lcd-46xz10fh_sm5.34 MB
Contents
1. 107 240512 501 A 1 MSD209FG Fay a 2 we R240 100 006 D4 seu x CBC UART_RX1 HDMI 4 HDMI 2_RXC soa C 5 4 RXOPL TA RED axon py HDMI 2_RXO HDMI 27RX1 HDMI 2 RX1 353 24512 00 HDMI 2_RX2 HDMI 2 RX2 Z SDA_HDMI 2 SCL HDMI 2 HOTPLUGB HOTPLUG_HDMI 2_OUT HDMI 1_RXC 1 HDMI 1_RXC vee ao 48 Rxopo HDMI 1_RXO 85 218 58 1 PAGE6 we a pero HDMI 1_RX1 100 8242 6 HDMI 1_RX1 scr ser HDMI 1_RX2 4 HDMI RX2N0 HDMI 1 RX2 soa ann SDA_HDMI 1 100 R243 SCL_HDMI 1 HOTPLUGA HOTPLUG_HDMI 1_OUT 353 24040 10 RxCP2 HDMI 3_RXC 22 Rxowz HDMI 3_RXC RX0P2 HDMI 3 RX0 MP is HOREAD ONLY 3 880 HDMI 3_RX1 RXIN2 HDMI 3_RX1 HDMI 3 RX2 RX2N2 HDMI 3 RX2 SDA_HDMI 3 _ SCL_HDMI 3 HOTPLUGC HOTPLUG_HDMI 3_OUT 25 as 17 iz in 88 470 2233 yz feiss 47 22232. vec_caRD 1 PCMCIA 0070210PA8C 17 3H veci vec 501 5 1 ver2 abana TS_MDI 0 0 41 MDIO A18 rs 01 lt rs 33 2 PART I2C 1 1 19 33 RM45 TS nD 2 j RS PCMCIA CI a ora TUNER1 2001116 IV 2 53 ora 21 AS_IF ADDRESS 5V_TUNERL TS Ds 3 nots 1043 Ts_MDI 4 MDI4 A22 aa TS MDI 4 33 5 5 2 54 A 36 87 a TS WOE ip Mae 91 0 fry ns rarer rs wre 25 MDIS A23 1106 _ 1 51 33 TS1_VLD GPIO41 8 6 56 6 424 555 82 TS_MDI 6 gt TS1_D0 GPI040 lrs_mD 0 TS_MDI 017 a25 22uH TS MDI 7 33 RM51 2 Im ao IHA Ha 055 Bee heroa 45 33 amon 8582 5 22554122 944845 R103 8 MOIR _ Fis te bene
3. 01 0 A 8 7 we a MBRF2 96969666 gt 11080 i lt Vere 501 INVzA 1 4 1509 248 4 47EPL LO2 7 11050 N A rao zt 9 l RT503 ACDET P521 502 502 05091 8 8 Q 5 gt 13K FDPF42N50 D gt 4 55 9500 R530 R53 on 20100 cots 10 47 6 Sool 5 BS ss 941 a 7 16 B 5 319 38 Tda 1 bee D505 GND L506 D le 501 we ts So ots Vsen 16 5 24vsc owl seals WAVY Ns on po 5 1 4148 77 m gt ags 2 28 8 J Ssh WN DS 8 100 15 RA 0510 f 42 7 171507 842 sa A NYY 1 gt 99 a 2 VGH 8 9 8 obi 3 4 2 MBRF20100CT 8 E wg PTS RT502 Si 2 vs 1803 58 8 4 5 Fuso 4 T 5 1 13 aii Rega FOPF12N50 Sy TSAL 250 4 50 GND vB 10 27 G 38 0527 t p549 5 12 T 33n ss 018 0506 al 8g sl s los at 29 2 11 184148 Bx 28 Sa AERPs 520100 6 1 630V res 4 88 FSR 88 1503 00 VGL Sv pl 105 1286 0503 C524 in 7 10 4 4 5 1 4 gt 161016 REN re Rc EEN ra 8536
4. PESDSVOLSUY x110 TaT emo 15 sci e 5 are 5 sci 007 83 8 2K scarti Fs 8 SCARTI B 52 3 SCARTI G 8 R E PESDSVOLSUY SCARTI CVBS R289 75 GND D TITLE DWG NO 9232KE5201DL VIDEO IN OUT REV 1 0 DRAWN Sheet 3 to 10 APPROVED XIAMEN OVERSEAS CHINESE ELECTRONIC CO XOCECO LTD NS01 C MSD209FG DDR SDR A CKO DDR2_MCLKZ A CKON DDR2_MCLK A MVREF DDR2_A MVREF SDR_CKE DDR2_A ODT SDR_AD9 DDR2_A CKB SDR_AD8 DDR2_A WEZ SDR_AD11 DDR2_A BA0 SDR_AD10 DDR2_A BA1 DDR2_A BA2 SDR_ADO DDR2_A RASZ SDR_AD1 DDR2_A CASZ SDR_AD2 DDR2_ADRO 898 12 0992 SDR_AD3 DDR2_ A ODT DDR2_A ADR3 SDR_AD4 DDR2_ SDR_BA0 DDR2 J SDR_AD5 DDR2_A ADR6 SDR_CASN DDR2 SDR_AD6 DDR2 SDR_WEN DDR2_A ADR9 SDR_BA1 DDR2_A AD10 SDR_AD7 DDR2_A ADR11 SDR_RASN DDR2_A ADR12 A UDQSN DDR2_A LDQSOM A UDQSP DDR2_A LDQS0P A DOM0 DDR2_A DQMO SDR_DQ2 DDR2_A DQO SDR_DQ13 DDR2 A DQ1 SDR_DQ1 DDR2_A DQ2 SDR_DQ14 DDR2_A DQ3 SDR_DQ15 DDR2_A DQ4 SDR_DQ0 DDR2_A DQ5 SDR_DQ12 DDR_A DQ6 SDR_DQ3 DDR2_A DQ7 A LDQSM DDR2_A UDQS1M A LDQSP DDR2_A UDQS1P A_DOM1 DDR2_A DQM1 SDR_DQ6 DDR2_A D08 sDR_DQ9 DD
5. R278 R122 75 ne R127 75 R117 10K 105 PESDSVOLSUY Rie 10K 1002 18 R296 10K x112 RCA 410A 10 HgR 613 PB 1 R297 10K 102 GND D PESD5VOL4UG PESDSVOLAUG 501 MSD209FG AUDIO SIF_INP LINE_IN_OL LINE_IN_OR 1 LINE IN IR LINE 21 LINE IN LINE LINE IN LINE_IN_4L LINE_IN_4R LINE_IN_5L LINE_IN_5R LINE_OUT_OR DACO_R LINE OUT_OL 0 0 1 LINE_OUT_1R DACO_S BINE_OUT_1L LINE_OUT_2R LINE_OUT_2L SPDIF_IN GPIO47 SPDIF_OUT GPI048 5 1 128_IN_8D GP1046 128_0UT_MCK GP1050 125_0UT_WS GP1049 128_0UT_BCK GPI051 128 00 2 128_0UT_MUTE LHSYNC2 GPI013 AU_COM VIMO AUVRM AUVRP AUVAG 0 READ ONLY 3 3VDD RXD_UPDATE gt corse 104 v105 TV_SIFP 1003 04 sre 1003 04 00712 22 2 24 1 163 100 R162 100 100 100 Ez
6. 2 20 ND D SPI_cz2 6 SCART1_B SCARTI_R Y INPUT Pb_INPUT Pr_INPUT 12 sc2_Rour 0 1110 01201517 3 3VDD R269 10K z105 001 05 RST_6353 MUTE_AMP ISP_EN STANDBY_AMP 008 1 gt 003 4 External CVB External_cvBs AVL AV13 06 526 x103 2107 Lone mpr I Lou sc2_vour AV_OUTL AV_OUTR 5 ais PESDSVOLSUY N110 GND D 1008 c228 003 c4 GND D External_CVB 102 47 R148 GND D MMBT3904 GND D DAV_OUTR sci_ROUT 47 Ld GND D R197 x108 og 861 L _ O sci RIN RIIS 801 2 8 2 v cvBs 2 oe vr gt 00963375 8 2 scRTR2 FS t sc2_LIN 10K R200 SC2_RIN 10K s R263
7. 21 32101 2280 RS 8 61092 100 Ru32 10 PC_C_DETECT2 CI DATA 3 CH EP SHT ros PCM_IRQA_N CI_INT GPIO93 T WATTE pamata 1 gt D 8 002 D3 003 C4 PCM_WAIT_N CI_WACK GPI094 6 DaTals PCM_RESET GPIO95 ai x ik INPACK 05 8 Tors 6 5 noe GND D 1107 pry SGMI2012 2R2KT TUNER SCL BCH_CD_H GP1096 71 6 26 as ADDRESS L108 SGMI2012 2R2KT TUNER_SDA 10K CI_IREQE DOY SUIS ao arrosa U2 0 ior MATTA crappato 23 C4705 023 PCH AL ADDR 1 RUST PC_RST crapper a 2814 475 5 Tis pom all CI ADDR 2 27 PCH_A2 CT_A2 GPIO6S PCM A 3 1_ 3 Vcc_cARD CI_ADDRI3 26 2 Pow aa cr_A3 apross 28 PCM_A4 CI_A4 GPI067 51 PCM A 5 ma ADDR 5 5 241 PCM_AS CI_A5 GPIO68 12 ha CILADDRI6 61 23 5 PCH_A6 CT_AG GPIO69 A 7 ADDR 7 ADDR 7 22 6 1 691076 8 12 7 5 PCM_A8 CI_A8 GPIOT1 peu 9 ADDR S
8. 5 REXT PD ii rae crns SDA nscios o7aw pane 5 1 CIN7 ADDO GND GND a cet sp R913 erros 4 2 0 7 R10 1 Len GHZRB703D0 sv tat TITLE DWG NO 9232KE5201DL IR TOUCH KEY REV 1 0 DRAWN BY Sheet 9 to 10 XOCECO XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD APPROVED BY
9. 35 MCDK A15 10 TE 150 8 TS_MIVAL MVAL A16 las 76 TS PVAL 33 avcc 36 TS_MIVAL T50_VLD GPI037 MISTRT A17 5V_TUNER2 TS MISTRI 4 TS_MDO 0 PC_C_DETECTI 36 EL PD 1 43 k tae TSO 1807 1 691030 yg Ts nll 16 VS 4 10K GND A 07 2 9 1031 IREQ GND A RT CI WAI 59 t 2 pz 7 WAIT _ TETT a GND A gt cvas_rower o03 D4 25 691034 Hrs Cr ost REG 780_D6 GPLO35 ys TS PD 7 CI_IOWR 15 Tastes 2 7 1038 44 E s ss 018 CI_IORD 1_ IOWR 45 1080 48732 z PCM_IORD_N CI_RD GPIO87 ser 8 WR GPIO88 RESET MoPLL 120 ADDRESS enp a 8279 Gx LOB 17 01 30 SEDECTION R102 330 8105 330 rew_we_N Ge1090 virus vsi 31 99 1 Dw PCM_REG_N CI_CLK GPI091 100 RM31
10. FILE SERVICE MANUAL LCD 46XZ10FH PRODUCT CODE No LCD TV 1 682 349 56 PAL BG TV DTV REFERENCE No SM0915098 CONTENTS Safety 3 AlIgnimentitSHruCtI nS 5 Method of software upGradin Gs 11 Working principle analysis of the 15 18 block diagram 00 19 usu ata 23 Troubleshooting 24 seers 27 assembly list APPENDIX B Exploded View Assemble amp Disassemble the Pedestal Base Wall mounting instructions Attention This service manual is only for service 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 to be taken throughout the entire production process a Do not touch he
11. TXOUTEOF nas 52185 INT PM_cTRL GPIog ap 18 ay LVDS_SDA 33 5 SDA 001 D5 Lie 1 5 a scb 001 05 8 4 vi x807 1 08 102 R417 21 TXOUTOE 406 3s 22 21 ALD TXOUTUEF Wie GND D GND D UTTE 24 23 el 53 SPI SPI_cK1 Fagg 8 DEBUG PORT TXOUITE mine x 26 25 sron SPIDI 33 8856 RxD I sP1_p01 se1_D0 21 vio 33 R857 TXD_UPDATE oY IR_sYNC 30 29 BEP_W_EN 003 02 IR 1 ae XOUTIEF 33 R834 32 31 0882 0 90 2 33 R835 neg TXOUTTEF 3 USB2 0 P0_DM m 3b supp 1 5 wse2 0 1_veus HEr 5 36 35 1 gt 002502 USB2 0 usB2 0 P1_c1D R836 vee pe z gt 0882 0 B2 33 R837 gt 38 37 2 0854 0 ve GND 1001 0 i 3 gt UART_Rx 3 5 P15 UART TX DDCA_DAT sw ss PNE UART ka 4 one UART_RX2 GPI0147 a gt CARD_SHDN Re m 2 6 10148 D Hoete 5 parT Tray 54 z 8 c2 R10UT was 33 Redi 120 3 L peh 001 ns Ely 4 T2C SDA 01 05 0 18226 _ 1 ye gt 00 04
12. B MDATAT Fl B MDATAS Hi B MDATA4 B MDATA3 HI B MDATA2 piso 027 B MDATA1 G8 B MDATAO ag DDR2_1V8 a Pp P TPS 35 S2 88 DEDE 52 32 ao es g a pes 7 7 lt lt 5 1 lt R835 56 Rand lt vant 564 8801 21 2827 22 es 802 Hassas vss03 RS39 56 8 9008 8504 5 R840 56 55 B_UDQSM ey vssos Fez vssor es vasos z 581481 509 z diel 2g vss Hi 2 02 lt veg a 3 RS47 1 1 saiti BCMADRI ee ee See 2 nest se es 58 8322 BADR B_WEZ B WEZ BLOKE 58 B00 Breage B casz 3 ERASE 3255 B_BAL ET B BA1 B_BA2 56 B BA2 B_MDATA14 B MDATAl4 B MDATA4 B_MDATAA BCNDATAS B_NDATAS BCMDATAL B_MDATAL B_BDATA15 B MDATAIS MDATAIO B MDATALO BCMDATA13 BLNDATALS B_MDA
13. 25 1 15 8 8 5 are 40K 9579 Standby 8526 o d al gt waa wl E 2 15 STDBY SEL FR0M 5V 5 28 1 R556 gt z8 232 5 8 470 5 5 D ir a 284 1013 0 58 2 R594 85 0 C551 9595 0 10K 24VCF 4 4 goon 5vsc A572 R574 I By 9597 596 40K 4 10k 40K u 8 nay BE BS GND w a ax EREN Bal E_PWM_FROM_5V 28 f x508 3 X507 5506 24VCF u ESSEN x504 1 aaver an 9 Ol awvse 7 O 2 4 O t 2 O 0620 O k k O 184148 o 1 0 1 4 4 5 558 lt 5 0 6 6 GND 8 am at r O lt 32VSC _ _ O 8 5 5 R574 s Power Board 3 o a2 0 49 24VCF lt ss 3596 O O 9 5 AX m 69 OA owo 0 9 lt oworF tandby GND lt SEL 19 ENER BFA ARRAS lt _ E_PWM FR0M_5V SEL FROM 5V APPENDIX A assembly 9246 5211 501 MSD209FG LF 5270209001 502 503 K4T
14. 2 2K avour D av_oure 69 wall lt 8 SCART lt PRIM_AUD_OUT_R 008 5 PRIM_AUD_OUT_L 008 4 R201 2110 801 10K 2 oe nl sc2_100r R202 5 HOK 3 5 401 External_YIN 232 1109 007103 BG2012D151T External_CIN 48735 135 75 75 tly 2720 11 enD D sc2_LouT Do ae LT av MMBT3904 ewo o LES 85 54 esv 86201201517 R172 10K SPDIF_OUT 1002 se1_100r 25 oR 12v 1112 RCA 103A OR 201201517 x106 2106 Lone GND D GND D x109 RCA 302A 01 2104 1008 2115 AUDIO DWG NO 9232KE5201DL DRAWN BY APPROVED BY REV 1 0 Sheet 2 10 OVERSEAS CHINESE ELECTRONIC CO LTD
15. 5 65 5 0 5 8 gg 16 Rosc 47 ven ee FY 1 5 2 AJ503AY 150M 10 04 4 NC17 HBL ne 1 p aen 24 9 DVDD 1 03 cvas 20 HB2 4 0 35V 2 1 eras 21 NC40 4702 chock 39 Fe 23 be ond s VREF Fe PROT 3 09 1 12 ala 10077 lu 422 L s 5 5 8 8 8 8 24v AMP 8810635 TIC38 05A 5 EE 1 1 ev Rvos 14 1 002 4 BC84TAW ene 5 JE GND S 1 D ws 8 joo as 8 16 21 9 HEADPHONE a BE Es an 8 113 ala PH DECT zvol cvos C gt E TITLE DWG NO 9232KE5201DL AUDIO AMP REV 1 0 DRAWN BY Sheet 8 10 APPROVED BY XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD XOCECO 1 GND THD INPUT vata R902 a 28 8 I 2 5 R13 Tas 255
16. 5V_EDMI 3_IN pao di MMBD1204 WP HeREAD ONLY loon aoe 24C028 108127 NAO HOTPLUG_HDMI 3 PESDSVOLAUG SDA_HDMI 3 SCL_HDMI 3 HDMI 3_RXC HDMI 3_RXC HDMI 3_RX0 HDMI 3_RXO HDMI 3_RX1 HDMI 3_RXL HDMI 3_RX2 HDMI 3_RX2 HDMI PIX 5 1 5 HeRBAD ONLY ada 24C02N 108127 HOTPLUG_HDMI 1 aol PESDSVOLAUG SDA_HDMI 1 SCL_HDMI 1 HDMI_CEC 003 B1 HDMI 1_RXC HDMI 1_RXC HDMI 1_RX0 HDMI 1_RX0 HDMI 1_RX1 SV_HDMI 1l_IN HDMI 1_RX1 a HDMI 1_RX2 HDMI 1_RX2 RALA RALT HOTPLUG_HDMI 1 lt 4 003 B2 47 lt J _ 1 HDMI PIX csc 003 B L ae 5 2 RALB HOTPLUG_HDMI 2 lt VA02 003 82 2 MMBD1204 waos 2aco2n 108127 SV EDMI 3 IN HOTPLUG_uDML 2 naoz 8 eas HOTPLUG_EDMI 3 10K VA03 003 B3 BC847AW 4 21 HOTPLUG_EDMI 3_OUT SDA_HDMI 2 SCL_HDMI 2 HDMI 2_RXC HDMI 2_RXC HDMI 2_RX1 9232KE5201DL HDMI 2_RX1 HDMI 2_RX2 HDMI HDMI 2_RX2 2 HDMI 2_RX0 TITLE DWG NO HDMI 2_RX0 REV 1 0 Sa DRAWN BY HDMI FIX Sheet 6 to 10 XOCECO XIAMEN
17. INPACK lt 55586 5 Pc_c_DETECT2 GND as 30 63 JE 0 eas 85 18 CI ADDR 12 21 85 B 2 PC_C_DETECTI 131 12 1002 31 61 33 8215 75 A13 1 lt 4 CI ADRIA 14 45 3 3V_DE 1 8V_ADE Ts_MDI 0 10 x ex 42 51 TS MDT I2 a onn moa 2 52 2 2 53 TS MDIT4 1 29 MD04 RJ25 33 TS MDI 5 SN74LVC1G32DCKR GND D 2 Aaa unos 9 5 a 32 57 _ 6 AnD ance TS_MDI 6 z Ngo1 5 8_ 1 71 3S_MDI 7 dab 34 6353 movan 2 2 1 T ana 21 62 GND A GND A 22 3 3AVDD _ 221 PLLITEST u 4 7K 8220 3 3V_DE 78 3 3AVDD PLLGnd STATUS 4 7K RJ21 10 n R22 votes anh SLEEP NMO2 3 5 bs TPS2211AIDBR 48 38 08 lappa rm P rk cud 100 RIOL 35 5 5 RM42 TUNER_SCL 8126 100 7 1 16 100 SDA 003 D2 003 2 007 03 36 4 RYT CARD_SVEN DATA2 GPP1 5 sc 03 02 2 007 02 SHDN TUNER_SDA 100 RJ02 4 7K 2 15 8 CARD_3 3VEN 1 5 100 3 3
18. Program Normal Connect 2 Erase Message Erasing Multi Flashes Verity Erase Device Exit ISP All Chip Type SPL File Area Erase Area First KByte a N Partial Erase Base shift at 65000000 NHStar ISP Utility 4 5 0 2 WP Pin amp PS Pin Tablel 00 FF OB 05 FF FF FF Elapsed Time H2C 92 2 USB 306 Flash Status 3 Fig 5 Burning Configuration 6 Press key Run as Fig 4 to begin burning software there are two steps for the process Erase and Program normal burning steps are as follows the first step Erasing Flash Status 03 will be lasting for a moment otherwise skipping over means unsuccessful erasing please confirm process 2 and then burn software again the following step Programming Flash Status 00 will be done until a prompt Pass is displayed 7 Aprompt Pass will be displayed beside the key for successful burning as Fig 6 DER EStar ISP Utility 4 5 0 2 Device gt estore HDCP Config Co Dis Con Src C Documents and Settings Administrator Hj MERGE bin 2009 6 29 19 35 12 ReConnect Blank Read File fe Checksum 0 4542 Erasing Restore Data Program Normal Blank Message Blanking 2 Blank OK Multi Flashes Verity
19. ret 4 ay C Lg MBRF20100CT 8 0523 ao T 76 210 600 08 825 wo A529 1 9 82 4 1 GND oh is 77 p539 Sa 24 3 88 24 ma 0 Q gt lt ar en 87 95 1K eae R545 R583 Ba 680 9 a cD so m 1 2 y BEF Sip gt 6 L Be 4 0886 M 8 1 aL 8 ar 8 4 at s Be 12 98 3B A 2 2 p542 144148 TA78L09 15 R505 gt IN na 20K 1 GND 1 50 1 13 1 253244 mc sz 55 58 15 BS 28 93 of n o e 8 8 R554 0516 3 vsc gt 5 578 552856 8 gt R525 BS NC 4 9547 A7K 39 0 os Uae 5 STDBY 500V gig sig egy Te T502 v507 5 5842017 6 02 016 2501845 a 0515 L508 1 t 4 1 58506 5 504 BTB1424AD3 R gt 1 11050 184148 8 6 9 6543 0528 8 ACDET 1 ae 3 100p FR los 0514 A565 wel ax gy Ree 58 5 5 at alt as atge gt 39 cw teem 85 70 yY 4188 88 RS 254 Sa Fg 6 52 we ao
20. RODE 56 R528 A_CASZ 56 78529 Aast ae iss se x MATA K Aparat K DATA A inarass A MADR1 A MADR10 A MADR5 A MADR9 A MADR12 A MADR7 A MADR3 A MADRO A MADR2 A MADR4 A MADR6 A MADR8 A MADR11 A WEZ A ODT A CASZ A RASZ A BAO A BAL 2 A MDATA11 A MDATA12 A MDATA9 A MDATA14 A MDATA4 A MDATA3 A MDATAL A MDATAG A MDATA1S A MDATAS A MDATA1O A MDATA13 A MDATAT A MDATAO A MDATA2 A MDATAS 3 100n cs14 100n 5 1001 516 100n 8 8 B BA0 1 B MADR12 B MADR11 B MADR10 B MADR9 B MADR amp B MADR7 B MADR6 B MADRS B MADR4 B MADR3 B MADR2 B MADR1 B MADRO B_CLK B_CLK B CKE asa lt lt croc BAO BAL A12 11 10 19 As 5 M 2 1 Ao 803 18 512160 8 2 5 2015 2013 2012 2011 2010 007 206 005 004 002 001 000 1 2 9__ 15 4 9 B MDATAlS BI B MDATAL4 9 B MDATA13 D B HDATA12 D3 B MDATALI B MDATAIL B MDATALO B MDATAS PENER
21. w ADDR S 11 Pew_a9 CI_A9 GP1072 pen AUOT 33 or ADDR 10 cr 10 8 49 GND A PeM_A10 CI_A10 6PI073 PC_REGH 10 10 PCM_A11 CI A11 GPI074 io Al12 CT ADDRI121 all 332701 0075 yg peu ais aus CI ADDR 13 puao CI CE 10V PCM_A13 CI_A13 GPI076 SA RUAT re yt A14 GPI077 puar CI_CE2 TS MDO 1 65 08 TS_MDO 2 66 ND 09 811 peu p o p 01 TS 37 2 210 7 20 01 20 891075 Taig pew pl 0 3s P3 011 PAM PCM_D1 CI_D1 GPI080 Fa HA DATA 2 75 0151 33 24 212 _ 2 _ 2 6 1081 R9 peu pla paral 40 05 D13 peu 23 01 23691052 peu Dol as 06 014 1 55 5 DLs 220 33 34 41 8V CORE io e _ 6 _ 06 9108 G7 CI DATATI TS_MOVAL 62 VS2 MCLKO 222 7 0 6 MOSTRT 63 MOVAL SPKR 7 cass MosTRT sTsCHG cz 1015 33 98 1 42 6 scH 3833 533333 3 3avpp 3 3 Derecrag 67 2 5 5 SESS 55 8 8 INPACK 60 202 ata 555555 883
22. 19 20 21 24 WIRING DIAGRAM LVDS BACKLIGHT 24 PANEL SPEAKER POWER BOARD MAIN BOARD POWER SWITCH KEY BOARD IR BOARD XV02 XV03 Troubleshooting guide 0 1 Panel is dark Power on main power supply check if the red indicator Yes light STANDBY mode is bright Press key POWER of Red remote control or the unit to power on check what Check if the voltage 3 color of indicator light is of X801 3 STB on main board is inputted 5V Check if the voltage of X801 13 on main board is high level Check if STANDBY circuits on power Check if backlight circuits on power board and backlight board Check if circuits about Check if the voltage of backlight control on 801 1 main board main board are normal is high level Yes Check if power board assembly is normal 2 Backlight is normal but there is picture Check if operations Check if OSD menu is of remote control or displayed normally Yes keys the unit after pressing key normal menu Check if there is no picture of all channels Enter into factory menu initialize EEPROM then power off and power on again check if
23. 26V core 1 9V DDR2 and 3 3V I O and analog 2 Digital demodulating chip CE6353 RF level in T bit ADC IF to Pilot amp Symbol amp bit f baseband channel de interleaver IF conversion amp processor amp demapper r interpolator Symbol carrier stream out IF AGC amp timing out Impulse Tuner Secondary 2 wire bus The chip comprises 8MHz bandwidth SAW and supports demodulation of 6MHz 7MHz and 8MHz 2K 8K carrier and supports both serial and parallel TS stream output Primary 2 wire bus 3 Audio power amplifier RENESAS R2A15112 R2A15112FP is a Digital Power Amplifier developed for TV R2A15112FP has a maximum power of 15W typ x 2ch VD 24V THD 1 SE ata load It is possible to replace a conventional analog amplifier with a digital amplifier easily Maximum power out put No external heat sink note These apply when the thermal pad is soldered to the printed circuit board directly Recommended Power Condition SE operation mode 15Wx2ch VD 24V 40 load THD N 1 BTL operation mode 30Wx1ch VD 21V 80 load THD N 10 Highly efficient low noise and low distortion Popless Built in protection Overcurrent overheat and undervoltage Built in Mute and Standby function The gain can be changed to four settings by two terminals Power supply voltage 11V to 25V Speaker Impedance from 4 to 80 GAIN1 GAIN2 Over Current
24. Generation Advanced Color Engine MStarACE 3 automatic picture enhancement gives Brilliant and fresh color Intensified contrast and details Vivid skin tone Sharp edge Enhanced depth of field perception Accurate and independent color control sRGB compliance allows end user to experience the same colors as viewed on CRTs and other displays 10 bit internal data processing Programmable 12 bit RGB gamma CLUT 3 D video noise reduction MPEG artifact removal including de blocking and mosquito noise reduction Frame rate conversion MFC Motion Frame Conversion supports 7 Judder free motion video Output frame rate 50 60 100 120 0 Up to 60Hz full HD or 120Hz HD panels Output Interface Supports up to 10 bit dual LVDS full HD 1920 x 1080 panel interface Supports 2 data output formats Thine 8 data mappings Compatible with TIA EIA With 6 8 bits optional dithered output Spread spectrum output frequency for EMI suppression CVBS Video Output 7 Supports CVBS bypass output ports 2D Graphics Engine Point draw line draw rectangle draw fill and text draw BitBlt and stretch BitBlt Raster Operation ROP Miscellaneous DRAM controller to support up to 32 bit DDR2 interface 7 Supports Common Interface for conditional access 7 SPI bus for external flash Two ports of USB 2 0 host controller with the flexibility for connecting external storage devices 375 ball LFBGA package Operating at 1
25. 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 Is secure 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 reverse order confirm to the diagram illustrated above the wall mounting holder Fig 5 SANYO SANYO Electric Co Ltd Apr 2010
26. OVERSEAS CHINESE ELECTRONIC CO LTD APPROVED BY PANEL POWER FU801 PHB 2x20 2 0 sup1206P075TF 2 1 4 lt 4 3 3 6 s 2 rxouroo R402 33 NS01 D gel USB INTEFACE MSD209FG TKOUTIO 2 10 GND D TXOUTZO R403 33 x 2 5 GND D 1 PANEL_ ON OFF 12 454 FT 4 0683112 5 X806 SE UL cnn 55 Reset sa wa
27. Program Message Programming Erase Device V Exit ISP eee ee All Chip Type SPI v C File Area Erase Area Fist E Partial f Base shift at 05000000 Pass WP Pin amp PS Pin Tablel 00 FF OB FF 05 FF FF Elapsed Time 120 92 B2 USE 306KHz Flash Status Fig 6 A prompt Pass beside the key for successful burning 8 Need not exit ISP burning interface and only repeat the process 3 and 5 to go on burning software for other sets Note 3 On line burning and upgrading method from USB port 1 Be sure to format a U disk as FAT32 2 Copy program file to the U disk with the name Merge bin 3 Power on be sure to switch to ATV or DTV channel and not to display OSD interface insert the U disk into a USB port then USB upgrading process will begin automatically 4 Upgrading processes Reading data from the U disk A prompt Searching USB is displayed and an indicating light of U disk is twinkling Burning Flash A prompt Updating Please don t power off is displayed and an indicating bar is showing upgrading schedule the set will be in Standby mode after the burning process completed 5 Start up the set again enter into factory menu to verify software version and time parameters then execute item RESET ALL to complete the whole burning process Method of burning from USB could not be sure to be suitable for all kinds of U disk
28. STBYL 5 Control 5V Under Voltage Logic _ Over Temp Detection Detection CLOCK 10V 4 Tuner FQD1116ME IV The FQD1116 belongs to the new family of highly featured hybrid frontends which are designed to meet a wide range of RF applications The FQD1116 combines the functions of a DVB T digital tuner and a multi standard TV IF demodulation unit for both positive and negative modulated TV systems The unit includes a 7 MHz digital SAW filter with an IF AGC amplifier for connection to the DVB T channel decoder The FQD1116 is intended for CCIR L L France B G and D K systems and DVB T broadcast The frontends have a built in digital 2 PLL tuning system DC DC converter circuit is built into the FQD1116 to synthesize the tuning voltage required thus making the frontend a true 5V device 3 x Y gt lt gt gt lt 4 la x fof 0 i gt Z lt lima I RF input Fw gt le A 52 Video x Z lt 2 Analog 4 k il f Digital Demodulator aGc gt eae iota Digital Amplifier XO gt ae Now gt gt lt I lt gt ZANE 5711 4 SW MOPLL DC ant power 2 Sound IF or Low IF lt lt IC bus IF AGC NB IF ouput lt 111213 2114 15 1617
29. Saon BRE 1 GPIO 31 6910144 Fps 200 88 ge GPIO_A2 GPI0145 py 7 Ra Panu ON OFF an GPIO_A3 GPIO146 PWR_ON OFF 005 B2 waz xey SAR1 GPIO127 L SAR SAR2 GPIO128 fp anD sara 1 PLASH_WP SAR4 GPI0149 502 003 64 SARS GPIO150 801 58 5 1 pre 5 PWM1 GPIO6 rig 5 5V_USB PWM PwM2 GPIO7 gig ape 232 RED STPB3216 380PT 22 1 100 hm oproi60 Hre CARD_SVEN 2322020 5 10161 CARD_3 3VEN E9 35 47K 18 802 691014 roya ay FET R817 a1 Rxoc Here R2_RxO2 _ 2 V805 5 2301 arg Rx00 azs 5 5V_USBO x20 Hrer 11 UTUEF 27 LVDS RXEO Fags was A04803A y 020 45 s_Rxo4 120 1401 STPB3216 380P7 s2 nn 2 7 0 ae 07 PANEL_POWER 9 FOR THE 12 POWER PANEL 3 4 RXE4 ae s x RX
30. as xt6k 0020610 Touch key board assembly is x6170895000 Sound box assembly a7 66600009 l L 1 oO as 66000000 Remote conr 19 6600007200 User manual L iL 20 xis0z0000699 AUO Backlightboard 21 6600000706 AUOLogic board l iL Only the parts in above list are used for repairing e Other parts except the above parts can t be supplied Assemble amp Disassemble the Pedestal Base Option If the stand is provided please read these instructions thoroughly before attempting this installation Safety Precautions Please read these instructions thoroughly prior to attempting this installation 2 Be sure to handle this product very carefully when attempting assembly If you are unsure of your capability or the use of tools necessary to complete this activity 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 installation 3 When using a table or bench as an aid to assembly be sure to put a soft cushion or covering to prevent accidental scratching or damage to the unit s finish 4 The speaker is not intended to support the weight of this display Do not move or handle this product from the speaker which can cause damage to the display not covered under the manufacturer s warranty To install the stand Remove the stand from the box and plac
31. connect to central signal source for DTV searching programs Now digital frequency of central signal CH28 529 5 MHz and CH33 564 5 MHz are distributed to Australia programs Primary preset programs would not be modified along with the changing of central signals so please select item DTV in menu Channel to manual search digital programs the process will spend about 15s Factory menu item CUSTOM CHANNEL PRESET first delete all DTV ATV programs for factory adjustment then preset ATV channel data according to customer order requirements please execute the item to clear out all programs for factory adjustment before leaving factory Factory menu item MST Debug default setting OFF is used for engineering models whose 5232 functions can measure up to design specifications setting is convenient for debugging by developing tools the value of the item can not be kept in the memory that is to say the item is reset as OFF after power on again Factory menu item BACKLIGHT is used to adjust backlight brightness adjust the item and test voltage of X801 12 PWM to measure up to the maximum PWM voltage in panel specification Factory menu item SSC ADJUST is used to adjust expended functions of frequency content the software having been preset according to model need not be adjusted again Factory menu item AUDIO Curve is used to adjust audio curve without special customer requirements the softwa
32. pull them out in case of dagmage 2 11 Special care must be taken 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 a 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 Scope for operation 5 35 Scope for storage 15 45 C Humidity Scope for operation 20 80 Scope for storage lt 80 2 13 Display of a fixed picture for a long time may result in appearance of picture residue on the screen as commonly called ghost shadow The extent of the residual picture 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 Points for attention during installation 3 1 The front panel of LCD screen is of glass When installing it please make sure to put it in place 3 2 For service or installation its necessary to use specified screw lest it
33. should damage the screen 3 3 Be sure to take anti dust measures Any foreign substance that happens 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 Alignment instructions Test equipment VG 848 VGA YPbPr signal generator VG 849 HDMI digital video signal generator CA210 color analyzer 1 Alignment flow 1 1 Voltage of power supply test According to the wiring diagram 9232KE6302JL connect power board digital board IR board correctly then power and press key standby a Test voltage of socket X801 each turn listed as Table 1 Table1 Voltage of X801 each pin X801 Pinl 2 3 4 5 6 7 8 9 10 11 12 13 8 55 4 85 4 85 V 11 4 V 3 2V 4 9V Voltage 22 5 0 0 0 0 5 35 V 5 35 V 9 45 12 6 3 4 5 1V V b Test voltage of socket XV03 each pin turn listed as Table 2 Table2 Voltage XV03 each pin XV03 1 2 Voltage 23 8 V 25 2 V 1 2 Adjustment flow chart as 1 Check if DDC HDCP KEY and FLASH have been burned combination adjustment for general assembly whi
34. there is picture Adjust main board again Change another main board 3 There is picture but sound Check if the voltage Check if Check if the voltage there is Change Yes NV02 4 5 32 33 is 24V of NV02 10 27 is sound from another high level earphones NV02 Check if audio output Check 24V power supply Check if Touch 04 circuits power board and voltage and 05 power supply circuits from NS01 F16 H16 with probe XV03 to NV02 on main board is low level check if there are normal is sound from earphones circuits of main chip are normal Check if circuits from NS01 F6 H16 to NV02 10 27 are Check if circuits normal about earphone amplifier normal Change another NS01
35. 51163QG HCF7 5275116301 board 6 0250110 NJ01 CE6353 5276353001 1 FQD1116ME I V 5524000029 NV02 R2A15112FP 5271511201 Deo _ key board 1111111 Panel 5203468302 460 03 VG APPENDIX B Exploded view 6 i e ale Cle 0 0 Sp 0 5 5 515 5 eal ol oo oo ea leah 0 es fV LT 5 PART LIST OF EXPLODED VIEW 1 4 5 Bako 0 oO e Standing pole assemby Power board assembly Note design and specification are subject to change without notice PART LIST LCD 46XZ10FH ver 1 0 Front cabinet T 3 410 Key bracket oOo oO a Power 1 5 xs8A0084100 Wall mounting bracket Teh 5 7 6180996000 Pedestal assembly 5 605001000 Standing pole assembly 9 6010050080 Power board assembly no xt6610F72200 interface below rs 110 Main board assembly 12 xt6610F72110 interface battle right 13 xt6159269000 Panel holder assembly ia xt56a0064200 Wall mounting bracket igh
36. AVDD LM01 14 VCC_CARD g er vsi i STBH2012 221PT 3 gt 4 0 43 3AVDD 3 394 13 3132 SCL 003 D2 003 D2 007 C3 5V LM02 5 12 oF 2012 221 5 55 avec_12 Ez TONER_SDA anai SDA 003 D2 003 D2 007 C3 22 8 RST_6353 Le 002704 55 56 avec_11 GND D 2 10 1 GJ01 100 ApS 9 0 5 12 88 58 Par 858 az 1 8 pe 1 ey PDE 1 8 pe 1 8 CORE 1 8V_ DE 1 8 ADE _ 1302 ee 85 anles s louis 88 SRT SRT 9545 38 3838 8 988 TITLE DWG NO 9232KE5201DL GND D GND D GND D TUNER IF PCMCIA REV 1 0 DRAWN BY Sheet 1 to 10 APPROVED BY XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD x105 2 35411 01 030 VGA_LIN VGA_RIN GND D x104 HC1038 15F 3 08 12K Ten PESDSVOLSUY 8126 138 11 22 PP 003703 VGA_HSYNC 003703 24LC21A SN d 8145 14 8150 4 7 14 7 Taroz R276 B rN 0 GND D T
37. E3 TXOUTIE 1402 4 5 _ STPB3216 380P7 a _ nm 4 os nase 3 3VDD lu 82 ia 5V_sTB caos B7_RXE2 R881 z R415 4 1 a 9 4 7K 100 GND D 8403 R412 1 B140 13 F 402 13 0806 _ 108 07 R878 33 5 SCL 43 3avDD Beh GND D 100 25 art Chee OO 2 msye BLK LL4148 7 5V_STB 3 O A TITLE DWG NO mo ay 100 2 2 gt 0 a 9232KE5201DL 88 veos 1 MISC LVDS 1201 xeos a t as 53 vaoe REV 1 0 8 SSL gt DRAWN BY 7 10 5 x802 A om Sheet to BY APPROVED XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD 1 eS I 1 1 1 6 al
38. LL ST8H2012 221P7 2 3AvDD ae 4 74 pioa iom 258 ST8H2012 221P7 0 9 AVDD_MPLL von AVDD ST8H2012 221P7 N802 DDR2_1V8 8 1 359 3 3VDDR as 6 2 1 0865 7 0868 872 cas AP1117 ADJ TIIM 51002771008 1000 T 100m 1807 1 STPB3216 310P 4 7 STPB3216 310PT 1819 AVDD_VIF ST8H2012 221P7 Lie nm F GND D aay ren 1820 AVDD_AUSDM T ADJ STBH2012 221PT ze lee 9 AVDD_DM lt 52 5 4 5 gt 55553 1921 gt DH STBH2012 221PT gt 20222212 4 74 oon 51008 Tion Tion 48 Joon ane er t v S 1 GND D GND D AVDD_LPLL AVDD_AUSDM avon VIP gt paps Avon weit xaos gt 303 gt ag Lag Les Lag Laz denl ag 111706 2 STBH2012 221PT gt _ gt AS1117 3V3 STBH2012 221PT 1117 1V8 at 1001 100 ad 1001 TP mo nnn 4 se as 28 GND D GND D GND D GND D 38 88 85 58 T 28 5384 53 5897 58 2 1805 AVDD_MEMPLL 4 4 TITLE DWG No 9232KE5201DL POWER REV 1 0 DRAWN BY Sheet 5 to 10 APPROVED BY XIAMEN OVERSEAS CHINESE ELECTRONIC CO LTD
39. MDATAL 08 A HDATAO A MDATALS A MDATALS A MDATAL3 A MDATAL2 A MDATALL A MDATALO A MDATAS A MDATAS A HDATAT 6 A MDATAS A MDATA4 A MDATA3 A MDATA2 A MDATAL A HDATAO co HH HH HH HH HH GL 53 57 59 1 Les 509 10u 100n cs10 100n 812 1 El 29 9 RL 27 8 2 5 0 5 BAO DQ15 A BAL BAL 0014 0013 A MADR12 12 2012 A MADR11 All 2011 10 0010 A MADR9 9 009 A MADR8 8 208 A MADR7 007 A MADR6 6 205 A MADRS 5 005 A4 DQ4 A MADR3 A MADR2 2 002 Al 001 A MADRO AO 200 ag vooor 2 lt VDDQ4 vonas VDDQ6 VDDQ7 VDDQ8 GRD ZB VDDQ9 58 vDD5 915 ADE lt VSSDL ALLDQSM 18503 unos 8504 8805 x 8806 8507 27 8508 segs ssal ssl 3 GND D 212 392 4 vss3 vss sss 22 22 se a Ayapa Aang se nas se A_MADRs 2 2
40. PC RGB input up to SXGA 75Hz Supports HDTV RGB YPbPr YCbCr Supports Composite Sync and SOG Sync on Green separator Automatic color calibration VIF Input Support gt Multi standard analog TV receiver applications Digital low IF architecture Stepped gain PGA with 25 dB tuning range and 1 dB tuning resolution Maximum IF gain of 37 dB Programmable TOP to accommodate different tuner gain to optimize noise and linearity performance DVI HDCP HDMI Compliant Input Port Three input ports support up to 225MHz 1080P 60Hz with 12 bit deep color resolution Single link on chip DVI 1 0 compliant receiver High bandwidth Digital Content Protection HDCP 1 1 compliant receiver High Definition Multimedia Interface HDMI 1 3 compliant receiver with CEC Consumer Electronics Control support Long cable tolerant robust receiving High Performance Scaling Engine Fully Programmable shrink zoom capabilities Nonlinear video scaling supports various modes including Panorama Auto Configuration Auto Detection Auto input signal format and mode detection Auto tuning function including phasing positioning offset gain and jitter detection Sync Detection for H V Sync Video Processing amp Conversion 3 D motion adaptive video de interlacers with edge oriented adaptive algorithm for smooth low angle edges Automatic 3 2 pull down amp 2 2 pull down detection and recovery MStar 3rd
41. Pb_INPUT 190 R224 02 83 91 R225 4 Y_INPUT yr 6192 a7 002 83 12 5193 47 i R227 INPUT 6194 47 R228 007383 RINOM 1 1 aun n VGR_HSYNC 002 1 In 16165 470 3229 tS AO 1 170 amr His u emp His e GU 2 HE 172 10 R209 002 82 1_ 2 15 In 16173 470 R230 soa 6174 10 R210 smar 6175 10 CARTI aiar 5176 10 R212 RIN2P JE LS 1000 195 7 lt 5 100 56 sc2_x cves REFP sc2_ cvBs ES 1 177 10 R213 2_ 6 6178 710 R214 CZ co cvBs6P S Video share 47m 0179 10 R215 Her Bie xternal_ ca cvas7P External 002 85 Lss 0181 10 R217 VIN 819 2182 10 R218 External_cvas CVBS CET 002 1 SCART1_cVBS ome lt 47 184 10 8220 4 CVBS TUNER 5 220 pz 6185 10 2221 Koni 001105 20 0 H feiss 50 2222 rv_c
42. R2_A D09 SDR_DQ5 DDR2_A DQ10 SDR_DQ11 DDR2_J SDR_DQ10 DDR2 SDR_DQ4 DDR2_A DQ13 SDR_DQ8 DDR2 J SDR_DQ7 DDR2_ B CK DDR2_B MCLKZ B CKN DDR2_B MCLK B VREF B CKE DDR2_B ODT B AG DDR2_B CKE B A7 DDR2_B WEZ B A10 DDR2_B BAO B A9 DDR2_B BA1 DDR2_B BA2 B ODT DDR2_B RASZ B AO DDR2_B CASZ B A1 DDR2_B ADRO B A11 DDR2_B ADR1 B A2 DDR2_B ADR2 B CASZ DDR2_B ADR3 B A3 DDR2_B ADR4 B BA1 DDR2_B ADR5 B A4 DDR2_B ADR6 B RASZ DDR2_B ADR7 B AS DDR2_B ADRE B BA0 DDR2_B ADR9 B A12 DDR2_B ADR10 B A6 DDR2_B ADR11 B WEZ DDR2_B ADR12 B UDQSM DDR2_B LDQSOM B UDQSP DDR2_B LDQSOP B DQMO DDR2_B DQMO SDR_DQ18 DDR2_B DQ0 SDR_DQ29 DDR2_B DQ1 SDR_DQ17 DDR2_B DQ2 SDR_DQ30 DDR2_B DQ3 SDR_DQ31 DDR2 B DQ4 SDR_DQ16 DDR2_B DQ5 SDR_DQ28 DDR2_B DQ6 SDR_DQ19 DDR2_B DQ7 B LDQSM DDR2_B UDQS1M B LDQSP DDR2_B UDQS1P B DQM1 DDR2_B DQM1 SDR_DQ22 DDR2_B DQ8 SDR_DQ25 DDR2_B DQ9 SDR_DQ21 DDR2_B DQ10 SDR_DQ27 DDR2_B DQ11 SDR_DQ26 DDR2_B DQ12 SDR_DQ20 DDR2_B DQ13 SDR_DQ24 DDR2 B DQ14 SDR_DQ23 DDR2_B DQ15 DDR2_1V8 A_MCLKZ m 2 gt p11 5 ALWEZ Ho ABAO F
43. TA BCMDATAO BLMDATAO 5 RS45 56 TITLE DWG NO 9232KE5201DL DDR2 MEMORY REV 1 0 DRAWN BY Sheet 4 to 10 APPROVED BY XIAMEN OVERSEAS CHINESE ELECTRONIC CO XOCECO LTD 10K xaos 9 1410 019 lt sik caos NS01 F sav 1 190a 1 MSD209FG 2 0 se IN EN GND D 6 523 5 s comp jf 5 fete 1881 Bis Q 5 8 4 5 1 da vppp_3 3V 5 8 SET AS GND ES ao VDDP_3 3V 48 2 2 voDP_3 3V 5 22 5 4 GND D 880 5 1812 5 GND 19807 SLF101457 470M1R4 PF Sal GND 1 8 ADC 2204 GND AVDD_ADC_3 3V 77 AVDD_ADC_3 3V z 1 51 88 GND a
44. al check if function of Over Air Download OAD is normal f For France UK and Italy models check if function of logic channel number LCN is normal x 2 4 User menu setup before leaving factory Enter into page LOCK of user menu select submenu item Restore Factory Default to preset items before leaving factory as below a Clear out all programs information Clear out information of parental control Default setup of user analog data Set Menu Language as English Set Power MODE Off O O Method of software upgrading Instruction of factory software burning as Table 6 Table6 Instruction of factory software burning Instruction of Burned No Part No Part type software before Burning method function burned with program N111 5272564002 25064 104 FLASH Yes ALL11 write protect setup refer to Note 1 in detail N108 5272404002 AT24C04 HDMI KEY Yes burned with program ALL11 NA04 5272402002 AT24C02 HDMI EDID Yes burned with program ALL11 NA05 5272402002 AT24C02 HDMI EDID Yes burned with program ALL11 HDMI EDID NA06 5272402002 AT24C02 supporting Yes burned with program ALL11 the 3rd HDMI N106 5272402002 AT24C02 VGA EDID Yes burned with program ALL11 Note 1 Write protect setup method Enter into burning interface of program ALL 100 select item Config press item confi
45. al is decoded by main chip MSD209 and then digital video signal is outputted in the end LVDS signal is outputted to drive LCD panel after a series of digital processes and OSD addition within main chip MSD209 Audio route demultiplexed audio signal is decoded into Dolby AC 3 signal or MPEG multi sound track digital audio signal by inner decoder of main chip MSD209 then one is outputted through SPDIF directly after the process of sub transform and DAC the other is outputted as analog audio signal the analog audio signal is inputted into the rear part of main chip MSD209 for acoustic effect processing and volume control then inputted into left and right sound tracks of earphone amplifier BH3547F respectively to be amplified now the audio signal is divided into two one is outputted to earphone jack directly the other is inputted into class D audio power amplifier 2 15112 to be amplified and then outputted to speakers 3 AV signal flow After processed by impedance matching AV video signal is inputted into main chip MSD209 directly and processed by modules of VIDEO DECODER DEINTERLACE SCALER then LVDS signal is outputted to drive LCD panel AV audio signal is processed by circuits of voltage divided impedance matching and AC coupling then inputted into main chip MSD209 directlyfor acoustic effect processing and volume control then inputted into left and right sound tracks of earphone amplifier BH3547F respectivel
46. can adjust it Press key MENU can exit adjustment menu of one page to its superior factory menu Press key EXIT can exit factory menu at any time Press key OK can enter into inferior factory menu Factory menu item ADC Calibrate is used to correct ADC of VGA Component channel Factory menu item W B ADJUST is used to adjust white balance Factory menu item POWER is used to set power on mode Standby means the set will be in standby state after power on MEM means the set will be in the state before the last power off ForceOn means the set will be working automatically after power on this mode is also used for factory machine aging default setting should be Standby mode unless specified by customer requirement Factory menu item ISP is used to upgrade unit software from VGA port when the item is set as ON and the set is connected to ISP adjustment equipment DDC function of VGA port will be recovered when the item is set as OFF the value of the item can not be kept in the memory that is to say the item is reset as OFF after power on again Factory menu item RESET ALL is used to reset factory menu data and user menu data after execute the item the set will be started up again and the startup guided picture will be displayed Factory menu item FACTORY CHANNEL PRESET is used to preset factory programs data it is necessary to
47. djust items GAIN G GAIN GAIN to set chromaticity coordinates of the 14 step is 272 278 f Adjust item R Offset G Offset B Offset to set chromaticity coordinates of the 4 step is 272 278 g During adjustment make sure that color temperature of bright step is 272 10 Y 278 10 and color temperature of dark step is 272 10 Y 278 10 h Then move cursor to item COPY ALL to copy white balance data to the other channels except DTV channel i Check if color temperature of HDMI NORMAL and WARM meet requirements as below bright step allowable error 1 10 dark step allowable error 1 10 otherwise adjust items R_GAIN B_GAIN R_OFF B_OFF to meet requirements and then save data Switch to other channels COMPONENT and D SUB check if color temperature of COOL NORMAL and WARM meet requirements otherwise adjust them respectively with 16 step Gray signal and the same adjustment method as HDMI channel s exit menu W B ADJUST after adjustment and the data would be saved automatically DTV channel adjustment switch to DTV channel input 16 step Gray signal enter into factory menu then begin adjustment followed by steps e f g Adjustment rules for reference as below adjust gun adjust gun value downwards then coordinates of X Y will rise adjust gun value upwards then coordinates of X Y will descent adjust R gun will effect the coordinate of X and ef
48. e it ona 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 3 Put the stand close to the TV back align the stand with the TV by moving the stand steadily until the Stand Locators align with the locating grooves on the stand And align the screw holes on the TV back with the holes in the stand then secure the stand to the TV with provided screws four screws Locating grooves To remove the stand from the TV perform these steps in reverse order The appearance of this product in these illustrations may differ from your actual product and is for comparative purposes only 37 WALL MOUNTING INSTRUCTIONS Safety Precautions Note All the wall mounting parts are Be sure to ask an authorized service personnel to carry out setup optional and unavailable 2 Thoroughly read this instruction before setup and follow steps below precisely 3 The wall to be mounted should be made from solid 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
49. fect the value of Lv a little adjust R gun value upwards then coordinate of X will rise adjust value downwards then coordinate of X will descent adjust G gun will effect the coordinate of Y and effect the value of Lv a lot adjust G gun value upwards then coordinate of Y will rise adjust G gun value downwards then coordinate of Y will descent note default color temperature for SANYO customer is Normal change to picture mode Dynamic adjust chromaticity coordinates of color temperature Normal and Cool only adjust chromaticity coordinates of color temperature Cool for other customers when picture mode is Dynamic 3 Performance check TV functions Connect RF port to central signal source first enter into menu CHANNEL then search programs automatically check if there is any omitted program check if the output of speakers is normal check if the picture is normal 3 2 AV S Video port Input AV S Video signal respectively check if the picture the sound and other functions are normal 3 3 VGA port Input VGA signal from signal generator VG 848 with VGA formats as Table 5 respectively check if the display and the sound are normal if there is any deviation of line or field enter into main menu select and execute items Picture gt Screen gt Auto Adjusting in turn to correct them automatically 5 receiving signal formats Horiz
50. g Setting set item Protect as All Protect be sure to select item Config before burning software and write protect must be re set after burning program ALL 100 startup every time Note 2 Burning and upgrading software method with burning tool ISP 1 Main board upgrading connect the cable of burning tool ISP to Debug location 807 2 of main board Unit upgrading connect both VGA ports between burning tool ISP and main board then enter into factory menu and set item ISP as ON Use on line burning tool of Mstar enter into menu Device select item WP Pin pull to high during ISP as Fig 2 for the normal erasing process make sure hardware write protect of Flash is canceled NStar ISP Utility V4 5 0 2 BAR Pin pull to high during ISP EN25F16 25 2 EN25F40 EON EN25F64 EN25M32 EN25F10 Device Size EN25F20 8M EN25Q32A Manufacture Status Register setting Previous in Flash New Setting Below Status Register Bike Go 267 xs 4 22 Ale mi mi ef 2 Register Setting Value 00 WP Pin 8 CS Pin 1 Elapsed Time I2C 92 2 USB 306KHz Fig 2 Write protect setup Select menu Connect a dialog Device Type is EN25Q64 will be displayed as Fig 3 that is NStar ISP Utility 4 5 0 2 iv ReConnect Blank iv Read File HDCP Key Checksu
51. la 1 FA A_RASZ A_casz oe A_MADRO A_MADR1 A_MADR2 A_MADR3 5 ALNADR4 ALMADRS A_LMADR6 ALMADRT A MADRS MADRI 25 MADR11 A MADR12 A_LDgsu ALLDQSP ALLDOM Bs A_MDATAO az ACMDATA1 26 A_MDATA2 212 A_MDATA3 GH A_MDATAA A_MDATAS 0 0 A_MDATAS 56 A_MDATAT 25 A_upose A_UDOM A_MDATAS By A_MDATA1O ni _ 11 DL 12 A_MDATA13 82 _ 14 28 A_MDATA1S B_MCLKZ m I 2 8 B_CKE ot at ar B_CASZ B_MADRO B_MADR1 B_MADR2 B_MADR3 ae B_MADR4 B_MADRS B_MADR6 au B_MADR a MADRS 335 B_MADR9 B_MADR10 B MADR11 B_MADR12 B_LDQSM ms BLLDQSP B_LDQM 315 B_MDATAO B_MDATAL B_MDATA2 B_MDATA3 i B_MDATA4 5 B_MDATA6 820 BOMDATA 019 B_UDQSM Das B_upgse a a B_MDATAS 25 B_MDATA10 B_MDATA11 B_MDATA12 B MDATA13 B MDATA14 15 802 5121608 2 5 9 18 A MDATAI4 29 A MDATAL 1 A MDATA12 D3 A MDATA1I 07 10 2 A MDATAS A HDATAT A MDATAG H9 5 HI A MDATA2 G2 A
52. ly e Input YPbPr signal VG848 Timing 968 408 Pattern 918 SMPTE Color Bar move cursor to item MODE press keys and to select item YPbPr SD then move cursor to item AUTO ADC and press key to begin adjustment automatically prompt success displayed under AUTO ADC means auto adjustment completed successfully White balance adjustment Unless specified by customer default COOL color temperature is 12000K chromaticity coordinates is 272 278 default Normal color temperature is 9300K chromaticity coordinates is 285 293 default Warm color temperature is 6500K chromaticity coordinates is 323 329 White balance adjustment processes The set should be working above 30 minutes before white balance adjustment for it would be in a stabler state Use white balance apparatus CA 210 and switch to any channel have checked a Switch to HDMI channel b Press key SOURCE then press number keys 2 5 8 0 in turn to enter into initial factory menu c Move to item WIB ADJUST and press key to enter into interior factory menu d Input DVI HDMI signal CVG 848 Timing 856 1024 768 60 Hz Pattern 921 16 step Gray move cursor to item press keys Y to select item HDMI1 or other HDMI channels then move cursor to item press keys and Y to select item COOL e A
53. m 0x4542 Key4 Ds ros rls Restore Data Program Norms Multi Flashes iv Verify Erase Device Exit ISP All Chip File Area Erase Area Fast 512 KByte Run lt Partial Erase Base shift at 0000000 WP Pin amp PS Pin Tablel 00 OB FF OS FF FF FF Elapsed Time 92 B2 USB 306KHz Connect Status Succ Fig Device EN25Q64 successful connection If failing to connecting select the first menu Device and select item EN25Q64 manually then press key Connect 4 Press key Read select burning file for example MERGE bin as Fig 4 MStar ISP Utility V4 5 0 2 DER j Eed 5 Device Restore Config Connect Dis Con gt Read C Documents and Settings Administrator Sm VWAERGE bin Hex files File Status Unused Bytes Start Addr 0 000000 6 0x00 OxFF End Addr 0 0054 Batch File FIsPLoader WP Pin 8 PS Pin Tablel 00 FF OB FF 05 FF FF FF Elapsed Time 92 B2 USB 306KHz Connect Status Succe Fig 4 Burning file 5 Select menu Auto then select items All chip program and other configuration as Fig 5 B P v Restore Config Connect Dis Con Sre C Documents and 5 2009 6 29 19 35 12 ReConnect Blank Read File HDCP Key Checksum 0x4542 k Restore Data
54. ontal Vertical Dot pulse No Definition frequency frequenvy frequency Remark kHz Hz MHz 1 0 31 469 59 94 25 175 2 720 400 31 469 70 086 28 322 3 0 37 861 72 809 31 5 4 640 480 37 5 75 31 5 5 0 35 156 56 25 36 6 800 600 37 879 60 317 40 7 0 48 077 72 188 50 8 0 46 875 75 49 5 9 1024 768 48 363 60 004 65 10 1024 768 56 476 70 069 75 11 8 60 023 75 029 78 75 12 1152 864 67 5 75 108 13 1280 960 60 60 108 14 1280 1024 63 98 60 02 108 15 1280 1024 80 75 135 16 1440 900 60 17 1680 1050 60 18 1360 768 47 7 60 85 5 3 4 HDMI Input HDMI signal from signal generator VG 849 with the formats as Table 4 and Table 5 respectively check if the display the sound 32 KHz 44 1 KHz 48 KHz are normal under the circumstances of power on off switching channel switching signal format etc 3 5 Other functions check a Check if the functions are normal timing turn on off turn off of sleeping time picture sound mode OSD stereo and digital audio interface etc Check if audio only digital programs RADIO are normal For UK models check if MHEG function of digital programs are normal Check if common interface Cl Common Interface is normal For New Zealand models check if function of logic channel number LCN is norm
55. outputted as analog audio signal the analog audio signal is inputted into the rear part of main chip MSD209 for acoustic effect processing and volume control then inputted into left and right sound tracks of earphone amplifier BH3547F respectively to be amplified now the audio signal is divided into two one is outputted to earphone jack directly the other is inputted into class D audio power amplifier R2A15112 to be amplified and then outputted to speakers 6 Brief instruction on unit functions MPEG 2 H 264 Main and High profile up to Leve4 0 Decoding MPEG Dolby Digital CAC 3 AAC Digital Audio Decoding 3D comb filter Wide range power supply low consumed power in standby mode gt gt 1 Class D audio power amplifier with acoustic effect output High quality transformation from interleaved scanning to progressive scanning Realizing integrative functions really build integration integrative TUNER integrating analog with digital integrative searching program function integrative OSD interface Main parts of the unit 46 inch LCD panel 1920X1080 Main MStar MSD209FG LF Demodulating chip Intel CE6353 TUNER NXP FQD1116ME IV DDR SAMSUNG K4T51163QC HCF7 Class D audio power amplifier RENESAS R2A15112 FLASH EN25Q64 104HIP External ports of the unit Two groups of Video input and RCA input One group of S VIDEO input Three groups of HDMI input One group of VGA input One group of audio in
56. put for VGA and DVI Mini Phone Jack Two groups of YPBPR input and RCA L R input One group of RF One group of RS232 Mini Phone Jack One group of audio output Mini Phone Jack One group of Video output and RCA L R output One group of SPDIF coaxial output One group of USB for upgrading Block diagram LVDS PANEL DEMODULATOR 12 1 0 8 0 TUNER 6353 SIF gt HP AMP VPS 3547 52 9 HDMI1 3 HDMI2 AMP HDMI3 R2A15112 48 VIDEO SIGNALS 8MB VGA YPbPr AUDIO SIGNALS gt 2 512MbitX2 SV AV USB2 0 USB OUT block diagram and instruction 1 Main chip MSD209FG LF GENERAL DESCRIPTION The MSD209FG is a highly integrated controller IC for LCD PDP DTV applications with resolutions up to full HD 1920 x 1080 It is configured with an integrated triple ADC PLL a multi standard TV video and audio decoder a motion adaptive video de interlacer a scaling engine the MStarACE 3 color engine an advanced 2D graphics engine a transport processor a high definition HD MPEG video decoder a 24 bit DSP for MPEG audio decoding a DVI HDCP HDMI receiver and a peripheral control unit providing a variet
57. re and there by hand at will b Be sure to use anti static electric iron It s a must for the welder to wear anti static gloves Please refer to the detailed list before replacing components that have special safety requirements Do not change the specs and type at will 2 Points for attention in servicing of LCD 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 in 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
58. re having been preset according to model need not be adjusted again If the software has been upgraded or EEPROM has data already please execute item RESET ALL before adjustment for the first time 2 1 3 ADC calibration Ww ADC calibration of VGA channel Switch to VGA channel Press key SOURCE then press number keys 2 5 8 0 to enter into initial factory menu Move cursor to item ADC ADJUST and press key OK to enter into interior factory menu Input VGA signal VG 848 Timing 856 1024x768 60 Hz Pattern 920 Gray 8 step H 2 2 2 3 move cursor to item MODE press keys to select item RGB then move cursor to item AUTO ADC and press key OK to begin adjustment automatically until adjustment completion ADC calibration of YPbPr channel a Switch to YPbPr channel b Press key SOURCE then press number keys 2 5 8 0 to enter into initial factory menu c Move cursor to item ADC ADJUST and press key OK to enter into interior factory menu d Input YPbPr signal VG848 Timing 976 720 Pattern 918 SMPTE Color Bar move cursor to MODE press keys Y to select item YPbPr HD then move cursor to item AUTO ADC and press key ENTER to begin adjustment automatically a prompt success displayed under AUTO ADC means auto adjustment completed successful
59. s so please try other U disks if necessary Working principle analysis of the unit 1 PAL SECAM signal flow PAL SECAM signal from antenna is inputted into TUNER FQD1116 which is analog digital integrative model the analog RF signal is demodulated by the TUNER then CVBS signal and SIF sound intermediate frequency signal are outputted TUNER FQD1116 is controlled by main chip MSD209 with embedded CPU through 2 bus TV CVBS signal is inputted into main chip MSD209 directly to be processed by modules VIDEO DECODER DEINTERLACE and SCALER then LVDS signal is outputted to drive LCD panel SIF audio signal is inputted into main chip MSD209 directly and processed by modules of demodulation pre amplification acoustic effect processing and volume control then the audio signal are inputted into left and right sound tracks of earphone amplifier BH3547F to be amplified and then are divided to two signals one is outputted to earphone jack the other is inputted into class D audio power amplifier R2A15112 to be amplified and then be outputted to speakers 2 DVB T signal flow DVB T signal from antenna is inputted into TUNER FQD1116 to be tuned RF amplified IF amplified and SAW FILTER inside then IF signal is outputted to demodulating chip CE6353 to be demodulated and then be inputted into main chip MSD209 with format of standard serial or parallel TS stream for demultiplexing and decoding Video route demultiplexed video sign
60. s Fisi 3 58 3 3 AVDD_LPLL Za GND tte P EA GND AVDD_MPLL_3 3V AVDD_MPLL 2 tt GND D 6 GND AVDD_MEMPLL_3 3V _ 2 GND 1 PWR_ON OFF GND 2 36 13 007703 AVDD_AUSDM JAVDD_AUSDM BC84TAW GND GND D R877 5V_STB 10 GND AVDD_OTG AVDD_OTG 205 0 1 exo 1 Hors gt exo 1 9 RA avpp_ppr_a ev lon 1 8 100 GND AVDD_DDR_1 8V AVDDL_DVI 4 1809 GND ait _ 116 2 7 AVDDL_DVI_1 2V re EN 12316806 R801 47 come FF vope_1 2v 10K o 17 2822 104 210 58 5 20k 16 Tisv 58 Eg gs on 79 Fass 5 1 2 GND D 1811 43 5V_PANEL vDDC_1 2V SLF10145T 470M1R4 PF VDDC_1 2V vppe_1 2v FOR PDP ONLY w oma vDDC_1 2V AVDD_DM 1 52 Legg 1815 usa 3 3 88 You S 4 DVI GND D vone 1 1 ceas Lcsso Lease easi Leese Leer cers teers Troon Teen Piven ioo 1823 AVDDL_DVI GND D 20122221 1824 AVDD_MEMP
61. te balance adjustment Connect to central signal source check if Check accessories and packing TV functions are normal omitted channel analog parameters control etc check if 2 setup before leaving factory output of earphone and speaker are normal Input HDMI signal check if the display is normal Input AV SVIDEO SCART signal check if check if every function is normal analog functions of every channel are normal parameter control horizontal vertical center etc Input high definition component signal Input VGA signal check if the display is normal mode check if every YPbPr function is check if every function is normal analog normal parameter control horizontal vertical center etc Fig 1 Adjustment flow chart 2 Alignment instruction 2 1 Unit adjustment 2 1 1 According to the wiring diagram 9232KE5201JL connect power board main board IR board key board correctly then power on check if the display is normal Using method of factory menu First press key SOURCE then press number key 2 5 8 0 in turn to enter into initial factory menu Press keys CH and can move cursor to each page of initial factory menu then press key can enter into adjustment menu of each page Press keys CH and CH can move cursor upwards and downwards within one adjustment Move cursor to one adjustment item then press keys VOL VOL
62. 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 s 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 Oo box x a Wall Mounting Connector 9 Expansion Bolt Camp wood Screw 4 Rear wall mounting hole center Combination Screw ar Wall mounting fix hole center Fig Fig 2 l 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 check your installation please carefully measure the position of with 6065 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
63. vas 10 10 R270 Eh SCART1_B 0 20 8 0 06 CVBS_OUT vri2 R27 Tage 95 001 cves_our2 DACSVM DREXT SCARTI_R 10u A MMBT3804 R236 220 110 R232 15K MMBT3906LT1 sc2_vour 2 GND D GND D gt sc2_vour GND3 2 GND5 9 33 GND A GND A gyp sonp s gt mv_cves PLASH_WPE om SPI_CK FE SPI DI wi m12 EN25864 EN25B64 nas 1 16 1 16 iow ss 15 15 Sat 55 51 8100 8 Vee 51 8100 oF Tao 3 14 14 neu 5 4 13 2 4 13 nce nce 1 5 12 5 12 nes uci 6 u ace nei acs uci 10 1 10 5 GND s GND 2 5 50 5101 6 50 5101 6 mis EN25B32 1008IP 1 vee cst 2 HOLDE 6 soe wee s1
64. with the high voltage or short circuit 2 6 Should there be 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 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
65. y of HDTV control functions For digital TV application the MSD209FG comprises an MPEG 2 transport processor with advanced section filtering capability an MPEG 2 MP HL profile video decoder an MPEG layer and II digital audio decoder with analog audio outputs that are designed to support existing and future DVB T programs while handling conditional access Furthermore it is also possible to decode MPEG 4 JPEG MP3 formats from external sources such as USB interfaces For analog TV the MSD209FG includes NTSC PAL SECAM multi standard video decoder comprising a 3 D motion adaptive comb filter and time based correction and a NICAM A2 audio decoder to support worldwide television standards The MSD209FG is also configured with a VBI processor to decode digital information such as Close Caption V chip teletext WSS CGMS A VPS In addition the MStar advanced LCD TV processor enhances video quality motion adaptive de interlacer picture quality adjustment units and MStarACE 3 color engine By integrating peripherals including two USB 2 0 host controllers UARTs IR SPI 2 and PWM the MSD209FG fulfills all requirements in advanced DTV sets To further reduce system costs the MSD209FG also integrates intelligent power management control capability for green mode requirements and spread spectrum support for EMI management MSD209FG Features Analog RGB Compliant Input Ports Three analog ports support to 1080P 7 Supports
66. y to be amplified now the audio signal is divided into two one is outputted to earphone jack directly the other is inputted into class D audio power amplifier 2 15112 to be amplified and then outputted to speakers 4 PC YPbPr signal flow After processed by impedance matching PC YPbPr video signal is inputted into main chip MSD209 to be processed by modules of A D transform digital video processing and OSD addition then LVDS signal is outputted to drive LCD panel PC YPbPr audio signal is processed by circuits of voltage divided impedance matching and AC coupling then inputted into main chip MSD209 directly for acoustic effect processing and volume control afterwards the audio signal is inputted into left and right sound tracks of earphone amplifier BH3547F directly to be amplified now the audio signal is divided into two one is outputted to earphone jack directly the other is inputted into class D audio power amplifier R2A15112 to be amplified and then outputted to speakers 5 HDMI signal flow HDMI video signal is inputted into main chip MSD209 to be processed by modules of digital video processing and OSD addition then LVDS signal is outputted to drive LCD panel HDMI audio signal is decoded into Dolby AC 3 signal or MPEG multi sound track digital audio signal by inner decoder of main chip MSD209 then one is outputted through SPDIF directly after the process of sub transform and the other is
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