led-24xr113d_sm11.95 MB
Contents
1. 4 gt gt 1 E A 0552 nor 4 5 5 gt D g ai o o a AS d wo o 0007 55 6752 m 19 u 2 cl Ey ca e FE 5 wm 88 0000000000 9 NT gt 9 1 3 E 7 2 a 9 gt 5 gt t a 9552 1199 0007 node 1 080 4 o mx 269 162 2 5 8 T m DEI sed AT e CMT IS ME m bd e 0562 AOS 4007 6862 8252 i 0007 ASZ 1899 0007 9252 gt DS 58 Oe o lt lt I TX lt 4 LD Sa 318 uL 29 2 5 4001 1550 3 6152 1769 eecu voca a 4 uz gt 1G A re X89 AU 0759 NY 8159 1001 OESH 02 00711 0782 200 60SH I 4 4 GOGH 20 a 088 2 0 7H La 4 4 25 6 242 2 81ZH 1182 0760 2 Uy ee WE GE D Aye e 5050 7058 100 NO e 6053 3 3d Dy D 088 EE 5 dozy pl 587 29A SI 3 7 cu LySd QS 1190 HOT 301 JN2. oore er trezo Trozo tnn Teasa fm 100n77100n 7100n77100n77100n77100n77100n77100n 01 3 3V MEMPLL 1803 80160881214 TI d TI ra T T T 3V LPLLM f ce 100 1090 GND D L804 3 3V MPLLM 3 3V LV0S BG1608B121 8616088121 16V I 15V I 16V 16V T 16V Ju 16V I 16V die 16V 1 GND D 3 3V VDDM Let BG1608B121 3 C804 C805 10u 100 10V 16V 10u GND D B61608B121 YY Le 3 C818 100n 100n 10V 16V 16V GND D 10u 0017 1001 OON a 10V 100n7 100n 7100n7 7100n 16V 16V 100 100 100 100 10V 16V GND D GND D 16V 16V TI ISI NISI wys GND D 8852 33 LVB0 LVBit LVB1 LVB2 LVBCK LVBCK LVB3t LVC2 Lvce LVCCK LVCCK LVC3 LVC3 LVC4 LVC4 LVDOt LVD0 LVD1t LVD1 LvDet LVD2 LVDCK LVDCK LVD3t LVB3 LVD3 Close to 6M30 21 852 MADR 4 MADAIG MADAT 447 MODT MRAS 5 0 8853 E 22 8856 MCLK MCLK
3. 704 Power Board LVDS X805 Sp X804 X80 1 3D IH X605 DATA Board speaker 604 602 3D IH Board Key Board opeaken 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 indi Check if 5V is supplied to X601 PIN11 Blue No Check if level of 601 1 STANDBY a main board is high circuits on power board Yes Check backlight No board Check power Check if level of control circuits on 601 9 on main main board board is high Yes Check power Check power control circuits on board main board 2 No picture but backlight is normal Can TV set be controlled by keys on remote control or the unit Press key MENU can OSD display 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
4. MIUB ODT 8151 75 MB_ODT MIUB_WEZ MB_WEZ MIUB MCKE MB CKE MIUB BAi A152 5 MB BA1 MIUB BAO _ MIUB A4 4 MIUB AG _ MIUB AB 5 MIUB A11 MB A11 MIUB A5 MB_AS MIUB A10 MB A10 MIUB A 1 MIUB BA2 MB_BA2 MIUB A12 MB_A12 MIUB A7 MB A7 MIUB_AS MB A9 MIUB A3 MB A3 MIUB A2 MIUB_AQ _ 0 MIUB CASZ 156 75 MB CASZ MIUB RASZ MB RASZ MIUB A13 R157 75 MB A13 MIUB_MCLK MB_MCLK MIUB MCLKZ MB MCLKZ MIUB_DGM4 MB_DQM1 00 0 MB_DGMO MIUB DGSO MB DGSO MIUB DGSBO n 25 MB DGSBO MIUB_DQS4 MB_DQS4 MIUB_DGSB 1h 15 MB_DOSB MIUB DQ11 MB DQ11 MIUB DG12 GND D MB DG12 MIUB DG9 22 008 MIUB DG14 0014 MIUB_DG6 MB DG6 MIUB DG1 MB DG1 MIUB DG3_ 163 22 003 MIUB DG4 004 108 0015 0815 MIUB DG8 _ MIUB_0010 5164 22 0010 MIUB D813 MB_DQ13 MIUB DG7 MB D87 MIUB DGO 000 MIUB DG2 n 22 8 02 MIUB DG5 005 Close to DDR HDMI PAD RXON A PAD RXOP A PAD RX1N A PAD RX1P A PAD RX2N A PAD AX2P_A PAD RXCN A PAD RXCP A DDCDA CK DDCDA DA PAD HOTPLUGA PAD RXON B PAD RXOP B PAD RX1N B PAD RX1P B PAD RX2N B PAD RX2P_B PAD RXCN B DDCDB CK DDCDB DA HOTPLUGB PAD RXON C PAD RXOP C PAD RX1N C PAD RX1P C PAD_AX2N_C PAD AX2P_C PAD RXCN C PAD RXCP C DDCDC CK DDCDC DA HOTPLUGC PAD CEC AUDIO PAD LINEIN LO PAD LINEIN RO PAD
5. 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 Check AV input output and relevant functions Input Component signal check YPbPr functions Input D SUB signal check display and all functions Check accessory and packing Default settings before shipment Check other functions Radio LCN HDMI such as analog parameter H V center etc ARC CEC OAD etc Input HDMI signal check display and all functions Check USB multimedia port and Music port such as analog parameter H V center etc Fig 1 Adjustment flow chart 4 Adjustment Instructions 4 1 The unit adjustments 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 A and to move cursor to each page of primary factory menu then press key OK to enter into submenu page Press keys and V to move cursor upward or downward within any one page Press keys
6. GND D GND D 6 0 0 GND D 6 0 0 GND D GND D GND D 6 0 0 GND D 6 0 0 VDD1 2 DE L204 T 12 221 7 iu 1 0273 aen GND D GND D 4 2V_DE C232 8 C23 100171001710 3 3V_DE 3 3VA_DE 10 T 1 D 1 0 D GND D GND D 100u te GND 19 R272 3 3V 100 277 4 100 Y 400n 0 247 0 ce JUMPER 1 8V TUNER JUMPER Re46 0 100n T 01 MMBT3906LT4 GND D GND D 5V_TUNER R244 1 R275 0 JUMPER AP1117 ADJ gt TV FAT IFP TV FAT IFN VDD1 2 DE 15V TUNER 200 1007 5 9224KI6802DL BOX A1 0 5 A X308 JY 3541L 01 030 X310 RCA 386A 02 VGA LIN 8384 10K 001 4 a 47 8385 40K YPBPR Y_IN VGA RIN C 1 R381 c342 R386 T 47p L 2K R340 C304 SPDIF YPBPR SOG_IN 001 F5 003 H5 75 1 98 1 3 3 5 UART BX lt 001 84 003 65 004 01 lt SPDIF CL BCB47AW GND D R301 10 HDMI 4 AX2 1 2 HDMI4 AX4 1 1 84 a
7. 85 55 13 V312 001769 C R306 10 Y 1 3 4 5 lt VGA SCL VGA SDA VGA VSYNC B399 400 001 G5 VGA HSYNC 8400 100 vcc vend 001 65 8407 HDMI1 RX0 HDMI1 RXCt HDMI1 RXC 22K 22K 001 E5 003 A5 8401 47 2304220 YPBPR Y_IN 001 65 VGA B_IN 47n HDMI1 SCL 18 07 001 65 HDMI1 SDA C3441 47 8402 47 doi 03 C X305 1 2 02 0345 _ 8403 470 E E oen Near 60309 5V HOMI4 5V HOMI 4 VGA G IN VGA A_IN 345 471 8404 1447 7 0301 ARAN 8328 n329 5V R408 75 75 HDMI1 HP V306 001 E5 7 3145 8350 7 11141 Ma YPBPR LIN 105 314 Y 0307 MESH LLL 1 T CAT2ACO2NT BAV70 n C314 8351 8 47 1 12K 0 Vec 7 A388 ND AL ME 8389 33 SCL 9390 33 YPBPR RIN 4 C Vss SDA V314 8395 BCB47AW GND D 001 64 VGA B IN 001 64 VGA G IN c 001 64 C JH VGA R IN C350 68 R412 En Near MSD308 GND D UB
8. R728 CJ L702 701 1701 A03401A 17702 ey gt 8 e 5 8 11 1285 1 okt 55 707 Gi a TSE 100 50 o _ Sot Sts SH EE v702 5 100 5 4 5 4 SSS 3 2504806 710 5 5 59 5 3 R703 f T 5 10 2 58 5 7 o a ay 8 uc 0 x 9 ee a 10 X 11 77 12 e 777 oe T EU pem ES R725 100 N701 ES R727 8711 L x 30 9K MP3389EF 9 4 gt 20 30 1 28 777 NC_28 2 27 0705 VF AULT E ON OFF 3 C706 ae 4 25 10K PGND 100n 5 24 ISENSE 6 23 A702 OVP 1 7 22 1K R710 1 2585 220K 8 21 RET LED2 LER 8706 ly 10K 8707 2 3 tebi 20 K 13 8712 10 19 LED4 777 100 00K 18 7 al LED5 FB 12 17 LEDS 13 16 LED7 14 15 LEDB Backlight 2 EK d BO t TURA APPENDIX A assembly 9224 16812 LED 24XR113D Name anD TS No 0 5270300003 5275711001 Main board 6 00701 0 5272532007 5270630001 board key board Powerboad pas Panel 20
9. GND D 12 ex L609 HCBBOBKF 1 5v_LvDS 4 32 F 33 5 9 4 PVDD D3 5 3 36 C700 704 1 gt in L614 NR6045T220M GND D Toss 10 9 2 n GND D WY N608 A04803A 5V USB V611 BCB47AW APM2315A V614 5V AMP 5 05 BCB47AW SR InternalInterface POWER amp Audio AMP los GND D 5 9224KI6802DL BOX A1 0 5 A RH ARRAS V506 4
10. 1608 BG1608B121 l 412 toes GND D 613 629 zm T 100 L603 avd 160BKF 121T30 PWR_SW 001 D6 004 A2 004 A3 004 B2 N605 MP14B2 1BV i 001 85 003 05 003 01 X60 TJC10 03A sl ST 5V S 3 3V S 8640 5 6K N101 F MSD308PX LF V1 VDDC1 2V VDDC1 VDDC1 2 _3 VDDC1 4 VDDC1 2V 5 VDDC1 2V 6 VDDC1 2V_7 VDDC1 2V_8 VDDC1 2V 9 VDDC1 2V 10 DVDD MIUA DVDD MIUB AVDD1P2 AVDD2P5 ADC AVDD2P5 ADC AVDDe5 REF AVDDe5 REF AVDD AU 5 AVDDe5 MOD AVDD25 MOD AVDD25_PGA AVSS_PGA w 2 AVOD_DVI_E9 AVDD DVI AVDD DVI AVDD DVI AVDD DVI AVDD DMPLL AVDD3P3 AVDD3P3 ADC AVDD AU33 AVDD_EAR33 VDDP VDDP AVDD LPLL MEMPLL AVDD DDRA E17 AVDD DDRA E18 AVDD DDRA F 17 AVDD DDRA F 18 AVDD DDRA G17 AVDD DDRB 616 AVDD DDRB H16 AVDD DDRB H17 AVDD DDRB J16 AVDD DDRB J17 DVDD NODIE GND 104 GND 105 GND 106 60 107 60 108 6 0 109 6 0 110 6 0 111 GND_142 GND 113 60 116 117 6 0 118 GND 119 GND 120 GND 121 60 122 123 GND 124 60 125 6 0 126 6 0 127 128 GND_129 GND 130 GND 131 GND GND GND GND GND GND GND GND GND GND GND GND GND GND 1 133 GND 134 GND 135 GND 136 6ND 137 GND B5 GN
11. 5V_TUNER R234 10 2en Close to 309 GND D IFAGC_D N203 5 4159 1 BV TUNER 4 3V TUNERd 4 8V TUNER 240 0 JUMPER av_TUNERq C255 mi 7 ee GND D GND D GND D 3V L208 iH Mis D GND D TUNER 1 12 5 L209 390nH CS0603 R39J S 3 3V 2 1210 C262 B20nH 400n 3 3V_2 GND D T5V TUNER C263 gt nF_5EL AE4 3 3V_DE 8266 58 2206 I m C294 GND D 3V_DE 33 30 4885 R277 N202 21117 3 3 3 3 3 3V_TUNER L202 STPB3216 380PT 8267 0 10 JUMPER 269 LED201 HVG242C TSPSYNC TSBVLD TSBCLK TSB7 TXB6 VDD33 65 DBGBUSIO VDD33 63 zs 08680844 0033 60 1 ATBMBB46 VDD33 6 TSB5 TSB4 TSB3 1 10 TSB2 1581 GND TSBO PWMO VDD12 PLL CLK REF OUT VDD DIV REFCLKIO ADVDD ADC REFCLKI4 VDD 0SC DVDD ADC GVINP QVINN REF BIAS EXT IVINP IVINN AVDD REF VDD1229 TESTIO16 TESTIO15 VDD33 0033 59 TESTIO14 TESTIO13 5 012 5 1011 36 3 3V DE 1 2V DE 71 p224 100 DBGBUS13 DBGBUS14 R225 L VDD12 52 VDD33 51 TESTIO19 8 018 TESTIO17 100KGND D DBGBUS15 08681516 VDD33 4
12. YPBPR Y IN YPBPR PB IN IN YPBPA SOG_IN 1 BV DDR2 10K 8181 C117 40K 100 GND D 1 BV DDR2 Ln sel gal sel gal sel 50 Tre Tey eT ey eq GND D 4 8V DDR2 sel Sal 55 sel sal sgl SaL 58 ser SST SS GND D N101 E MSD308PX LF V1 RGB CVBS PADA RINOM PADA CVBSO pM PADA RINOP PADA CVBS1 PADA GINOM PADA CVBS2 PADA GINOP PADA CVBS3 PADA_BINOM PADA_CVBS4 PADA BINOP PADA CVBS5 PADA SOGINO PAD HSYNCO PADA CVBS_OUT1 PADA CVBS_OUT2 PADA RIN1M PADA RIN1P PADA GIN1M PADA GIN1P PADA BIN1M PADA BIN1P PADA SOGIN PAD HSYNC 1 PAD VSYNC1 PADA VCOM C133 R184 mle 47n 68 GND D PADA RIN2M PADA RINeP PADA GINeM PADA GINGP 2 PADA SOGIN2 PADA HSYNC2 BR Core amp Memory 9224KI6802DL 1 0 RH m 101 MSD309PX LF V1 PAD PCM D O PAD PCM D 11 0121 PAD PCM D 3 0141 0151 0161 0171 PAD PCM A O PAD PCM A 1 121 PAD PCM A 3 PAD_PCM_AL4 PAD PCM A 5 PAD PCM A 6 PAD PCM A 7 181 PAD PCM A 9 PAD PCM A 10 PAD PCM A 14 PAD PCM A 12 PAD PCM A 131 PAD PCM AL 14 RE
13. 4 14 4 2 M 8 4 5 5 8 LL l bi oz 1 301 8 SETTE 8055 9055 6760 4 045074 D LSU 0 So 1969 707 2 9059 o2 dMar Tao 58 e Re 1 LESI B _ MES 22 ELE SEGI 4 4 4 9001 zh he 4 6 9555 64 007 noge N AH 8550 lt 281 yess 0803 D D e E i y Wel 231 oo ydh 4 AEE 4 Lave Ji a an 2 Hodis wl e gt mo i O oO io uD J o ww Ju Oo of G fim p 5 E E A 70SX 5VSTB S 12 N A A A A A 9 9 O OOO gt lt O
14. LVCCK 33 LVC3 LVC3 DCMVCAT LVC4 33 LVDO LVA4t 565 LVA4 R851 33 LVBO LVD0 LVD1t LVD1 33 LvDet LVD2 DSLVDCKt LVDCK 33 LVD3 LVD3 LVD4 QTP801 3 3V LPLLM 3 3V VDDM 1 2V VDDCM MADR 41 MIEL 0 MCAS 5 MODT Ha Ng DDRM Aliens Te A MDATAT2T 71 500 56 SPIO 57 ET 6 1010 68 70 77 MADR 80 BADR 1 91 AVOD 35 OGM 86 DVDD DDR 85 108 AVOD DOR 107 59 77 92 93 84 197 98 98 100 101 402 103 104 105 M 106 107 SPI WP 8828 1 8 2088 5 3100 HOLDE SCK 501 GND DI HCB 1608822 2 2 1730 Ve Now MADRIST bn 11 MDATAT11T MDATAT12T tar RES MDATAL14 4 2V VDDCM MLDGS 15 MDATAT 407 MDATAT 137 4 BV DDRM 1 BV DDRM 3 3V MEMPLL 4 2V VDDCM BG 15098 121 1 av coreq 4 BV DDRM
15. 50 5101 807 8 KEY 54 WP S102 END B4 HDMI DCT AA SPI DI SPI CS 3 5 e SPI DO LED C4 7 Fas 8117 4 4 aL m A2 2 8102 B3 R104 wie 10K A3 n 1 B2 101 RES EN25G328 104HIP apon P6 UART RX GND D UART TX lt gt 65 lt 109 R122 30 3 3V S 6104 AD 8 AER GND 110 m Vcc 30 103 10K 7 100 RESET 108 GND 100 N106 GND D ce 10 295 6 7 B1 003 63 58 08 003 63 58 0 33 33 4 Nt05 CAT24C04WI R103 B R105 9 10K A WP 6 B110 33 5025 muia Vss SDA 4 SDA 8106 E2PWP 001 05 Close to 309 MIUA ODT _ 8123 75 MA_ODT MIUA_WEZ WEZ MIUA MCKE MA CKE MIUA BA1 8124 5 MA BA1 MIUA BAO MIUA A4 MA A4 MIUA A6 MA A6 MIUA AB a 5 MA AB MIUA A11 MA A11 MIUA A5 5 MIUA A10 MA A10 MIUA_A4 8126 75 MA A1 MIUA BA2 MA BA2 MIUA A12 MA A12 MIUA A7 A7 MIUA A9 MA A9 MIUA A3 MA A3 MIUA_A2 MA A2 MIUA AO MA AO MIUA CASZ 9128 75 MA_CASZ MIUA RASZ 57 MIUA A13 __ 8129 75 MA A13 MIUA MCLK MA MCLK MIUA MCLKZ MA MCLKZ MIUA DGM1 MA DGM4 MIUA DGMO 2p MA D
16. Check if level of Check if there 15 Check 15 N607 PIN19 amp 25 signal inputted to signal input are all high 607 1 15820821 circuits main amp 22 board Check 12V 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 Check Check N607 peripheral circuits circuits 13 3V 2 N107 NT5TU32M46DG AC D7 MA 0610 C2 009 MA AB P8 MA_DGB l wM 007 Fi WA D 6 5 ES 005 4 NB Hi 004 Ri 1001 Llio uir a oon 18 MA WEZ K3 00040 RAS VDD1 As VDD3 MA DGMO F3 VDD4 omar gg we MA DGSO eee vssa2 5 0051 B7 VSSG4 UDDS 3202 4 0005 VSSG6 A MVERF VSSG7 5508 Q 11 BV DDR2 5509 VSSG10 C A MVERF 551 VSS2 VSS3 8115 C107 VSS4 40K 100n vss5 GND D N102 MX25L 12845 106 1 VY 16 NC SIO3 SCLK 2 15 51 5100 3 14 NC 3 P06 4 13 5 18 P01 P04 6 14 P00 10 cs GND 5
17. Load File to Programmer Buffer Save File from Progranmer Buffer Load Programmer Configuration Save Programmer Configuration r Messages Please check your protection setting at Enable Job Function Enable Log File Function onfiguration dialogue when you enable protect unction and at the same time you can check 8 protect by doing this Enable Beep Sound Enable Protected mode Exit Device Start 00000000 Device End 000003 Buffer Start 00000000 Buffer End 00004200 Buffer Checksum OOFFFFFF CRC Checksum Buffer Status Memory Buffer Size Bytes 128K Fig 11 Upgrading file selection A WE Auto Programmer Status Messages ease check your protection setting at lion dialogue when you enable protect nd at the same time you can check by doing this Mfr Automatic File Format File Status Formats Automatic File Offset File start 00000000 File end 0001 8 Bits INHX8M 16 Bits INHX16 Buff start 00000000 Unused Bytes Don t Care Swap None a su Cancel Type Module Device Start Buffer Start Buffer Checksum Fig 12 Setup interface 4 Press Auto and Configuration amp ID data select options according to settings shown within red frame of Fig 13 Ser
18. PADA OUTN CH 12 PAD G ODD 2 PADA OUTP CH 13 PAD G ODD 1 PADA OUTN CH 13 PAD G_ODD O PADA OUTP CH 14 PAD B ODD 7 PADA OUTN CH 14 PAD B ODD 6 PADA OUTP_CHI 151 0005 PADA OUTN CH 15 PAD B ODD 4 PADA OUTP_CH 16 PAD B_ODD 3 PADA OUTN CH 16 PAD B ODD 2 PADA OUTP_CH 17 PAD B ODD 1 PADA OUTN CH 17 PAD B ODD O GPIO_TCON PAD TCONO PAD TCON1 SC1 RE1 PAD TCON3 TUNER RESET PAD TCON4 PAD TCON5 SC MUTE PAD TCON6 PCM 5V CTL PAD TCON7 SIDE AV DET PAD TCONS COMP DET PAD TCON10 HP DET 4 PAD_TCON15 SC1_DET GPIO PAD GP100 NTP_MUTE PAD GPIO1 AMP RST PAD GPIO2 INV CTL PAD GPIO3 PANEL CTL PAD GPIO4 USB CTL PAD GPIO5 ERROR OUT 6 1012 PAD GPIO13 AMP SDA GPIO_PM PAD_GPIO_PMO 5V_HDMI 3 PAD GPIO PM1 5 1 PAD_GPIO_PM4 POWER ON OFF PAD GPIO PMS 5V HDMI 2 PAD GPIO PM11 DSUB DET 6 12 T 1 MIUA_A12 MIUA A13 87 MIUA DGO MIUA DG1 I Ii T MIUA DG5 MIUA DG6 IUA DG7 008 MIUA DGS MIUA DG11 EI 0050 A16 MIUA DGSBO 16 IUA DGS1 IUA DGSB1 815 MIUA DGMO B16 MIUA MCLKZ 811 MIUA WEZ IUA RASZ 810 IUA CASZ_ A10 IUA_BAO MIUA_BA4 MIUA BA2 N101 MSD309PX LF V1 MIUA 10181 0 PAD IO 41 A A1 PAD IO 5 A A2 PAD IO 44 A A3 PA
19. 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 Adjustment Instructions 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 c 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 210 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
20. MUDGM clei lw ro gt o i gt gt MLDGM 131 MADAT 107 MADRT1T 21 MADAT 421 MADR 9 7 5 06171 M_DGTOT M pafeT M DG 5T M DGT15 M DG 8T 0611017 0617131 171 21 5 MDATAT 15 MDATAT 40 MDATAT43 MUDGSt MUDGS M UDGSt M UDGS MLDGSt MLDGS M LDGSt M LDGS 4 BV DDRMI 4 BV DDRM 081111 081121 0019 00114 08141 M DG 3T M DGT1T M DG 6T M BATOT M BATIT M CKE M WE MDATA 11 MDATAL12 MDATATST 14 1 MWE Close to DDR GND 4 BV DDRM tae Val I T iy T fy T fS T TW NB04 NTSTU32M16DG BE olol yaaa 080 001 063 094 095 096 097 068 009 0910 0644 0012 0613 0014 0015 i 5 2 5 2 i 555255 005 1005 unas 0088 LDM UDM ODT 551 552 553 VSS4 555 5501 vssa2 vssa3 VSSG4 VSSG5 VSSG6 VSSQ7 VSSG8 vssag
21. 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 ADC ADJUST to be used for ADC calibration for VGA and Component Factory menu item Color Temp to be used for white balance adjustment Factory menu item Fac Channel Preset to 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 as central signal setting has any modification so please search for digital program manually by performing item DTV of menu Channel Factory menu item EEPROM Init to be used for initializing factory data and user date the TV set will restart when carrying out the item Factory menu item Aging Mode to be used for aging the TV set red green blue and white full screen picture displays in turn default setting is OFF Factory menu item Other Settings including settings of MST DEBUG ISP MODE Backlight SSC NONLINEAR Video Quality Audio Quality Light Sensor Overscan QMAP ADJUST VIF1 Aus Nz Ch Preset etc no need any adjustment normally Factory menu item Power mode to be used for power on mode setting Standby to be in standby state when power on the TV set Mem to keep in last power of
22. 55010 gt o 2 gt 3 VSSDL GND D 100n GND D 9224K 16802DL 5 A pov o s TJC3S 13A X601 42V AMP OQOOOOOOOOHOOH GND D GND D GND D 42V AMP x602 105 07 SDA 30 9 6 001 D6 004 A2 004 A3 004 A5 N603 MP1492DS L604 160BKF 121T30 ev 507 i 1644 10 10u 270K tev T 16V 001 09 004 43 004 48 004 82 PWR SW 501 T1 2v Core EN FREG BYP GND FB e Ln R6214 270K C616 C642 10u 10u 10V 601 149205 L602 HCB41608KF 121T30 001 08200 42 004 45 004 2 PWR SW EN FREG BYP GND FB L605 I0 4 5uH NR6045TAR5M 3 4 8V DDR2 3806 Toe C644 10 10 10V 10V 42 AK 1X R622 10K 1 N602 A21117 3 3 3V_2 09 21117 3 3 X603 10 04 3 3V S 9638 8639 1834 4 7KL 4 7K UART RX 001 84 003 65 003 61 UART TX LED 001 B4 001 46 001 B5 001 H2 001 46 001 85 001 2 1607 B61608B121 on
23. 8 0 in turn to enter into primary factory menu c Move cursor to item W B ADJUST and press key to enter into the inferior submenu d Input HDMI signal VG 849 Timing 972 1080i Pattern 921 16 step Gray move cursor to item press keys A and to choose item HDMI then move cursor to item TEMPERTURE and press keys and Y to choose NORMAL e Fix GAIN adjust R GAIN B GAIN to set 14 chromatic coordinates as 285 293 f Fix OFFSET adjust R OFFSET B OFFSET to set 4 chromatic coordinates as 285 293 4 To make sure chromatic coordinates of bright scale are 285 10 293 10 and chromatic coordinates of dark scale are 285 10 293 10 during adjustemnt h Move cursor to item COPY to copy white balance data to other channels except DTV channel i Check if chromatic coordinates of COOL and WARM meet the requirements permitted error of COOL bright scale 10 10 permitted error of COOL dark scale 10 y 10 permitted error of WARM bright scale and dark scale 10 10 if not adjust R_GAIN B_GAIN R_OFF B_OFF to be up to the requirements and then save the data j Perform Copy AII for COOL Warm adjustments except DTV channel k Check if chromatic coordinates of other channels meet the requirements if not do adjustment for nonstandard channel alone in accordance with the same procedures
24. AXC t RCA 103A 0R C308 x312 100 001 E5 003 44 003 HDMI CEC m 8 HDMI3 SCL MD ER V309 HDMI3 SDA 7 0304 5V 5V HDMI3 4 14 004148 3 3V_2 5y HDMI3 ToV HOMI3 k 0303 Lr eee A 5 BAV70 1 9388 9337 1K HOMI3 HP 001 5 7A 8308 03 PESD5VOL 405 100 GND D BCB57AW 0305 V315 04148 TBR 1 0 m AV Interface 9224KI6802DL 0308 CD4148WP gt SGSYNCP SGSYNCC SCL SDA LOGO_BL RX00 RX00T H2 RX01 1 RX02 RXO2 H2 RXOC H2 8 AXO3 RX04 4 RXEO H2 1 H2 1 H3 2 H3 2 H3 H3 H3 H3 H3 4 H3 4 SCS 3 3V XB03 TJC10 04A 8830 3 3V VDDMI 3 3V VDDM ON OFF SDA 8834 33 501 832 33 9 6 PXOOF PXOTF RX02 2 RXOC RXOCF RXO3 04 8 04 43 3V VDDM 1 1 2 2 4 34 4 35 3
25. LINEIN L 4 PAD LINEIN R4 PAD LINEIN L2 PAD LINEIN R2 PAD LINEIN L5 PAD LINEIN R5 PAD LINEOUT LO PAD LINEOUT RO 1 13 PAD LINEOUT R3 MI MB BA1 L3 B Ate R2 B A11 P7 MB A10 M2 9 _ B A7 P2 4 MB A0 8 MB_MCLKZK8 B MCLK J8 Man MB DGMO MB DGSO d 0081 soose MB A13 IVGA LIN IVGA RIN YPBPR L IN IYPBPR RIN CVBS1 LIN CVBS1 RIN PAD EARPHONE OUTL PAD EARPHONE OUTR PAD VRP PAD VAG AVSS VRM ADC DAC 125 MB ODT 7 N108 NT5TU32M16DG AC 2 L8 7 R R8 003 61 003 61 HPAMP LOUT 003 05 HPAMP ROUT 003 05 125 00 MCLK 125 00 80 SDIN PAD I S 0UT WS LRCLK PAD_12S_OUT_BCK PAD IOS IN BCK USBO_OCD PAD I2S IN SD USBO CTL 125 5 PAD SPDIF OUT SCLK 003 003 003 003 003 003 003 003 003 003 003 003 003 003 003 003 63 G3 63 Da 01 D2 01 02 01 NUB MCLK VDDG10 004 VDD3 VDD4 VDD5 VDDL VSSDL 5501 vssae 5503 VSSG4 VGA R IN VGA R IN VGA G IN VGA G IN VGA B IN VGA SOG_IN VGA HSYNC VGA VSYNC YPBPR PR IN YPBPR PR IN
26. LPLL REFIN LPLL FBCLK GND 199 md 195 LVA1P E LVACKP 189 LVA3P LVA3M 185 LVA4P LVA4M LVBOP LVBOM LVB1P LVB1M 180 GPIO 180 6 10 178 AVDD LVDS 178 VDDC 177 176 A LVB2P 1175 LVBON vec 073 ree 171 LVB3M 170 LVB4P 169 LVCOM 155 LVC1P AVDD LVDS 164 LVCeP SMPIF_DAI 4 LVCCKP LVCCKM LVC3P LVC3M VDDC 157 LVDOM LVD1P LVD1M AVDD LPLL 198 mad AVDD LVDS 191 155 GPIO_150 7 GPIO_149 LVDaP LVD2M AVDD LVDS 146 LVDCKP LVDCKM LVD3P LVD3M LVD4P LVD4M 139 LPLL OUTCLK AVDD LPLL 137 N803 MST6M30QSR LF NEL SOFT RST L SOFT RST R OP SYNC R ND 129 MADR 13 75 11 MADR 8 MADR 6 MADR 4 AVDD_DDR_ 122 2 MADR O CASZ RASZ AVDD DDR 116 MCLKZ MCLK AVDD DDR 113 MDATA 5 2 0 171 00 008 111 121 101 1101 VDDP 58 131 DC 69 121 91 14 1 0 GND 96 09510 0058101 09511 0958141 AVDD PLL GND 102 DATA 15 DATA B MDATA MDATA 13 AVDD DDR 108 SDAM 7 113 33 LvCet LVC2 LRSYNC X804 DF13D SMT 40A LVAtt X805 DF 13D SMT 40A B LVCO 1 24 LVA1 vco LVC1 LVAet LVA2 LVACKt LVACK LVA3t LVA3
27. MERGE_11 26 bin 2008 11 26 10 51 18 ReConnect Blank Read File 2 Checksum 5 0014428 x Restore Data Program Normal Multi Flashes Verify Device Type is MX25L6405 Erase Device Exit ISP OK All Chip Type File Area C Erase Area First fl Run C Partial Erase Elapsed Time RC USB 288KHz Fig 3 Device MX25L64 successful connection If connection is failed press the first menu Device and choose 251 64 manually then press Connect 4 Press Read choose upgrading file such as MERGE bin please refer to Fig 4 NStar ISP Utility V4 4 0 8 j EN amp INPRI HE AddAU 20080124XSZXProjectNDV B S3PXReleoseVAERGEbin File Status Check Dx9BFD Unused Bytes Start Addr 0000000 0x00 OFF End Addr 0s2473FF Batch File Elapsed Time USB 306KHz 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 4 4 0 8 ini x gt d Restore Connect Dis Con Src C Documents and Settingstwoceco R dvb bin 2008 3 25 10 09 18 ReConnect Blank Read File HDCP Key Start time 14 56 16 Checksum 0xB316 Key 0 2 Program File Ready Restore Data Program Erase Message Erasing Multi Flashes Verify Erase Device
28. and RCA L R input One group of RF One group of RS232 Mini Phone Jack One group of Earphone output Mini Phone Jack One group of SPDIF coaxial output One group of USB Block Diagram VIF XC5200C Silicon 5 HDMII w ARC SPDIF HDMI2 HDMI3 VGA YPbPr Video In YPbPr Audio In AV Audio In VGA Audio In SPDIF IN USB RS 232 MSD309PX LF POWER SUPPLY MEMC 6M30QSR 55711 Audio Amplfier 125 DDR2 512Mbit X 2PCS Flash R 1814 IC Block Diagram 1 MSD309PX MSD309PX an SOC solution that supports channel decoding MPEG decoding and media centre functionality enabled by a high performance AV CODEC and CPU Key features include 1 Digital and Analog DVB Front End Demodulator 2 A Multi Standard A V Format Decoder 3 The MACE 5 Video Processor 4 Home Theater Sound Processor 5 Peripheral and Power Management High Performance Micro processor Ultra high speed performance 32 bit RISC CPU Two full duplex UARTs Supports USB and ISP programming DMA Engine Transport Stream De multiplexer Supports parallel and serial TS interface with or without sync signal Supports TS input and output for external Cl module Maximum TS data rate is 104 Mb sec for serial or 16 MB sec for parallel 32 general purpose PID filters and section filters for each transport stream de multiplexer Supports additional audio video PCR filters Support
29. and then 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 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 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
30. from b to j as HDMI channel s and then save the data 1 Switch to DTV channel change to 16 step Gray program from central signal source adjust white balance in accordance with the same procedures from e to g but pay attention not to perform ALL m Inspect all channels after completing adjustment to check if display is normal n Refer to the following rule for adjustment B Gain Offset adjust B Gain Offset downward coordinates of X and Y will increase adjust B 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 will 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
31. kHz Hz MHz 1 720 1440 x480 15 734 15 75 59 94 60 27 27 027 720 1440 4801 0 59 94 60 Hz 4 3 16 9 2 720 1440 x576 15 625 50 27 720 1440 5761 50 Hz 4 3 16 9 Table 6 Video 4 audio signal formats of digital HDMI No Item Unit Parameters Note Deep color RGB 4 4 4 24 bit pixel 30 bit pixel 36 bit pixel YUV 4 4 4 24 bit pixel 30 bit pixel 36 bit pixel For 1080p deep color only supports30 bit pixel YUV 4 2 2 16 bit YUV 4 2 2 20 bit YUV 4 2 2 24 bit 1 Video 2 Audio sample fregence kHz 32 44 1 48 3 Audio data width Bit 16 20 24 5 6 USB port USB ports of some TV models without multimedia processing function are only used for upgrading software so functions as follow is only suitable for TV model with multimedia processing function and for TV model without multimedia processing function pay attention not to connect movable HD to USB port directly 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 programs check picture sound and other functions 5 6 2 Time Shifting function Insert a formatted U disk with some empty saving space press key T SHIFT to record programs then play the recorded programs and check picture sound and other functions 5 6 3 3D signal Input HDMI signal from VG 871 with formats listed as Table 7 separately check picture and sound 32 KHz 44 1 KHz 48 KHz in the case
32. of power on switching channel changing mode etc Table 7 3D signal formats 1280x720p 0 59 94 60 Hz Frame Packing Side by Side Half Top and Bottom 1280x720p 50 Hz Frame Packing Side by Side Half Top and Bottom 1280x720p 23 98 24 Hz Frame Packing 1280x720p 29 97 30 Hz Frame Packing 1920x1080i 59 94 60 Hz Frame Packing Side by Side Half 1920x1080i 50 Hz Frame Packing Side by Side Half 1920x1080p 23 98 24 Hz Frame Packing Side by Side Half Top and Bottom 1920x1080p 29 97 30 Hz Frame Packing Top and Bottom 1920x1080p 59 94 60Hz Top and Bottom 1920x1080p 50 Hz Top and Bottom 5 6 4 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 progressive JPEG Video H 264 1 MPEG 2 MPEG2 HD 4 MPEG4 SD MPEG4 MotionJpeg Divx Xvid VC 1 FLV Audio WMA HE AAC HE AAC V2 Dolby Digital AC 3 MPEG 1 Layer II Musicam LPCM ADPCM CDDA wav 5 7 Music port depending on TV set which contains music 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 port etc b Ch
33. standby mode 5 Cut off the power supply and then restart the TV set enter into factory menu to verify parameter s of version and time then perform EEPROM Init to complete the whole upgrading processes Note The USB upgrading methods can not be sure to be suitable for all types of U disks so try another U disk if necessary 7 1 2 Upgrading methods of 3D IR chip 1 Connect ALL 100 and PC turn on the power supplies of ALL 100 and PC Double click icon shown Fig 8 when system is waiting for input m GACCESS Fig 8 Software icon 2 Press key DEVICE shown as Fig 9 to select company name MICROCHIP then press key select type MPU MCU and corresponding adapter type PICF12615 then press key then wait until interface as Fig 10 displays Fani Open MICROCHIP PICI 7515 SOPSI GPIC2 DIE 45 500 5016 ALL 100AG UNIVERSAL 8 Gang PROGRAMMER DEVICE ACCESS FILE High Speed High Reliability amp High Expansion Flexibility copyright 2009 Like Review Tester WGP Inke Wely Fast Open MICROCHIP PICTFEIS ISOPSI GPIC2 4 5 509 5016 508 M4 PICS DP20 EEPR bos SOPs 4 5 508 5016 bos M4 PICS DP20 C senal bos 50 8 4 5 508 5016 10 50 8 4 5 508 5016 NENT PIC12F519 M4 PICS DP20 6 MPU M 2 519 5
34. value and range are listed as Table 1 a for LCD size 226 voltage value and range are listed as Table 1 b for non 3D LCD 8 LED size lt 24 voltage value and range are listed as Table 1 c for LED size 226 voltage value and range are listed as Table 1 d for 3D LED size x24 Table 1 a Voltage of X601 each LCD size 226 X601 Pin1 2 3 4 5 6 7 8 9 10 11 12 13 Vol 24 5 0 12 5 0 lt 5 2 V 5 V 5 5 590 lt 5 2 lt 5 2 V Function AMP_PWR GND 12 V GND PWR_SW Main 5 V 5 V STB BL_PWM BL_ON Table 1 b Voltage of X601 each non 3D LCD amp LED size lt 24 X601 Pin1 2 3 4 5 6 7 8 9 10 11 12 13 Vol 12 5 0 12 5 0 s5 2V 5 590 5 V 5 5 3 6 V Function AMP_PWR GND 12 GND PWR_SW Main 5 V 5 V STB BL_PWM BL_ON Table 1 c Voltage of X601 each LED size 226 X601 Pin1 2 3 4 5 6 7 8 9 10 11 12 13 Vol s5 2V s52V 5 590 5 590 lt 5 2 V 0 12 5 0 24 5 5V Function BL BL PWM Main5V PWR SW GND 12 AMP_PWR STB Table 1 d Voltage of X601 each 3D LED size 224 X601 Pin1 2 34 5 6 78 9 10 11 12 13 Vol 12 V 5 0 12V45 lt 3 6V 0 lt 5 2V 5 5 5 5 lt 5V 3 6 V Function AMP_PWR GND 12V 3D EN GND PWR SW Main5V 5VSTB BL PWM BL ON
35. 0 4 5 508 5016 2 609 50 8 4 5 508 5016 M4 5EEP 508 5015 PIC12F629 MA PICS DP20 PICI2FG29 SOP8 4 5 508 5016 PICI2F635 50 8 4 5 508 5016 PIC12F675 M4 PICS DP20 2 675 SOP8 4 5 508 5016 X Cancel PIC12F683 M4 PICS DP20 PICI2FG83 SOP8 4 5 508 5016 PIC12LC508A SOP8 M4 SEEP 508 5084 PIC12LC509A SOP8 508 PIC16C505 M4 PICS DP20 PIC16C505 50 14 MA SEEP SO16 An nnon Fig 9 Chip selection interface 23 7 7 File Edit Device Operation 058 Info About Device Messages Note Please check your protection setting at configuration dialogue when you enable protect function and the same time you can check 12 615 SOP8 protect bit by doing this Module M4 SEEP S08 S016 Target Zone Byte Wide Mfr MICROCHIP Device Start 00000000 Device End 000003 Buffer Start 00000000 00004200 Buffer Checksum OOFFFFFF CRC Checksum CABI Buffer Status Memory Buffer Size Bytes 128K Fig 10 IC type selection 3 Click menu File select item Load File to programmer buffer shown as Fig 11 Select Intel FF and other options according to settings shown within red frame of Fig 12 then press key File Edit Device Operation USB Info About
36. 01791 8 001 101621 082 101801 8 003 101811 8 004 101601 8 005 PAD IO 78 B DG6 101641 8 007 0 101651 8 008 101761 088 101661 80910 101771 B D811 101751 0812 101631 8 0013 101741 8 0014 101671 0015 101701 0050 101711 8 09508 101681 8 0051 101691 8 00548 PAD 10 73 B DGMO PAD 10 72 B DGM1 PAD IO 59 B MCLK PAD IO 57 B MCLKZ PAD IO 84 PAD 10 83 B WEZ PAD IO 56 B RASZ PAD IO 54 B_CASZ PAD 10 86 PAD IO 85 B BA1 PAD IO 87 B BA2 PAD 10 58 B ODT MVREF Close to 309 m RXO0 25 024 R138 0 RXO4 4025 23 2 2 0 AD23 m RX03 22 21 0 yn ADae 4 003 003 20 403 003 I auc AXE 1 003 mm 1 003 18 003 He y MECI 019 003 003 AD18 AE17 H143 0 3017 4 10 T5 001 46 10 7 LOGO_BL V5 At 003 gt RST DEMO 003 003 3 SPDIF CL 003 YS HP DCT 003 F4 003 HP MUTE 003406 003 003 003 B 003 003 003 RESET AMP 003 A5 003 A4 003 STB_AMP PNPWA_SW B USB SW F6 DI
37. 3248505 V236H3 LS1 APPENDIX B Exploded view LED 24XR113D PART LIST OF EXPLODED VIEW cabinet assembly 2 Dyn 3 Main board connective bar up e cover assembly ja ja interiace Gown Note Design and specification are subject to change without notice PART LIST LED 24XR113D ver 1 0 1 xt6624680060 Front cabinet assembly b 2705 Main board connective bartu 47 Mainboard assembly 5 2 Power board assembly 72468 060 Back cover assembly xt6150111000 Pedestal assembly Sendngpoe o b 0078020 interface batte down o interface size L1 x156A0p92500 Main board connective bar down 12 xt6350S0080 board assembly o Powr cord bracket a 60070740 80 IE assembly 15 xt6170894000 Speaker assembly 6 63500803 iRassembly 1 7 xt6010900802 Remote control 18 xt5944099670 User manual 2112 1222 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
38. 3V VDDM 38 4 38 R833 3V Vob d LRSYNC SGSYNCC 9834 3 3V VDDM NBO1 25 40 1006 LVA2 ah 33 LVACK 33 LVA3t 33 33 LVB3F LVB4 4 2V VDDCM MPLLM lt 0 33 3V LR 3 3V LVDS 2V VI 3 3V LVDS bia 5 216 184 8840 Bot 200 210 209 208 206 187 183 182 181 179 178 177 165 164 MSPIF CS 515 SMPIF_CS 514 SMPIF_FC SMPIF CLK VDDP 1 VDDP_2 MSPIF_FC MSPIF CLK 01 MSPIF_DAI 1 5045 5015 AVDD 33 9 ROON ROOP RO1N RO1P RO2N 2 ROCKN ROCKP RO3N RO4N RO4P AVDD 33 22 VDDC 23 REON REOP RE1N RE1P RE2N RE2P RECKN RECKP RESP RE4N 4 AVDD 33 36 VODC_37 GND 38 101 VSYNC LIKE SPI2 SCK2 5011 SCK4 SOL SCK 057 60 47 VODP_48 500 6 10111 10 1 PWMO ePI0 111 1101 2 XIN 50 XOUT 563 GND_202 50 LVB4M Heg 8843 LVACKM 68 LVCOP 167 GND 210 RESET GPIO 6 6 1015 VDDC 206 AVDD MPLL 504
39. 4 separately check picture and sound if H V of picture displays abnormally enter into main menu items Picture gt Screen gt Auto Adjust to perform auto calibration Table 4 D SUB signal formats TN H Freq V Freq Dot pulse Freq Nele 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 1280x960 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 WXGA Panel National only 18 1680x1050 65 3 60 146 25 WSXGA Panel National only 19 1920x1080 67 5 60 148 5 Full HD 5 5 HDMI port HDMI port supports all signal formats supported by Component port Table 3 and D SUB port Table 4 furthermore it can also support signal with formats listed as Table 5 and Table 5 video and audio composition Check picture and sound in the case of power on switching channel changing mode Table 5 Digital HDMI signal formats Dot pulse H Freq V Freq No Definition Freq Note
40. 5 DBGBUS17 SDAS H228 A235 100K GND D 100 50 5 VDD12 41 SDAM SCLM 5 1010 3 3V DE 100 8229 4 7 3 3V_DE 1 2 6201 30 400MHz 3 3VA DE Re15 fo Sil Reti 4 7K A216 4 7 6ND D 6ND D 3 3 3 3V 203 cr 12 221 B1 16V100n R273 R241 0 45 5 1 BV TUNERd gt IFAGC 3 3V_2 8274 0 3 3 3V_T 7 3 3V TUNER 5 mx S R251 10 SYS_RESET JUMPER GND_3 GND_4 6 5 ExtChoke 6ND 7 VDDA B VDDA 9 NC 10 1 VDDA 48 lI VDDA 38 60 36 100 200 100 R269 0 505 i SCL 50 JUMPER XC5200C 4 8V_TUNER JUMPER 000 33 4 280 ExtRef 100 le Xt GND 30 5 1 VIF VDDA 17 SIF 6 101 1 BV TUNER VDDC 26 6 102 GND D VDDC 20 16 19 TestMode 2 5V_TUNER 2 3 4 9 4 GND 22 2 2 a 21 JUMPER N204 81117 1 8 1 BV TUNER 3 3V DE 3 3V DIV L205 12 pimus eas xe cose ees eae C243 100 AM
41. A 100 W HDMIe RXet 2 2 HDMIe RX1t 2 1 C319 8357 CVBS1_IN 001 H4 HDMIe RXOt HDMI2 RXO sv use q HDMI2 RXCt HDMI2 RXC E FU301r SMD 1 150THWR 55 4 5 1 i 347 001 5 003 A5 003 HOMI CEC 1 4223076 2 4 HDMI2 SCL 4 HDMI2 SDA GND D 35V 5V HDMI2 5V HDMI2 3 3V 2 45y HDMI2 p CVBS1 RIN YW C D302 R333 R334 BAV70 i ik A335 i 40K N315 2 V307_ 1 i 131415 001 E4 31451 2 2 4 7K N307 1414 N311 C351 JY 35411701 030 ATKA PESDSVOL4UG C35 Cit T mt 5 100 GND C353 00 4 Ci T10UT 5252 8 GND D c2 RAQUT V 4 0354 T20UT T2INFg T 100n R20UT UART BYSTB lt na63 Near MSD309 HPAMP ROUT 367 4 327 200 UART RX lt UART TX GND D Me Near MSD308 HOMI3 AX2 HPAMP LOUT HDMI3 RX2 001 4 HOMI3 AX1 R366 C326 004 F5 003 B1 HDMI3 AX1 200K T 3 MAX9820 12 HDMI3 RXOt 415 HDMI3 RX0 0 HOMI3
42. 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 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 Mstar ISP utility V4 4 2 2 22 Ss B P V Restore Config Connect Dis Con WP Pin pull to high during ISP Manufacture Status Register setting Unknow Previous in Flash C New Setting Below Device Size SST25VF080B Status Register SST25VF016B Bit ne Pm25LV512 A FFFFFFFF Pm25LV010 A Pm25LV020 3 Register Setting Value 00 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 2 MStar ISP Utility V4 4 2 8 E E3 EN Device Load Read Auto Restore HDCP Erase Config Connect Dis Con Sre D MStar HE HeSate 6HED226910
43. D B6 GND B7 GNO 88 GND 89 GND 90 GND 91 GND 92 GND 93 GND 94 GND 95 GND 96 GND 97 9 GND 99 GND 100 GND 101 GND 102 GND 103 1 gt KEY 001 B4 1 2V Core E 0502 R648 CD4148WP 3K 13 3V 2 0672 r GND D 100n C669 g R662 470 6 5 4 42V AMD L611 NR6045T220M 47 R649 47 R650 47 8651 33 8652 33 8653 RESET AMP 001 D6 t3 3V 2 T T 1 657 1 660 1 661 663 1 665 6 4 100n 00 100 7 100 GND D 3 3 5 te 00 100 GND D 4 BV DDR2 664 00n 10011 GND D PNPWR SW 001 06 USB_SW AVDD A SEL MCLK OSC RES 0 550 VR DIG PON LRCLK SCLK SDIN SDA SCL PLL FLTM SSTIMER 55711 N607 GVDD OUT VREG PVDD D 34 PGND_AB_48 PGND AB 47 OUT_B PVDD B 45 PVDD B 44 BST B BST C 4 PVDD C 41 PVDD C 40 OUT C PGND_CD 38 PGND CD 37 C693 48 47 46 4 6 0 0 695 T GND D L612 NR6045T220M 705 10 42V AMP 3 6694 2604 C710 100 0 0 GND D 42V AMP C707 s 709 00 al NDD L613 NR6045T220M SY lou 10
44. D IO 3 A A4 PAD IO 43 A_A5 PAD IO 6 A A6 PAD IO 45 A A7 PAD IO 4 A A8 PAD IO 46 A A9 PAD IO 42 10 o m 10 B22 UA A11 C8 B24 PAD IO 2 A A11 PAD IO 35 A A12 01 A A13 PAD IO C13 A19 Big C20 B12 19 13 14 C18 PAD IO 14 A DGO PAD IO 32 A DG4 PAD IO 15 A DG2 PAD IO 33 A DG3 PAD IO 34 A DG4 PAD IO 13 A DG5 PAD IO 31 A DG6 PAD IO 17 A DG7 PAD IO 18 A DGB PAD IO 29 A DG9 PAD IO 19 A DG1O PAD IO 30 A DG11 PAD IO 28 A DG12 PAD IO 16 A DG13 PAD IO 27 A DG14 PAD IO 20 A DG15 UA DG2 UA DG3 UA DG4 A DG10 A18 A DG 18 A DG A DG A DG PAD IO 23 A DGSO PAD IO 24 A DGSOB PAD IO 21 A DGS1 PAD IO 22 A DGS18 A15 PAD IO 26 A DGMO PAD IO 25 A DGM1 PAD IO 12 A MCLK PAD IO 10 A MCLKZ PAD IO 37 A CKE B20 PAD IO 36 A WEZ PAD IO 9 A RASZ PAD IO 7 A CASZ PAD IO 39 A BAO PAD IO 38 A BA1 PAD IO 40 A_BA2 10144 A ODT Bet C22 MIUB PAD IO 55 B_AO PAD IO BB B A1 PAD IO 52 B_A2 PAD IO 91 B A3 PAD IO 50 B A4 PAD IO 90 8 PAD IO 53 6 PAD IO 92 B A7 PAD IO 51 B A8 PAD IO 93 B A9 PAD 10 89 B A10 PAD IO 49 B A11 PAD IO B2 B A12 PAD IO 47 B A13 PAD IO 61 B DGO 1
45. EM SDEFEAB lt Age 30 8L C5 ISP_EN 003 63 003 61 a PWA_SW UART RXSTB 003 G4 M6 143 3V 8 wy E23 MIUB_AO 024 MIUB_A2 25 MIUB A4 V24 MIUB_AS 25 MIUB_AB 24 V23 10 24 MIUB_A44 25 MIUB A 3 23 MIUB DGO P24 MIUB DQ1 24 MIUB DG2 23 __ MIUB DG3 24 04 25 05 P23 ie J24 N25 2 2 Ej 2 2 M23 066 4 MIUB DG7 5 MIUB DG8 3 MIUB DG9 0610 4 0011 MIUB_DQ 12 5 MIUB_0Q14 MIUB DQ15 4 0050 3 MIUB DGSBO 4 MIUB DGS1 5 00581 MIUB DGMO MIUB DGM 125 1 2 R147 HDMI2 RX0 HDMIe RXOt HDMI2 RX1 2 1 2 2 HDMI2 RX2 HDMI2 RXC HDMI2 RXC HOMT2 SCL HDMI2 SDA HDMI2 HP HDMI1 RX0 HDMI1 RXOt 1 1 HDMI1 RX44 1 2 HDMI 4 AX2 HDMI1 RXC HDMI 1 AXC HDMI 4 SCL HDMI1 SDA HDMI1 HP HDMI3 RX0 HDMI3 RXOt HDMI3 RX1 HDMI3 AX4 2 HDMI3 AX2 HDMI3 RXC HDMI3 RXCt HDMI3 SCL HDMI3 SDA R186 R144 2K GND D 4 8V DDA2 o T F24 MIUB ODT 8148 10K 111 100 GND D 5V HDMI 4 Close to 309
46. Exit ISP f All Chip Type SPI C File Area Erase Area Fist 512 KBytes Partial Erase Setup Elapsed Time USB 264 2 Flash Status 03 Fig 5 Options 6 Press Run shown as Fig 4 to perform upgrading in two steps Erase and Program please refer to Fig 6 normal upgrading processes are described as follow r W MStar ISP Utility V4 5 0 2 2 Restore HDCP Erase Config Connect Dis Con Src CAMERGE bin 2010 6 1 0 00 00 ReConnect Blank Read File HDCP Key Checksum 0x0764 Key 0 Start time 0 00 00 Program File Ready Restore Data Program Momal Message Erasing 2 Multi Flashes Verify Program Message Programming Erase Device Exit ISP All Chip Type SPI C File Area C Erase Area Fist 512 KBytes unu C Partial Erase Seton 2 _ Setup Base shift at 0 000000 WP Pin amp CS Pin Table2 Elapsed Time 2 92 B2 USB 306KHz Flash Status 00 x 4 Fig 6 Upgrading processes The first step Erasing Flash Status 03 will last for some time or the erasing step is failed if the step passes over immediately please perform procedure 2 to upgrade software again The second step is Programming Flash Status 00 Then prompt Pass displays 7 Prompt Pass will display by button Run when upgrading succeed
47. GMO FF HF 0050 0050 MIUA DGSBO 8432 42 MA DGSBO MIUA DGS1 011 MIUA DGSB1 dol 0058 H 0011 U MIUA DGi2 GND D 0012 09 134 22 MA DG9 0014 L __ 0014 MIUA DG6 MA DG6 MIUA DQ1 064 063 R135 22 003 MIUA DG4 MA DG4 MIUA DG15 MA DG15 MIUA DGB MA DGB MIUA DG10 22 MA DG10 MIUA DG13 MA DG13 MIUA DG7 MA DG7 MIUA DGO 000 MIUA D92 22 082 MIUA DG5 MA DG5 Close to DDR PWM PAD PWMO PAD PWM1 PAD PWM2 PAD PWM3 SAR PAD SARO PAD SAR1 PAD SAR2 POWER DET PAD SAR3 SPI PAD GPIO_PMB BOOT FLASH CS PAD SPI CZ BACKUP FLASH CS 5 PAD SPI DI PAD SPI DO PAD GPIO PMB FLASH WP UART I2CS DDCA CK DDCA DA I2CM PAD DDCR CK PAD DDCR DA IR PAD IRIN XTAL PAD XTAL IN PAD XTAL OUT RESET PAD RESET USB PAD DM PO PAD DP P1 PAD DM P1 PAD GND EFUSE PAD TESTPINPP PADA OUTP_CHI6 PAD R ODDL71 PADA OUTN CH 6 PAD R ODD 6 PADA OUTP CH 7 PAD R ODD 51 PADA OUTN CH 7 PAD R ODD 4 PADA OUTP CH 8 PAD R ODD 3 PADA OUTN CH 8 PAD R 0ODD 21 PADA OUTP CH 9 PAD R ODD 1 PADA OUTN CH 9 PAD R ODD O 10 6 000171 PADA OUTN CH 10 PAD G ODD 6 PADA OUTP CH 11 PAD G ODD 5 PADA OUTN CH 14 PAD G ODD 4 PADA OUTP_CHI 12 PAD_G_ODD 3
48. IF signal is send out to main chip MSD309PX digital demodulator to be demodulated then standard parallel transmission stream is outputted to back end demultiplexer and decoder to be processed Video channel demultiplexing digital video signal is processed by MSD309PX decoder and video processor then sent to chip 6M30QSR to be processed in the end 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 125 is sent to digital audio power amplifier TAS5711 to be processed by D A converter and power amplifier then outputted to drive speakers 3 AV 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 sent to chip 6M30QSR to be processed in the end 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 pa
49. SANYO FILE NO SERVICE MANUAL LED 24XR113D PRODUCT CODE No 1 682 351 56 PAL B G Australia NTSC AV LED LCD TV with 3D Function JS DEB M lt gt 9 0019989 88 REFERENCE 5 0915208 5 Safety NG ED Alignment ISHO ODS de 5 Software upgrade instructions ic 12 Working principle analysi8 ier erit mette ene next haer ee 15 17 eiue Duet nev 18 oim nd iste bM 21 Troubleshooting Mow chart rco ere 22 Schematic St IE Eie 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 t
50. SET PAD PCM IRGA N PAD PCM OE N PAD PCM IORD N PAD_PCM_CE_N PAD_PCM_WE_N PAD PCM CD N PAD PCM WAIT N PAD PCM IOWR N PAD PCM REG N PAD_PCM2_CE_N NAND FLASH PAD PF ALE 15 PAD PF CEOZ PAD_PF_CE1Z PAD_PF_OEZ PAD PF WEZ PAD F RBZ RST DEMO R202 1 ay DE PAD TGPIOO RF AGC CTAL PAD TGPIO1 DEMOD RESET TGPIO2 TUNER SCL PAD TGPIO3l TUNER SDA TS D3 H 8 02 TS D1 TS DO IFAGC_D lt R206 10K 8204 1 232 202 3 3v DIV 201 d GND D TV FAT IFN R205 iM 151 764 0101 PAD 754 011 PAD TS1 D 2 PAD TS1 D 3 PAD TS1 D 4 PAD TS1 D 5 PaD_TS1_D 6 PAD TS1 D 7 PAD TS1 CLK PAD_TS4_VLD PAD TS1 SYNC TSO 750 0101 PAD TSO D 1 PAD TSO D 2 PAD TSO D 3 PAD TSO D 4 PAD TSO D 5 PAD TSO D 6 150 0171 PAD TSO CLK 150 PAD_TSO SYNC FRONT END TS SYNC DIF P DIF_M PAD GP Tyo C205 C204 100 R207 100n 5208 2 2K 2 2 PAD GM PAD_VIFM PAD SIFM PAD IFAGC PAD RFAGC TAGC 13 3V DE IF AGC GND D SYS RESET C210 C211 100 1F
51. al CC 608 digital CC 708 V chip and SCTE Multi Standard TV Sound Processor SIF audio decoding Supports BTSC A2 EIA J demodulation Supports NICAM FM AM demodulation Supports MTS Mode Mono Stereo SAP in BTSC EIA J mode Supports Mono Stereo Dual in A2 NICAM mode Built in audio sampling rate conversion SRC Audio processing for loudspeaker channel including volume balance mute tone EQ virtual stereo surround and treble bass controls Advanced sound processing options available for example SRS1 BBE2 QSound3 Audyssey4 Supports digital audio format decoding MPEG 1 MPEG 2 Layer Dolby Digital AC 3 AAC LC Supports Optional Dolby Digital Plus Dolby Pulse and MS10 multistream decoder including Dolby Digital Encoder for transcoding streams to Dolby Digital 5 1 DDCO Supports MPEG Audio Dolby Digital Dolby Digital Plus format AD Audio Description Supports PVR and time shifting Audio Interface One SIF audio input interface with minimal external saw filters Four L R audio line inputs Two L R outputs for main speakers and additional line outputs Supports stereo headphone driver 125 digital audio input amp output S PDIF digital audio output HDMI audio channel processing Programmable delay for audio video synchronization Analog RGB Compliant Input Port Three analog ports support up to 1080P Supports PC RGB input up to SKGA 75Hz Supports HDTV RGB YPbPr YCbCr Supports Co
52. and base faces the front of your TV Align the base with the stand column then secure the base to the column with the screw provided Stand column Locating grooves Stand base remove the stand from the TV perform these steps in reverse order 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 Be sure to ask an authorized service personnel to carry out setup 2 Thoroughly read this instruction before setup and follow the steps below precisely 3 The 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 5 Be sure to place the unit on a stable and soft platform which is strong enough to support the unit 6 Do not uplift the speaker when moving the display The appearance of the unit may different from the actual ones 7 Design and specifications are subject to change without notice 8 Retain these instructions for future reference Note All the wall mounting parts are optional and may be unavailable in your model Below we will show you how to mount the Display on the wall using our company s wall mounting components 9 o Screw 4pcs expansion bolt
53. annels with pre post cursive echoes inside outside the guard Acquisition range 857kHz includes up to 3x 1 6 MHz transmitter offset Meets Nordig Unified 1 0 3 D Book 5 0 E Book C Book test requirement 400kHz internal carrier offset recovery range 6 8 usecs echo cancellation at 7 Msym s Supports IF low IF zero IF inputs Ultra fast automatic blind UHF VHF channel scan constellations and symbol rate Connectivity Two USB 2 0 host ports USB architecture designed for efficient support of external storage devices in conjunction with off air broadcasting Miscellaneous DRAM interface supporting two 16 bit DDR2 1066MHz Supports PVR Supports Common Interface for conditional access support Bootable SPI interface with serial flash support Parallel interface for external OneNAND and NAND flash support Power control module with ultra low power MCU available in standby mode 523 ball LFBGA package Operating Voltages 1 26V core 1 8V DDR2 2 5V and 3 3V I O and analog 2 1 5200 The 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 thensampled by an internal h
54. eck pure digital audio programs RADIO c Check logical channel number LCN d Check HDMI ARC e Check HDMI CEC f Check OAD for special customer 6 User Menu Setting before Ex factory Enter into LOCK page of user menu and choose submenu item Restore Factory Default to perform presetting before shipment a Clear out all programs b Clear out information of VCHIP parent control etc c Default user analog parameters setting d Recover default password Set Menu Language as English 7 Software Upgrading Instructions as Table 8 7 1 1 Upgrading chips are listed as Table 8 Table 8 Software Upgrading Instructions Software SMT before Location Part No Part model Upgrading methods functions upgrading Upgrade with ALL100 etc N103 N10 5272532006 EN25Q32A 100HIP FLASH Yes need write protection refer to 2 5272532007 EN25Q32B 104HIP Note1 N105 5272404005 CAT24COAWI GT3 HDCP KEY Yes NBO3 N31 Upgrade with ALL100 etc 5272402003 CAT24CO2WI VGA EDID Yes MEMC N801 5272540003 EN25F40 100GCP Yes module 6M30 N701 5270615001 PIC12F615I SN 3D IE module Yes Note 1 Write protection setting methods 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
55. f state when power on the TV set again Force the TV set will start up automatically when power on the TV set again The default setting will be set as Standby mode and keep in memory unless customer has special requirement Factory menu item USB SW Update 0 be used for software updating from USB port after U disk containing updating software is inserted into USB port choose the item to perform updating process Factory menu item Shipment to be used for initializing user data the TV set will be initialized and then a prompt SUCCESS will display initial guided interface will display after pressing key exit Please perform EEPROM Init before adjustment for the first time if software has been upgraded or data have been kept in EEPROM 4 1 4 1 4 2 4 3 3 ADC calibration for D SUB channel a Switch to D SUB channel b Press key INPUT then press digital keys 2 5 8 0 in turn to enter into primary factory menu c Move cursor to item ADC ADJUST and press key OK to enter into the inferior submenu 9 Input D SUB signal VG 849 Timing 856 1024 768 60 Hz Pattern 914 chess square 5 white squares picture with frame move cursor to item MODE press keys A and VW to choose item RGB then move cursor to item AUTO ADC and press key to perform auto adjustment until a prompt success displays 4 ADC calibration for Component channel a Switch to C
56. he 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 I2S is sent to digital audio power amplifier TAS5711 to be processed by D A converter and power amplifier then outputted to drive speakers 6 SPDIF input signal flow SPDIF audio signal is sent to main chip MSD309PX to be processed by acoustic effect processor volume controller and digital audio coder then is outputted 7 Brief instruction on unit functions 2 MP HL H 264 Main and High profile up to Leve4 0 Decoding MPEG Dolby Digital 3 AAC Digital Audio Decoding 3D comb filter Low consumed power in standby mode x1W Audio power amplifier D type with HI FI acoustic output High quality transformation from interleaved scanning to line by line scanning Realizing real integrative functions build integration integrative TUNER Cintegrating analog with digital integrative searching program function integrative OSD interface Main parts of the unit LCD panel 31 5 inch AUO T315HW04 VD 1920X1080 Main chip MStar MSD309PX LF Silicon TUNER XCeive XC5200C DDR NANYA NT5TU32M16DG AC Audio power amplifier D type TI TAS5711 FLASH EN25Q32B 104HIP 8 External ports of the unit One group of Video input and RCA L R input Three group of HDMI input One group of VGA input One group of audio input for VGA and DVI Mini Phone Jack One group of YPBPR input
57. here by hand at will b Be sure to use anti static electric iron 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 d
58. ial Number Program Config Fig 13 Option setting interface 5 Press to begin upgrading after completing setup Fig 14 Upgrading interface 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 bus to be demodulated then differential IF signal is send out to main chip MSD309PX analog demodulator to be demodulated to get analog CVBS video signal and SIF audio signal CVBS video signal is processed by back end video decoder anti interlacing part video processor and zoom controller then sent to chip 6M30QSR to be processed in the end LVDS signal is outputted to drive display panel SIF sound signal is processed by back end demodulator to get analog audio signal then it is 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 I2S 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 converter then differential
59. igh 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 userprogrammable 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 an external analog signal on Vagc The XC5200C architecture is summarized in Figure 1 XC5200C Block Diagram 1 3 3 3 Signal analysi Variable Notch Mixer Variable ms iple LNA Filter Amplifier im LI LT ut X2 ADDRSDASCL VI2C SEL Figure 1 XC5200C Block Diagram 3 AMP IC TAS5711 The TAS5711 is a 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 The TAS5711 is an 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 Oversampling combined with a fourth order noise shaper provides a flat noi
60. 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 ona wall 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 soft 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 TV that is not covered by the manufacturer s warranty Before attempting assembly or removal of the stand unplug the AC power cord To install the stand Carefully place your TV screen face down on a cushioned clean surface to protect the screen from damages and scratches 2 Align the locators on the stand column with the locating grooves on the back of the TV and secure the stand column to your TV with the three screws provided 3 Make sure the wide portion of the st
61. mposite Sync and SOG Sync on Green Automatic color calibration AV link support Analogue RGB Auto Configuration amp 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 DVI HDCP HDMI Compliant Input Port Three HDMI DVI Input ports HDMI 1 3 Compliant HDCP 1 1 Compliant 225MHz 1080P 60Hz input with 12 bit Deep color support CEC support Single link DVI 1 0 compliant Robust receiver with excellent long cable support MStar Advanced Color Engine MStarACE 5 10 12 bit internal data processing Fully programmable multi function scaling engine Nonlinear video scaling supports various modes including Panorama Supports dynamic scaling for VC 1 High Quality DTV video processor 3D motion video deinterlacer with motion object stabilizer Edge oriented deinterlacer with edge and artifact smoother Automatic 3 2 2 2 M N pull down detection and recovery multi purpose noise reduction for DTV or lousy air cable input MPEG artifact removal including de blocking and mosquito noise reduction Arbitrary frame rate conversion MStar Professional Picture Enhancement Dynamic brilliant and fresh color Dynamic Blue Stretch Intensified contrast and details Dynamic Vivid Skin Dynamic sharpened Luma Chroma edges Global and local dynamic depth of field perception Accurate and independent c
62. olor control Supports sRGB and xvYCC color processing Supports HDMI 1 3 deep color format Programmable 12 bit RGB gamma CLUT Output Interface Single dual link 8 10 bit LVDS output Supports panel resolution up to Full HD 1920x1080 60Hz Supports format Supports dithering options to 6 8 bit output Spread spectrum output for EMI suppression CVBS Video Encoder Supports all NTSC PAL TV Standard Stand alone scaling engine Programmable Hue Contract Brightness Supports TTX CC WSS output CVBS Video Output Allows CVBS output of all source inputs 3D like Graphics Engine Hardware Graphics Engine for responsive interactive applications Supports point draw line draw rectangle draw fill text draw and trapezoid draw BitBlt stretch BitBlt trapezoid BitBlt mirror BitBlt and rotate BitBlt Supports alpha and destination alpha compare Raster Operation ROP Support Porter Duff VIF Demodulator Compliant with NTSC M N PAL B G H 1 D K SECAM L L standards Audio Video dual path processor 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 and SAW filter insertion loss to optimize noise and linearity performance Multi standard processing with single SAW Supports silicon tuner low IF output architecture DVB T Demodulator Digital carrier frequency offset correction 500KHz Optimised for SFN ch
63. omponent channel b Press key INPUT then press digital keys 2 5 8 0 in turn to enter into primary factory menu C Move cursor to item ADC ADJUST and press key to enter into the inferior submenu d Input Component signal VG 849 Timing 972 1080i Pattern 918 100 color bar move cursor to item press keys and V to choose item YPbPr then move cursor to item AUTO ADC and press key to perform auto adjustment until a prompt success displays White balance adjustment For TV model lt 24 default settings of COOL color temperature is 10000K and chromatic coordinates is 280 288 referenced settings of Normal color temperature is 8000K and chromatic coordinates is 295 305 referenced settings of Warm color temperature is 6500K and chromatic coordinates is 313 329 For TV model gt 24 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 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 channel b Press key INPUT then press digital keys 2 5
64. on frame conversion Miscellaneous Embedded 8 bit Microcontroller Supports 16 bit DDR2 interface Supports 12 SPI PWM and GPIOs Supports booting from internal SRAM external EEPROM and flash 216 pin EPLQFP package 1 1 1 Video 1 LVDS Color Space Dynamic Film TRE Cony Luminance Detection MFC Output Output ersion Control Processing Interface Peripheral 16 bit DDR2 5 AUDIO 9820 The MAX9820 Windows Vista compliant stereo headphone amplifier is designed for portable Equipment where board space is at a premium It features Maxim s 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 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 orp 2 7V 5 54 UVLO SHUTDOWN CONTROL Cin 1 04F Rin 40 2 CLICK AND POP SUPPRESSION Fre 40 2k 2 HEADPHONE JACK Wiring Diagram Pane 1 LVDS
65. port Input AV signal with formats listed as Table 2 separately check picture sound and other functions Table 2 AV video signal formats Lines per No 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 3 separately check picture and sound in the case of power on switching channel changing mode etc Table 3 Component signal formats i H Freq V Freq Dot pulse Freq 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 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 1920x1080 33 75 59 94 60 74 176 74 25 1080i 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
66. rt of signal is sent to earphone power amplifier MAX9820 to be amplified and then outputted to earphone jack the digital part of signal 128 is sent to digital audio power amplifier TAS5711 to be processed by D A converter and power amplifier then outputted to drive speakers 4 D SUB YPbPr input signal flow D SUB YPbPr video signal is inputted to main chip MSD309PX to be processed by A D converter 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 converter 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 sent to chip 6M30QSR to be processed in the end 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 t
67. s please refer to Fig 7 MStar ISP Utility 4 4 0 8 2 0 xl Device Ste C Documents and T dvb bin 2008 3 25 10 09 18 ReConnect Blank Read File HDOP Key Checksum 0xB316 Key 0 time 14 56 16 rogram File Ready Restore Data Program Erase Message Erasing Erase Multi Flashes Verify Program Message Programming Program Device Exit ISP End time 14 58 23 All Chip Type SPI File Area Erase Area First 512 KBytes i 3 Partial Erase pum P ass Elapsed Time USB 264 2 Flash Status 00 Fig 7 Agreen prompt Pass displayed by Run when upgrading is successful 8 Need not exit ISP upgrading interface if there are other TV sets to be upgraded only procedures 3 and 6 need to be repeated Note 3 Upgrading with USB 1 Make sure U disk is formatted as FAT32 2 Copy software file named as Merge bin to U disk 3 on TV set and make sure the current channel is ATV or DTV without OSD interface then insert U disk to 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 a 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
68. s TS DMA channel for time shift Supports 3DES DES and AES encryption decryption MPEG 2 Video Decoder ISO IEC 13818 2 MPEG 2 video MP HL Automatic frame rate conversion Supports resolution up to HDTV 1080i 720p and SDTV MPEG 4 Video Decoder ISO IEC 14496 2 MPEG 4 ASP video decoding Supports resolutions up to HDTV 1080p 30fps Supports DivX1 Home Theater amp HD profiles Optional Supports VC 1 Optional FLV video format decoding H 264 Decoder ITU T H 264 ISO IEC 14496 10 main and high profile up to level 4 1 video decoding Supports resolutions for all DVB ATSC HDTV DVD and VCD Supports resolution up to 1080p 30fps Supports CABAC and CAVLC stream types Processing of ES and PES streams extraction and provision of time stamps Up to 40 Mbits bitrate Blu ray spec Hardware JPEG Supports sequential mode single scan Supports both color and grayscale pictures Following the file header scan the hardware decoder fully handles the decode process Supports programmable Region of Interest ROI Supports formats 422 411 420 444 422T Supports scaling down ratios 1 2 1 4 1 8 Supports picture rotation NTSC PAL SECAM Video Decoder Supports NTSC M NTSC J NTSC 4 43 PAL B D M Nc and SECAM standards Automatic standard detection Motion adaptive 3D comb filter Five configurable CVBS amp Y C S video inputs Supports Teletext Closed Caption analog CC 608 analog CC 708 digit
69. s to fix If your wall is a wooden structure please Take out these parts from the box the wall mounting bracket on the fix the wall mounting bracket on the wall wall with 8 pcs wood screws mounting connector to the rear of the Use the 4pcs M4 screws to fix the wall Wall Mounting j 5 po display unit 1 1 including bracket Uy 1 1 1 T E 2 and connector Expansion Bolt Wood Screw Wall Mounting Connector 3 M4 Screw Wall Mounting Bracket Fig Fig 2a Fig 2b Fully insert the two insertions on the wall mounting connector into the Use screwdriver to revolve the Clasper to the Positioner locating grooves on the wall mounting bracket from top to bottom end following the direction of the arrow SANYO SANYO Electric Co Ltd August 2011
70. se floor and excellent dynamic range from 20 Hz to 20 kHz a FET Out 1 Digital Audio Processor j DAP FET Out Protection Logic Click and Pop Sample Rate Control Autodetect and PLL Microcontroller Based Serial Control System Control 262 06 4 IC 6M30QSR GENERAL DESCRIPTION The MST6MS30QSR is a highly integrated ASIC for doubling the frame rate of the LVDS video input to provide a conversion from 50Hz to 100Hz or 60Hz to 120Hz The MST6M30QSR comprises dual channel LVDS receiver film source detection and inversion motion frame rate conversion color space conversion and management and single dual quad channel LVDS output The LVDS receiver and transmitter in MST6M30QSR support spread spectrum for EMI reduction With MFCTRE technology the MST6M30QSR provides clear and halo free moving picture quality without motion blur or judder With individual RGB gamma correction the MST6M30QSR is capable to optimize the panel with best display quality and color saturation and ideally suited to work with front end ATV or DTV chip and WUXGA 100 120Hz panels FEATURES Input Interface Single dual channel 8 10 bit LVDS input Each LVDS channel frequency supports up to 100 MHz One channel input supports up to WXGA 1366x768 Two channel inputs support up to WUXGA 1920x1200 Input mode supports JEIDA VESA mode Image capturing window is defined by DE signal Supports flexible aging mode Suppor
71. ts 3D LR side by side content Supports 3D Top bottom content Supports 3D Frame packing mode Supports 3D Frame alternative mode Supports 3D Line alternative mode Output Interface Single dual quad link 8 10 bit LVDS output Each output LVDS channel frequency supports up to 100 MHz Supports two channel LVDS up to WXGA 1366x768 120Hz Supports four channel LVDS up to 1920x1080 120Hz Supports 2 4 phase output Supports left right screen partition Supports format Supports dithering options Spread spectrum output frequency for EMI suppression Support 60 120Hz 3D passive panel line alternative mode Support 240Hz panel two chip solution Support active shutter glasses control Video Processing MFCTRE Motion Frame Conversion Professional Edition supports Wider searching range Refined judder free motion video and film Motion blur elimination to improve MPRT Advanced halo and artifact elimination Output frame rate 50 60 100 120 f sec Supports MFCTRE under WUXGA resolution Automatic 2 2 3 2 film mode detection Supports 2 2 3 2 pull down reverse processing Support 1080p 24fps 5 5 pull down Supports 10 bit 4 4 4 processing Brightness contrast saturation adjustment White balance adjustment Supports Gamma correction per bit and FRC function for 16 7M color selection Supports black insertion Supports OSD area handling Splits screen demo for moti
72. ue to contact 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 and 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
Download Pdf Manuals
Related Search