standard parallel transmission flow is outputted to back end demultiplexer and dec
28. smoke abnormal smell or sound from the module please shut the power off at once Likewise if the screen is not working after the power is on or in the course of operation the power must be cut off immediately and no more operation is allowed under the same condition 2 7 Do not pull out or plug in the connection wire when the module is in operation or just after the power is off because in this case relatively high voltage still remains in the capacitor of the driving circuit Please wait at least one minute before the pulling out or plugging in the connection wire 2 8 When operating or installing LCD please don t subject the LCD components to bending twisting or extrusion collision lest mishap should result 2 9 As most of the circuitry in LCD TV set is composed of CMOS integrated circuits it s necessary to pay attention to anti statics Before servicing LCD TV make sure to take anti static measure and ensure full grounding for all the parts that have to be grounded 2 10 There are lots of connection wires between parts behind the LCD screen When servicing or moving the set please take care not to touch or scratch them Once they are damaged the screen would be unable to work and no way to get it repaired If the connection wires connections or components fixed by the thermotropic glue need to disengage when service please soak the thermotropic glue into the alcohol and then pull them out in case of dagmage 2 11 Special care must be ta
29. 006 EN25Q32A 100HIP FLASH Yes need write protection refer to Note1 N105 5272404005 CAT24COAWI GT3 HDCP KEY Yes Upgrade with ALL 100 etc NB03 5272402003 CAT24C02WI VGA EDID Yes Note 1 Write protection setting method enter into ALL 100 upgrading interface AUTO tick off Config press config Setting set option Protect as All Protect and SRWD as Enable then press OK to complete write protection setting Please make sure option Config is ticked off during software upgrading and reset write protection after ALL 100 upgrading software is opened each time Note 2 Upgrading method with ISP upgrading instrument 1 Main board upgrading connect 4 core line of ISP to Debug port X107 on main board The Unit upgrading connect both VGA ports of ISP and main board enter into factory menu and set ISP Mode as ON 2 Use Mstar upgrading instrument V4 4 2 0 or higher version enter into menu Device tick off WP Pin pull to high during ISP to make sure Flash hardware write protection is removed and erasing process is normal please refer to Fig 2 L Mstar ISP Utility V4 4 2 2 I B P V Restore SPI Flash WP Pin pull to high during ISP SST25VF512 Manufacture SST25VF010 Status Register setting 55 25 020 Unknow SST25LF040A Previous in Flash C New Setting Below 55 25 040 SST25VF080B Stat
30. 06150110000 Pedestal faceplate assembly 6800950710 Standing pole assembly 197 Jxis720124000 2 bo JXISBB0OA36TA Power cord braket 217 Powerswih 1 Power cord clip ____ 1 bs XIS810079000 Pressing block sa 2 b Touching key assemby bs ___ gt XC6010900802 Remote J 28 Jxissa4030260 User manual CS 27 460200074 JAUO Backlightboard 26 xt60z0000743 AUO Logical Only the parts in above list are used for repairing e Other parts except the above parts can t be supplied Appendix Installing the Stand If the stand is provided please read these instructions thoroughly before attempting this installation You must install your TV into the stand in order for it to stand upright on a cabinet or other flat surface If you intend to mount your TV onawall or other vertical surface you must remove the stand column Cautions Make sure that you handle your TV very carefully when attempting assembly or removal of the stand If you are not sure of your ability to do this or of your ability to use the tools necessary to complete this job refer to a professional installer or service personnel The manufacturer is not responsible for any damages or injuries that occur due to mishandling or improper assembly When using a table or bench as an aid to assembly make sure that you put down a sof
31. 100 TRS T 581 50I 58158 3 14 SGSYNCP 2 3 P06 PWM Close to 309 4 13 ron 4 8V DDR2 nine 3 P02 P05 PAD_PWMO PADA QUTP_CH 6 PAD R 0DD 71 25 00 ect nage 7 5 12 PAD_PWM4 PADA OUTN CH 6 PAD R_ODDI6 Fagaa Hiza 00 cu 8167 P04 P04 PAD_PWM2 PADA QUTP CH 7 PAD R 0DDISI Papas 0X04 srl sal sal sul sal sal sal srl 6 8 Sao Es PAD PWM3 PADA QUTN CH 7 PAD R 0DDI41 sal sal gn PADA QUTP CHIBI PAD R 0DDI31 X623 XI _ F gt gt seme La SAR PADA OUTN CH 8 PAD R 0DDI21 l XE33 01 C MSD308PX LF V1 cs GND J5 PADA OUTP CH 9 PAD A ODD 4 4553 C RXOC GND D 60 5101 007 KEV G4 PAD SARO PADA QUTN CHI91 000101 62 p PAD SAR1 PADA_OUTP_CHI 40 PAD G 0DD 71 CH HDMI AUDIO WP S102 84 22 HDMIL DCT RAT PAD SAR2 POWER DET PADA OUTN CHI 40 _6 000161 Hizo 0 RX03 PAD SAR3 PADA_OUTP_CHI 111 PAD G ODD S Pass C RXO4 00344 HDMI2 RXO PAD RXON A PAD LINEIN LO VGA LIN 003 61 PADA OUTN CHI 44 PAD_G_ODDI 41 m RX04 003 A4 HDMI2 RXOt PAD_RXOP_A PAD_LINEIN_RO IVGA RIN 003 61 SPI 20 003 A4 2 PAD_LINEIN L4 YPBPR LIN as C4 CN AD21 RXEO 003 4 HDMI2 RX1 PAD RX1P A PAD LINEIN R1 YPBPR RIN PAD_GPTO_PM6 BOOT FLASH CS PADA_OUTN CHI 12 PA
32. 2 723 003 MIUB_A2 MB A2 jal gt d 6 MCC Close to DoR tol aal 4 003 MI08 0 M8 0 close to 00 3 r MIUA C SZ Bi2 PAD 101341 A DQ4 PAD 10181118 D0A ces rug pos MIUB CASZ 75 657 MA 3 I ERST ue Ses 3 s PAD 3 MIUA A13 MA A13 WIUA Bi4 PAD 10 17 007 PAD IO 64l 8 D07 755 Dos MIUB A13 8157 75 es 10252 Pan tol 814 08 NM MIUB MCLK MB NCLK 2 wt 0010 PAD TO 291182069 PAD I0 75 18 D09 54 MI 8 0040 MIUB MCLKZ MB MCLKZ AXO2H 2 Ate 10119 0040 M0 10I56 18 0040 er Er 3 14 V00040 0 101301 0014 M0 10 771 8 0041 Fas wrug pate 8 M62 13 14 ag PAD_I0 28 0912 101751 0012 35 1 V001 MI 00M4 PAD 101161 A 0013 PAD 101631 B D013 I Mo5 0014 MIUB DGM4 M8 00M14 M8 8857 RAS 15 167 6 E V002 MIUA DGMO MA_DGMO PAD 101271 0014 PAD 10 74 0044 Fxa3 yrun 5015 MIUB DGMO MB DOMO oe 168 V003 PAD 101201 A 0015 PAD 101671 8 0015 CAS 17 9 V004 MIUA DGSO _ 46 124 0050 M8_00M0 280 hoor 3 V005 0880 2 0 PAD 101231 0080 PAD 101701 B 00501 253
33. 2M16DG AC 5273216001 i Ni NT5TU32M16DG 273216001 0 6 0030100 Na 226856 205 Ac 07 55711 5275711001 205 5200 5275200002 Power Inverter 6 00320 0 board Remote control 16010900802 RC 908 0A SANYO X15203328309 T315HW07 APPENDIX B Exploded view LED 32XR11F PART LIST OF EXPLODED VIEW Front cabinet assembly 1 2 cabinet decorative board a SSCS e JSpeskorassembv e board insulated slice side 1 M board assembly __ Note Design and specification are subject to change without notice PART LIST LED 32XR11F ver 1 0 1 06632614010 Front cabinet assembly 1 2 JXis850447010 Front cabinet decorative board IRassembly 1 4 x16700319010 uight guidedpole 1 5 JPanel pressing block medium 2 i xt6170866000 Speakerassemly fa Main board insulated slice side b Maimboardassemly f 10 Power board assembly 1 11 Standing pole bracket igh 1 16810078700 Standing pole bracket lef a s gt 06880581000 Power board insulated slice a 14 581007910 interface baffie ght 1 15 JXIS810078610 interface baffie down e xe7s268040 Back coverassembly 17
34. 56 V_PFC 2 2n 6546 275VAC i 5 BON 0 tu 20 2 03 6504 2 29 gt 9 502 SRW2125EM LCL 1818 2 ene 0515 1 50506 posi Go bl 7 1 C536 538 R550 4 7 4 9 al 8s at gsl abs SET o SU 98 8 33 ST 533 ARA FR105P g 275VAC 0509 8503 19 D SSL 47 has x RR al wx 99 mE G hal wo a B Lt fa 2108 8 ef 2 M509 8 amp FE L 0537 pagi 04803 CD Sz 6 220n 5 1K _ TJC38 13AW 59 8542 mi n 8 403554 H AK 52 02 8 on G2 02 7 Q O 5 e 01 6 i Soe m 51 d 75 m L SS Br as 85 4 5 d 2 g 5 61 01 5 B frend ER gv C553 ni 28 rey 470n a og og II H ra 26 gt zell Bo io e zu ej 5 8 8 89 ows 8567 ag Poo 07 10K R530 TUNE v5 pes 4 7 i CI MM6 13904 in E L 8535 85 88 C 32KH54 SA966 0 22 gt i L R528 v502 Bio TT 10 510 9551 505 QUE V 9500 MMBT3904 um 5 d ower Doar B Sp hz gt We APPENDIX A assembly 9232KI5110 LED 32XR11F 101 MSD309PX LE SV 5270309003 107 NT5TU3
35. 6 _ 9 P3 MA AB CB 008 l L az 23 5 0 10161 M6 0 101531 8 6 p25 wrona d E rrr eoe ETT Be PAD 10145 471 PaD 10l921 8 47 26 wue as 1 ee WAT 9 8 00 07 MIUA A11 _ 11 MILJA 8 88 8 E g MIUB AB MIUB A11 MB A11 MB A7 P2 F9 M8 007 F1 M 006 E urua 24 0 1014114 48 PA0 101511 8 48 _ MI 8 9 A _ A MIUA A5 MA AB 822 PAD 10 46 9 0 101931 8 9 MI08 40 A MIUB A5 MB A5 Fi MB8 D06 1 M MC H9 5 MIUA A10 B22 23 10 005 10 MA_A10 10142 40 PAD I0 89 8 A10 22 MIUB A11 MIUB A10 M8 A10 gt X101 Pi MIUA M 75 MIUA A12 Bo4 0 10121 44 PAD 101491 B_A11 MIUB Af 75 MB A1 175 M73 2 20 2 0 Dau ALBA PORE PAD JO B2 B A12 826 MIUS M3 BE FU M ES MIUA A12 MA A12 10101 43 101471 43 MIUB_A12 MB_A12 4 2 MA AO MB 86 MIUA A7 7 000 13 H23__ MIUB_DGO MB A7 9314 5 SY MIUAAS nis 9 HIOA Dar 1011411 090 PAD IO 6 1 8 000 554 pot MIUB AS nins MB AG M8 00 8 88 M8 000 470 3 4 ag P44 ev pone MIUA A3 MIUA 002 M12 PAD 10132 A DA1 PAD 101791 B D01 MIUB A3 MB A3 3 4 MIUA_A2 MA_A2 MIUA DO3 1016
36. 960 60 60 108 VESA 14 1280x1024 63 98 60 02 108 VESA 15 1280x1024 80 75 135 SXGA 16 1360x768 47 7 60 85 5 WXGA 17 1440x900 55 9 60 106 5 National only 18 1680x1050 65 3 60 146 25 National only 19 1920x1080 67 5 60 148 5 5 5 HDMI port HDMI port supports all signal formats supported by Component port Table 2 and D SUB port Table 3 furthermore it can also support signal with formats listed as Table 4 and Table 5 video and audio combination Check picture and sound in the case of power on switching channel changing mode etc Table 4 Digital HDMI signal formats Dot pulse No H Freq V Freq Definition Freq Note kHz Hz MHz 720 1440 4801 59 94 60 Hz 1 720 1440 x480 15 734 15 75 59 94 60 27 27 027 4 3 16 9 2 720 1440 x576 15 625 50 720 1440 x576i 50 2 4 3 16 9 Table 5 Video amp audio signal formats of digital HDMI No Item Unit Parameter Note Deep color RGB 4 4 4 24 bit pixel 30 bit pixel 36 bit pixel a YUV 4 4 4 24 bit pixel 30 bit pixel 36 bit pixel X F1080p deep color H 3z 4441 30 bit pixel YUV 4 2 2 16 bit YUV 4 2 2 20 bit YUV 4 2 2 24 bit Audio sample 2 kHz 32 44 1 48 freqence Audio data 3 Bit 16 20 24 width 5 6 USB port 5 6 1 PVR function Insert a formatted U disk in which recorded programs have been saved press key Record List to choose and play one progr
37. D 8635 8 39 4 UART TX eq 001 5 003 1 003 64 GND D X601 TJC38 13AW 9630 1889 C640 BL Sil 100KT 45V T 100n 001 D6 GND D LOGO_BL o s oi I e R675 R676 22K L644 BS qa 04 F MSD309PX LF V1 M 80401220M 4 7 4 7 16705 001 B4 004 B2 BG TJC108 07AW _ C604 GND D 470 25V 5 5 5 GND D 4n X607 LED 001 B4 VODC1 VDDCA 43 3V T 620 i VDDC1 8643 001 5 vooe 3 3 390 E F Mes C672 C6 619 636 VDDC4 FEM pepa Y 100n SIJA VDDCL jil 13 24 12 7 C66 10 8661 C669 9 R662470 ki 6 5 4 3 2 1 Fe a 2 5 OOOO 24 AVSS PBTL 7 BST_A amp 9 9 9 9 9 0 0 O VR ANA OC ADJ SSTIMER PLL FLTP PLL FLTM PVDD A 2 OUT A GVDD OUT PVDD A 3 AVDD PGND_AB_48 GND D 14 47 A SEL PGND_AB_47 DUT B 1 ES 9 C2 GND D DVOD_MIUA GND D DVOD MIUB MCLK
38. D G ODD 2 RXEO HDMI2 AX2 PAD RX2N PAD LINEIN L2 CVBS1 LIN R117 4 AE20 0 003 4 N A AD_LINEIN Li EP PAD SPI CZ BACKUP FLASH CS PADA OUTP CH 13 PAD G ODD 11 520 Bm 1 003 A4 HDMI2 RX2 PAD_RX2P_A PAD LINEIN R2 CVBS1 RIN AGB CVBS be ar PAD SPI CK PADA OUTN CHI 131 PAD G ODD O 1 003 4 2 PAD RXCN A PAD LINEIN LS ERER d kI Ag FAD SPI DI PADA OUTP_CHI 14 PAD B ODDIZI acq 2 003 A4 2 PAD_RXCP_A PAD LINEIN R5 003 63 VGA R IN PADA RINOM PADA_CVBSO 53103 10K PAD SPI DO PADA OUTN CH 14 PAD B ODDI6 68 142L o RXE2 003 A4 0MI2 50L DDCDA CK 003 62 VGA R IN PADA RINOP PADA CVBS1 C101 mem m PAD GPIO PMB FLASH WP PADA OUTP_CHI 45 PAD B ODDI5II E 003 A4 HDMI2 SDA DDCDA DA PAD LINEOUT LO 003 63 VGA G IN PADA GINOM PADA_CVBS2 199 03 PADA OUTN CHI 15 PAD B ODD 41 act RXEC 003 84 HDMI2 HP PAD HOTPLUGA PAD LINEQUT RO 003 62 VGA G IN PADA_GINOP PADA CVBS3 2 2 100 1 UART I2CS A Re TET 018 PAD LINEQUT L3 003 63 VGA B IN PADA BINOM PADA CVBS4 P6 PADA OUTN CH 16 PAD B ODDI2 17 2 RXE3 HDMI1 RXO PAD_AXON_B PAD LINEOUT R3 z 003 62 VGA B IN PADA BINOP PADA CVBS5 DARTSRX 006 C PADA_OUTP_CHI 47 0 8 000 4 2517 4 1 PAD_RXOP_B 003 62 VGA SOG_IN PADA_SOGINO 10102 UART TX DDCA_DA PADA OUTN CHI 47 PAD B_ODDIO1 RXE4 HDMIL AXL PAD
39. It s necessary for the welder to wear anti static gloves Please refer to the part list before replacing components that have special safety requirements Do not replace with different components with different specs and type at will 2 LCD servicing precautions 2 1 Screens are different from one model to another and therefore not interchangeable Be sure to use the screen of the original model for replacement 2 2 The operation voltage of LCD screen is 700 825V Be sure to take proper measures protecting yourself and the machine when testing the system in the course of normal operation or right after the power is switched off Please do not touch the circuit or the metal part of the module that is in operation mode Relevant operation is possible only one minute after the power is switched off 2 3 Do not use any adapter that is not identical with the TV set Otherwise it will cause fire or damage to the set 2 4 Never operate the set or do any installation work in bad environment such as wet bathroom laundry kitchen or nearby fire source heating equipment and devices or exposure to sunlight etc Otherwise bad effect will result 2 5 If any foreign substance such as water liquid metal slices or other matters happens to fall into the module be sure to cut the power off immediately and do not move anything on the module lest it should cause fire or electric shock due to contact with the high voltage or short circuit 2 6 Should there be
40. MVERF vssa7 sesyncr RER jat 5508 1 BV DDR2 001 _094 MIUA CASZ 10 10191 57 101561 B RASZ PEA CUA TAS A MIUB DQ1 MB DG1 V5908 G H 8V DDA2 483 34 5509 MIUA DG3 MA DQ3 MIVA 21 PAD IOI7I 2 PAD IO 54 B CASZ 54 108 BAO MI 8 003 163 22 M8 003 T 33 55010 Tr MIUA DG4 MA_DQ4 MIJA 821 PAD 10139 PAD I0 86 8 BA0 55 H 8V DDR2 MIUB_DO4 MB DQ4 55010 355 389 I 5 wenr 0045 0015 PAD_10 38 10 85 8 841 353 Bie MIUB DO15 MB 0015 59 _ re 6 V551 MIV 008 _008 MM _ 61 0 10 40 8 2 PAD 101871 B BA2 F54 ODT MIUB DGB MB DGB vsst C MV C 347 388 Ves wig cans MIUA DG10 010 PAD 10 11 A ODT PAD 10 581 B 0DT jil MI08 0010 uia olme 0010 Bio Mon 54 Et al 0013 0043 022 MIUB D013 MB D813 vss3 fn 0481 0117 9 4 vss T 00n FETA MVREF 82003 NG A7 vss4 10K ddn 40 gt 955 _000 MA DQO 9147 C141 MIUB_DGO MB DQO 555 002 MA 002 10K 100n MIUB DG2 22 M8 Da2 005 005 MIUB_DG5 05 105 MX25L 12B45EMI 106 Close to DDR Close to DOR 148r Obr cvst03 E 1551 05 CC cal cal col ex CC 2 15 01 D MSD309PX LF V1 8 8 2598 SIGN KD vec 51 5
41. Update Power mode MST DEBUG ISP MODE Backlight SSC NONLINEAR Video Quality Audio Quality Light Sensor Overscan etc no need any adjustment normally Factory menu item Shipment to be used for initializing user data Success flag will display after initialization then press KEY POWER only to power off the TV set Please perform EEPROM Init before adjustment for the first time if software has been upgraded or data have been kept in EEPROM 4 1 5 ADC calibration for D SUB channel Switch to D SUB channel Press key INPUT then press digital keys 2 5 8 0 in turn to enter into primary factory menu Move cursor to item ADC ADJUST and press key OK to enter into the inferior submenu Input D SUB signal VG 849 Timing 856 1024 768 60 Hz Pattern 914 Chess Pattern move cursor to item MODE press keys A and to choose item RGB then move cursor to item AUTO ADC and press key OK to perform auto adjustment until prompt success displays 4 1 4 ADC calibration for Component channel Switch to Component channel Press key INPUT then press digital keys 2 5 8 0 in turn to enter into primary factory menu Move cursor to item ADC ADJUST and press key OK to enter into the inferior submenu Input Component signal VG 849 Timing 972 1080i Pattern 918 100 color bar move cursor to item press keys and V to choose item YPbP
42. am check picture sound and other functions 5 6 2 Media playing function Insert a U disk kept files of picture sound and video check picture sound and other functions Supported media formats as below Photo JPEG BMP PNG Video H 264 MPEG 1 MPEG 2 VC 1 FLV Audio WMA MP3 M4A AAC 5 7 Music port depending on different models whether contain the port or not Input audio signal to side music port analog audio input from audio output equipment check audio output 5 8 Other functions check a Check timing on off sleeping time off picture sound mode OSD stereo digital audio etc Check pure digital audio programs RADIO Check logical channel number LCN Check HDMI ARC Check HDMI CEC Check OAD for special customer 6 User Menu Setting before Ex factory Enter into Factory Menu and choose Shipment to perform presetting before ex factory Main procedures are described as follow a Clear out all programs Clear out information of VCHIP parent control etc Default user analog parameter setting Recover default password Set Menu Language as English Set Power mode as Off Software Upgrading Instruction Software Upgrading Instruction as Table 6 Table 6 Software Upgrading Instruction Software SMT before Location Part No Part model Upgrading method function upgrading Upgrade with ALL100 etc N103 5272532
43. check your installation please carefully measure the position of with 6pcs wood screws the holes you want to drill refer to the parameters wall mounting holder for its specification on Fig 2 when drilling the holes Note The X in Fig 2 represents a data It may be 200mm or 400mm or 600mm 7 Push rightwards carefully until the wall Fig 4 6 Let the display unit slowly slide down to mounting connectors fully slide into the right fix grooves and be sure the mounting 4 Use the 4pcs combination screws to fix the end of the calabash shaped hole the wall mounting connector to the rear 5 Put the back of the display unit close to the wall Fig 6 of the display unit Caution the direction mounting holder insert the four wall mounting of the connectors should be strictly connectors into the four calabash shaped holes on 8 If you want to dismount the unit do the above steps in reverse order confirm to the diagram illustrated above the wall mounting holder Fig 5 SANYO SANYO Electric Co Ltd June 2011
44. id materials Only use accessories supplied by the manufacturer 4 Very carefully handle the unit during setup We are not liable for any damage or injury caused by mishandling or improper installation Below we will show you how to mount the 5 Be sure to place the unit on a stable and soft platform which is strong enough to support the unit your model 6 Do not uplift the speaker when moving the display The appearance of the unit may different from the actual ones Display on the wall using Our company 7 Design and specifications are subject to change without notice wall mou nting com ponents 8 Retain these instructions for future reference Unit mm Take out these parts from the Wall Mounting Holder 9 695 T box a Wall Mounting Connector 2 0 b fit 00 Expansion Bolt gem mm Wood Screw I 9 999 9C 4 Rear wall mounting hole center Combination Screw Wall mounting fix hole center Fig Fig 2 1 There are three options of wall mounting 2 Due to the wall mounting fix groove leaning to the Screw 4pcs expansion bolts to fix the 3b If your wall is a wooden structure please holder with different specifications right side the whole unit will lean to right side after wall mounting holder on the wall fix the wall mounting holder on the wall 200200 200400 200600 Please
45. inates of dark scale are 272 10 278 10 during adjusting Move cursor to item COPY ALL to copy white balance data to other channels except DTV channel Check if chromatic coordinates of NORMAL and WARM meet the requirements permitted error of NORMAL bright scale 10 v 10 permitted error of NORMAL dark scale 10 y 10 permitted error of WARM bright scale and dark scale 10 v 10 if not adjust GAIN B GAIN R OFF B to be up to the requirements and then save the data Perform Copy for Normal Warm adjustments except DTV channel Check if chromatic coordinates of other channels meet the requirements if not do adjustment for nonstandard channel alone with the same procedures from b to j as HDMI channel s and then save the data Switch to HDMI channel change to 16 grey scale program from central signal source adjust white balance with the same procedures from e to g as HDMI channel s but pay attention not to perform COPY ALL Inspect all channels after completing adjustment to check if display is normal Refer to the following rule for adjustment Gain Offset adjust Gain Offset downward coordinates of X and Y will increase adjust Gain Offset upward coordinates of X and Y will decrease R Gain Offset adjust R Gain Offset will affect X value but affect Lv value slightly adjust R Gain Offset upward coordinates of X will increase adjust R Gain Offset downward coordinates of X wi
46. ken in transporting or handling it Exquisite shock vibration may lead to breakage of screen glass or damage to driving circuit Therefore it must be packed in a strong case before the transportation or handling 2 12 For the storage make sure to put it in place where the environment can be controlled so as to prevent the temperature and humidity from exceeding the limits as specified in the manual For prolonged storage it is necessary to house it in an anti moisture bag and put them altogether in one place The ambient conditions are tabulated as follows Temperature Operation range 0 50 C Storage range 20 60 C Humidity Operation range 20 85 Storage range 10 90 2 13 Display of a fixed picture for a long time may cause a permanent after image on the screen as commonly called ghost shadow The degree of the after image varies with the maker of LCD screen This phenomenon doesn t represent failure This ghost shadow may remain in the picture for a period of time several minutes But when operating it please avoid displaying still picture in high brightness for a long time 3 Installation precautions 3 1 The front panel of LCD screen is made of glass When installing it please make sure to put it in place 3 2 For service or installation it s necessary to use specified screw lest it should damage the screen 3 3 Be sure to take anti dust measures Any foreign substance that happens
47. l circuits on board main board 2 No picture but backlight is normal Can control the TV set Press key MENU by keys on remote can OSD display control or the unit normally Do no channel have picture at all Enter into factory menu to initialize EEPROM then cut off main power and then turn on the TV set again check if there is picture Readjust the main board Replace the main board 3 No sound but picture is normal No sound Check if level of Check if there is Check IIS N607 PIN19 amp 25 signal inputted to signal input are all high 607 15 20821 circuits on 822 board Check 24V on power board Check if level of V606 b is low Check power voltage of N607 Replace V606 Check IIC signal of N607 PIN23 amp 24 Check Reset amp Mute circuits of power amplifier 01 A MSD309PX LF V1 N107 NTSTU32M18DG AC N108 NTSTU32M16DG AC MIUA MIUB
48. ll decrease G Gain Offset adjust G Gain Offset will affect Y value and affect Lv value greatly adjust G Gain Offset upward coordinates of Y will increase adjust G Gain Offset downward coordinates of Y will decrease Note Sanyo customer requires that default color temperature is Normal adjust white balance of color temperature Normal and Cool in Dynamic picture mode for other customers please adjust white balance of color temperature Cool in Dynamic picture mode 5 Function check 5 1 TV functions Input central signal to RF port enter into menu Channel first then search for programs automatically and check if there is any omitted program check the speakers output and the picture display 5 2 AV port Input AV signal with formats listed as Table 1 separately check picture sound and other functions Table 1 AV video signal formats No is dd H Freq kHz V Freq Hz Note frame 1 525 15 734 15 75 59 94 60 NTSC NTSC4 43 PAL60 PAL M 2 625 15 625 50 PAL PAL N SECAM 5 3 Component port Input Component signal from VG 849 with formats listed as Table 2 separately check picture and sound in the case of power on switching channel changing mode etc Table 2 Component signal formats As V Freq Dot pulse Freq xot kHz Hz MHz 1 720x480 15 734 15 75 59 94 60 13 5 13 514 480i NTSC 2 720x576 15 625 50 13 5 576i PAL
49. oder to be processed Video channel demultiplexing digital video signal is processed by MSD309PX decoder and video processor then LVDS signal is outputted to drive display panel Audio channel demultiplexing digital audio signal is processed by MSD309PX decoder and audio processor then double sound track analog audio signal stereo is outputted to MSD309PX to be processed by preamplifier acoustic effect processor and volume controller to get two parts of signals the analog part of signal is sent to earphone amplifier MAX9820 to be amplified and then outputted to earphone jack the digital part of signal 12 is sent to digital audio power amplifier TAS5711 to be processed by D A converter and power amplifier then outputted to drive speakers 3 input signal flow AV video signal is inputted to main chip MSD309PX to be processed by video decoder anti interlacing part video processor and zoom controller then LVDS signal is outputted to drive display panel AV audio signal is processed by voltage divider resistance matcher and AC coupler then sent to main chip MSD309PX to be processed by acoustic effect processor and volume controller to get two parts of signals the analog part of signal is sent to earphone power amplifier MAX9820 to be amplified and then outputted to earphone jack the digital part of signal 125 is sent to digital audio power amplifier TAS5711 to be processed by D A converter and power amplifier then outputted to drive s
50. peakers 4 D SUB YPbpPr input signal flow D SUB YPbPr video signal is inputted to main chip MSD309PX to be processed by A D convertor video decoder anti interlacing part video processor and zoom controller then LVDS signal is outputted to drive display panel D SUB YPbP audio signal is processed by voltage divider resistance matcher and AC coupler then sent to main chip MSD309PX to be processed by acoustic effect processor and volume controller to get two parts of signals the analog part of signal is sent to earphone power amplifier MAX9820 to be amplified and then outputted to earphone jack the digital part of signal 125 is sent to digital audio power amplifier TAS5711 to be processed by D A convertor and power amplifier then outputted to drive speakers 5 HDMI input signal flow HDMI video signal is inputted to main chip MSD309PX to be processed by video decoder video processor and zoom controller then LVDS signal is outputted to drive display panel HDMI audio signal is sent to main chip MSD309PX to be processed by audio decoder pre amplifier acoustic effect processor and volume controller to get two parts of signals the analog part of signal is sent to earphone power amplifier MAX9820 to be amplified and then outputted to earphone jack the digital part of signal 125 is sent to digital audio power amplifier TAS5711 to be processed by D A convertor and power amplifier then outputted to drive speakers Block Diagram
51. r then move cursor to item AUTO ADC and press key OK to perform auto adjustment until prompt success displays 4 2 White balance adjustment Unless specified by customer default settings of COOL color temperature is 12000K and chromatic coordinates is 272 278 referenced settings of Normal color temperature is 9300 and chromatic coordinates is 285 293 referenced settings of Warm color temperature is 6500K and chromatic coordinates is 313 329 Default setting is Normal 4 3 Adjustment procedures The TV set should be working above 30 minutes to be in a stabler state before adjustment Use CA 210 BBY channel to adjust white balance Switch to HDMI channel Press key INPUT then press digital keys 2 5 8 0 in turn to enter into primary factory menu Move cursor to item W B ADJUST and press key to enter into the inferior submenu Input HDMI signal VG 849 Timing 856 1024x768 60 Hz Pattern 921 16 step Gray move cursor to item MODE press keys Y to choose item HDMI then move cursor to item TEMPERTURE and press keys V to choose COOL Fix G GAIN adjust GAIN GAIN to set 14 chromatic coordinates as 272 278 Fix G OFFSET adjust OFFSET B OFFSET to set 4 chromatic coordinates as 272 278 make sure chromatic coordinates of bright scale 272 10 278 10 chromatic coord
52. t cushion or covering to prevent accidental scratching or damage to your TV s finish The speaker is not intended to support the weight of your TV Do not move or handle your TV by the speaker This can cause damage to your that is not covered by the manufacturer s warranty Before attempting assembly or removal of the stand unplug the AC power cord Installing the stand To install the stand Remove the stand base from the box and place it on a table or bench You must pay attention to the direction of the stand The wide portion of the stand should go towards the front of the TV 2 Lay your TV flat screen down on the edge of a table or bench Make sure that you put down a soft cushion or cloth so that your TV is not scratched PE TTD W PIII III He Three screws 3 Align the stand base to the stand column secure the stand base to the stand column with the three provided screws using a screwdriver NOTE The appearance of this product in these illustrations may differ from your actual product and is for comparative purposes only WALL MOUNTING INSTRUCTIONS Safety Precautions Note All the wall mounting parts are Be sure to ask an authorized service personnel to carry out setup tal optional and mav be unavailable in 2 Thoroughly read this instruction before setup and follow the steps below precisely 3 The wall to be mounted should be made from sol
53. to fall down between the screen and the glass will affect the receiving and viewing effect 3 4 When dismantling or mounting the protective partition plate that is used for anti vibration and insulation please take care to keep it in intactness so as to avoid hidden trouble 3 5 Be sure to protect the cabinet from damage or scratch during service dismantling or mounting Adjustment Instruction 1 Safety Instructions 1 1 Power supply must be cut off when replacing or welding any component or inserting pulling out connective lines 1 2 Anti electrostatic measures must be carried out during the whole producing processes a Do not touch IC by hands at will b Use anti electrostatic iron Welder must wear anti electrostatic glove 1 3 Replacing any component with special safety requirement must refer to component list without changing its specification and model at will 2 Adjustment Equipments Multimeter or osciillograph VG 849 CA 21 USB DVD included HDMI 1 4 or equipments with the same functions 3 Adjustment Processes 3 1 Power voltage test According to the wiring diagram specified by Product Specification connect power board assembly data processing assembly IR Key board assembly backlight board assembly correctly supply with power press button to power on the TV set Test voltage of socket X601 each pin on the main board Voltage value and range are listed as Table 1 Table 1 Voltage of X601 each pin
54. us Register SST25VF016B A ie Pm25LV512 A mj m mj m mj T E Pm25LV010 A Pm25LV020 uc Register Setting Value 00 Elapsed Time Printer 26KHz Fig 2 Write protection setting 3 Press menu Connect dialog box Device Type is MX25L64 device type depending on parts used on board actually will display to show successful connection please refer to Fig 3 gt 224 g amp B P V Restore HDCP Erase Config Connect Dis Con Ste DAMSta HE VES ie 6HE022697 0 MERGE_11 26 bin 2008 11 26 10 51 18 ReConnect Blank Read File HDCP Key Checksum Key U Restore Data Program Normal Multi Flashes Verify Erase Device Exit ISP All Chip Type SPI File Area Erase Area First 51 KBytes Run C Partial Erase 900 Elapsed Time USB 288KHz Fig 3 Device MX25L64 successful connection If connection is failed press the first menu Device and choose MX25L64 manually then press Connect MStar ISP Utility V4 4 2 8 Isp_tool4428 x Device Type is MX25L6405 4 Press Read choose upgrading file such as MERGE bin please refer to Fig 4 H3 5 s B P V Restore Connect Dis Con 3 EMEHSAPRI HE AddAU 20080124 SZ ProjectiDVB S3PXReleaseVWERGE bin v Hex files g File Status Checksum Unused Bytes Start Addr 0 000000 4 0x00 C OxFF End Addr
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