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1. l 2 FB XTALVDD FB1 FB PLLVDD1 cs CB26 CE24 CB27 47uF i dOwHov tur 47uF LVDS GND ivos LVDS L PLLVDD2 ASB33A co CB28 9 L13 FB i 4 TuF 0 1uF ADCVDD T 1 t ET ivps CE26 c10 CB29 dOwHov 47uF PLLVDDS LVDS GND LVDS GND CB30 PAS Sa Sa DER Herc mme I E oe LVDS GND _ NORMAL VIDEO DAC POWER AV18A DACVDD 1 A FB4 VPLLVDD1 o L _ FB5 FB DACVDDA CE27 CB31 CB32 MDI ZT 10uF AoV fuF 4 7uF 0 1uF CE28 c15 CB33 ivos tunov 47uF LVDS GND LVDS GND LVDS GND AV33A 1 FB6 DACVDDB o MD 0603 i 4 FB7 FB VPLLVDD2 c16 CB34 47uF CE29 CB35 CB36 dowHov duF 47uF LVDS GND ___1 5 cno LVDS GND FB8 FB DACVDDC I es a C18 CB37 p A CU AL M
2. i SB33B HDMIMCLK HDMIMCLK 36 TXD1 MT5351 amp MT8205 Communication HDMIBCLK HDMIBCLK 36 I 9 RXD1 MT5351 amp MT8205 Communication HDMIERCK HDMILRCK 3 6 HDMISDO 7 TXD R354 ONC R1 R2 RXD R355 HDMIDE 10K 10K change 2 16 R356 0 HDMIDE 3 6 HDMIODCK UDMICDEK 36 gt R357 0 HDMIHSYNC DV33B HDMIVSYNC SHDMMSVNG 36 B33B B33B SCLO R3 0 20 9 SB33 SB33 R4 1 1 OE MS LI vifo 23 gt gt vi0 23 58 HDMIMCIK 18 no 2 B33B HDMIBCLK 17 3 TXD TXD a B33B 5833 LRCK R222 ONC HDMILRCK 16 6 6 R229 0 RXD 2 XD 44 SB33 DATAOR230 ONC HDMISDO 451550 MEG R228 0 DATA0 J24 TXD1 R359 VIO 14 6 RXD1 2 3 10 R361 vi 441184 a R360 10k NC VI2 12 po P 8 4 SCL1 10 VI3 1 9 5 SDA1 ES 3 SDA1 B0 5 3 CCIR V6 CEIR UO 3 U30 741 245 Sud q R363 19 oE vec 22 SDAO EA R362 Q23 REQUEST T Via 18 D GNE ON oy T i Q22 1 READY 2N3904 5 17 1 D gt 2N3904 SOT23 SMD J 1K NC Ve 16 A 4 OT23 SMD SOT23 S 1KINC V7 15 85 22 5 DD QNO DE SONORES COMES CE 1 6 ri M ____13 2
3. SCL 19 SDA 1 9 CVBS 0 00 83 0 18 o cH IK Md Qu M NU AL MENT ND I AF 10 4 FQ1216 PAL ADDRESS SS SIF 10 ADC INA ADC_IN4 SEG FQ1236 NTSC TUNER IF 9v 1 7 9 1 84 5 TUNER SIF1NTSC 4 5MHz pog 5 E 53 TU1 CE617 ba 10uF 25v R423 FQ1236 MK C10UF25V D4H5 1K Q1236 MKS I R422 1 8K C645 10nF E SIF 5 bki 00pF 27pF hi x R418 0 C647 FB19 3 3uH 22uH C648 10nF 59 Egg ous 85 I SIF1_IN 040 1 22 gt ZZ i i 2N3904 0 02 gt 00 lt lt 222 4 O gt lt OO SOT23 SMD 10nF 4 q SIGN gau j Fog C649 L88 R419 R420 I 820 1 5uH 220 10 560pF 1 2uH Fog l 2 2uH SZ lt 5 R421 P 1 VS TUNER VS IF
4. Vec 119 164 AVR 1001 R398 108 Po PVDD AVL 120 R399 40k FB JIN 1007257 C181 CB63 us YPBPR3 R CE121 10uF225y R400 10k uF 10uF 25v SCL 8202 R401 100 5 4 scL 3 SCL 8202 INPUT veBPR3 L cg122 t 1ouFesy R40 40k 7 SDA 8202 _ R403 400 SDA14 MOSFET N SN7002 GPIO7 GPIO7 3 58338 SOT23 SMD SCL Fed ER YPBPR2 R CE123 10uF 25v R404 10k SDA SDA 1 4 SDA8202 4 j HPVDD 5207 SDA 822 3512 YPBPR2 L CE124 10uF 25v 8407 40k in um SGLL8202_ lt scuszo2 3612 7 33 SDA SDA 8202 AoSDATA1 3 LK 3 16 AOBCLK YPBPR1 R CE125 10uF 25v R408 40k MOSFET N SN7002 HOT Q AE Ed 1 Ee SOT23 SMD DN X YPBPR1 L CE126 10uF 25v R409 10k SB33B AVR ADIN 3 7 CE127 Q AT AVR 8 10uF 25v 194 oi de VGAR IN CE128 10uF25y R411 10k U41 0 1uF YPBPRI R E 7 Err YPBPRILR 15 eax EUER YPBPRZR 15 222222252595 YPBPR2 L VGAL IN CE129 10uF25y R412 255222292920 R 48 7 CE133 Ter 2YPBPR3 L 15 AOBCLK 2 H AIN2L AVDD ADCREFP COD VOUTR 4L AUSPR AUN AAT AR T 4 AIN1L NI TESTPZ a B115 4 33 VMIDADC VMIDA
5. U17 IOA1 F DO RN2 DV25B D1V25 24 0 m on 1 8 DRA3 9 23 1 33 F D2 RAZ D R 2 RN3 10447 22 25 Ea 35 F D3 4 DRAT D RAS 105 F D4 ARAD i D_RA0 VSS 00015 RAZ on iHa 0 5 r ps DENS Lnd RAT TOAT 5 re FD RN4 224 a 00014 1 D RAO F A8 18 46 6 44 FD7 ARA 7 8 DRAS Data 55 D 5013 FAJ al D7 30 6 DRAT 81 Dats 754 08 32 ARM 3 4 DRA4 D Das vssa 2 RNS FAT A9 D9 34 SB33B ACRAS 1 D_RAS gt Len 50 p bart D RAS k 019 011 58 4 D_RA4 AT 11 383 RN6 224 D DOS 10 vessa 00010 D RAT FA 3 12 me SB33B A RAB D 0006 1111005 0910 D DOS D RAG FAIS A Bis R61 9 ACRAS 6 DRAS Dos 8338 F AT6 Bis 3 4 DRANT 1 4 13 van bien L E 75x4 mas D15 eg ae 98 RN7 FAT aS AG 40k R62 Lr lt WE 0 DOS 0 3 0950 3 3 22x4 D Daso 16 51 D Das1 D RAB R63 A207 9 3 A_RA10 R64 22 DRA10 17 Ae u Ne 10 Ao i ABAIO 11 3 28 NG ver Le VREF dT IOCER te vec Laz FLASHVCC A_DGMI0 1 3 19 48 10k F OEF A 090 31 3 RN8 D DOMO 20 PNU VSS 47 D DOMO 1 CB64 75x4 lowr 119 00
6. RED RED 3 RED RED 3 VGA IN GREEN _ 6 GREEN 3 vec L GREEN GREEN 3 BLUE BLUE 3 Z BLUE 46 BLUE 3 RED R435 0 RED RUD 68 c87 10nF RED VGASOG VGASOG P9 _ VOAHSYNCE lt lt VeAHSYNC 3 D SUB15 FEMALE VGAVSYNC VGAVSYNC 3 DSUB15 DIP F D69 4 RXD Rs DIODE SMD BAV99 R729 C88 RXD ED pi RED GND 8 75 RSRXD R6 9 ulo gli RED GRN GND 063 AR IN 1 EN 021 4i NI R134 100 ceg 10nF D VGAR IN GRN VGASDA al 12 GREN 1N4148NC RED_GND RED_GND A a TO o 4 VGAL IN VGALIN 9 BLU GND 1N4148 VFE GND WE o c Bae HSYNCH BLUE 6 9 VGA_PLUGPWR FB16 VSYNC dide ra R16 0 RSTXD I gt 0 VFE VGASCL IN wla a RY OINCTXD NC R136 0 ATnF VGASOG R730 GREEN R436 0 GREEN R138 68 cet 10nF GREEN DIODE SMD BAV99 071 vec R732 C92 75 V GRN_GND GRN_GND Ru 100 10nF GREEN VGA_PLUGPWR FB17 0 VGA_PLUGPWR 10KINC 053 BLUE R437 0 BLUE 8146 68 C94 10nF BLUE DIODE SMD BAV99 44 vec 572 3 i 5 4 6 VGASCL 1 H WP ENABLE ee R735 L NCSA VGASDA L WP DISABLE 2 R736 EEPROM 24C02 10K BLU GND BLU GND Rus 100 10nF BLUE FB18 v 9 VGA_PLUGPWR R739 10K R332 510 VGASDA_IN R416 100 VGASDA HSYNC 129 22uH VGAHSYNCE
7. C23 TP7 Av33 AV33 CAPVPLL CAPVGND _APLLCAPI APLLCAPO TP SMD D1 0 5600pF C24 C25 R40 R41 0603 5 0 1500pF 1500 NS 50 NS 50 C0603 SMD C0603 SMD R0603 SMD R0603 SMD pis CAPVGND Hs m ATP1 ATP2 pv33 IE II ET PP EE 5 C20 CB44 CB45 CB46 I CB47 CB48 CB49 1 CB50 CB51 CB52 CB53 CB54 10uF 10v 0 1uF 0 fuF 4 TuF 0 1uF 0 fuF 4 TuF 0 1uF 0 1uF 0 1uF 0 1uF CO805 SMD Co805 SMDL CO603 SMD CO603SMD Co603 SMD CO603SMD CO805 SMD CO603 SMDI CO603 SMD CO603 SMD i E LEFT SIDE bog RIGHT SIDE bog TOP SIDE TER e MD 1 TT t C101 C138 CB57 C183 C184 C185 C186 C104 C179 10uF 10v 4 TuF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF Sut 0 1uF CO805 SMD C0805 SMD c eos sMr cosos sMD C0603 SMD CO6037SMDL CO603 SMD CO603 SMD COG03 SME 0603 5 0 1 1 1 LEFTSIDE BOTTOM SIDE 0 12 1 c a 9 i NI 121 cat CB65 CB66 CB67 CB68 CB69 CB70 CB71 CB72 CH73 CB74 CB75 CB76 10uF 10v 0 1uF 0 1uF Q juF 0 1uF 0 1uF 0 fuF 0 1uF 0 1uF Q juF 0 1uF 0 1uF 0 fuF CO805 SMD C0603 SMD CO603 SMD CO603SMD C0603 SMD CO6037SMDL CO603SMD C0603 SMD CO603 SMD
8. U57 R2S15102NP R193 150K C662 3pF J8 2 2uF 50v CE168 R184 10K i PAMI INTL 1 2 2uF 50v CE161 R183 10K eum s 2 m 1 1 3 vec 3 C663 61 BEAD 15UH DIP C664 C3H A0028 STBY E 0 1uF 1uF LA R297 BN cies 0300 3 1 VCC 1 5K NC DIODE SMD ZENER 33V DIP3 P2 54 E VD 14 B Eee7 665 2673 4 DVDD 1000uF 35v cen C668 R192 150K _ C669 3pF 165 ii J11 Gu 0 1uF 0 047uF 3 1ROUT 0 1uF E160 PWM2 INTR 1 houF 35v OUT2 NAE 1uF C3H A0028 6 ceri L2 5X3 5 1000uF 35v CBIAS T LA 2x1 WIHOUSING CE162 DIP2 W H P2 54 R188 R189 TM DIODE SMD ZENER 33V 47K Q Z 167 10uF 35v T SND ure R38 1K MUTE RES J12 AMP GND CB14 ps EXTR 1 0 1uF 20 o AVDD VS1 2 150K R781 0 AMP GND cB12 EXTL 4 CE163 our 5 R PROT vs2 H 2 9780 APD 1OuF 35v ae 9 5x1 WHOUSING AMP GND 5 DIP5 W H P2 54 NAE NE LOUT R75 O NC EXTL ROUT A 0 NC EXTR U58 G6A 234 1N4148 R170 10K R139 3 3K GPIO8 i 2N3904 7 015 e SB33BO CB245 R155 0 1uF 0 3 3uF 50v L115 0619 cE22 2200uF 35v 4 1 CB19 _ 157 0 1uF 2200uF 35 REMARKS FOR LCDTV O 1KINC 2W R242 DIP
9. 1 GENERAL DESCRIPTION 7 1 1 OVERVIEW 1 2 FEATURES 1 3 APPLICATION 1 4 GENERAL SPECIFICATIONS 1 5 MECHANICAL SPECIFICATIONS 2 ABSOLUTE MAXIMUM RATINGS C C C G p T 2 1 ABSOLUTE RATINGS OF ENVIRONMENT 2 2 ELECTRICAL ABSOLUTE RATINGS 2 2 1 TFT LCD MODULE 2 2 2 BACKLIGHT UNIT 3 ELECTRICAL CHARACTERISTICS G G Ga mM 3 1 TFT LCD MODULE 3 2 BACKLIGHT INVERTER UNIT 3 2 1 CCFL Cold Cathode Fluorescent Lamp CHARACTERISTICS 3 2 2 INVERTER CHARACTERISTICS 3 2 3 INVERTER INTERFACE CHARACTERISTICS WW 4 1 TFT LCD MODULE 5 INTERFACE PIN CONNECTION 2594 mM 5 1 TFT LCD MODULE 5 2 BACKLIGHT UNIT 5 3 INVERTER UNIT 5 4 BLOCK DIAGRAM OF INTERFACE 5 5 LVDS INTERFACE 5 6 COLOR DATA INPUT ASSIGNMENT 6 INTERFACE TIMING 6 1 INPUT SIGNAL TIMING SPECIFICATIONS 6 2 POWER ON OFF SEQUENCE 7 OPTIGAEGHARAGTERISTIGS iii 7 1 TEST CONDITIONS 7 2 OPTICAL SPECIFICATIONS 8 DEFINITION OF LABELS EA 8 1 MODULE LABEL 9 PACKAGING O zm 9 1 PACKING SPECIFICATIONS 9 2 PACKING METHOD AA 10 1 ASSEMBLY AND HANDLING PRECAUTIONS 10 2 SAFETY PRECAUTIONS 11 MECHANICAL CHARACTERISTICS nnn nH 78 134 REVISION HISTORY Version D
10. GND1 C51 OuF 10v C0805 SMD REFP 1 c173 C174 10uF 10v 001uF COBOS SMD REFN i C50 OuF 10v CO8057SMD VFE GND1 TESTP3 R43 49 9 196 PLLVDD1 TESTN3 R44 499 1 PLLVDD1 TESTP4 R45 499 1 VPLLvpp1 TESTN4 R46 49 9 196 VPLLvpp1 MT8202 DIGITAL POWER amp DECOUPLING C32 3300pF C30 c33 c34 3300pF 3300pF 3300pF 5VSB PUT ON NEARLY AS 220 16 CE38 220uF 16v KAWA Confidential MT8202 DECOUPLING Designers Rev Size Document Number MT8202 2705 LVDS V0 0 Checked Checker Date Thursday April 13 2006 Sheet 4 17
11. 2 gt FCMD 3 FDAT 3 T 8202 8202 3 6 9 ZEDA 8202 050 520 39 R17 R18 R19 CPUGO PDPGO INPUT TO PDP no RELAY ON ARE ONC 17 4K NCHOKINCHOKIN R23 R24 R25 IRQ READY PDP INPUT TO 8202 VS_ON uer 1 10K 10K 10K ANO 1 B 2 12V ANG R26 Q NC ANT 113 ADDI R27 ONC CPUGO 1 P i APS R28 AN2 5 ADDZ R29 ONC PDPGO APZ 6 AP7 R30 elkt 1 FDAT R31 SEL AP7 IRO AN3 10 5VSBSB33B 11 12 A 14 12V R93 14 9 9 SB33B 4 TkNC ANS 1 5 18 10k 1 18 R32 R33 19 4 7k Q39 0 168 FBINC GPIO0 1 156 FBINC SOT23 SMD 23 2N3904 24 157 FBINC m DISPEN PDWN READY R90 0 2 T 169 m SCL P R91 100 26 SDAP R92 100 21 CE95 CE107 LVDSVDD 220uFM6vINE 220uF 16wNC _ NA 21 330uF 25v AAHGVINC C330UF25V DBH14 u35 a 1 LVDS GND H ES FI SE30P HF LVDS 30P P1 25 S S 02 G2 4 IRF7316 T CE96 CBiBi 12 F 220uFMeviNc G tuF NC 4 4 R294 2 R425 R53 R54 LVDS GND LO gt LVDS POWER OFF 22KINC KNC 22KINC 22KINC HI gt LVDS FOWER ON Gate2 SB33B Gate1 R656 GPIO2 1 23904 SOT23 SMD NC LVDS Q12 SCL 8202 2N3904 NC B 8202 R98 R99 R11 10KNC 40KNC 2 10K RB CCIR VCLK CCIR V4 J KAWA Confidential LVDS OUT Size Document Number 8202 2705 LvDs
12. ys HDMIHSYNC 3 7 pe DIODE EGA 0603 2 9 DATA2 So HDMIVSYNG CDM SUNG 37 TT hi 08 JODE EGA 0603 DATATE DE 506 DE 506 5 INTOR lovcc 2 1 011 DIODE EGA 0603 DATAI 6 u T T T T 55 Voie cocos DATA0 rid T FB CE613 8 e CB212 013 DIODE EGA 0603 Pci DATAQ s Lo SCL 8202 C612 1 512 TODE EGA 0603 CLOCK 5190 SDA 8202 rire 4 1OuFA v oduF 1000pF 8202 3 9 12 CLOCK PCSHUMMON y tor Dhok R686 iilo 9 DV33B DV33BDV33B AA 14 HDMILRCK ME one L81 9 SCL R687 e 1 o HDMISDO ER uM 4 2 um DDC SDA R688 0 1 1819 HDMISD1 FB CE614 R746 10K HDMI_PLUGPWR 9 PLUGPWR D17 N4148_ PLUGRWR 18 9 HDMISD2 1 CB213 id HDMISD3 M 5 C613 Re89 0 10 oduF 1000pF e KWP CVBS OUT s vss our 946 NC SCL D GND SDA k 1K HDMI_PLUGPWR 182 EEPROM 24C04 CODE DIP3WIH P2 0 HDMICAB 9 VCC REGVCC D15 016 FB CB217 D68 R691 DIODE EGA 0603 DIODE EGA 0603 0 1uF V1 PM 4 4 7K SOT23 SMD Tps9 R95 0 C632 ust 27MHZ 0 tuF 3 NC WP Fe DDC SCL TP61 P60 ac NG DDC SDA TPOS TP62 t GND SDA Tees 0 zl EEPROM 24C04 CODE 8 EE 585 8 5 S 5 46 TP68 TPE P7d IP71 TP74 IP73 5 9 Bl EE 8 DV33B VCC18 re T is CB219 cB220 221
13. A 2 HV White J _1 HV Pink T B _2 HV White 1 HV Pink at _2 HV White 1 HV Pink 2 HV White ZHR 2 or Equal Retruen cable 1 LV White 2 LV White 91 134 5 3 INVERTER UNIT CN1 Header S10B PH SM3 TB D LF JST or equivalent Pin No Symbol Description 1 2 3 VBL 24V Power input 4 5 6 7 8 GND Ground 9 10 CN2 Header S12B PH SM3 TB D LF JST or equivalent Pin No Symbol Description 1 24V Power input 4 5 5 GND Ground 8 Internal external PWM selection 9 SEL High external dimming Low internal dimming External PWM control signal 10 E PWM PWM should be connected to low when internal PWM was selected SEL low Internal PWM control signal 11 PWM PWM should be connected to ground when external PWM was selected SEL high 12 BLON Backlight on off control CN3 CN10 Header SM02 8 0 B BHS 1 TB LF JST or equivalent Pin No Symbol Description 1 CCFL CCFL high voltage 2 CCFL HOT CCFL high voltage Header S2B ZR SM3A TF D LF JST or equivalent Pin No Symbol Description 1 CCFL COLD CCFL low voltage 2 CCFL COLD ICCFL low voltage Note 1 Floating of any contr
14. x Fog SCL R231 100 1 E Fog SDA R208 100 TU AV s sui c RENS H C675 20pF TU VCC 20pF C676 o L89 470uH AF1_IN CE626 jt 33uF 16V 9v TU vcc Are VS TUNER i gt L IND SMD SLF7032 SIFT TN __ CE618 FS CE620 CB236 AF1 IN vec zi 220 10 FB12 BEAD SMD 1200 NC 470uF 16V TO220 DIP R178 7 Nt R NC 805 5 ADC_IN4 R180 ONC _ AFC 191 470uH R179 TU VCC POO VS IF 4 RINC UN 3 B L IND SMD SLF7032 TV GND 4 Board Y CE625 CB239 SIF1 5 14 BEAD7SMD71206 221 470uF 16V 0 1uF AF1 IN 6 1 1 SCL 8 A lt 5 5 4 0 N SWV9 T 1 T 9 DIP11 W H P2 0 SWV9 1 J16 193 2 2uH 1 1 CE629 _ CE630 CB242 TU AV ROC TU_CVBS R317 18 R5 0 CVBS 0 SIF 2 47uF716V 220uFM6V ouF RA AF 3 L IND SMD 0805 R318 4 56 T CVBS 0 5 lt gt 7 C656 C657 TV GND 330pF 330pF GND UE SCL SIE ov SDA 8 FB22 FB x lt 2 20 PW 0 8 1 CE634 CB243 Bk eae T F KAWA Confidential Title S lt Title gt A Title Size Document Number ev Custom lt Doc gt lt ReyCode gt TUNER IN Size Document Number Designer Rev i 1 Bate Thursday April 13 2006 Bheet 1 o 1 MK AI MT8202 27US LVDS 0 0 Frocked
15. COG03 SMD CO603 SMD 0d E LEFT SIDE Fog RIGHT SIDE SIDE BOTTOM SIDE dw m e riche Vee en sa d DV12 FB7 DVDDKP Q 9 Av33 9 FB CB78 CB79 AVDDBGKP BEAD SMD 0603 4 7uF 0 1uF T T COBOS SMD CO603 SMD AVDDYKP L31 CB82 MEM VREF RVREF 0 1uF C0603 SMD FB C129 L0603 SMD 0 1uF CO6037S AVDDRKP C0603 SMD AVDD_DMPLL1 CB87 0 1uF C0603 SMD AVDD VPLL CO603 SMD AVDD APLLQ CB90 0 1uF C0603 SMD ot m m 2 88 BH 1 5 10 R0603 SMD pv33 Ya 4 3 9 U2CTS oxrau oh oxo CB42 OUT Go ilus eho R0603 SMD S727MHz Co603 SMD P4 T i set NS 20pF NS 20pF NS 74 25MHz 1 255 DV33 AUS 7T OSCISMDIA 2 5 AV33 DV25 2 54 DV25 DVi2 I 25 DV12 1 1 2 3 4 5 7 8 GND 4 L TTE OSDAO 3 p OSCLO
16. Date Thursday April 13 2006 Sheet 14 17 5 4 3 2 4 23 134 313 SY 1 SYTGNp_ lt AV VIDEO IN DIODE SMD BAV99 AV AUDIO IN imd 2 R240 SC_1 GND D 6 SYL 15K SY 0 D 081 SY 0 GND AV1 IN C159 1 VBST GND vec NC 220pF 56000 1 CVBS 1 H CVBS1 7 CVBS1 GND CVBS2 CVBS 2 SCO IN SYO IN CVBS2 GND CVBS2 GND 10 SPOUTR SC 0 GND SY 0 GND tS RCA2X2 AV4 6 4 13P AVR OUT AVE 7 AVL OUT 9 NU CVBS OUT 69 8 DAS UD 100 1 amp H 1101 18H AL e H DIODE SMD BAV99 ME AV2R 8 AV2 L 8 SYR 8 L SYL YPBPRTR YPBPR1 L 9 SY 0 GND SC 0 GND R243 YPBPR2 R TL x YPBPRZL YPBPR3 R 9 AV2 IN 1 5K YPBPR3 L e 2 CVBS2 GND YPBPRSLE WL C160 C103 Y1 NB id 4 NC 220p 10 Deg Ne NB 10 6 SYUIN DIODE SMD BAV99 981 So cgi GNDB SY 1 GND CRT INB CRT_INB 10 8 SCLIN GNDB SG CRI GNDB Lo SC 1 GND Y2 Y2 INB x uc UEN GNpB_ 22 Y2 GNDB SY 1 GND SC 1 GND CBZ GNDB n rn
17. CB222 620 R693 E 59944993449 M 1000PF 4 7k bg i s he a MT8293 0 1uF 1000PF 0 1uF 1000PF 0 1uF 1000PF 0 1uF ns et HDMIRST DE 506 5928555205585 0g08RRgO 2 98 RN26 33x4 6 96 6068000005 58 gt HDMIVSYNC pe IET 6 5 HDMIODCK m 33 Gploz HSYNC 128 4 E HOME 355 26061 DN 12 CB224 C622 CB225 C623 C621 CB223 VCC18 Lo as Vec18 RN27 334 1000PF 37 124 1000 our 1000 1000 ouF mem 1 EO 38 CI2CA QE1 123 6 5 4 4 4 4 SDA 8202 _ R698 0 CE 1 122 4 3 Viz T SCL 5202 R699 0 40 Ee Ec 121 1 9593 SDA R700 0 410 ioveess 420 TOVCC 9993 SCL R701 9 42 119 lovcc P x T x DSCL ODCK sha PLUGPWR 44 pd M uz T 8 via Vcc18 183 FB 45 FWRS 4 16 6 5 V5 C624 227 cB228 cB229 ce27 46 po ee 115 4 3 1000PF QE 114 1 VIT 1000 otuF 1000 ouF otuF 1000 48 e ag Pur RES ceNp18 13 4 Vcc18 RN29 334 z R710 N 3 E eo e 10 Wr 1M NC AVCC E AGND QE10 i 2 VHT T CRYS 49US P4 88 DATA0 54 aver 77 docu 10 ovec Ioue sd RN30 334 CB230 cB231 ce29 232 ceso 2 0631 s 0 IOGND33 8 4 f Avec 1 57 AGND 104 6 5 3 0 1uF 1000PF ouF 100
18. Y1 10 8 Ran PADS PB1 10 CCIR V4 12 a AER PB1 10 CCIR_VI0 3 6843 RD 0333 RA1 AEB Luis PR1 10 SCLO 7 B3 PRT SDAD F D2 AD3 RAO AE 5071 PRI 10 IN4 1 SB33B T AD2 RA10 DV25A SOY1 10 a AL M E Bot pe a 00 1 OEF B5 TXD DE R673 10KIN 1OCE DVDD18 RXD ded 2n DE R364 10KINC 110037 CS AOMCLK OMCLK 2 M R341 10K IBTA mii pr AE a _ _______ 916 CVBS3 R34 10K FATS rar GND AOLRCK OLRCK 916 AOSDATA0R434 10K FAIS 01 AES A CASS ADIN ADIN 9 AOSDATA3R441 10K F A14 CASH A WEF AOSDATAT AOSDATA1 9 FAIS RWER A DG15 AOSDATAZ HIGHA5 M 14 Al A D013 AR CE NG BALL pvpp2s ACE m un MPX1 fo 8 NC BALL m MPX2 10 4 NC BALL DGND BALL E18 ou 12 NY NC BALL DGND BALL 21S oe FCMD 12 m egge Uo mmm gt d 5666 DGND BALL N16 e SDA 8202 6912 5555 GND EP Eg DGND BALL LN15 GND 3292 2 2 XE lt 26 cvs 28888888 HA4 24426 Boa E 5 995 25644 gd Borda SSSSSSS DGNDBAL MS np 56583220z6z99302322s09p Goo d8 99998 8888 522245 5302242 5222290
19. dd cce ccnl ccc MT8202 2705 LVDS V0 0 Date Saturday April 22 2006 CVBSO cveso 3 SVBS1_ So cvast 3 CVBS2 CVBS2 3 gH y 3 THIS PAGE NEARLY IC SCO 3 m 1 R55 0 C112 47nF sovo svi 3 ni 3 CVBS 0 R197 0 p eono enr ia A 330pF 3 Ya Rue 68 C115 100nF Yor PBO 3 PRO 3 REGNO cus PRO 3 15pF 50 0 3 As Ye 3 Yi UM CVBS 1 R200 0 C17 cvast Yo R202 100 100 Yo PB1 3 1 3 PRIF C120 PRI Bh 5 330pF SOYT con 5 R208 68 C122 100nF PBor CVBS1 GND Mexi MPX1 3 ga MPX2 gt gt MPX2 3 cvBS 2 R424 x C188 47nF CVBS2 i Rzoe 100 C126 100nF PBO TO MT8202 cas 330pF cRo Rzo7 68 Ci29 100pF PRor CVBS2 GND TV GND 14 CVBS 0 CVBS_0 14 SIF 14 14 CVBS1 GND syo R198 C111 47nF svo R210 400 c133 400nF PRO CVBS 2 CVBS2 GND 40285 2 CVBS2 GND 15 YT H c114 SCLOND syreNp fs 330pF 5 1 Sc jn C136 47nF 5 SC 16ND _ 4660 15 SY 0 SC SY 0 GND SY 0 GNI e SYOGND 15 arn nae 15 SCOGND _ 99400 45 Sc o R201 0 C18 4 Sco YilNB Rn 68 c137 100nF vie
20. DV33 DM US DV18 5V us DV25 a 17 a L8 our 2 t t t our Y t FB lt R9 BEAD SMD 0805 CE12 CB12 CE13 CB13 R10 BEAD SMD 0805 CE14 CB14 J 270 220uF 16v 0 1uF 220uF716v 0 1uF T 21117 100 2 220 16 0 1uF AP1084 ADJ TO263 R0603 SMD C220UF16V D6H1 Co603 SMD C220UF16V DeH1 CO603 SMD SOT223 SMD RO603 SMD C220UF16V DeH1 CO603 SMD SOT263 SMD R11 R12 120 100 RGeosisup 1 25 X 1 120 270 1 8V Rososisup 1 25 X 1 100 100 2 5V POWER SUPPLY 1V8 FOR MT5111 EE POWER SUPPLY 2V5 FOR MT5351 ANDDDR LER 4 E ow m S S D Sas S S a 5V 5V TUNER U7 DV12 L32 19 l 2 5 our 2 i FB E FB CB146 BEAD SMD 1206 CE31 CB147 1 CE15 CB15 R13 BEAD SMD 0805 CE16 CB16 2 470 16 0 1uF NC TS470uF 16v NC 0 1uF NC 2 220 16 0 1uF T 21117 100 220uF 1ev 0 1uF C220UF16V D6H1 0603 5 0 C220UF16VID6H1 C0603 SMD C220UF16V DeH1 0603 5 0 SOT223 SMD R0603 SMD C220UF16V D6H1 C0603 SMD p Fog R14 Rosossmp 1 25 x 1 0 100 1 257 I POWER SUPPLY 1V2 FOR MT5351 i ae ae ae Eus Ets us sets Est Est RE E 4 133 CPL 0302 DV25 MP2105 NC FB R112 5V 9
21. 100 1d internace Differential Input Low 100 mV Threshold Voltage Common Input Voltage Vivc 1 125 1 25 1 375 V Terminating Resistor 100 ohm CMOS Input High Threshold Voltage Viu 2 7 3 3 V interface Input Low Threshold Voltage Vit 0 0 7 V Note 1 The module should be always operated within above ranges Note 2 Measurement Conditions High to Low Control Signal Sw gt 12V 5 0V Q1 25 1475 O 5 FUSE LCD Module Input 1uF Q2 R2 2SK1470 Vcc rising time is 470us 5V 0 9Vcc 0 1Vcc 470us i 84 134 Note 3 The specified power supply current is under the conditions at Vcc 5 V Ta 25 2 f 60 Hz whereas a power dissipation check pattern below is displayed a White Pattern Active Area Vertical Stripe Pattern Active Area 3 2 BACKLIGHT INVERTER UNIT 3 2 1 CCFL Cold Cathode Fluorescent Lamp CHARACTERISTICS Ta 25 2 C b Black Pattern Active Area Value Parameter Symbol Min Typ Max Unit Note Lamp Voltage Vw 1280 VaMs 4 5mA Lamp Current IL 4 0 4 5 5 0 1 0 Lamp Starting Voltage Vs 2360 Vous x Operating Frequency Fo 40 70 KHz 3 Lamp Life Time La 50 000 60 000 Hrs 4 85 134 3 2 2 INVERTER CHARACTERISTICS Ta 25 2 C
22. is ORESME ORESETH 3 LS ROLE uigx OIRI RVREF X vex TP SMDD1 0 CE22 DDR MEMORY UCTs 47uF 16v Tre TUNER SW U2CTS ICS1 OT ariy sayas th Testo eha ornans Eje B pocete poco Hey AO1SDATA2 IDA1 126 lt POWER HH AOTSDATAT INrRo powes NER AOTLRCK ADISDATAO IDMACK 25 PDAIO 22 AOTLRCK IORDY PDA 0 22 Rock 000 1 G AOTMCLK 250 ipMARo FN FLASH INTERFACE K2 AO2LRCK dE HE 1000 N26 6 10014 ASPDF PAZ AUD_ETRE ASPDIF2 10013 B25 1 AO1LRGK iis 2 1002 228 AO1BCK I AOISDATAG Mec voeo 10012 1 AGTSDATAO EXAMEN a tops ASPDIF vosz 10011 12 lt Woes va Voss obs 121 Vosa oro HS AUDIO INTERFACE VOBS M Ts I VoBs Do VoBe Bio 1009 LU27 voo 8 vos 1006 JTRST voco 1008 uTRST ut 2 o vos vee JIMS d VoG2 IRESET s 961 8 voss Vees vos ppETEcT Hx JRTCK oo voss J VOG5 022 p 2700 VOGT 966 DCMD gt Voe
23. U2TX i 3 4 CONNECTOR DB9 4x1 W HOUSING FOR SOFTWARE LINK DIPAWIHIPS 0 TE 1 R89 R90 47K 4 7K R0603 SMDR0603 SMD U0TX U0TX UORX 1 D2 D3 CLI OUTPUT 77 sorzsswp W sorsvp 5V 5V GND 9 GND MediaTek Confidential NOR FLASH JTAG UART Size Document Number Rev tus MT5351RA V2 1 Date Monday February 20 2006 Sheet 8 of 8 5 4 3 2 1 34 134 Basic Operations amp Circuit Description MODULE There are 1 pcs panel and 5 pcs PCB including 3 pcs Extension PCB 1 pcs Timming controller board and 1 pcs Back Light board in the Module SET There are 6 pcs PCBs including 1 pcs ATV Tuner board 1 pcs keypad board 1 pcs Remote Control Receiver board 2 pcs L R Speakers and 1 pcs Main Video board 1 pcs ATSC board in the SET 35 134 PCB funtion 1 Power 1 Input voltage AC 120V 60Hz 2 To provide power for PCBs 2 Main board To converter TV signals S signals AV signals Y Pb Cb Pr Cr signals DVI HDMI signals and D SUB signals to digital ones and to transmit to Control board 3 Control board Dealing with the digital signal for output to panel 4 Extension board Output addressing signals 5 ATV Tuner Board To convert TV RF signal to video and SIF audio signal to Main board 6 ATSC Board Receiver and converter ATSC TV signal to transmit to main board 36 134 PCB failure an
24. 2 2 Connect RS232 VGA cable 4 RS232 side to the board 1 Connect RS232 VGA cable 4 VGA side to the TV ES 121 134 2 3 Connect USB cable 5 to the board 1 Connect another side of USB cable 5 to PC L _ _ 3 Cables Standard for Upgrade Board Software upgrade board x 1 1 122 134 RS232 Null Cable for PC 22 Connector 1 150mm Pin Assignment Of DB9 Female J 5000600 900006 Connector 1 DB9 Female Connector 2 DB9 Female 123 134 Connector 2 Connection Diagram Gw e G9 62 9 85232 VGA Cable 4 Connector 1 Connector 2 a 150mm _ Pin Assignment Of DB9 Female Connection Diagram 1500000 900006 D 2 3 5 9 9 Pin Assignment Of VGA Male 00000 00000 00000 Connector 1 DB9 Female Connector 2 VGA Male D Q 4 5 9 9 1 3 3 124 134 USB Cable 85 Connector 1 Connector 2 150mm Connector 1 Standard USB Male Connector 2 Standard USB Male 125 134 Process of update 5351 Preparing 1 Connect the Plasma LCD TV and PC with the Software Upgrade Board Please find the details for connecting refering to the appendix at the end of this file 2 Store the MtkTool into the PC Downloading 3 Turn on AC power of the TV a
25. DIPS P2 0 CR2 m uf R2 GNI C NDB GNDB ia NB CB3 GNDB 583 i gt gt CB3_GNDB CR3_INB 8 RONDE cRaGNpB GNDV GNDA YPBPR3 AV VIDEO AUDIO OUT YPBPRI R YPBPR2 R P14 K2 C83 Vcc E 6 SPOUTR 4 C105 4 220 AVL prae 220pF K2 YPBPR2 L OUT CVBS OUT AVL QUT AVR OUT YPBPR1 AVR OUT D96 SOT23 SMD GNDA 3 YPBPR2 R YPBPR1_L YPBPR2 L YPBPR3 Vec RCA2X2 4 8 4 13 1 SOT23 SMD 114 Cc127 25206 RCA2X2 AV4 8 4 13P 942 1 CVBS OUT E 2x1 WIHOUSING DIP2 WIH P2 54 1102 y 0 DIODE SMD BAV99 DIODE SMD BAV99 DIODE SMD BAV99 YPBPR VIDEO bite Vcc C63 R120 C75 R133 C108 C169 R147 P13 47pFNC 75 47pFINC 47pFINC 75 47pFANC 47pF NC 75 Y GND GENY Yi IN Y1 GNDB Y2 GNDB GNDB 3 Y2 N PB GND FB29 FB30 FB31 PB1 IN 0 0 0 PB2 IN 7 PR GND PRA IN PR2 IN CA2X3 6 8 4 13 CB1 INB 1106 0 INB CB2 INB x DIODE SMD BAV99 DIODE SMD BAV99 DIODE SMD 99 0105 YPBPR1 2 INPUT Vcc R122 R135 C149 C150 R149 47pFINC 75 47 ATpFINC 75 47pFINC 47pFINC 75 CB2 GNDB GND J40 CB3 GNDB Li PR3 IN 2 PR3 GND FB32 FB33 IN 0 0 Las Y3 GNI 3 FB34 0 PB3 IN 8 ir x
26. 12 5 N 9 go _ a X H d a og i A X H ve EN X L o H irl H lil ni 8 ban D A CNIN3dU 13718996717 u Dr H 9349 171129956802 Hil gt t L 1 e 5 men E E Dry 00086 2 2 m 1 4 B F B 4 B E 0007 8 H q H v v 7 5 g L 7 107 134 v 1 Si m 8 T ova xe maoaaa an a s 9517 smous poy Y 2 9 Ya 22 DTI sey aree oan ax 0000000000 0 m N r T 0001 JWI v 4 Al NS o 5 E 8 pl 4 IW e 2 3 00GEZ 9 9 NDI123S a a e N L H pa vlad xsv 8 8 v VI x s z T z z I 108 134 DES
27. DVD IR 10 R L108 0 CR1_INB R162 CR2 INB DIODE SMD BAV99 DIODE SMD BAV99 D22 D108 C67 C68 R124 vcc C79 R137 C151 C170 R151 47pFNC 47pFINC 75 47pFINC 47pFINC 75 47pFINC 47pF NC 75 DIODE SMD BAV99 YPBPR 3 INPUT CR1 GNDB CR2 GNDB PR3 GND GNDB FB35 FB36 FB37 0 0 0 KAWA Confidential Size Document Number c APWr8202 27US LVDS VO Date Thursday April 13 2006 AOSDATA2 ANAK DECRIPTION PORK 90 2 UP3 4 SW SCL MU i SPOUTR Me UTR A UP3_5 SW SDA AUSPL AUSPR 9 EROO UP3 0 KEYPAD POWER OPQUTL 17 ds ERO1 UP3 1 MAIN POWER SWITCH AMUTE AOSDATA2 R194 33 1 AUSPLL FB38 FB DACVA VCLK KEPAD CH ROBEK RES 3 2 DEM SCLK GPIO19 KEPAD CH deg lo Q me DEIGPIO DVD IR ni Me 4 l CCIR Va POP USE lt R175 20K GPIOO PDP USE T GPIO1 NO USE 220pF GPIO2 LVDS POWER SW CENTO R174 10K R176 54K GPIO3 DTV POWER CONTROL SETA 10uF 10V R177 100 R756 100 GPIO4 EEPROM WRITE PROTECT qp i ES GPIO5 TXD 2nd UART FOR MT5351 Lou suum 25D2653K GPIO6 RXD 2nd UA
28. Value Parameter Symbol Min Typ Max Unit Note Power Consumption 103 W 5 6 4 5mA Input Voltage VeL 22 8 24 25 2 Voc Input Current lg 4 3 Non Dimming Input Ripple Noise 500 mVp p 22 8 2450 B VRMS 0 Backlight Turn on Voltage Ves 2360 Vaus Ta 250C Oscillating Frequency Fw 59 5 62 5 65 5 kHz Dimming frequency 150 160 170 2 Minimum Duty Ratio 20 Note 1 Lamp current is measured by utilizing high frequency current meters as shown below LCD Module Inverter Note 2 The lamp starting voltage Vs should be applied to the lamp for more than 1 second under starting up duration Otherwise the lamp could not be lighted on completed Note 3 The lamp frequency may produce interference with horizontal synchronous frequency of the display input signals and it may result in line flow on the display In order to avoid interference the lamp frequency should be detached from the horizontal synchronous frequency and its harmonics as far as possible Note 4 The life time of a lamp is defined as when the brightness is larger than 5096 of its original value and the effective discharge length is longer than 8096 of its original length Effective discharge length is defined as an area that has equal to or more than 7096 brightness compared to the brightness at the center point of lamp as the time in which it continues to operate under the 86 134
29. ar FLASH INTERFACE 3 4 7K 21 Mee 7 NE accedo id R0603 SMD POOEO ps BN CB145 CE27 BEABSMD0603 POWE 1 1 0 1uF 10uF 16v i R88 C0603 SMD C10UF16V D5H11 J6 b deas JTRST ORESET A NOR RST 1 5 ES LL H i ms C33 R0603 SMD IC FLASH MX29LV320 32Mb TSOP 48 2 6 JTMS JTCK 10pF TSOP48 SMD B 3 JRTCK C0603 SMD NOR FLASH 0 JTDO 2109 Eo VOHSYNC JTAG PORT VOVSYNC Rau su 414 4 I CON8 15 UORX a ma 15 UOTX UFA MP DLS U1RX ave 15 ue E U2RX jor rcc mum R91 RN38 R92 R93 DV33 _UART RS232 Te 1K 1Kx4 4 7K 4 7K 9 R0603 SM RN0603 SMDS RO603 SMDS RO603 SMD R J3 I R94 R95 TVTREF 1 ER 4 7K 4 7K 5 B G JIRSTE 3 R0603 SMD R0603 SMD J4 VOHSYNC MS 2 wini H 1 5 VOVSYNC ee JTCK 9 U1TX P 3 JRTCK R96 0 R0603 5MD 1 11 4 JIDO R97 0 ROGO3 SMD 13 15 4x1 WIHOUSING JTAG_DBGRQ 47 DIP4 W H P2 0 JTAG DBGACK 19 SOFTWARE DEBUG PORT ra R98 R99 10 2 4 7K 4 7K DIP10X2 W HIDEP2 54 R0603 SMD R0603 SMD I E R100 R101 4 7K 4 7K R0603 SMD lt RO603 SMD J5 1 U2RX 2
30. 2nd IF uF TSSOP8 SMD C0603 SMD C8 IF SAW FILTER AND AMPLIFIER ROUTE SYMMETRICALLY 4 7K R0603 SMD RF AGC 24 5V TUNER gt SV 1 2 4 5 6 7 8 GND gt od l l GLOBAL SIGNAL poo nr da ati km 4 IF AGC 2nd_F S 2nd IF l TUNER TUNER 4 TUNER SDAO l MediaTek Confidential TUNER Size Custi Document Number m MT5351RA V2 Date Monday February 20 2006 Sheet 3 of 29 134 45V TUNER 218 5V TUNER g DV33 DM 5 OM I DV18 1 2 3 5 6 7 8 GND 2 1 DVDD33 1 548 ORESET GLOBAL SIGNAL 9 5111 RF RF o sl
31. 55 64 75 16 19 27 31 36 41 43 46 51 56 61 63 65 71 3 10 12 80 83 79 Digital to 1 8V Table 1 Pin Description amp MediaTek Inc Confidential 44 134 5111 Electrical Characteristic Recommended Operating 1 125 25 ELI 3 45 Volt var 8V 371 MediaTek Inc Confidential 45 134 MT5111CE Typical Current and Power Dissipation QAM Mode Desc ipt 1 8V Digital Core Pow alog Power Supi ly igital O Power Sup im fi 87 Power Supply E E j D ep Supply Curren Power Dissipation Total Power Dissipation Sleep Mode 4 MediaTek Inc Confidential 46 134 x MEDIATEK Specifications are subject to change without notice i MT8293 is a receiver that fits such as LCD receiver is capa 165MHz and v UXGA The standard includ and stereo audi Programmable 3 wire output supports numerous low cost 125 audio DACs Supports IEC60958 2 channel PCM Capable of carrying IEC61937 compressed audio The built in igh Protection HDCP decryption engine secures the digital link for transmission of valuable high definition video and audio Buil in HDCP
32. 5855555 e c2 APRIRE IRR gt RP g gt aaepe 96888 oz zzz SSS S555 22pF LVDS 9 8 U12 5 4 AP 0 7 2 CNQSS 6 665 8 8 5 5 mnOO OOOOOOOSSNSSSSGGS 0 7 12 8220 8555204825 800022250205252 25 5558582512 855525 29 992251525225 0555599 TE i gt 899306 635 55 gt 222 gt gt oS 200 5555 BB 5565520 T CLK1 12 3 98828 8 52505022 0 0 29 ON E AUDIO GND SAupio GND 410 a 88 8s Qo 8855 AGE 12 AADCVSS Us E lt lt lt Q 5 a g ag a 4 SEREESS 4x1 WIHOUSING E ess 440 PLLVDp1 35 lt lt 2 5 2 Saas gt 2 DIPA WIHIP2 0 GND CZLVDSGND 2412 U m ND PLLVDD1 lt lt 22 az NC BALL i VI O 23 24811 Car PLLVSS2 g NEA Ee wu d LVDS GND A23 HDMIBCLK poe M AVDD VAD1 PLLVDD3 Bes HDMILRCK gt AvpD_VAD1 4 AH PLLVDD3 dig HDSp0 gt gt HDMILRCK 67 BVDD VFEI 4 TATA Axio Vus ve XTALI A21 15 AE24 Ving aa HDMISD2 6 PLLVDD1 LVDS GND L AE24 VH3 HDMISD3 PUVDD Pig MOD 4 XTALVSS HDMISD3 6 LVDS GND p21 55
33. APLLCAPO GND GND FS I GND GND pus 2 GND GND ATP2 GND GND GND GND ANALOG PART GND GND V Ass aes ae He dec rese e GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND E GND GND GND cus cus GND 0 1uF 0 1uF 0 1uF T CO6O3SMD CO603 SMD sszesrss22209 99199599 2 20002 EERE REEL EE EERE EEE EEE EEE EE EE EE EE EEE 328888888888888888888 059802255200 05 MT5351 quede fad by Aida 2 82 saeeE EE EA lt gt EBIBEEIBIBEEEEIEB EE EE SEEE EEEEREEEEEIEEEIBBEEEIBBEEB BBBE E MediaTek Confidential MT5351 ASIC Size Document Number Rev MT5351RA V2 Chan Date z Monday February 20 2006 hse 5 or 31 134 R37 NS 560 R0603 SMD
34. Custom Burning End Direct Control Clear MSG 6 Choose the bit rate as 115200 7 Select the update binary by pressing browse button For example the binary file name is XXXX_PDP4210EA1_000000XX_X_P bin this update firmware will be sent to your side lt NtkTool 5351 Flash Upgrade Port Baud Rate Window Help hszo iL Load Bin file D Software update PDP4210E41 akai gt D Upgrade Check Sum nP4z1ogAl ex E3 C Usb gt MT1818 akai PDP4210EA1 CLR QAM 001006 1 E Audio bin C MT1888 flashless akai PDP4210EA1 CLR QAM 001008 1a bin Q rnraziokA vos bin C 5232 gt 1818 1 vor bin High Speed QroraziogA vos bin ontrolle QroraziogA voo bin controller JV ShakeHand o HEX arb OD akai _ 0 4210 1 CLR QAM 001008 1 bin 800000 Bin files kbin v R 127 134 8 Press Upgrade button and start update process A NtkTool 5351 Flash Upgrade Sel A Port Baud Rate Window Help xX 5351 gt gt 115200 ie n Load Bin file D Software update PDP4210EA1 akai _ Check Sum EE Backup file backup bin Browse Backup USB Config lt RS 232 C Usb gt MT1818 C Usb gt Dram C 1888 flashless C Usb gt Flash C 5232 gt 1818 Verify High Spe
35. DV33 OSDA MST x o 1 f Sons 3 OSCL_MST OPWMO 2 1 E CVIN 3 4 as GLOBAL SIGNAL R0603 SMD C26 C27 C28 2 us 1 10nF 1nF 47pF TRISTATE Co603 SMD RE A 5 CO603 SMD sip TA xTAL CXO FR270003 R0603 SMD FS OSC 6P SMD 7X5 s y KP ROGOSISMD dates Ap AVDDRKP 2 5 AVDDRKP nA 26 AVDD DMPLLO 0 25 AVDD_DMPLL1 AVDD_VPLL I I 2 5 AVDD_VPLL VDECAPEH 26 AVDD APLLI VOD AT 2 5 AVDD APLLO CAPVPLL CAPVPLL CAPVGND IR1 pA MM APLLCAP1 APLLCAP1 R46 NSR PAS APLLCAPO 4 7K 4 7K IR RO603 SMD R0603 SMD zal 1 37 pc 3 care LESS 1 ANALOG PART OSDAO AAS OSDA MST 2 1 SIS R0603 SMD SERRER cosossmo MEM VREF pure g OSCLO ARMS OSCL MST er y gt R0603 SMD 5 OXTALI 2 bod mee desde edem 5 OXTALO asa 5 VCXO0 HM 02078 5 OIRI lt gt om U13 C0603 SMD H NC vec 2 3 NE bod 6 OSCL MST Ades OSDA MST EEPROM 24C16 NC SOP8 SMD MT5351 SYSTEM EEPROM MediaTek Confidential rite
36. Digital Audio Interface 6 Abetter MUTE Attenuation can be achieved if the ADC gain is set to minimum TERMINOLOGY 1 Signal to noise ratio dB SNR is a measure of the difference in level between the full scale output and the output with no signal applied No Auto zero or Automute function is employed in achieving these results 2 Dynamic range dB DNR is a measure of the difference between the highest and lowest portions of a signal Normally a THD N measurement at 60dB below full scale The measured signal is then corrected by adding the 60dB to it e g THD N 60dB 32dB DR 92dB 3 THD N dB THD N is a ratio of the rms values of Noise Distortion Signal Stop band attenuation dB Is the degree to which the frequency spectrum is attenuated outside audio band Channel Separation dB Also known as Cross Talk This is a measure of the amount one channel is isolated from the other Normally measured by sending a full scale signal down one channel and measuring the other 6 Pass Band Ripple Any variation of the frequency response in the pass band region 76 134 TFT LCD Approval Specification MODEL NO V320B1 L01 Customer Approved by Note LCD TV Head Division TVHD PDD SRA PRP DDI DDII DDI Approval Approval Approval Approval LCD TV Marketing and Product Management Division 77 134 CONTENTS
37. EPROM write protect I2C device address select Indicates active video at HDMI input port 50 134 MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE RSVDL gt CO gt e serial data output 125 serial data output 125 serial data output 51 134 MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE GPIO10 GPIO11 TTL inte 24 bit Even pixel 52 134 UA MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE QE3 121 24 bit Even pixel 53 134 MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE D scription XTALIN XTALOUT 54 134 MEDIATEK Specifications are subject to change without notice Motion Adaptive 3D Noise Reduction VBI decoder for Closed Caption XDS Teletex WSS VPS High Speed advanced Teletext Closed Caption HDTV retrieve the be signals Embed high bandwidth 24 16 8 bits di external may accept all kinds of video ource New an progressive with overlay of a 2D Graphic processor Advanced full function color processing with ae 10 bit path provides high qual
38. T 4 075 VGA PLUGPWR D74 DIODE SMD BAV99 VGA PLUGPWR R150 C100 R737 0 RSTXD 9 2k R738 RSRXD R741 lt 10K 4 R333 510 VGASCL IN R417 100 VGASCL VSYNC 40090 py 22H VGAVSYNC C636 C637 20pF 20pF DIODE SMD 99 D77 076 lt VGA PLUGPWR R154 C102 J our 0110 52 2K SVSB DIODE SMD BAV99 DIODE SMD BAV99 change TXD U54 13 5 RIIN RIOUT R20UT THIN T1OUT 10 Tsour HS R267 15K R268 1 5 RCA1X2 AV2 84 13P C639 OiuF 42 pa VGAR IN 5 p73 C640 0 uF ce4 VGAR IN s BAV C642 0 tuF Ne GND po R159 R158 P2 T MAX3232 NC 47K 47K VGAL IN change x lt A A A A x VGA DVI AUDIO INPUT KAWA Confidential VGA IN amp PC AUDIO IN Size Document Number 8202 2705 LVDS 0 0 Date Thursday April 13 2006 GPIOO 3 GPIOO 3 ns 13 CLK1 GLK ede 3 APUD 3 AP 0 7 AN 0 6 3 LVDS GND 234 LVDSVI CCIR Ebr ee Svog SB33B CCIR V IR VCLK 3 CCIR V4 3 D LVDS OUT Include PDP and 32 LCD LVDS interface
39. and connector J10 if not is 12v 27 inch panel voltage is 5v If isn t please check power board of connector CONS if has 12v 27 inch panel voltage is 5v 4 2To check to main board 12 V voltage To check to main board U35 of the first pin if 4 134 5 voltage It s fail It s low close 0 v working The circuit diagram follow down Please refer to attached sheet A circuit diagram 5 T he remote control don t be control 6 1 The check batteries of remote control if it run out of 6 2 To check main board of connecter J21 of wire connect fastness and the connecter of wire open Please refer to attached sheet A circuit diagram 6 The sound don t output 7 1 To check main board 24v voltage of connector J8 It s true not 24v voltage Then to to check power main 24 fail Please refer to attached sheet A circuit diagram 7T The DTV don t detect 7 1 To check mainboard of connecter J24 and DTV mainboard of connector HA1 of FCC wire 1f no connect fastness Please refer to attached sheet C of DTV circuit diagram 5 134 Technical Specification 787mm W x 618mm H x 240mm D with Stand 1 x 768 V pixels Each pixel has R G B 3 color Input Output Terminal NOTE The specifications shown above may be changed without notice for quality improvement 6 134 Support the Signal Mode A D Sub Mode VGA Ene esolution requenc requenc Hz Hz 800 60
40. AINIR __ ADCREFP AIN1L ADCREFGND DACBCLK VMIDADC DACMCLK AUXL DIN AUXR DACLRG DACREFP ZFLAGR DAcREFN ZFLAGL VMIDDAC ADCBCLK VOUTR ADCMCLK VOUTL DOUT 12 25 NC 13 14 15 46 47 18 19 20 21 22 23 24 O n u u 8 E ORDERING INFORMATION TEMPERATURE MOISTURE PEAK SOLDERING DEVICE RANGE PACKAGE SENSITIVITY LEVEL TEMPERATURE WMB8776EFT V 25 to 85 48 pin TQFP MSL2 240 _ WM8776EFT RV 25 to 85 48 pin TQFP MSL2 240 C tape and reel s pi M WMB8776SEFT V 25 to 85 SE PIC TARP Ske 260 C lead free EE pi MSL2 WM8776SEFT RV 25 to 85 C SO 260 C L lead free tape and reel 1 Reel quantity 2 200 72 134 WMS8776 Product Preview PIN DESCRIPTION DESCRIPTION Analogue Input Channel 2 left input multiplexor virtual ground Analogue Input Channel 1 right input multiplexor virtual ground Analogue Input Channel 1 left input multiplexor virtual ground DACBCLK Digital input output DAC audio interface bit clock DIN Digital Input 2 3 4 DACMCLK Digital input 6 DAC left right word clock 8 ZFLAGR Open Drain output DAC Right Zero Flag output external pull up resistor required 9 ZFLAGL Open Drain output DAC Left Zero Flag output external pull up resistor required Ma
41. Five stereo ADC inputs with analogue gain adjust from 24dB to 21dB in 0 5dB steps e Programmable Limiter or Automatic Level Control ALC Stereo DAC with independent analogue and digital volume controls Stereo Headphone and Line Output 3 Wire SPI Compatible or 2 Wire Software Serial Control Interface Master or Slave Clocking Mode Programmable Audio Data Interface Modes PS Left Right Justified or DSP 16 20 24 32 bit Word Lengths Analogue Bypass Path Feature e Selectable AUX input to the volume controls 2 7V to 5 5V Analogue 2 7V to 3 6V Digital supply Operation APPLICATIONS Surround Sound AV Processors and Hi Fi systems se DVD RW DACREFP DACREFN VMIDDAC Q VOUTL AINIL O AINTR VOUTR AIN2R gt u AUDIO INTERFACE 77 HPVDD Q STEREO E tow 2 0 HPOUTL i z p FILTERS 5 0 HPOUTR Q DIGITAL FILTERS HPGND AINSL gt AINVGRO AINOPR CONTROL MODE CL Q INTERFACE Oo 2u x lt lt 71 134 Product Preview WM8776 PIN CONFIGURATION a a x 4 9 222222222228 lt lt lt 4 lt lt lt 4 d lt lt AIN2L avon
42. Good earth ground Such as the water on each ex Place this probe pipe conductor 1500 ohms 10 posed metallic etc part AC Leakage Current Check 2 134 PRODUCT SAFETY NOTICE Many electrical and mechanical parts in this TV receiver have special safety related characteristics These characteristics are offer passed unnoticed by visual spection and the protection afforded by them cannot necessarily be obtained by using replacement components rates for a higher voltage wattage etc The replacement parts which have these special safety characteristics are identified by marks the schematic diagram and on the parts list Before replacing any ofthese components read the parts list in this manual carefully The use of substitute replacement parts which do not have the same safety characteristics as specified in the parts list may create shock fire X RAY RADIATION or other hazards 1 Do not power on 1 1 Please check AC cable if connect to AC plug Is true the connector don t connect to AC plug Please connect it 2 2 Please check AC cable if connect to AC power Is true the AC cable don t connect to AC power Please connect it 3 3 Please check power board of fuse if broken If the F1 fuse is broken Please pull out the AC cable from AC power Please check AC L power and AC N ground by multimeter The read number is infinite the fuse is broke then look up power board if not burn out place Is true it Ple
43. Min Typ Max Rx 0 621 gt 0 622 0 651 gt 0 652 0 681 0 682 Gx 0 239 gt 0 240 0 269 0 270 0 299 0 300 0 567 gt 0 559 0 597 0 589 0 627 0 619 Bx 0 111 0 036 0 141 0 066 0 171 0 096 0 036 gt 0 038 0 066 0 068 0 096 0 098 23 7 2 INotes are modified 30 11 The Drawing is modified 31 11 The Drawing is modified Ver3 0 Jun 28 05 5 1 2 IFEATURES are added Low color shift function option Color Reproduction Nature color 1 4 GENERAL SPECIFICATIONS Surface Treatment Hardness Haze 40 Anti reflective coating lt 2 reflection Hardness 3H Anti Glary 14 5 1 TFT LCD MODULE Modify CNF1 Connector Pin Assignment Pin No Symbol Description ODSEL gt LCS Over drive look up section Low color shift 19 134 Ver3 2 Apr 25 2006 16 18 20 28 29 29 5 3 5 5 6 1 9 2 9 2 Add Note 6 Enable Low color shift function INVERTER UNIT Modify CN2 Header Pin No Symbol Description 5 NC gt GND NC gt Ground LVDS INTERFACE Revised Notes 1 RSVD reserved pins on the transmitter shall be H or L or OPEN INPUT SIGNAL TIMING SPECIFICATIONS Add LVDS Receiver Clock Input cycle to cycle jitter max 200 ps PACKING METHOD Modify Figures 9 1 and 9 2 PACKING METHOD Modify Figures 9 2 80 134 1 GENERAL DESCRIPTION 1 1 OVERVIEW V320B1 L01 is a 32 TFT Liquid Crystal Display
44. Pallet L930 W1180 H 140mm Corner Protector L 1400 50mm 50mm Pallet Stack L 930 W1180 H1300mm Pallet _L930 W 1180 H140mm Pallet Stack L930 W1180 H1880mm Gross 182kq Gross 267kg PE Sheet Carton Label Figure 9 2 Packing method 105 134 10 PRECAUTIONS 10 1 ASSEMBLY AND HANDLING PRECAUTIONS 1 Do not apply rough force such as bending or twisting to the module during assembly 2 It is recommended to assemble or to install a module into the user s system in clean working areas The dust and oil may cause electrical short or worsen the polarizer 3 Do not apply pressure or impulse to the module to prevent the damage of LCD panel and backlight 4 Always follow the correct power on sequence when the LCD module is turned on This can prevent the damage and latch up of the CMOS LSI chips 5 Do not plug in or pull out the connector while the module is in operation 6 Do not disassemble the module 7 Use a soft dry cloth without chemicals for cleaning because the surface of polarizer is very soft and easily scratched 8 Moisture can easily penetrate into LCD module and may cause the damage during operation 9 High temperature or humidity may deteriorate the performance of LCD module Please store LCD modules in the specified storage conditions 10 When ambient temperature is lower than 10 C the display quality might be reduced For example the response time will become slow and the starting
45. SECC T 0 8 SECC 1 1 5 l TOLERENCE UNLESS OTHERWISE ELECTRONIC R amp D CENTRE TITLE LCT32ADNIA1CS B01 SPECIFIED MODEL NO LCT32HA36 PART NO DWG NO 3rd ANGLE PROJECTION e SCALE 8 SHEET 1 OF 1 109 134 NOTE THIS RELEASED DRAWING WAS PRODUCED BY COMPUTER DO NOT UPDATE MASTER MANUALLY DESCRIPTION REVISOR 429 132SD04 01 Z FOR PANEL B 614 300408 10 5 SCREW BID 3X8 m 614 260208 10 504 407008 10 5 SCREW BID 2 6X8 SCREW 4X8 614 400110 10 SELF TAPPING SCREW 771BL27AD01 02 IR RECENE ASSY FOR ILO 771SL27AD01 01 612 300110 10 ATSC PCB ASSY W O SPO S TAP SCREW WHR 3X10 ie Joo 459 L324001 01 REMOTE LENS ASSY FOR 10 524 204005 10 5 SCREW BID 2 005 436 L32AB0I 01S 504 505005 10 TERMINAL SHEET FOR ILO MACH SCREW BID 3X8 206 L324D01 00R SPEAKER CABINET BACK 734 132 003 01 ASSY 614 400416 00 S IAPSCREW BID 416 614 400445 00 S TAP SCREW BID M4X45 601 305008 00 MACHSCREW CTS 3X8 610 300115 00 202 132 032 1 5 SCREW ROUND3X15 BACK CABINET BLACK DVD 483 1328832 015
46. SOT23 SMD 13AM NN66ossMp E 4 S PDIF OUT BV m RCA SPDIF SP DIP FB1 HEADER 50 SMD0 5 BOTTOM cx 505 0 5 BEAD SMD 0603 CB2 686gsvo DIGITAL OUTPUT SPDIF CIRCUIT litle INDEX 770 Sie Document Number Rev Ss MT5351RA V2 Oz 277 131 Date Monday February 20 2008 Sheet 1 of 8 FB 117 BEAD SMD 0805 r I 45V U2 DV33 o a L3 tn t 12V 88 5 9 14 5V TUNER __ lt R5 5 0 0805 CE4 9 Tq220uFM6v Jj AZ1117 adj 110 0 1uF 12V IN OUT ts 45V TUNER C220UF16V D6H1 C0603 SMD SoT223 SMD lt R0603 SMD C220UF16V D6H1 C0603 SMD 5V E BEAD SMD 0805 T DV33 CES CB5 CE6 CB6 TM 55 220uF 16v 0 1uF lt 20uF 16v 0
47. jS 525554525555255520 8252229549999 8888888888882888888 88888838 E a exeo BGA3887SMD SB33A S eL MT8202 DVA ERG vB Bb sgs3A 9 DViBA 9 ICE R351 tk NANNNNSNONNSS Cena lasase S lt lol 6 IP ol 5 6666606 SB33B DV33A sB33B 9 9 E KAWA Confidential SB18A TP50 TP51 sB18A Q GND GND R745 s TP52 ADIN Size Document Number MT8202 2705 LVDS V0 0 Date Thursday Apr 20 2006 5 4 3 12234 z 1 12 7 l9 XTALVDD gt gt XTALVDD ADcVDD Apcvop AVICM PWMEVREF Ns DWM2VREF DAcFS Snare LVDDA LVDDB uvppg LVbDC AVDD VFEO Avpp vgo VADO SX AVDD_VADO AADCVDD AADCVDD ADACVDD SX ADACVDD VPLLVBD vpuvpp VPLLVDD2 s ypLLVDD2 SAvpp VADI AVOD VFE1 SSAvpp PLLVDD2 gt PLLvpp2 PLLVDp3 DACVDDA s pacvppa 3 DACVDDB DACVDDC pacvppc TESTP3 3 TESTN3 TESTP4 TESTP4 4 REFN 3 REM AApcvSS aancygs AUDIO GND AUDIO_GND LVDS GND Nuvps GND VEE Vee AADCVSS gt gt AADCVSS GND ovre GND1 STANDBY ANALOG POWER NORMAL ANALOG POWER ASB18A
48. 2006 Sheet 7 of 8 33 134 U17 PDA1 25 29 PDDO PDAZ 24 0 Do PDD1 i i PDAS 23 133 PDD2 DV33 DV33 5V PDA4 22 2 D2 535 PDD3 d DV33 A3 D3 1 DV33 TI PDAS 03 PDD4 I PDAS 20 40 PDD5 GND PDA7 19 5 DS 42 PDD6 R82 R83 GND I PDA8 18 ve PS 44 PDD7 NS 4 7K NS 4 7K PDAS 8 30 RO603 SMD R0603 SMD ORESET PDA10 PDAO PDA1 PDA2 l 145 DRESET __6 L34 PDA12 2 Die caa s R84 R85 GLOBAL SIGNAL ed PDA13 ORESET NS ATK LL PDA14 3 12 D12 E R0603 SMD PDA15 21518 D13 R0603 SMD C32 14 D14 Se I P66E08 PDA16 11 biais PDAO NS 10pF POOE0 PDA17 5 C0603 SMD I POWER I ovas PDA18 17 MS wes NOR_WP R86 POWER PDDIO 7 A18 RYBY H BYOR Rx TK TRAP CIRCUIT 0 7 BYTE p42 _ Lm m imum mem mem mm mem mm m m m m m jm mm PDA 0 22 PDAM A19 BYTE R0603 SMD FB9 Dv33 Re7 PDa22
49. 483 L32AB32 01S SHIELDING COVER 1 000000 Piece 27 gt 486 L32AD01 01 NAME PLATE ILO SILVER BLACK 1 000000 Piece 28 gt 521 300055 01 FELT PAPER 300X5X0 5MM 4 000000 Piece 29 gt 522 421D01 01 MASKING PAPER 1 000000 Piece 30 gt 560 L32AD01 01AP MODEL LABEL ILO LCT3285TA P 1 000000 Piece 31 gt 563 119 SERIAL NO LABEL 1 000000 Piece 32 gt 568 P46T02 02 WARNING LB ENG 42SF NIL 1 000000 Piece 33 gt 578 L32AD01 03AP FUNCTION SHEET LABEL FOR S 1 000000 Piece MT8202 ILO 34 gt 579 42D102 09 SERIAL NO BAR CODE LABEL 42D1 1 000000 Piece 35 gt 579 42D105 01 PROTECTIVE EARTH LABEL FOR 1 000000 Piece ESA 42TD1 36 gt 579 L27AD09 01 CAUTION LABEL ENG AKAI 1 000000 Piece 37 gt 579 L32AD02 06AP BAR CODE W SERIAL NO LABEL 2 000000 Piece 60X40MM LCT32HA36 38 gt 579 L32AD09 02AP FCC STATEMENT LABEL 77X20MM 1 000000 Piece 115 134 Spare part list for LCT32HA36 39 gt 590 L32AD01 04AP WARRANTY CARD ILO 1 000000 Piece S 593 L32AD01 10AP INSERTION CARD ILO LCT32HA36 1 000000 41 gt E3404 157010 CORD UL 1 88M FOR MT8202 W 1 000000 Piece O FILTER E3421 925118 WIRE ASSY 8P2 5 7P2 0 L170MM 5V 1 000000 Piece 12V SIGNAL POWER MT8202 43 gt E3421 925119 WIRE ASSY P2 5 11P 11P L400MM 1 000000 Piece 5V SIGNAL POWER MT8202 44 gt E3421 925127 WIRE ASSY TJC3 2Y L860 SPK R 1 000000 Piece MT8202 45 gt 421 925133 WIRE ASSY TJC3 3Y 1650 SPK L 1 000000 Piece MT8202 46 E3421 925145 WIRE ASSY 10P 10P 2 5 2 5 L4
50. ASSY TJC3 3Y 1650 SPK L 1 000000 Piece MT8202 45 gt E3421 925145 WIRE ASSY 10P 10P 2 5 2 5 L400MM 1 000000 Piece 12V 9V MT8202 E3421 926125 WIRE ASSY P2 5 4P 4P 1400 1 000000 Piece AMP24V EMI MT8202 E3461 064038 WIRE ASSY P2 5 7P 7P LA00MM 5V 1 000000 Piece STANBY POWER MT8202 FOR 27 32 LCD 48 gt E3461 064043 WIRE ASSY P2 0 12P 3P2 0 8P2 5 1 000000 Piece L400MM L700MM INVERTER MT8202 49 gt E3471 000047 WIRE WS SHIELD WIRE FOR 32LCD 1 000000 Piece TV COMBO DVD MICO amp CMO 50 gt E3471 000072 WIRE WS SHIELD FOR MT8202 1 000000 Piece S MICO KEY 13P 8P 5P L650 L750MM W O EMI E4801 124001 SPEAKER 8 OHM 10W D3 YD78 1 2 000000 52 gt E6203 32CD01 DISPLAY LCD 32 CMO WXGA 1 000000 Piece S V320B1 L01 E7301 010002 BATTERY AAA R03P1 5V lt 2 gt 2 000000 54 gt 734 L32AD02 02 PLASTIC BASE ASS Y W O LOGO 1 000000 SET S SILVER 55 gt 771BL27AD01 02 IR RECEIVE PCB ASS Y FOR ILO 1 000000 SET S LCD S MT8202 56 gt 771KL37AD01 01 KEY PCB ASSY FOR LCT37AD 1 000000 SET S 113 134 Spare part list for LCT32HA36 Part Number Part Description Usage unit Unit Key Spare LCT32ADAIA1CS F01 LCT32AD LCT32HA36 S MT8202 CMO V320B1 L06 V2 1 AC120V 60HZ USA SILVER BLACK d L32AD01 13AK CARTON BOX ILO LCT32HA36 CMO 1 000000 PANEL K n L32AD2A 05AP IB E FOR ILO LCT32HA36 TV DTV 1 000000 Piece 5 8202 USA 081001 CORD 0 5 50PL 110 B 0 5 1 000000 Piece 50X110 4 8 X
51. B5 B7 24 TxIN22 1 Rx OUT22 B5 B7 DE DE 30 TxIN26 6 Rx OUT26 DE DE R6 RO 50 TxIN27 OUT2 Rx 2 7 Rx OUT27 R6 RO R7 R1 2 TxIN5 34 Rx OUT5 R7 R1 G6 GO 8 TxIN10 41 RxOUT10 G6 GO G7 G1 10 TxIN11 42 Rx OUT11 G7 G1 B6 BO 16 TxIN16 TA OUT3 Rx 34 49 Rx OUT16 B6 BO B7 B1 18 TxIN17 50 OUT17 B7 B1 RSVD 1 RSVD 1 25 TxIN23 2 Rx OUT23 NC NC RSVD2 RSVD2 27 TxIN24 TA OUT3 Rx 3 3 Rx OUT24 NC NC RSVD 3 RSVD3 28 TxIN25 5 Rx OUT25 NC NC DCLK 31 TxCLK IN TxCLK OUT RxCLK IN 26 RxCLK OUT DCLK TxCLK OUT RxCLK IN RO R7 Pixel R Data 7 MSB 0 LSB G0 G7 Pixel G Data 7 MSB 0 LSB BO B7 Pixel B Data 7 MSB 0 LSB DE Data enable signal Notes 1 RSVD reserved pins on the transmitter shall be L or OPEN 94 134 5 6 COLOR DATA INPUT ASSIGNMENT The brightness of each primary color red green and blue is based on the 8 bit gray scale data input for the color The higher the binary input the brighter the color The table below provides the assignment of color versus data input Data Signal Blue 0 1 1 1 1 1 1 1 1 1 1 1 00000000 1 1 00000000 00000000 00000000 00000000 1 1 1 Green 1 1 1 000000000 1 000000000 1 1 1 1 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0000000000000000 1 1 00
52. C156 C157 C158 C159 C172 152 20uF 16v 0 10 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 1uF C220UF16VD6H11 CO603 SM C0603 SMD cosos swr C0603 SMD C0603 SMD coeos sMr cocos sMt cosos swt Po03 SMD 44725 DOR FOR DDR 1 BYPASS CAP FOR DIMM DV25 t cur cio er T a T 515 1 2754 1 5165 DDR AND MISSE 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF Aul u u _ cosos swr CO603 SM 0603 5 0 CO603SMH coeosrswr coeos swr coeos svr 0603 5 0 x E 2 i _ CE26 CB125 CB126 C178 C174 C175 C176 c177 C178 20uF 16v 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 1V25_DDR C220UF16VD6H11 CO603 SMD CO603 SMI CO603SMDl CO603 SMD CO603 SMD CO603 SMD CO603SMD TEIS rer BYPASS CAP FOR TERMINATOR FOR DDR 2 1V25_DDR 9 1uF VATuF Co60s SME C0603 SMD EVERY 2 RESISTOR PUT 1 BYPASS CAP 9 CE28 29 220uF 1ev 220uF 1ev DV25 C220UF18V D6H11 C220UF16V D6H11 C182 C102 C105 C106 1 C107 I C108 1 C109 C110 cit C103 0 1uF 1 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF C0603 SMD CO603 SMD cosos swr CO603SMD CO603SMD CO6037SMH CO603 SWD ADD by Ada MediaTek Confidential Title DDR MEMORY Size Document Number Rev Cum MT5351RA V2 Tuinson Chan 1 Date Monday February 20
53. CAUTION RISKOF ELECTRIC SHOCK DO CAUTION TO REDUCE THERISK OFELECTRIC SHOCK DONOT OR BACK NO USER SERVICEABLE PARTSINSIDE REFER SERVICINGTOQUALIFIED SERVICEPERSONNEL ONLY PRECAUTIONS DURING SERVICING 1 In addition to safety other parts and assemblies are specified for conformance with such regulations as those applying to spurious radiation These must also be replaced only with specified replacements Examples RF converters tuner units antenna selection switches RF cables noise blocking capacitors noise blocking filters etc 2 Use specified internal Wiring Note especially 1 Wires covered with PVC tubing 2 Double insulated wires 3 High voltage leads 3 Use specified insulating materials for hazardous live parts Note especially 1 Insulating Tape 2 PVC tubing 3 Spacers insulating barriers 4 Insulating sheets for transistors 5 Plastic screws for fixing micro switches 4 When replacing AC primary side components transformers power cords noise blocking capacitors etc wrap ends of wires securely about the terminals before soldering te Be 5 Make sure that wires do not contact heat generating parts heat sinks oxide metal film resistors fusible resistors etc 6 Check if replaced wires do not contact sharply edged or pointed parts 7 Make sure that foreign objects screws solder droplets etc do not remain inside the set MAKE YOUR CONTRIBUT
54. MT5351 PERIPHERAL Size Document Number Rev Cusi MT5351RA V2 Chan Date Sheet 8 of Monday February 20 2006 1 32 134 1 25 DDR 1V25 DDR us p RWE RA 22x4 MEM WE ADDRS 7 75x RDQO Ry 47x4MEM_DQ0 75x RCASE s MEM CASE MEM ADDR4 Wao RDi 5 MEM DQi 5 RCS qc 4 MEM CS MEM ADDR13 3 4 RDQ2 3 4 MEM DQ2 u15 U18 RBA 1 MEM BAD MEM WE 1 RDQ3 1 2 MEM DO3 1 RA10 2x3 MEM ADDR10 MEM_ADDR10 7 RA 8 75x RDQ4 47x4MEM DO4 RC a MEM 000 Noe 2 55 65 MEM DQ15 MEM Dais 1 zi Da DASS MEM 0031 RAD 5 EE MEM_ADDRO MEM_ADDRO 5 6 005 5 s MEM DAS 5 amp 45 pats os Cw 509 0016 RA2 3 4 MEN ADDRZ MEM_ADDR1 3 4 RDAS 3 4 MEM DOS MEM DQ1 vsa MEM 0014 MEM D
55. Mute and Stand by function 3 Operating Condition eub Power supply voltage from to 25V elu Speaker Impedance from 4 to 80 4 Block Diagram 64 134 Digital Power Amplifier R2S15102N Configuration Table 1 Pi ou o 2 Power supply pin for power output sage i2 3 STBYL Stand by control pin When this 15 L circuit current is reduced There is the pull down resistor 50Kohm typ PWM input pin 1 for phase compensation resistance 2 7 rca power supply change Ripple Filter GND GND pin for analog blo VREF Capacitor connection pin for analog block reference voltage source 10 PROT Protection Timer pin At protection mode the output becomes L level The timing capacitor is connected Analog input 2 as same as I BTL operation When this is connected to DVDD pin via the resister Reversed signal of OUTI is output to OUT2 Mute control pin When this is L it becomes mute status 14 VD2 Powersupplypinforpoweroutputsage 2 15 OUT2 O PowerOutputpin 2 S 16 VS2 Ground pin power output stage 2 DVD O Beitinpowersupplypin for intemal digital block 20 VS1 jGromdpinforpoweroutputstage fl 65 134 Digital Power Amplifier R2S15102NP Absolute Maximum Rating Table 2 RM Power dispassion
56. PCB cover Depth D 46 53 47 53 48 53 mm To inverter cover Weight 5700 5900 6100 g Note 1 Please refer to the attached drawings for more information of front and back outline dimensions 81 134 2 ABSOLUTE MAXIMUM RATINGS 2 1 ABSOLUTE RATINGS OF ENVIRONMENT Item Symbol Min walle Max Unit Note Storage Temperature 20 60 C 1 Operating Ambient Temperature Top 0 50 C 1 2 Shock Non Operating SNop 50 G 3 5 Vibration Non Operating VNop 1 0 G 4 5 Note 1 Temperature and relative humidity range is shown in the figure below a 90 RH Max Ta 40 b Wet bulb temperature should be 39 C Max Ta gt 40 C c No condensation Note 2 The maximum operating temperature is based on the test condition that the surface temperature of display area is less than or equal to 60 C with LCD module alone in a temperature controlled chamber Thermal management should be considered in final product design to prevent the surface temperature of display area from being over 60 C The range of operating temperature may degrade in case of improper thermal management in final product design Note 3 11 ms half sine wave 1 time for X Y Z Note 4 10 200 Hz 10 min 1 time each X Y 2 Note 5 At testing Vibration and Shock the fixture in holding the module has to be hard and rigid enough so that the module would not be twisted or bent by t
57. PWMT R101 R103 5 hDCVDD 5 ADCVDD 4 014 ypLrvss GPIO PWM1 A618 GMO VPLLVDD2 LAp17 PWM 47K 47K VPLLVDD2 VPLLVDD2 GPIO PWMO 13 15 VPLLVDD2 _ 4 2 13 LVDDA DVDD33l ACIL resp F A21 13 LVDDA ATP ADG30 IOSDA RAT 0 SDA 8202 8 TP8 4 DIE c4 A 0930 LAG16 ADo29 TOSCL R48 Screz02 loans 3 4 TP10 pr CK2N DVDD250PT FAC15 pA E A LVDDC APG LVSSA DQ28 DO27 8202UP3 5 R49 E exe 2 gt Lvppc 4 ANG pod T14 GND 8202UP3 4 R50 TESTP2 m A APS AN 5525 LAE16 0025 INTOR FE H TESTP3 AN5 AE15 A DQ25 SDA 8202 SDA 8202 6912 iESTPS So TESTPS 4 A5N DQ25 z 9 TESTNS LVDDB A DQ24 SCL 8202 TESTN3 4 FT A 5Gs3 SCL 8200 6942 TESTP 8202UP3 4 FOR S W SCL LT d ESTE oo TESTP4 4 DoS3 7 4 Aa pvppzsqet LAD15 SDVISA 8202UP3 5 FOR S W SDA S5 56 12 14 ADC INO ADAT No AN 832 AN DVSS18 pos GND 820203 0 8202UP3 0 13 BUE AVICM 4 YRS GND BM iss pos2 LAE14 EH VSS0 18 8202UP3 1 1 PWM2VREF lt F 0023 CVBS1 CVBS1 10 WMO PWM2VREF 4 t ckiP 0023 PWMO 13 DACFS lt T B11 AE13 5022 CVBS2 CVBS2 10 PWM1 4 CK1N 0022 PN 13 AP2 10 GND PO REFP 4 2 D
58. SMD Cc10UF16VD5H11 coe03 sMD AVDD33 ADVDD33_1 TUNER SCL1 4 3 QF2 1 TUNER SCL igi 5 1 Digital 3 3V Bypass Caps w BEAD SMDI0603 uE SIF LEVEL SHIFTER DV33 DM AVDD33 AVDD33 9 9 SE 1 Re FB CB35 6898 0897 CB38 CB39 AVDD33 ADVDD33 2 BEAD SMD 0805 CE21 CB40 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 FBe 10uF 16v 0 1uF CO608 SM CO6037SMD CO603SMDL 0603 5 0603 5 0 TUNER SDA1 RA TUNER SDAO coUF16WDsHt1 1 MediaTek Confidential BEAD SMD 0603 0 1uF R0603 SMD Analog 3 3V Bypass Caps COSOSIGMD TUNER SCL1 TUNER 5 10 1 Title R0603 SMD MT5111 ASIC Size Document Number Rev MT5351RA V2 Chan Date Sheet 4 o 8 Monday February 20 2006 OR TP2 joB Ys 8R B PISMDID1 0 88 TP3 IG YA PISMDID1 0 ss ss ss 4 38 151228 12 6B DV33 55 ak SL 525234588 756 pv NEL PPP ok Ed Fa SEEEREREGER RERBRSEA 2b E 8 88 SE 25253555 3333333333 1z34e7b GND lt gt i 58 BB sap 2 REQUEST ee READV ospAo m B 844 84 EEEEEEEEEEE diii k pisi 9 900 1 19 pa gggggggg
59. gt Po 12 8 Viii 11181 1 BO DTV POWER CONTROL U31 74LVC245A vec 18 vce Sm um DIR GND 7 87 2 VIT3 vov VI15 15 A 5 VI16 14 6 CE142 CE143 1 17 13 83 204 a IRF7316 VH8 42 82 A28 0 1uF NC CB205 SOp8 SMD Vit9 11181 AMT 220uF 16v NC 20uF 16VNC 0 1uF NC A0 LO gt DTV BOARD POWER OFF 032 74LVC245A HI gt DTV BOARD POWER R786 ONC veeL20 1 10 R787 va 18 ps ene 2 LEE 47 B33B R788 ONC VI22 1e 86 4 SB33 R640 2 R641 2 R713 Vi23 48 B9 5 TE 43 22kN 22k NG gt 22k N B4 4 44 HDMIHSYNC 14 p3 4 i gt HDMIVSYNC CCIR V6 46 Trace width of 12V gt 30mil B2 2 an Trace width of 5V 40mil HDMIODCK 11 ao A u 48 0 U33 74LVC245A C601 C602 1uF NQ 1uF N 3 CONSO a GND 4 E 931 5 2N3904 SOT23 SMDINE 7 FOR MT5351 INTERFACE 7 1 DIP7 P2 0 NC KAWA Confidential 5351 Size Document Number lt Designer gt Rev 8202 27US_LVDS_V0 0 ce 1 Date Thursday April 13 2006 Sheet 7 17 5 4 3 2 1 16 134 INPUT Lu CCIR_V0 CCIR V5 R372 Rv amp CRV 100k SS CCIR_V7 CE115 GPIO11 Zeo
60. lt AVI R F HCS R20 7 C GPIO17 22uF 25v GPIO18 paci 100k VFE_GND EE ND SB33B R373 AA eH AADCVSS Emo m R21 0 AV2 L CES L52 AV1 L Y SWV9 o LE FB JF yR Yz NE VET u39 22uF 25v CUNG Y2 s vec H 4 swo 1 gz_eNpg 2 0b O4 D m Rg 39 2 GNDB HA 00 Ss GND5 gt CRZINB YA 53 FB CR2 GNDB RCNH H HB CRANB n GNDE TX 22 25 CE607 I 100k 6 GND yo H AVR 2 CB3 GNDB L CRS NB lt CR3 INB QS3VH257 JF CE608 CR3 GNDB S EHE TSSOP16 SMD TS 22uF 25v S X 22uF25v Q CB2 INB R369 ONC R378 CRZ INB R370 CR U52 Y2 R371 YQ Z vecs Y2 GNDB R438 ONC YO GND GEB 14 OY Y3 GNDB R446 ONG AV2 L X 5 X Y 58 OUTPUT CB2 GNDB R439 JF 18 Y CB3 GNDB R447 ONC f 22uc25 SWV9 212 AVR AVR CR2 GNDB R440 GND 11121 amp AVI AI CR3 GNDB R448 4 9X Ya 19 N vee H W1S2 9 et ae B B VSS YO GND 100k HEF4052 YQ_GND CE155 GND swvo SOP16 SMD LLOND CRQ_GND wA y x JF 100k 9 NUT 22uF 25v Rast SB33B SB33B 47K R382 ONC AVR R383 ONC AVL CE156 swist R72 SY_L A 10K ae dis
61. self testiengihe simplifies manufacturing testing FEATHRES m Industry Standard HDMI 1 1 xus s DVI 1 0 Flexible interrupt regi ters with interrupt pin m Power Management HDCP 1 1 1 8V core provides low power operation B Digital Video Out Flexible power down modes Integrated PangiLink Cat Supports DTV 480i 576i 480p 576p 720p 1080i 1080p and PC VGA XGA SXGA UXGA resolution up to 165MHz using dual edge to transmit video data for pixel 22 clock over 112MHz 5 Flexible digital video interface 24 bit RGB YCbOr 4 4 4 m Outline 128 QFP packa 47 134 POSTS 25 coND18 GPIO10 CBNH18 CVCC18 OBS ob DE CGND18 CGND18 ssf CGNDI8 MEDIATEK AUUPV 18 82 AUDPGNDI 83 a PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE 48 134 SEHEN 7561 CONFIDENTIAL MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE 49 134 MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE MT8293 CONFIDENTIAL N utp Pin 3 3V power ut utput Pin ground TMDS Analog 3 3V power TMDS Analog ground R set Pin Active low DDC I2C clock 5V tolerance DDC 12C data 5V tolerance O S
62. us PWM Signal Falling Time Tewwr 50 us Input impedance Rin 1 MO BLON Delay Time Ton 500 ms BLON Off Time 500 ms Note 1 The SEL signal should be valid before backlight turns on by BLON signal It is inhibited to change the internal external PWM selection SEL during backlight turn on period Note 2 The power sequence and control signal timing are shown as the following figure 87 134 i Toff 2 0V_ cu LAE 4 0 X 4 Backlight on duration Tr Ti 0 8V n Int Dimming Function Ext Dimming Function re TpwF piig 2 0V 0 8V External PWM Period Minimun 100 Duty 88 134 4 BLOCK DIAGRAM 4 1 TFT LCD MODULE RXCLK 4 G FRAME BUFFER TIMING CONTROLLER DC DC CONVERTER amp DATA DRIVER IC REFERENCE VOLTAGE TFT LCD PANEL 1366x3x768 10 H 1SS0EX VP HOLO3NNOO 1 2I NVOS CN3 CN10 5 02 8 0 B BHS 1 TB LF JST INVERTER CONNECTOR or equal BACKLIGHT CN1 S10B PH SM3 TB D LF JST or equal UNIT CN2 S12B PH SM3 TB D LF JST or equal CN11 S2B ZR SM3A TF D LF JST or equal 89 134 5 INTERFACE PIN CONNECT
63. voltage of CCFL will be higher than that of room temperature 10 2 SAFETY PRECAUTIONS 1 The startup voltage of a backlight is over 1000 Volts It may cause an electrical shock while assembling with the inverter Do not disassemble the module or insert anything into the backlight unit 2 If the liquid crystal material leaks from the panel it should be kept away from the eyes or mouth In case of contact with hands skin or clothes it has to be washed away thoroughly with soap 3 After the module s end of life it is not harmful in case of normal operation and storage 106 134 11 MECHANICAL CHARACTERISTICS x 5 5 T 2 uis vs m Vc ox mwa 90 58 11 V2DI7IDZEA ON H 0000000000 c 00027 1 n di H Ze hs 2 N 3 9 I r p 3WvB3 14053 067117 050505522 000 t 0 lt lt rand T vH H 4 H Oh be V y H B lol 5 r
64. with five channel input selector The WM8776 is ideal for surround sound processing applications for home hi fi DVD RW and other audio visual equipment A stereo 24 bit multi bit sigma delta ADC is used with a five stereo channel input mixer Each ADC channel has programmable gain control with automatic level control Digital audio output word lengths from 16 32 bits and sampling rates from 32kHz to 96kHz are supported A stereo 24 bit multi bit sigma delta DAC is used with digital audio input word lengths from 16 32 bits and sampling rates from 32kHz to 192kHz The DAC has an input mixer allowing an external analogue signal to be mixed with the DAC signal There are also Headphone and line outputs with volume controls for the headphones The WM8776 supports fully independent sample rates for the ADC and DAC The audio data interface supports 2 left justified right justified and DSP formats The device is controlled in software via a 2 or 3 wire serial interface selected by the MODE pin which provides access to all features including channel selection volume controls mutes and de emphasis facilities The device is available in a 48 pin TQFP package BLOCK DIAGRAM O ADCREFGND ADCMCLK ADCBCLK AINOPL Q AINVGL Q FEATURES Audio Performance 108dB SNR A weighted 48kHz DAC 102dB SNR weighted 48kHz ADC DAC Sampling Frequency 32kHz 192kHz ADC Sampling Frequency 32kHz 96kHz
65. 0 B HDTV Mode YPbPr EE esolution requenc requenc kHz Hz 1080i 1920x1080 C HDMI Mode orizontal esolution requenc requenc Hz Hz 480 31 468 59 94 720 45 00 60 00 1080 33 75 60 00 When the signal received by the Display exceeds the allowed range a warning message shall appear on the screen You can confirm the input signal format from the on screen 7 134 Remote Control 1 Power Press to turn on andoff 2IMute x Press to mute the sound Press again 3 0 9 Number Buttons In TV B ey S 53 or press VOL to restore the sound mode press 0 9 to select a channel the channel changes after 2 seconds EPG Press to display EPG Electronic Program Guide menu INPUT amp Press to select the signal sources DTV Press to select Digital TV mode Dot Press number buttons with it to select the channels directly in DTV VOL Press to adjust the volume CH Press to changes channels MTS Press to repeatedly to cycle through the Multi channel TV sound MTS options Such as Stereo Mono or Separate Audio Program SAP broadcast 1 A V P Enter Press 6 to move the on screen cursor To _ select an item press Enter to confirm Exit Press to return or exit the OSD menu Menu Press to display the OSD menu V Chip Press
66. 0 __ WEF LDM D_CLK WE GNDI CB65 A CLK A Dai 6 DDA ros D BA1 R65 75 O tuF ACRE 3 ADQ2 3 4 D_RAS 23 a ae 24 D CKE 0 1uF e lt RESET lt 3 ADA 71 D Das DCSE 24 RA 43 A CSH 3 25 fe ANE 42 RN9 29LV160 QQ ARASH 3 RN10 474 D BAO D RAM D Dao LACAS lt ACA 3 004 7 DD AL 28 4 ag TSOP 48 PIN lt 2 A WER 3 ADOS 6 0 005 28 ho M A9 30 i B 2 D1V25 VREF VREF 3 ADO 3 4 DDO D RAO 29 10 38 D RAT 0003 ION ADQ7 1 D DQ7 D A0 AT D_RA6 D1V25 cy Pos FD 7 3 A2 8 16 _D RAG E RN11 474 RA 32 35 RN12 F or OCE 3 008 D pas DDR A4 rots 3 L voo vss TOWR WEE 3 A DOS DDOS CB66 CB67 CB68 CB69 CB70 CB72 CB73 S ADAD 3 4 0090 0 1uF uF uF G tuF O tuF 01uF 20 DON 1 D pa11 HYSDU281622ET 5 8Mx16 TSOP II 66 SMD DV25A RN13 47x4 754 k k ADQ12 7 D 0912 RN14 A DQ13 6 D DQ13 D 0014 4 DDOI D DQ9 D1V25 A_DQ15 2 D Dais 10 T f 47x4 DV25B 75x4 CB74 CB75 CB76 CB77 CB78 CB79 CB80 CB81 9 0 1uF 0 1uF 0 1uF 0 tuF O tuF O tuF RN16 ADQ16 7 D pare 6 90017 VSS a 06031 ADQ18 3 4 D DQ18 Fag e 1 ADQ19 1 D DQ19 bom D_DQ30 29 75 4 D1V25 pni AnA 50 Eu e
67. 0000 Piece PANEL K 2 gt 580 L32AD2A 05AP LCT32HA36 TV DTV 1 000000 Piece CMO S MT8202 USA 3 E3407 081001 CORD FFC P0 5 50P L 110 0 5 1 000000 Piece 50X110 4 8 X4 8 0 3X0 035 E7501 056104 REMOTE CONTROL K001 ILO 1 000000 44KEYS MT8202 LCD TV USA BLACK 7801 02002 ASSY PSU BOARD MEGMEET 1 000000 MLT169 FOR 321 AC110 240V OUTPUT 12V 8V 24V 220W 771EL27AD04 04 ASS Y MAIN S MT8202 FOR 1 000000 LCT27 7 gt 771SL27AD01 01 ATSC TUNER ASSY 1 000000 SET MT5111CE W O MAX3232 SPOIF 8 gt 200 L32AD04 01AA CABINET FRONT 32 LCT32AD SIL 1 000000 Piece BLK A 202 L32AD32 01AA BACK CABINET BLACK W O DVD 1 000000 10 gt 206 L32AD01 01R SPK CABINET BACK BLACK 1 000000 11 gt 277 L32AD11 01S FUNCTION KEY SIL MATERIAL 1 000000 Piece S BLACK LCT32SD 300 L32AD08 01C POLYFOAM LEFT TOP LCT32AD 1 000000 300 L32AD09 01C POLYFOAM RIGHT TOP LCT32AD 1 000000 300 L32AD0A 01C POLYFOAM LEFT BOTTM LCT32AD 1 000000 15 gt 300 L32AD0B 01C POLYFOAM RIGHT BOTTOM 1 000000 Piece S LCT32AD 310 030404 01 POLYBAG 110MMX80MMX0 04MM 1 000000 310 041204 01V POLYBAG 4 X12 X0 04 AV 1 000000 18 310 111404 07V POLYBAG 11 X14 X0 04 FV 1 000000 Piece S 111 134 Spare part list for LCT32HA36 19 310 423850 07V BAG LAMIFILM 42 X38 X0 5MM 1 000000 Piece rrr om 384 L32AD03 01H PVC SHEET FOR KEY 1 000000 Piece 22 389 L32AB01 01 PVC SHEET L32AB 2 000000 Piece 23 426 L37AD01
68. 000000 0000000000000000 0000000000000000 0000000000000000 1 1 1 Red R7 R6 R5 R4 83 82 R1 R0 G7 G6 G5 G4 23 22 G1 7 6 B5 B4 B3 B2 B1 BO 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 01010 1010 10 0 10 10 01010 10101010 10101010101010 10 0 00000000 000000000000000000000000 00000010 0000010 0000000000000 00000000 00000000 0 010010 0 0 010 011 0 0 Color Black Red Green Magenta Yellow White Red 0 Dark Red 1 Red 2 Red 254 Red 255 0 Green 1 Green 2 Green 254 Green 255 Blue 0 Dark Blue 1 Blue 2 Blue 254 Blue 255 Basic Blue Colors Cyan Gray Scale Of Gray Scale Gray Scale Note 1 0 Low Level Voltage 1 High Le
69. 00MM 1 000000 Piece 12V 9V MT8202 47 gt E3421 926125 WIRE ASSY P2 5 4P 4P L400MM 1 000000 Piece AMP24V EMI MT8202 48 gt E3461 000123 WIRE ASSY 14P 3P2 0 8P2 5 1 000000 Piece L 400 700MM INVERTER V320B1 L04 06 PANEL 49 gt 461 064038 WIRE ASSY 2 5 7P 7P 1400 5V 1 000000 Piece STANBY POWER MT8202 FOR 27 32 LCD 50 gt E3471 000072 WIRE WS SHIELD FOR MT8202 1 000000 Piece MICO KEY 13P 8P 5P L650 L750MM W O EMI E3471 000082 WIRE WS SHIELD WIRE FOR 32LCD 1 000000 Piece i remm emnes 53 gt E6203 32CD03 DISPLAY LCD 32 CMO WXGA 1 000000 Piece V320B1 L06 54 E7301 010002 BATTERY AAA 1 5 2 2 000000 Piece 55 gt 734 L32AD02 02 PLASTIC BASE ASS Y W O LOGO 1 000000 SET SILVER 56 gt 771BL27AD01 02 IR RECEIVE PCB ASS Y FOR ILO 1 000000 SET S LCD S MT8202 57 gt 771KL37AD01 01 KEY PCB ASSY FOR LCT37AD 1 000000 SET S 116 134 Software Upgrade Process of update MT8202 Preparing 1 Connect the Plasma LCD TV and PC with the Software Upgrade Board Please find the details for connecting refering to the appendix at the end of this file 2 Store the MtkTool into the PC Downloading 3 Turn on AC power of the TV and then press the button standby of the remote control The image could be found on the screen of the Plasma TV while the color of the power indicator is green the mode of the TV will be standby mode if after turn on the main power only 4 Execute M
70. 01S AC LINE BRACKET 1 000000 Piece 24 gt 436 L32AB0I 01S TERMINAL SHEET FOR ILO 1 000000 Piece 481 L32AB06 01S SHIELDING BOTTOM MT8202 1 000000 483 L32AB32 01S SHIELDING COVER 1 000000 486 L32AD01 01 NAME PLATE ILO SILVER BLACK 1 000000 521 300055 01 FELT PAPER 300X5X0 5MM 4 000000 560 L32AD01 01AP MODEL LABEL ILO LCT3285TA P 1 000000 563 119 SERIAL NO LABEL 1 000000 568 P46T02 02 WARNING LB ENG 42SF NIL 1 000000 32 gt 578 L32AD01 03AP FUNCTION SHEET LABEL FOR S 1 000000 Piece MT8202 ILO 579 42D102 09 SERIAL NO BAR CODE LABEL 42D1 1 000000 34 gt 579 42D105 01 PROTECTIVE EARTH LABEL FOR 1 000000 Piece ESA 42TD1 579 L27AD09 01 CAUTION LABEL ENG AKAI 1 000000 579 L32AD02 06AP BAR CODE W SERIAL NO LABEL 2 000000 Piece 60X40MM LCT32HA36 579 L32AD09 02AP STATEMENT LABEL 77X20MM 1 000000 590 L32AD01 04AP WARRANTY CARD ILO 1 000000 112 134 Spare part list for LCT32HA36 39 gt 593 L32AD01 07AP INSERTION CARD ILO 1 000000 Piece S 40 gt E3404 157010 AC CORD UL 1 88M FOR MT8202 W 1 000000 Piece S O FILTER 41 gt E3421 925118 WIRE ASSY 8P2 5 7P2 0 L170MM 5V 1 000000 Piece S 12V SIGNAL POWER MT8202 42 gt 421 925119 WIRE ASSY P2 5 11P 11P LA00MM 1 000000 Piece S 5V SIGNAL POWER MT8202 43 gt E3421 925127 WIRE ASSY TJC3 2Y L860 SPK R 1 000000 Piece MT8202 44 gt 421 925133 WIRE
71. 0PF ouF 0 tuF 1000PF XTLO DATAT VI14 T i J T DATATE 59 En EON 102 2 Vs 1 Y 27MHz NC 101 1 04 QE16 Me yes GE17 100 6 5 C634 C635 DATA2 62 99 4 3 VI8 AVCC IOVCC 18pFNC 18pFNC DATA2 63 RE 98 ovec 1 vie T pene TOGNDSa 1 RN31 394 CB214 C614 CB215 C615 cB216 C616 R692 2 22 o AJK 88 88 55962208 1000 otuF 1000 ouF 1000 80 5 8 808609555 sacos CI2CA 595200 58055202590605220000 35542 t 4 85200502808 00095522 55 4 4 Al 4 LOFP128 SMD 8293 RN32 R696 ag as 47KNC 33x4 I vi20 6 5 Vn 4 3 __ 22 a o E e aBa d 28 as S S 8 R707 0 R709 47k INTO eese CVBS OUT HDMI_PLUGPWR TP79 Les 184 vecis 1 FB CB234 C633 FB O tuF 0 01uF R706 25 ADD HDMI COAXOUT ATkINC DDC SCL 9993 SCL WHEN USE HDMI COAXOUT C127 CHANGE 0 RES KAWA Confidential 6727 DDC SDA R711 9993 SDA HDMI INPUT MT8293 Size Document Number APWr8202 27US LVDS VO Date Thursday April 20 2006 TXD MT5351 Transmit RXD MT5351 Receiver
72. 1 1 R666 INC AVCVBSO 11 027 22k JF 2SD2653K pd CES R252 c12 11 1N4148 6 CVBS OUT 47K T A tour 220uF 16v R668 470 05 1N4148 I 1 R429 R430 R749 CE152 47K 1K Fg 100uF 16V D6 NK Fg 14148 BYPASS VIDEO OUTPUT a a ee LU EL AL AE A CE ELEC AA ELA CA CS 1 1 1 2 EE 1 1 I ROY VIK AUDIO BYPASS I BYPASS AUDIO OUTPUT l A OuF 25V Re47 0 R648 10K R649 U46A 10u SB33B 1 AR 148 9 1 En AVR OUT1 AVR OUT AVR OUT OP1VREF IV C604 NJM4558 R650 R750 C100UF16V 820pF a 100 100 OP1VREF OPA1V9 R677 GPIO7 oe 2N3904 SOT23 SMD 1 R651 39K ird A AVL OUT 1 AWS x l R652 0 GENS R653 10K R654 54K U46B 10uF 25V 2 3904 AL M 1 al CE150 470 SOT23 SMD Um TA SUR Bn AVL OUTI AVL OUT ifidential a P1VI l C606 NJM4558 R655 100 C400UF16VID6H11 820pF T 100 R752 OPIVREF ms i M8776 amp VIDEO BYPASS 1 _ _ 4 Size Document Number uiia kaka kaku kaka kako kaka kaka kakak kaka kako Doc ccc ccc Cc
73. 134 The driving signal means the signal of gray level 0 63 127 191 255 Gray to gray average time means the average switching time of gray level 0 63 127 191 255 to each other Note 4 Definition of Luminance of White Lc Layg Measure the luminance of gray level 255 at center point and 5 points Lc L 5 Lave L 1 L 2 L 3 L 4 L 5 5 L x is corresponding to the luminance of the point X at the figure in Note 8 Note 5 Definition of Cross Talk CT Ya Ya x 100 96 Where Ya Luminance of measured location without gray level 0 pattern cd m Yg Luminance of measured location with gray level 0 pattern cd m 0 0 Active Area Active Area Ya u D 2 W 8 u D 2 W 8 Ya p D 2 7W 8 101 134 Note 6 Measurement Setup The LCD module should be stabilized at given temperature for 1 hour to avoid abrupt temperature change during measuring In order to stabilize the luminance the measurement should be executed after lighting Backlight for 1 hour in a windless room LCD Module LCD Panel Center of the Screen Display Color Analyzer Minolta CA210 Light Shield Room Ambient Luminance 2 lux Note 7 Definition of White Variation 6W Measure the luminance of gray level 255 at 5 points 6W Maximum L 1 L 2 L 3 L 4 L 5 Minimum L 1 L 2 L 3 L 4 L 5 Horizontal Line G9 Test Point X 1 to 5 Vertical L
74. 1uF 5 TUNER C220UF16V D6H1 0603 5 0 C220UF16V D6H1 Co603 SMD Bep LIUM DV33 DM AP1084 TO220 DIPpV TS220uF 16v R6 u Dve TO2207DIP 4x1 W7HOUSING 1 180 1 25 x 1 180 110 3 3V L DIP4 W H P2 0 RO603 SMD spa Avs 5 67 DV25 POWER SUPPLY 5V FOR TUNER mE POWER SUPPLY 3V3 FOR MT5351 55 DV12 4 134 567 5 GND ne a x ul ML a Pac E ast gi eit qp cc pup qp xu CLE Eh uen 522221525 U4 BEAD SMD 0805 I 5V DV33 DM DV33 AV33 GLOBAL SIGNAL 9 58 1 L5 L6 cR NI EE 7 t _ CB7 lt R7 BEAD SMD 0805 CE8 CB8 CB9 BEAD SMD 0805 CE10 CB10 2 220 16 0 1uF T AZi117 adj 110 220uF 16v 0 1uF 0 1uF ZT 220uF 16v 0 1uF C220UF16V D6H11 CO603 SMD SOT2237SMD RO603 SMD E C0603 SMD I C220UF16V D6H1 CO603 SMD C220UF16V D6H1 CO603 SMD I I R8 180 1 180 1 25 X 1 180 110 3 3V I POWER SUPPLY 3V3 FOR MT5111 POWER SUPPLY 3V3 FOR MT5351 ANALOG l as ss 4 rr rrr ee prt MU PR
75. 21 499k R0603 SMD 2 we EN2 FB CB150 e 10uF COB05 SMD CO0805 SMD R113 249k R0603 SMD MediaTek Confidential Te POWER Size Document Number Cus MT5351RA V2 TuinSan Chan Date Monday February 20 2006 Sheet 2 of x 5 E 28 134 08 5V_TUNER L10 FB GND EGE17 BEAD SMD 0805 GND Outdoor PS VS splitter 5V 0 1uF 10uF 16v C0603 SMD C10UF16V D5H11 5V TUNER GND GND 3 y 4 R15 R16 5 10K 10K BEAT 6 R06037 SMD R0603 SMD 17 NS R0603 SMDI 52 18 100 R0603 SMi TUNER SCLO ERN 9 19 100 R0603 SMD TUNER SDAO NC Ho L11 5V_TUNER Broad IF OP 12 PER IF 13 N IF OP1 4 CB18 _ 18 BEAD SMD 0805 15 L UduF IF C0603 SMD C10UF16V D5H11 H4 PORT TUNER TD1336 FGHP C3 R0603 SMD 1onF C0603 SMD R0603 SMD YGS R0603 SMD U9 1 OUT 2 IN OUT 3 GND peo IF AGC AK PORT SAW FILTER X6965D SIPSK DIP 5V TUNER o ta c5 In 0 1uF C0603 SMD CO603 SMD C6 2nd IF 5 u 8 4 C0603 SMD 2 oe 1 i E AS mH IN2 OUT 2 5 L IND SMD 0805 VAGC GND 1 SIP5K upc3218
76. 22uF 25v CCIR V5 2N3904 CCIR VO 2N3904 SOT237SMD SOT23 SMD R613 10K NC R627 INO lt uu CB11 T D1 D1 1016 R443 SOT223 SMD NC GPIO17 R444 CB203 IRF7316 GPIO18 R445 0 1uFNC SOp8 SMD 047 220uF 16yNC LO gt DVD BOARD POWER OFF 171 FBANC _ HI gt DVD BOARD POWER ON SB33B SV 172 FBANG DIPB W H P2 0 C155 C156 C157 C158 1000pFNC 1000pFJNC 1000pF NC 1000pF NC ADJ GND CE153 z CE154 CB209 r 470 16 TS 220uF 16v INC 0 1uF NC GPIO11 Q28 2N3904 ONC 8451 SOT23 SMD NC DIP6 WHP2 54 KAWA Confidential DAUGHTER BOARD Size Document Number 202 27US LVDS VOO Checked Checker Date Thursday April 13 2006 Sheet 8 cb d
77. 24 47x4 MEM DQ24 8 75x MEM_ADDR2 ss MEM ADDRS MEM ADDR2 atis M MEM ADDRS f MEM VREF 1 RDQ25 5 MEM 0025 5 amp MEM ADDR3 5 35 MEM ADDR4 MEM ADDR3 42 2 AS 55 MEM ADDR4 MEMS RDQ26 3 4 MEM DQ26 3 33 33 VOD vss 24 VOD vss 24 RDQ27 1 2 MEM 5027 _DDRMEMORY___ ___ _ _ 1 CLOSED TO MTS351 CLOSED TO DDR RDG28 ATKA MEM 0928 Tex 16 DDR TSOP 66 16M x 16 DDR TSOP 66 _ D NE LENGTH RDO29 5 6 MEM DQ29 TSOP 0065 22D6LX9D7W 668R TSOP 0065 22D6LX9D7W 668R RDQ30 3 4 MEM DQ30 3 R 2 OS 2 MEM DQ31 1 DDR 1 RCLKO Ri MEM CLKA RIRA R0603 SMD R103 CLOSED TO MT5351 CLOSED TO DDR R0603 SMD RCLKOR Ri CLKA RIRA R0603 SMD Ri MEM CLKB RIRA R0603 SMD R107 100 R0603 SMD RCLK1 Ri MEM CLKB 1V25_DDR RIRA R0603 SMD CB91 CE23 04 0 1uF 220uF tev 7K CLOSED TO 5351 CLOSED TO DDR COG03 SMD C220UF16VD6H11 R0603 SMD 1 u19 1 DV25 GND VIT 30 PVIN E VSENSE AVIN MEM VRE 4 1 25 DDR DV25 VREF 4 x 1 LP2996 DDR Termination 5 8 CE24 168 C169 CB95 0171 0170 cteo 1 cma 145 s amp SOP8 SMD 47uF 1ey 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF CO6037SMD C47UF16V7DSH5 C0603SMD cosos sMt CO603 SMH CO603SMDL CO603SMDI CO6037SMD CO603 SMD CO603SMH cosos sMr CO603 SMD coeos sMr CO603 SMD CE25 C153 C154 C155
78. 3A U4 AZ1117 adj SB18A our 2 CE78 TS 100uF 16v SOT223 SMD ASB33A 100uF 16v ASB33A ADCV33A ADJIGND 100 16 LVDS GND 1 SOT223 SMD 1 25 1 62 110 1 957 CE9 100uF 16 iw ASB18A 18 FB 9 ASB18A 100uF 16v LVDS_GND LVDS GND 180 1 1 25 1 180 300 1 997 46 FB 4 4 ADCV18A change 2 16 202 I00uF 16v 9 GND1 147 FB 583 B DV33A ADCV18A 4 B 9 CE13 CB189 1 I Z 1000 6 0 1uF VFE CE15 25 220uFH6v T nir 0 1uF 5818 3 FB 206 VCC AZ1117 3 3V 07 U8 AZ1117 1 8V DV18A SOT223 SMD 149 FBINC T our 2 rT u amp our 2 1 CE82 lt 100uF 16v CE103 cB206 J 100uF 6v J 470uF 16v ZF SOT2237SMD 9 9 150 FB 2 AV18A l AV33A FB CE20 CB22 2204216 220uF 16v 0 10F 1 05 AZ1117 3 3V U37 AZ1117 adj DACVDD DV33B 151 FB VCC U11 AV33A Sl our 2
79. 4 8 0 3X0 035 4 E7501 056104 REMOTE CONTROL K001 ILO 1 000000 SET 44KEYS MT8202 LCD TV USA BLACK 5 gt E7801 P02002 PCB ASSY PSU BOARD MEGMEET 1 000000 SET K MLT169 FOR 32LCD AC110 240V OUTPUT 12V 8V 24V 220W 6 gt 771EL27AD04 04 PCB ASS Y MAIN S MT8202 FOR 1 000000 SET K LCT27 7 gt 771SL27AD01 01 ATSC TUNER PCB ASS Y 1 000000 SET K MT5111CE W O MAX3232 SPOIF 200 L32AD04 01AA CABINET FRONT 32 LCT32AD SIL 1 000000 BLK A 202 L32AD32 01AA BACK CABINET BLACK W O DVD 1 000000 206 L32AD01 01R SPK CABINET BACK BLACK 1 000000 11 gt 277 L32AD11 01S FUNCTION KEY SIL MATERIAL 1 000000 Piece BLACK LCT32SD 300 L32AD08 01C POLYFOAM LEFT TOP LCT32AD 1 000000 300 L32AD09 01C POLYFOAM RIGHT TOP LCT32AD 1 000000 300 L32AD0A 01C POLYFOAM LEFT BOTTM LCT32AD 1 000000 300 L32ADOB 01C POLYFOAM RIGHT BOTTOM 1 000000 Piece LCT32AD 310 030404 01 POLYBAG 110MMX80MMX0 04MM 1 000000 17 gt 310 041204 01V POLYBAG 4 X12 X0 04 AV 1 000000 Piece 310 111404 07V POLYBAG 11 X14 X0 04 FV 1 000000 114 134 Spare part list for LCT32HA36 19 310 423850 07V BAG LAMIFILM 42 X38 X0 5MM 1 000000 Piece 20 370 42D102 01 PAD CORD SPONG FOR SPK 1 000000 Piece 21 384 L32AD03 01H PVC SHEET FOR KEY 1 000000 Piece 22 389 L32AB01 01 PVC SHEET L32AB 2 000000 Piece 23 426 L37AD01 01S AC LINE BRACKET 1 000000 Piece 24 gt 436 L32AB0I 01S TERMINAL SHEET FOR ILO 1 000000 Piece 25 gt 481 L32AB06 01S SHIELDING BOTTOM MT8202 1 000000 Piece 26
80. 4 WH P2 54 R R780 R187 4xf WIHOUSING R A MUTE RES Q43 2N3904 DEL R759 R262 Q11 16 2 R759 MUTE 4 7K A MUTE R761 Ak 9 E KAWA Confidential AUDIO Amplifier Size Document Number Designer Rev B MT8202 2705 LVDS V0 0 Checked Checker 1 Date Saturday April 22 2006 Sheet 17 17 26 134 MT5351RA V2 MT5111 MT5351 REFERENCE DESIGN 4 LAYERS EE MediaTek Confidential i J1 Burner Rev History Pit DATE Tezaur evime i T cdeogswo RA V1 INITIAL VERSION 2005 06 15 Leo EE U Hesenes i 7 9 12V RA V2 ADDED AUDIO SWITCH REFINE POWER CIRCUIT 2005 07 14 8 T EAD SMD7120 PRU 2 gt 2 5 68 DV33 p ND gt 2 34 5 6 7 8 GND xe 3 3V ls 4 58 ORESET POWER INPUT FROM MAIN BOARD a GLOBAL SIGNAL I INDEX AND INTERFACE NS NON STUFF CON POWER TUNER YA F 5 ASPDIF lt Ase MT5111
81. 61 KA278RAO05 NC TO 220F 4L svrev 1 vcc 9 CB4 gt R52 CE6 100uF 16vINC 0 1uF NC NC 100uF 16v NC POWER ON RESET CIRCUIT 8202UP3 1 HIGH POWER OFF SB33B CB2 8202UP3 1 LOW POWER ON 0 1uF INC er SOT 23 SMD NC HOLE GND ali ij H2 5 33 CE4 10uF 25v R635 10kNC 8202UP3 1 R11 SOT23 SMD 100NC of 019 4 7K 2N3904 D1 SOT23 SMD 1N4148 5MD 5V 6V 9 5V 6V 1 LVDSVDD 1 ji 639 637 P251 ok 11x1 R13 DIP11 P2 54 20K 8 12V Vcc WP SYSROMWP Q4 A IER RE 100 SCL 2N3904 CB15 m x R100 SDA SOT23 SMD 8 0 tuF CE2 CE145 0 1uF SDA 100uF 16 0 1uF470uF 16v CB207 EEPROM 24C16 175 20pF 20pF H WP DISABLE R15 L WPENABLE SYSTEM EEPROM 40K NC FROM POWER BOARD KAWA Confidential INDEX POWER RESET EEPROM Sire Document Number Designer Rev MT8202 27US LVDS V0 0 c 1 Dale Thursday Apri 13 2006 Sheet 1 Power ON alive source AZ1117 3 3V 5VSB u 5833 TS 100uF 16v SB33B 3 0 1uF SB33A SB3
82. 7 ppATAo 18 JTAG PORT VORT VOR DES I nann u von Eo MM Woes vor DDATA3 N28 Yon oe ox Y28 18 uorx ions PRL b UIRX i disi S 8 vera wes X26 UX som voak von MOATAO LAA2E 18 UZIX UzcTs VoPclk MDATA1 Tg U2RX WOHSYNG VOHSYNG MDATA2 AAZ wt VoHSYNG MOATAS LAA26 UART RS232 I I k SEE BONES CEU gu ER Wes sTRsT wa LAB28 REQUESTS 0 Je see E REQUESTE 1 a ote STSDIN 4827 b rs 1 0607 SPWRSEL HABS prem h 080 7 cx AB25 gpvppkp Ky VopCLk JTDO as SCMDVCC CAT R36 AVDDBGKP 1b VoHsYNc vovsvac SRST 2k AvDDBGKP VppYkp 1 vovsvNc Scuk AGE 26 AVDDYKP VODE TE RO6oswp AVBURKE E sDATA 26 AVDDRKP DIGITAL VIDEO OUTPUT GND cuo 2b vop pvputo GND GND EB a 2 AVDD as Z LED DIPIP2 S4 26 ANDE GND GND 2 AVDD APLLI GND GND 2 8 AVDD APLLO a GND GND CAPVPLL Ei E E CAPVGND APLLCAPT AUD CTRL GND GND APLLCAP1 YAR GND GND
83. 88 9S s RF AGC S ae B B 8 9 ROG03 SMD 47nF lt lt 0144 Hi 9 puse C0603 SMD 89g 5 2nd IF 2nd IF 3 2nd zE KEE B 2nd_IF ol 5111 IF 6 AGC BB EE TUNER SCLO 5 T PFE TUNER 5010 2 TUNER SDAO R0603 SMD 47nF TUNER SDAO C0603 SMD TUNER INTERFACE dd EN SREEEEE d ll IA SZO JEITZ 2E 28222252282 TS1DATA O 855558952 555258 Bo TS1DATA O 7 DOMO TS1SYNC TsTvALD JF e ADVDD gt E R TSIERROR 16 ADVDD33 52 50 TS1ERROR C0603 SMD xT AS P ses ORESET paetos L13 C12 19 z LAT L M NS 220nH NS ATpF AVDD33 AS Host Lan STSNPU T UIND SMD 080 0603 5 81 45 DVDD18 2nd IF l 8 n MOSCA 44 OSDA MST 1 C0603 SMD C14 0 1uF 00518 avon DVDD33 6 OSDA MST OSEE ET Casma Nc mm DVDD33 6 OSCL_MST H avss DGND C15 0 1uF REFBOT 86 lt m 40 DVDD18 C0603 5MD 1 C16 VCMEXT REFBOT Du DVDD18 39 1 RA TS1ERROR 0uF 10v TSLERR 3 4 TS1VALD C17 0 1uF COBOS SMD REFTOP REFTOP Ft oq TS VAL 57 060375000 T gg AVSS Ig TS 515 AVDD33 gis AVDDIS o DOND a DVDD33 usss
84. 94 CB95 CB97 CB98 CB99 CB100 CB101 1 D 0 1uF uF 0 1uF 0 1UF O tuF O tuF 22x4 D DQS2 R7O 25 P DOS2 RIO AS 4 R71 22 D BAI i d D DQS3 R72 25 A R73 22 D BAO R74 D CAS R75 75 T T 1 1 A DOMO R76 22 D pies U20 DV25B CS 1 8 D WE R77 25 A DOMI R78 22 D 21 550 CB102 CB103 CB104 CB105 CB106 CB107 CB108 CB109 D1V25 3 6 D_DoM1 R79 75 0 1uF 0uF G tuF 0 1uF O tuF 0 1uF BOM RD AL ACKE _ RB0 22 4 VREF T VSENSE AVIN Ted 9 VREF VDDQ DOS R81 75 R82 22 IC LP2996 DDR Termination SOP8 _ cE41 tuc ceca D DQSO 25 A CLK 884 22 D CB110 CB111 CE42 D DOMO R85 75 DV25A R327 400 NC D_CLK 220uF 16v Mi We oo PUT ON NEARLY BGA D CLK _ R328 400 NC D_CLK R329 400 NC D CB116 CB117 CB118 CB119 C54 C55 3300pF 3300pF 0uF 0 1uF 0 tuF 0 tuF DV25B 4 SDV25 SDV25A DV25B DV25A T T T 116 y FB SDV25A o DV25B CB120 CB121 CB122 CB123 CB124 LT1084 2 5 TO 252 3 VREF U21 TO 2523 5MD owe owe vec CB112 CB113 CB114 CE47 CE48 CE45 T z20uFH6v 220uF 16v 220 16 vrer 1 1 1 1 H 1 LU DV25B 0 tuF 0 tuF 0 1uF VREF 3 VREF DECOUPLING j VREF _ CE44 CE46 3 220u
85. ASIC AQISDATAO 2 12 MT5351 ASIC 3 50 sb uon 1 MT5351 PERIPHERAL voca 9 ium 5 3 CB 5j DDR MEMORY Siur UART RS232 NOR FLASH JTAG UART poe ccr CIIDTGS3VH287 TSSOP16 P0 65 SMD HA1 H 900 7 i 5 VOPGLK U2RX 3 4 3 5 VOISINS VOVSYNC U2TX 1 2 4 pec VE ____ 33 4 RNOGOSISMD 5 AOIMCIK RS te n 6 DIGITAL VIDEO OUTPUT AGISDATAD nee vrs 8 AO1SDATAO R50 75 1 9 10 _ AO1MCLK NAME TYPE DEVICE vono Tm BRA I WEIES 12V 12V ER 4 E 1 AARONO 14 mnl gt amp 8 d PONER SV S Voss 5 OO a r DIGITAL AUDIO INTERFACE 5V_tuner POWER 5V TUNER POWER es 23 4 RROBOBTEND voco A 8 21 DV33 DM POWER 3V3 MT5111 POWER VOGT 5 amp 22 gy AUDSOTRL DV18 POWER 1V8 MT5111 POWER 2 8 DV33 POWER 3V3 MT5351 POWER m Fr Man ddl AV33 POWER 3V3 MT5351 ANALOG POWER 5 5 zr 8 DV25 POWER 2V5 MT5351 DDR POWER VoG7 29 DV12 POWER 1V2 MT5351 POWER voRo 3h VORT 5 6 32 VORS 1 2 34 m 22 an GND GROUND GROUND von 3 m 1 2 39 CE VOHSYNC H 35 VeDE a 5 421 R4 AP VOPCLK 5 2 23 I ASPDIF Q b RNOBOSISMD R0603 SMD ie AC READY 5 2 ni D1 r REQUEST 3 4 48
86. Blue Press this button to access the blue item or page Green Press this button to access the green item or page Yellow Press this button to access the yellow item or page 8 134 MAIN BOARD POWER BOARD 5V Standby 5V 12V 9V 24VA For Class D 24V For LCD Panel 5 4 3 2 1 gt gt LvpseND 2 34 8 a 9 14 SPA__yyspa 9 14 8202 PBGA388 LCDTV BOARD 4 LAYERS FOR AKAI e neoa gt gt GPIO2 3 12 gt gt GPI04 3 gt gt ePlo14 3 13 62019 N 1 INDEX POWER RESET EEPROM EC emos 2 LDO UE 12 3 MT8202E PBGA388 i 4 MT8202 DECOUPLING a HDMI VIDEO AUDIO CONNECTOR INPUT IN EE SOICMRMD 5 DDR MEMORY amp FLASH mM Wii POWER 6 MT5351 INTERFACE LO gt POWER OFF R75 7 HDMI MT8293 t 8 DAUGHTER BOARD IN From a 9 WM8776 amp VIDEO BYPASS a 10 AUDIO VIDEO IN CIRCUIT 11 amp PC AUDIO IN 12 LVDS OUT 13 BACK LIGHT KEYPAD 14 TUNER IN 15 AV IN 16 AUDIO IN 17 AUDIO Amplifier POWER DOWN RESET CIRCUIT D24 D25 2N3904 p 3 1N4001 SMD JN a i DIODE SMD NC 1N4001 SMD 1N4001 SMD 4N4001 SMD 16 020 R338 FB39 FBINC R2 1 2 FBNG 1N4148 vcc 0
87. CRIPTION REVISOR NOTE THIS RELEASED DRAWING WAS PRODUCED BY COMPUTER DO NOT UPDATE MASTER MANUALLY 5 SCREW BID 3X8 S TAP SCREW BID 2 6X8 es 604 407008 10 614 400110 10 771BL27AD01 02 IR RECEIVE ASSY FOR LO ie Joo S TAP SCREW 3010 REMOTE LENS ASSY FOR ILO 5 SCREW BID 2 0X5 TERMINAL SHEET FOR 10 5 SCREW M4X45 MACH SCREW CTS 38 610 300115 00 5 SCREW ROUND3X15 202 L32AD32 01AA 483 L32AB32 01S 602 305006 10 771EL27AD04 04 E3404 157009 277 L32AD11 00S 426 137 001 015 E7801 P02002 MACH SCREW TRS MX40MM 1429 2896 01 U TOP CROSSBEAM 602 407008 00 WACH SCREW WASHER 416 614 300108 00 S UP SCREW 308 370 420101 01 610 350710 10 29 28I 0I 9 2008 0 IGG2001 01 231 L32AB21 01R 429 132 008 015 429 1524805 01 481 132AB06 01S SHIELDING BOX VSC MACHSCREM MX12 420 320013 01S MAN BRACKET 601 407010 00 MACHSCREW M4X10 384 1324003 01 PVC SHEET FOR KEY 429 1224835 01 U BOTTOM CROSSBEAM E6203 32001 LCD 32 WXGA V32081 101 604 407016 00 MCHSCREW M4X16 429 L32AD0A 01 Z BKT FOR PANEL 614 400412 00 S TAP SCREW BD 4X12 E4801 124001 SPEAKER 8 OHM 108 05 YD78 1 429 L32AD13 011 SECURE LEG 614 22006 10 S TAP SCREW BD 22 6 PART 200 320004 01A CABINET FRONT 321073240 SIL BLK PART DESCRIPTION SECC T 1 0
88. Capes vitz HDMIODCK HDMIDE lt Po pii vpp2 52 05 L20 ADIN4GPIO viti AES HDMIRSYNC HDMIDE ADIN3 GPIO Dvss18 H8 HDMIVSYNG XQ HDMIHSYNC 6 7 PUVDD3 _ ypiivops PR ADC_IN2 820 DIN2IGPIO vito AF23 um rad HDMIVSYNC 67 TP13 ADC IN R15 GND HDMICEN t XTALVDD ADC_INO ADINMGEID Ld VIS DE SOG gt xTALVDD 4 Reo Bi ADINDIGPIO ce ADEL DE 506 6 VPLLVDD1 vj ADCVDD VI8 27MHZ 6 gt VPLLVDD1 4 18 PWM2VREF op ERA B18 vie _0950 3 5 DACVDDA gt DACVDDA 4 TP45 B VS RA O 11 5 LVDS GND a BA 0 1 5 DACVDDB TP46 DACUBSA DMIODCK DACVDDB 4 MEI ie 3 3 VoS GND 618 DACVDDA o DACVDDC SSpAcvppc 4 LVDS GND C1 DACVSSB 020 V2 ___ CLK 5 DACVDDB D16 AC22 DV18A H peen ae DACVDDB DVDD18 vi Y RBVDD VFEO Avpp_VFE0 4 e 81 LAE20_ 5 AVDD VADO CFS RIF pacvssc AEO HMDE Wr 4 AVDD VADO 4 Tpa DACVREF B16 FS AD19 HDMIHSYNC SB33B 2 AADCVDD e DACVDDC qis VREF HEYNE DVI T HDMIVSYNC 9 D gt AADCVDD 4 TESTP4 DACVDDC VSYNC_DVI HDMICEN WER 5 ADACVDD TY TP4 CEN DVIGPIO 18 EsOG rt VREF 5 RBDACVDD gt ADACVDD DE SOG GPIO DV25A 5 LLVI gt 18 27 ADCVDD LVDS GND p14 VPLLVDD1 OUT T Acie
89. DACVDD a 3 2 2 3 I IN _ co J CE109 CB187 i 2200 16 F 1000 TT lt SOT2237SMD R325 220uF1ev ouF I J CB24 2 700ev ouF lt 20 LVDS GND 300 1 LVDS 0 uF ma LVDS GND SivpseNp 3412 GND gt vee GND SvrEGND1 34841 KAWA Confidential LDO Designers Rev Checked Checker Size Document Number AKAL MTS 2705 LvDs Date Thursday April 13 2006 Sheet 72 17 5 4 3 2 1 5 33 TP23 5 R34 820k 3 TP2 TP4 Te TP43 Yi XTALI XTALO 28 Bias Bls ger E ES 1 FT i lol las 5 5 95 2 pg E es Eb ael sl kell Hole Balsall BEES 606 619 Zerg aas SE PPPE elelee la a Sosa SEP EP
90. DC AR TESTP2 3 400pFINC__AOMCLK 5 DACBCLK VMIDADC 2 CE130 10uF 25V R414 AL a 3 g PACMOLK heen 7 05 cB195 dd de AOSDATA1 x DG EIE HPVDD EoET91 0 tuF MUTE 17 adi 1 ZFLAGR DACREFN 28 nv 97 Y cBt32 k R227 28 VMIpDAC CE16 ces S TM 33pFNC 33 ZFLAGL VMIDDAC 57 COD VOUTR ouFz2sv R233 lt 2 AOMCLK Ha UE 28 COD VOUTL 10uF 25v COD VOUTL AC AUSPL H pour 25 v T 33pF NC g CE132 CB197 1OuF 25v R415 cBiss lt lt 10uF25y O uF OUTPUT 85 So 10k lt AUSPR AUSPL M 16 DV33B SB33B 3 4 AUSPL 16 AVR OUT AVR OUT 15 AVLOUT 15 CVBS_OUT 65 1114 EBING 5 E gs DV33B 165 pvpp AOLRCK g CODHPOUTR C188 REMARKS FOR LCDTV R413 CE134 4k CODHPOUTL C187 6 us uS 4 m R226R232 CB132IR233 CB133 R227 CB131 R234 CB134R666 134 152 39027 CE140CE138 lt LCDTV lt 22 22 56pF 22 22 56pF 22 56 24 NC NC NC NC NC NC gt 25255555 s Ext ye eS m pe epe e e c E a pa Papa pe Pon l I p ba TESTP2 R426 0 AVCVBSO I 1 1 vec sv vec d o 1 I vcc R662 Ree3 9 OP1VREF Li M i 9 Fg Nc 20 R427 R246 D3 1N4148 stay 24K 1V9 10KINC Fog E138 223 47K
91. DVDD18 FB2 AVDD3 92 AVDD o DVDD33 34 RN0603 SMD AVDD33 92 AVDD TS SYNC AVDD TS DATAO _ CosossuD XTAL2 iden 30 DVDD18 6 TSIDATAL 97 XTALI TS DATA2 28 L o 28 ce AVDD33 mu Aves Meere RNO603 SMD Yi 18pF 26 DVDD33 25MHz R28 C0603 SMD e AVSS tz 2 z DVDD33 CRYS DIP SMD 1M C20 8 85 R0603 SMD 18pF 8 898 282882 5555 C0603 SMD 5556 6 PP 1 1 1 T T cd 8 8b E 9 amp SIS 33x4 lt lt lt 88 RN0603 SMD clgles 5555 bolal DV18 DVDD18 pv 7 9 AVDD33 AVDD3 1 BA 1 9 5V TUNER DV33 DM cats 653 f cez 1 cez 0820 CB21 BEAD SMD 0805 CB22 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF FB CB26 TS10uF 16v 0 1uF coeos7sM Coe03SM C0603 SMD coe03 SMH C0603 SMO CO603 SMD BEAD SMD 0603 0 1uF Cc10UF16V7DSH11 CO603 SMD C0603 SMD Digital 1 8V Bypass Caps R29 R30 R31 R32 1 9 10K 10K 4 7K 4 7K AVDD33 AVDDS R0603 SMB R0603 SMD 0603 5 15 R0603 SMD 9 FB4 1 DV33 DM DVDD33 DVDD33 TUNER SDA1 3 QF1 1 TUNER SDA I 9 B CB27 EE BEAD SMD 0603 0 1uF 2N7002 f ces cBz CB33 CB83 0603 SMD N MOSFET BEAD SMD 0805 CE20 CB28 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 10uF 16v 0 1uF 0603 5 C0603 SME C0603 SMD C0603 SMD 0603 5 C0603
92. F 16v 220uF 16v I DV25A KAWA Confidential 08125 CB126 127 CB128 CB129 os of odeF cse cB130 10uF 10v 0 1uF ilie DDR MEMORY amp FLASH Size Document Number AKA 8202 2705 LvDs voo Date Thursday April 13 2006 AVCc DV33B o DV33B U48 AZ1117 1 8 178 I Y 1 AVCC is cur Ii79 VOCIB VO 23 xw a FB HOMICEN 2 __ 1 vs cen CE611 HDMIODCK Debo a 1 oduF 1000pF oa 07 DIODE EGA 0603 HDMIDE 3 100uF 16v 47uF 16v 0 tuF SOT223 SMD 47uF 16v 2 1 DATA2 1 Pt gt HDMIDE 37 pid 1 j 1 HDMI TYPE A
93. ION 5 1 TFT LCD MODULE CNF1 Connector Pin Assignment Pin No Symbol Description Note 1 GND Ground 2 RPF Display Rotation 3 3 SELLVDS Select LVDS data format 5 4 NC No Connection 2 5 NC No Connection 6 ODSEL Overdrive Lookup Table Selection 4 7 LCS Low Color Shift 6 8 GND Ground 9 RXO Negative transmission data of pixel 0 10 RX0 Positive transmission data of pixel 0 11 RX1 Negative transmission data of pixel 1 12 RX1 Positive transmission data of pixel 1 13 RX2 Negative transmission data of pixel 2 14 RX24 Positive transmission data of pixel 2 15 RXCLK Negative of clock 16 RXCLK Positive of clock 17 RX3 Negative transmission data of pixel 3 18 RX3 Positive transmission data of pixel 3 19 GND Ground 20 GND Ground 21 GND Ground 22 GND Ground 23 GND Ground 24 GND Ground 25 GND Ground 26 VCC Power supply 5V 27 VCC Power supply 5V 28 VCC Power supply 5V 29 VCC Power supply 5V 30 VCC Power supply 5V Note 1 Connector Part No Fl X30SSL HF JAE or compatible Note 2 Reserved for internal use Left it open Note 3 Low or open normal display default High display with 180 degree rotation Note 4 Overdrive lookup table selection The Overdrive lookup table should be selected in accordance to the frame rate to optimize image quality ODSEL Note Lor Open Lookup table was opt
94. ION TO PROTECT THE ENVIRONMENT Used batteries with the ISO symbol Bo for recycling as well as small accumulators rechargeable batteries mini batteries cells and starter batteries should not be thrown into the garbage can Please leave them at an appropriate depot 1 134 The lightning flash with arrowhead symbol within an equilateral triangle is intended to alert the userto the presence ofuninsulated dangerous voltage within the product s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance servicing instructions in the literature accompanying the appliance WARNING Before servicing this TV receiver read the X RAY RADIATION PRECAUTION SAFETY INSTRUCTION and PRODUCT SAFETY NOTICE X RAY RADIATION PRECAUTION 1 Excessively high can produce potentially hazardous X RAY RADIATION To avoid such hazards the high voltage must not exceed the specified limit The normal value of the high voltage of this TV receiver is 27 KV at zero bean current minimum brightness The high voltage must not exceed 30 KV under any circumstances Each time when a receiver requires servicing the high voltage should be checked The reading of the high voltage is recommended to be recorded as a partof the service record It is important to
95. IT 50 1 5070 peu E 121 C138 Yi 5 330pF 15pF Y1_GNDB 1_INB 15 ae Syte 815 CR1_INB 15 ReNpB_ CRI SC 0 GND Y1 GNDB R213 100 100 Yi gt CR1 GNDB 815 CBT INB qq CB1 INB 45 E GNDB 8 15 Sera Qae d H SY 1 R205 0 E C125 47nF SY1 CB1 NB R214 68 C141 100nF PB1 YQGND lt YQ GND 8 ERA GND on A C128 E 330pF 15pF FROM AV BOARD SY 1 GND CB1 GNDB 100 c145 100nF PB sc 1 R209 0 cts2 4 sc1 CRTINB R218 68 100nF PR1 AADCVSS gt gt AADCVSS 34 C135 Cur 330pF 15pF SC 1 GND CRI GNDB R219 100 C148 100nF PRI FROM Tuner KAWA Confidential slF R212 82K C139 MPX1 1 8pF AADCVSS AF R215 39K R216 39K CE7O 47uF 16V MPX2 C143 C144 15pF 15pF AADCVSS AUDIO VIDEO IN CIRCUIT Size Document Number 8202 2705 LvDs Date Thursday April 13 2006 NEARLY VGA CON NEARLY 8202
96. KAWA ELECTRONIC RESEARCH amp DEVELOPMENT CENTRE Service Manual Reference No SM LCT32ADNIAICS 001 Revision 0 Date 2006 Page P 1 of 136 In House Model No LCT32AD Customer Model No LCT32HA36 BOM No LCT32ADNIAICS B01 LCT32ADAIAICS F01 Description Service Manual for LCT32HA36 USA Prepared By Checked By Electronic Engineer x Mechanical Engineer Approved By Engineering Manager Received By MK Department DATE 2006 10 20 i adsis O aes ILO SERVICE MANUAL Model LCT32HA36 Safety MICE 1 2 Trouble Shooting manual of LCD sse 3 5 Product Specifications eoe Da ee Eee Sir o EE E lt 6 8 Block Diastam ordei ex des 2h whe deed epe dT 9 Cireuit diagtam vs em 10 34 Basic Operation amp Circuit Description csse mme 35 37 Main IC Information TEE 38 76 Panel InfOfinatiOn Jide vehi ve EG EE 77 108 Explored 109 110 i Spare EERE 111 116 4 software Uperad e ie eo e erae EEE 117 134 This manual is the latest at the time of printing and does not include the modification which may be made after the printing by the constant improvement of product Safety Instructions
97. MEM ADDR13 EHE Ne 50 MIRA M 47x4MEM 0016 m m 8 voo VREF 49 4 VREF FS RDQSI0 3 RDG17 5 AAA 6 MEM DQ17 MAA 6 MEM DOMO 20 pl MEM DQM1 MEM DQM2 20 eden MEM DQM3 E erani RRAS 1 BNAQ 2 22x4MEM_RAS MEM 1 BNN 2 75x RDQ18 4 MEM DAIS MEM WER 21 10 MEM MEM WER 21 10 MEM CLKBE RBAT ac 4 MEM MEM BAO 3 4 RDQ19 31 MEM DQ19 1 MEM CAS 22 WE GE Las MEM MEM CASE 22 WE MEM CLKB RAT 5 6 MEM_ADDRT CS 5 6 RDQ20 47x4MEM DO20 TEX MEM_RAS 23 CAS 44 MEM CLKEN MEM_RAS 23 CAS 44 MEM CLKEN 5 RCLKOF I RDG22 3i MEM shi We EBS ew acon ee shi he ieu aon Rost RRASE 3 4 42 42 RAT R67 22 ADDR7 MEM ADDR3 R68 75 1 RDQ23 Le A DQ23 1 AAA MEM 26 41 MEM ADDR11 26 n 41 MEM ADDR11 4 EE RCAS RDQS2 Ri 47 MEM DQS2 R 75 MEM 2 40 MEM ADDR9 MEM BAT 2 40 MEM ADDR9 RWER RAT R71 22 ADDR11 MEM ADDR11 R72 75 RDOM2 R73 47 MEM DOM R74 75 MEM ADDR10 AeA 8 ae MEM ADDRB MEM ADDR10 a k m 8 MEM ADDRB RCKE RDQM3 R75 47 DOM3 R76 75 MEM ADDRO 20 A 8 aa MEM ADDR7 MEM_ADDRO aA 8 aa MEM_ADDR7 bean RCLKT RCKE R77 22 CLKEN MEM CLKEN R78 NS77 RDQS3 RS 47 DQS3 RBO 75 MEM ADDRT 30 40 A La MEM ADDRG MEM ADDR1 30 40 A Laz MEM ADDRG BS RCLK1 RDG
98. Output overcurrent 6 A Pomax Maximum lat SE THD 10 VD 24V output RL 80 power THD Total Harmonic Po 1 W Distortion No Output Noise level A Weighted filter Power ase romionow reo o Efficiency freo so o Mute Attenuation PSRR Ripple Rejection dVD 100mVrms f 100 TBD 50 Ratio Hz 68 134 EE Digital Power Amplifier R2S15102NP note for GND s are for the evaluation only and Fig4 SE operation rpde 10W2ch t needed actually Examples 104 This capacitance value depends on the speaker peripheral circuit Fig 5 BTL operation mode 20W 80 R for GND GND 150k 69 134 Digital Power Amplifier R2S15102NP note Fig 6 BIL operation mode 20V R for GND for the evaluation only and wth di rect In ao not needed actually ________ VD H1 25V hot It rrgy be need the input Pre LPF note The audio mute function must be done by sional Fia7 BTL operation mode without output LPF coil If this speaker lines is very short the LPF coil is not needed 80 VD H1 25V 77 22k FB Ferrite Beads 70 134 IVAVAM Wolfson microelectronics WM8776 24 bit 192kHz Stereo Codec with 5 Channel I P Multiplexer DESCRIPTION The WM8776 is a high performance stereo audio codec
99. Q17 ru 0 VSSO RA3 1 MEM ADDR3 MEM ADDR2 1 RDQ7 LA MEM DQ7 1 DQ2 raped pos MEM 0013 MEM DQ18 Fab pos 82 MEM 0029 RAS ME 22x4 MEM ADDRS MEM ADDR9 GE 75x RDQSO Ri 47 MEMDQSO R 75 Woo 2913 at 6 USER at Ra 05 RAG 5 6 MEM ADDR6 ADDR8 5 6 RDQMO R57 47 MEM DOMO RS8 75 DQ3 Vesa vDDO MEM DQ12 MEM 0019 Go MEM 0028 3 4 MEM_ADDR8 MEM ADDR7 3 4 RDQMi R59 47 MEM DOM RG6O 75 MEM_DQ4 nj cipia MEM DAIT MEM_DO20 nj 0012 na MEM 9027 1234565 GND BNp RAG 1 MEM ADDR9 MEM ADDR6 1 2 RDQS1 R61 47 MEM DOS1 R62 75 9 58 9 5 amp Vsso t VDDQ vssa RDOB RI 27 4 008 RI 75 MEM DQ5 10 MEM 0010 MEM DQ21 10 MEM DQ26 RA12 22 ADDR12 ADDR12 R64 75 RDQS 5 X MEM_DQ9 S MEM 006 icd 0010 MEM DOS MEM 0022 11 006 0010 56 MEM 0025 GLOBAL SIGNAL RDQ10 3 4 MEM DQ10 _ 3 1 12 E55 1 12 Vesa E55 eeiam deut UN RA13 65 22 MEM ADDR13 MEM CAS R66 75 RDQ11 31 MEM_DQ11 1 MEM 13 54 DQ23 13 54 DQ24 ROOT ROVE 27x4MEM 5012 RYE 75x maj d pas 4 007 pas RDQ13 5 6 MEM DQ13 6 15 52 15 Cow RN MEM ee ee ee RDQ14 4 MEM_DQ14 4 MEM Daso TT 16 hes Neel 1 MEM 0051 MEM 2 TT 16 pce 1 MEM 0053 pom RDOSS 0015 71 MEM ADDR13 gje Ne Hag VERA
100. RT FOR MT5351 GPIO7 AUDIO BYPASS MUTE CONTROL GPIO8 SPEAKER SWITCH a ane GPIO9 AUDIO MUTE ine GPIO10 Indicates active video at HDMI port m GPIO11 DVD POWER CONTROL gt GPIO12 AV SWITCH AUSPR SU T 100 GPIO13 HDMI Hot Plug Detect ap 1 Ren SFouTR GPIO14 NO USE 2200F gm 100 GPIO 15 18 FOR DVD CONTROL E iu GPIO PWMO DIMMING GPIO PWM1 BACKLIGHT ON OFF R182 OUT 27Mhz GPIO HDMI CRYSTAL R767 20K SDA1 TO MT5351 REQUEST C679 SCL1 TO MT5351 READY M TY 220pF x lt EE F A21 KEYPAD LED RED x U60B GRG a ADCINO KEYPAD E JE R772 ADCIN3 PDP 5VD DETECT 2200 100 ADCIN4 FOR TUNER AFC OP1VREF OPA1V9 CCIR V 0 3 KEYPAD wr CCIR V5 AUDIO SWITCH CCIR V6 RESET DTV OP1VREF x CCIR_V7 YPBPR VIDEO SWITCH i U56B cem gt T s NJM4558 OPA OP1VREF OPA1V9 itle 12 Y SUB WOOFER KAW dential Size Document Number Designer Rev jfi MT8202 27US LVDS V0 0 i Date Thursday April 13 2006 Sheet 16 17 3 2 1 25 134 GPIO8 GPIO9 AUSPR AUSPL A_MUTE OPOUTL GPIO8 GPIO9 AUSPR AUSPL A_MUTE OPOUTR OPOUTL oo 0 00 oo ACM3225 102 2P
101. SHIELD COVER VSC 602 305006 10 MACH SCREW WHE 3X6 TINEL27AD04 04 E3404 157009 MAN PCB ASSY AC CORD UL 1 88M FOR LCD32 8202 271 L324011 005 FUNCTION KEY 426 L574001 01S POWER CORD BKT 7801 02002 771KL37AD01 01 POWER ASSY FUNCTION KEY PCB ASSY 429 L32AD0B 01S POWER CODE BRACKET 481 L324806 01S SHIELDING BOX VSC 420 L32AD13 01S 384 L32AD03 01H MAN BRACKET PC SHEET FOR KEY SECC 1 1 5 6203 32C003 LCD 32 CMO WXGA 132081 106 429 1325015 01 Z BRACKET C TOLERENCE UNLESS OTHERWISE SPECIFIED KAWA E4801 124001 614 220206 10 SPEAKER 8 OHM 10W 03 YD78 1 S TAP SCREW BID 22X6 PC SECC T 1 0 200 L324004 01M CABINET FRONT 32 LCT32AD SIL BLK ELECTRONIC R amp D CENTRE PART NO TITLE MATL MODEL DESCRIPTION LCT32ADAA1CS F01 NO LCT32HA36 HPS 90 MATERIAL 0 ANGLE PROJECTION lt FINISH PART NO ____ sheer 1 or 1 110 134 Spare part list for LCT32HA36 Item Part Number Part Description Usage unit Unit Key Spare LCT32ADNIA1CS B01 ILO LCT32AD LCT32HA36 S MT8202 CMO AC120V 60HZ USA SILVER BLACK K K K K K K K S S S 510 L32AD01 13AK CARTON BOX ILO LCT32HA36 1 00
102. Signals Backlight Recommended 500msz Ts 100mss Te Power ON OFF Sequence Note 1 The supply voltage of the external system for the module input should follow the definition of Vcc Note 2 Apply the lamp voltage within the LCD operation range When the backlight turns on before the LCD operation or the LCD turns off before the backlight turns off the display may momentarily become abnormal screen Note 3 In case of Vcc is in off level please keep the level of input signals on the low or high impedance Note 4 T4 should be measured after the module has been fully discharged between power off and on period Note 5 Interface signal shall not be kept at high impedance when the power is on 98 134 7 OPTICAL CHARACTERIST 7 1 TEST CONDITIONS ICS Item Symbol Value Unit Ambient Temperature Ta 25 2 49 Ambient Humidity Ha 50 10 RH Supply Voltage Voc 5 0 V Input Signal According to typical value in 3 ELECTRICAL CHARACTERISTICS Lamp Current IL 4 5 0 5 mA Oscillating Frequency Inverter Fw 62 5 3 KHz 7 2 OPTICAL SPECIFICATION S The relative measurement methods of optical characteristics are shown in 7 2 The following items should be measured under the test conditions described in 7 1 and stable environment shown in Note 6 Item Symbol Condi
103. TKtool and select the chipset as MT8202 the software of MTKtool will be sent to your side A NtkIool 8202 Flash Upgrade SEE gt Port Baud Rate Window Help ua v us0 m MEG A x Load Bin file D Software update PDP4210EA1 PDP y 8 Upgrade Check Sum Backup file backup bin Browse Backup USB Config RS s C C M gt 9 Verify High Speed USI ShakeHand Custom Burning Address 0 Custom Burning End Direct Control Clear MSG M 5 Select current COM port please try to check the COM port of your PC 117 134 A 1 8202 Flash Upgrade Fa Port Baud Rate Window Help 202 2 115200 ms Load Bin file D Software update PDP4210E41 PDP gt Upgrade Check Sum Backup file backup bin Browse 9 Backup USB Config 95 232 Usb gt Dram Usb gt Flash Verify High Speed USB to Bridge Controller ShakeHand Custom Burning Address o HEX Custom Burning End Direct Control Clear MSG 6 Choose the bit rate as 115200 7 Select the update binary by pressing browse button For example the binary file name is PDP4210EA1_V09 bin this update firmware will be sent to your side 4 NtkTool 8202 Flash Upgrade Port Baud Rate Window Help 202 comi 115200 m p
104. Ta 25 See Fig3 42 w Junction temperature Maximum Temperature 150 C Operating ambient Temperature range peus 75 Ka temperature Fig 3 Thermal De rating on PCB printed circuit board Size 75mm x 75mm Pd With Infinite Heat Sink the ideal condition 9 jc 12 C W 10 4W Without External Heat Sink 1 Double PCB copper 0035 needed and each size 15 almost 7777 W 11720 Mayer PCBI 6 3W Without External Heat Sink 2 4 2W There is no copper plane and no therrral treatrrent 2 5W 1layer 7 6W d Ta 25 C 75 C 150 C NOTE PCB pattern design for high effective thermal conductivity 1 The exposed die pad is directly soldered with the printed circuit board pattern caution lt There are side expositions of the die pad at corners of the PCB package The die pad is grounded Thermal Via 66 134 Digital Power Amplifier R2S15102NP Consideration about the PCB design The Power dispassion at 10Wx2ch SE or 20Wx1Ich BTL is estimated almost 2W It has enough margin designing the PCB at ja 30 C W 1 PCB basic design copper plane the best design 4 layer gt GND plane PCB Power plane thermal via lt PCB size estimation gt 10Wx2ch 75mm x 75mm the economy design 2 layer PCB gt Rich GND amp Power line Area p PCB Additional Thermal Via Thermal
105. VOH 3 3V 3 3 output voltage high VOL 3 3V 3 3V output voltage low 3 5 3 5V tolerance input voltage high V VIL 3 5V 3 5V tolerance input voltag 0 8 V VOH 3 SV 3 5 tolerance output voltag V VOL 3 5V 3 8y tolerance output v 25 low 0 4 V Tj J tion fation tem 125 C PD estimate P d 1 5 W Bd B Pdown 62 134 A A MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE VREF 0 04 V RVDD40 3 V 0 15 V 63 134 Digital Power Amplifier R2S15102NP 1OWOch SE 20Wk1ch BTL Audio Power 1 Outline R2815102NP is a Digital Power Amplifier IC developed for TV R2815102NP can realize maximum Power 10W x 2ch VD 24V THD 10 SE at 8 load It is possible to replace from the conventional analog amplifier system to the digital amplifier system easily 2 Feature High Output Power THD 109 wthout external Heat Sink note the thermal pad is soldered the thermal pad with the printed circuit board directly 00000 0 00000 Power Condition SE operation mode LOWk2ch VD 24V at 8 Q BTL operation mode 20V amp 1ch VD 8V at 8 e The RENESAS original circuits realize high power efficiency 20pin QFN low noise and low distortion characteristics Bade 6x 6 min Pop sound Less y Built in protection function Lead pitch 0 8 mm Over Current Over Terrperature and Under Voltage Built in
106. VSS25 GPIO0 12 REFN perd a po AD13 A DOA syo syo 10 GPIOT mie ie LVDDC RB 0921 LAc13 A DQ2U 5 0 5 0 10 GPIO2 epee dus AB 12920 DVi8A YT SY1 10 GPIO3 5 7 ANT B9 AN LAE12 Dais CT SC1 10 GPIO4 GPIO4 1 APO AB AC14 SDVZSA RED NRED 1 GPIG7 DVDD25OPT AE12 5018 RED RED 11 GPIO8 rond Hm LVDS GND AS 0918 LAD12 A DQ17 GREEN GREEN 1 GPIO9 02159 SB18A Don 0917 A_DG16 GREEN GREEN 11 GPIO0 amid 45 LOBOS D ano RA4 SFO 8 SB33A 05 TAE11 A R S BLUE BLUE 1 GPIOT2 n 5 Cr ee xs S voros VGASOG 1 ud GPIO13 13 8202UP3 1 UP3_5 DVSS25 A RAE VGAHSYNC WGAHSYNCK 11 GPIO14 AE 8202UP3 0 ARAT VGAVSYNC NGAVENNGH if GPIO15 VEYNC Be pefs VSYNCO Rag PAE ARAS Aor Yor 10 SIG PIO16 8 TP49 nsyNco pvss18 112 END 0 Yo 10 cup GPIO17 8 DE ce AE10 A RAS PB0 Mm GPIO18 pedit 4 RAS PBO Bera Hs GPIO19 pend i T 1 RA11 ACRE PROF VCLK 17 DV25A PRO 10 T 13 DVDD25 ACZ PRO 10 CCIR 12 DT C4 CLK A GLK 5070 CCIR V7 SH AD RCLK 50 0 10 CCIR_V7 8 GNp 112 AF9 CLKE Yi rh 10 CCIR V6 Ad D6 DVSS18 RCLKB GND Yi CCIR V5 x ape DVSS25
107. Via The GND amp Power line total area size is also equal to the above GND amp Power line total area size of the 4layer PCB lt PCB size estimation gt 10Wx2ch 75 0 mm x 75 0 mm 2 PCB Pad The exposed die pad is directly soldered with the printed circuit board pattern F F dr S bob ae a p dd LI KJ YE UJ Thermal Pad Thermal Via 67 134 Digital Power Amplifier R2S15102NP IRecommended Operating condition Table 3 Symbol VD Supply Voltage VDi vb2pinvotage 25 V vatage orien evei STBYLDMUTEL 2 5 v VL cor volaseoriow tet o os V R 300 400 600 note STBYL High level normal operation level Stand by MUTEL High level normal operation Low level Mute The carrier frequency can be changed by the resistance at Pin 7 Electronic Characteristics Table 4 Unless otherwise noted Ta 25 C VD 24V Carrier Frequency 400kHz f21kHz SE operation Symbol Parameter Condition MIN TYP Unit X IV Caren Mure ispl mmplmA Sexy 19 Detection Voltage VD undervoltage TBD 98 TED V D rm Temperature TRL Release Temperature ThermalShutdawn 120 IPR Protection Current
108. a interface Controlled by interface B MN m m MediaTek Inc Confidential 39 134 MT5111CE Functional Block Diagram Control Interface M 4 MediaTek Inc Confidential 40 134 MT5111CE interface 5111 accepts either the direct IF signa 5 cent 43 75MHz or the low IF signals c ntered at 5 38 n algorithms but als prog 171 MediaTek Inc Confidential 41 134 MT5111CE of TCM and Reed Solomon decoders For CATV MT5111C r car Pen M chip error rate estimatp M e i d MediaTek Inc Confidential 42 134 NEF IVT oo AVSS 89 AVDD1 8 90 AVDD 91 AVDD 92 997 Lj TOO o pum pem i 2 555532551512 MT5111CE Pin Out M MediaTek Inc Confidential 11 12 13 14 15 NC NC ADVDD3 3 AVSS AVDD 43 134 MT5111CE Pin Description ADC reference top voltage Decouple with a capacitor to AVSS o ADC reference bottom voltage Decouple with amp capacitor to AVSS EH Chip slave address selection pin tie to VDD3 3 or DGND Chip slave address selection pin tie to VDD3 3 DGND P Digital power supply tie to 3 3V 52 60 70 18 30 40 45
109. alogue and digital grounds must always be within 0 3V of each other RECOMMENDED OPERATING CONDITIONS PARAMETER SYMBOL TEST CONDITIONS TYP MAX UNIT Digital supply range DVDD 2 7 3 6 V Analogue supply range AVDD HPVDD 2 7 5 5 V DACREFP Ground AGND DGND 0 V DACREFN ADCREFGND Difference DGND to AGND 0 3 0 0 3 V Note digital supply DVDD must never be more than 0 3V greater than 74 134 WM8776 Product Preview ELECTRICAL CHARACTERISTICS Test Conditions AVDD 5V DVDD 3 3V AGND OV DGND OV TA 25 C fs 4BkHz MCLK 256fs unless otherwise stated PARAMETER SYMBOL TESTCONDITIONS MN TP Max UNIT Digital Logic Levels TTL Levels Input LOW level Input HIGH level Output LOW Output HIGH Analogue Reference Levels Reference voltage AVDD 2 V Potential divider resistance 50k Q DAC Performance Load 10k 50pF OdBFs Full scale output voltage 1 0 x Vrms AVDD 5 SNR Note 1 2 A weighted 108 dB fs 48kHz SNR Note 1 2 A weighted 108 dB fs 96kHz 108 97 100 50 V o _ Va lma 4xDVDD Dynamic Range Note 2 DNR A weighted 60dB full scale input Total Harmonic Distortion THD 1kHz 0dBFs DAC channel separation Power Supply R
110. alysis 1 CONTROL Abnormal noise on screen b No picture 2 MAIN a Lacking color Bad color scale b No voice Make sure status Mute Internal External speaker c No picture but with signals output OSD and back light d Abnormal noise on screen 3 POWER NO picture no power output 4 Back Light a No picture b Flash on screen c Darker picture with signals 5 ATV Tuner a No ATV Noise b No ATV signals 6 ATSC a No ATSC TV signal 37 134 Main IC Specifications M138128168A ESMT 2M x 16 Bit x 4 Banks Double Data Rate SDRAW MT5111CE Single Chip HDTV CATV Demodulator MT5351 MT5351 is DTV Backend Decoder SOC which support flexible transport demux HD MPEG 2 video decoder MPEG1 2 MP3 AC3 audio decoder HDTV encoder MT5351 is powered by ARM 926EJ with 16K I Cache and 16K D Cache It can support 64Mb to 1Gb DDR DRAM devices with configurable 32 64 bit data bus interface MT8202 MT8202G is gny integrated Single Chip for LCD TV supporting video input and output format up to HDTV It includes 3D comb filter TV decoder to retrieve the best image from popular composite signals MT8293 HDMI PanelLink Cinema Receiver R2S15102NP Digital Power Amplifier R2815102NP WM8776 24 bit 192kHz Stereo CODEC with 5 Channel Multiplexer 38 134 MT5111CE MT5111CE reception On a 10 bit ADC for B equalizer B 909 antenn
111. ase change power board or be changed power board 2 The power on switch of green extinguish 2 The power of led indicator light is red light To touch power on key when indicator light wink Is true that the power DC output have somewhere short circuit Please check connector J39 J31 If not connector direction is wrong Or the mainboard somewhere of power short circuit 3 134 3 The power is normal work but don t backlight 3 1 The indicator light work normal green light Please check Main board of transistor Q1 amp ollect if not has 5v voltage Is true 18 collect hasn t 5v check Q18 if fail Or to check Q18 of base if not low Low is working high don t work Please refer to attached sheet A circuit diagram 3 2 Please check backlight of connector if not it direction is wrong or the connector of wire compositor direction is wrong 3 3 To check connector panel of voltage is 424v It s true Then to check of the first pin if it have 5V voltage It s true than to check power board of 24v voltage It s true The panel of backlight board is fail The change panel of backlight board Please refer to attached sheet B Panel of datasheet 4 The screen don t have picture But have backlight 4 1 To check to panel of voltage check main board of bead L69 and L57 connect if not OK Then check the L69 and L57 of voltage is 12v 27 inch panel voltage is 5v To check L68 and L56 Next to check fuse
112. ate Pago Section Description New Ver 1 0 July 12 04 All Preliminary Specification was first issued Approval Specification was first issued Ver 2 0 Sep 15 04 9 3 2 2 Input Voltage Min 21 6 22 8 Max 26 4 gt 25 2 Input Ripple Noise Note Var 21 6V gt Vg 22 8V 12 4 1 nverter connector CN1 S10B PH SM3 TB JST gt S10B PH SM3 TB D LF JST CN2 S12B PH SM3 TB JST gt S12B PH SM3 TB D LF JST 10 5 02 8 0 B BHS 1 TB JST gt 5 02 8 0 B BHS 1 TB LF JST CN11 S2B ZR SM3A TF JST S2B ZR SM3A TF D LF JST 14 5 2 Inverter connectors are modified as Section 4 1 The Drawing is modified to a detail one 15 5 3 Inverter connectors are modified as Section 4 1 22 7 1 IOscillating Frequency Inverter 62 3 gt 62 5 Color Chromaticity Min Typ Max Rx 0 618 0 621 0 648 0 651 0 678 0 681 Gx 0 242 0 239 0 272 0 269 0 302 0 299 0 576 gt 0 567 0 606 0 597 0 636 gt 0 627 By 0 044 0 036 0 074 0 066 0 104 0 096 30 11 The Drawing is modified 31 11 The Drawing is modified Ver 2 1 Dec 20 04 4 1 22 Contrast Ratio 800 1 1000 1 4 1 5 Weight Min 59005 5700 Typ 6100 5900 Max 6300 6100 7 3 1 Rush Max 1 73 13 5 1 CNF1 Connector Pin Assignment Pin3 is modified 17 5 5 ILVDS INTERFACE is modified 22 7 2 Contrast Ratio Min 600 800 800 1000 Response Time is modified Color Chromaticity
113. c When servicing is required observe the original lead dressing Extra precaution should be given to assure correct lead dressing in the high voltage area Keep wires away from high voltage or high tempera ture components Before returning the setto the customer always perform an AC leakage current check on the exposed metallic parts of the cabinet such as antennas terminals screwheads metal overlay control shafts etc to be sure the set 15 safe to operate without danger of electrical shock Plug the AC line cord directly to the AC outlet do notuse a line isolation transformer during this check Use an AC voltmeter having 5K ohms volt sensitivity or more in the following manner Connect a 1 5K ohm 10 resistor paralleled by a 0 15uF AC type capacitor between a good earth ground water pipe conductor etc and the exposed metallic parts one ata time Measure the AC voltage across the combination of the 1 5K ohm resistor and 0 15 uF capacitor Reverse the AC plug at the AC outlet and repeat the AC voltage measurements for each exposed metallic part The measured voltage must not exceed 0 3V RMS This corresponds to 0 5mA AC Any value exceeding this limit constitutes a potential shock hazard and must be corrected immediately The resistance measurement should be done between accessible exposed metal parts and power cord plug prongs with the power switch ON The resistance should be more than 6M ohms AC VOLTMETER
114. condition at 25 32 C and 4 0 5 0 mAnys Note 5 The power supply capacity should be higher than the total inverter power consumption Since the pulse width modulation PWM mode was applied for backlight dimming the driving current changed as PWM duty on and off The transient response of power supply should be considered for the changing loading when inverter dimming Note 6 To enhance the performance of backlight the power consumption will increase to 1 5 times of the typical power consumption Pa in the power on stage and 20 seconds later it will return to typical value Thus the power source capacity for inverter should be considered to supply the initial power consumption at power on duration 3 2 3 INVERTER INTERFACE CHARACTERISTICS Test Value Parameter Symbol Condition Mini Ts Mee Unit Note On Off Control ON V 2 0 5 0 V Voltage OFF 0 0 8 V Internal External HI V 2 0 5 0 V PWM Select Voltage LO a 0 08 V Internal PWM MAX V Va L 3 0 V Iminimum duty ratio Control Voltage MIN s 0 V maximum dutv ratio External PWM HI V Va H 2 0 5 0 V Hutv on Control Voltage LO ERAM PE 0 0 8 V Control Signal Rising Time Tr 100 ms Control Signal Falling Time Ti 100 ms PWM Signal Rising Time Tewun 50
115. dc I ccc cd 47uF NORMAL VIDEO ADC POWER LVDS GND ADCV33A RENE C cC 1 FB9 FB Avpp VFEO I c19 CB39 NORMAL VIDEO DAC POWER ev ur TF AV33A __ 31 VFE_GND1 FB10 FB LVDDA BEAD SMD 0603 FB11 FB o Avpp VADO C20 c21 1uF 47uF C22 CB41 47uF LVDS GND LVDS GND wos ADCV18A C23 CB42 FB13 FB AVDD_VFE1 47uF I T T tT t LVDS_GND CE32 CB43 C24 CB44 i dowHov tur 47uF GND LVDDC 1 VFE GND c25 CB45 FBIS AVDD VAp1 47uF 0 tuF LVDS GND C26 CB46 O tuF E RM EM S MER A a VFE GND rv e RR NORMAL AUDIO ADC DAC POWER ADCV33A AVICM l L 114 150uH AADCVDD CB25 ca UINDIDIP P 10 0 uF 10uF 10v C0805 SMD CE33 C27 CB47 AUDIO GND ZT F 470uFnev O tuF AADCVSS AADCVSS PWM2VREF AUDIO GND AADCVSS 25 47 6 COG03 SMD ADCV33A LVDS GND I 1 45 SH ADACVDD UINDIDIP P 10 0 DACFS CE35 C28 _ CB48 ZT 470uFyteV 0uF R42 820 AUDIO GND AUDIO LVDS GND I
116. ed USB to UAR Sor ShakeHand Custom Burning Address 0 HEX Custom Burning End HEX Direct Control Clear MSG 9 The update process is successful as the progress bar is 100 After the update process is ok turn off power and wait indicator light is off Turn on power and TV can work Checking It is needed to check the version of the firmware for MT5351AG which has been download into the Plasma TV Press Menu button of the remote control and the main OSD menu is appeared on the screen Use the remote control and select the DTV menu following input 0000 zero zero zero zero of the remote control Then enter the mode of factory after input the digits It is easy to be found the version of the current firmware for MT5351AG is PDP4210EA1 CLA QAM XXXXXX XX under the mode of factory 128 134 Appendix Quick Installation Guide For Software Upgrade Board 1 Parts List Software upgrade board x 1 1 RS232 null cable x 1 for PC 2 RS232 null cable x 1 for DTV 3 USB cable x 1 5 2 Installation for DTV upgrade 2 1 Connect RS232 cable 2 to PC serial port 129 134 2 2 Connect RS232 cable for 3 to the board 1 Connect another side of RS232 cable for 3 to the TV 2 3 Connect USB cable 5 to the board 1 Connect another side of USB cable 5 to PC 130 134 3 Cables Standard for Upgrade Board Software up
117. ejection Ratio PSRR 1kHz 100mVpp 20Hz to 20kHz 45 100mVpp 0 9 Vms 329 25 I Headphone Buffer Maximum Output voltage Max Output Power Note 4 SNR Note 1 2 Headphone analogue Volume Gain Step Size Headphone analogue Volume 2160 50 A weighted 85 92 0 5 1 1 5 1kHz Input 73 Gain Range Headphone analogue Volume 1kHz Input OdB gain 100 dB Mute Attenuation Total Harmonic Distortion THD N Noise kHz R 320 80 60 dB 10mW rms 0 01 0 1 kHz R 320 P 77 40 dB 20mW rms 0 014 1 0 96 0Hz to 20kHz without supply decoupling Power Supply Rejection Ratio PSRR ADC Performance Input Signal Level 0dB SNR Note 1 2 SNR Note 1 2 1 0x AVDD 5 weighted OdB gain fs 48kHz weighted OdB gain fs 96kHz 64 x OSR A weighted 60dB 102 dB full scale input 1kHz OdBFs 90 80 DB Dynamic Range note 2 Total Harmonic Distortion THD 75 134 Product Preview WM 8776 Test Conditions AVDD 5V DVDD 3 3V AGND OV OV TA 25 fs 48kHz MCLK 256fs unless otherwise stated 1kHz 3dBFs 95 85 dB ADC Channel Separation 1kHz Input 90 dB Programmable Gain St
118. ep Size 0 25 0 5 0 75 dB Programmable Gain Range 1kHz Input 21 24 dB Analogue Programmable Gain Range 1kHz Input 103 21 5 dB Digital Mute Attenuation Note 6 1kHzInput OdBgain 76 dB 1kHz 100mVpp 50 dB 20Hz to 20kHz 100mVpp 45 dB 1 0x AVDD 5 0dB Full scale output voltage Vrms SNR Note 1 90 1kHz 0dB 1kHz 3dB Power Supply Rejection Ratio PSRR 1kHz 100mVpp 20Hz to 20kHz 100mVpp Mute Attenuation 10 dB Supply Current Analogue supply curent AV BV 48 mA Digital supply current DVDD 3 3V mA Notes 1 Ratio of output level with 1kHz full scale input to the output level with all zeros into the digital input measured A weighted 2 All performance measurements done with 20kHz low pass filter and where noted an A weight filter Failure to use such a filter will result in higher THD N and lower SNR and Dynamic Range readings than are found in the Electrical Characteristics The low pass filter removes out of band noise although it is not audible it may affect dynamic specification values 3 VMID decoupled with 10uF and 0 1uF capacitors smaller values may result in reduced performance 4 Harmonic distortion on the headphone output decreases with output power 5 All performance measurement done using certain timings conditions Please refer to section
119. g S pO ss i 222929020 822824005 24427222005 8553 3 33 8555 555555565 525525525555288458 222282288 858855854 55 IET 6868686868 f 2 58 Beace epee tom 3 999 E g OXTALO 827 powes powes eS 1IOVDD B28 POCEDE IOVDD POOEo _ j EM oce lazr GLOBAL SIGNAL IOVDD POOE1 vcxoo LA IOVDD POCE24 Da VOXOD Z Se E gt IoVep a NOT TSIDATAO IOVDD 027 TEST PURPOSE ERE IOVDD _ TstVALD ioVp Paces LE25 nam IOVbb PACLE 228 IOVDD IOVDD pawey LE28 TS INPUT 1900 IOVDD ECNTLO F RDQ 0 31 ie IOVDD ECNTL1 228 7 RDQSIO 31 1IOVDD EDATAO S25 3 IOVDD EDATA1 edax T RAD 19 1 pod Retko ERT osom 0500 EDATAS H26 RCS E3 OSDA1 up w E2 EDATA7 H28 s gt RCAS UOTX EPS R0603 SMD 7 RE t ma ELINKON 226 Rete LKI
120. grade board x 1 1 131 134 RS232 Null Cable for PC 22 Connector 1 150mm Pin Assignment Of DB9 Female J 5000600 900006 Connector 1 DB9 Female Connector 2 DB9 Female 132 134 Connector 2 Connection Diagram Gw e G9 62 9 RS232 Null Cable for DTV 3 Connector 1 150mm Connector 2 Connector 1 DB9 Female Connector 2 DB9 Female Pin Assignment Of DB9 Female 500000 900006 133 134 Connection Diagram 5 5 i 2 6 9 USB Cable 85 Connector 1 Connector 2 150mm Connector 1 Standard USB Male Connector 2 Standard USB Male 134 134
121. he fixture Relative Humidity RH 100 90 80 60 Operating Range 40 20 10 Storage Range 40 20 0 20 40 60 80 Temperature C 82 134 2 2 ELECTRICAL ABSOLUTE RATINGS 2 2 1 TFT LCD MODULE Value Item Symbol Min Max Unit Note Power Supply Voltage Vcc 0 3 6 0 V 1 Input Signal Voltage ViN 0 3 3 6 V 2 2 2 BACKLIGHT UNIT Value Item Symbol Min Max Unit Note Lamp Voltage Vw 3000 Vams Power Supply Voltage Vni 0 30 V 1 Control Signal Level 0 3 7 V 1 3 Note 1 Permanent damage to the device may occur if maximum values are exceeded Functional operation should be restricted to the conditions described under normal operating conditions Note 2 No moisture condensation or freezing Note 3 The control signals includes Backlight On Off Control Internal PWM Control External PWM Control and Internal External PWM Selection 83 134 3 ELECTRICAL CHARACTERISTICS 3 1 TFT LCD MODULE 25 2 C Value Symbol Min Max Unit Note Power Supply Voltage Voc 4 5 5 0 5 5 V 1 Power Supply Ripple Voltage VRP E 100 mV Rush Current lRUSH 3 0 A 2 White 1 48 A Power Supply Current Black loc 0 85 A 3 Vertical Stripe 1 23 A Differential Input High Ips Threshold Voltage
122. ill gradient fill functions Bitbit with transparent alpha blending alpha composition and stretch Fontrendering by color expansion Support clip masks Digital Video Interfa Support SAVIE igital video input al output for main display 32 64 bit data bus interface po DDR266 DDR333 DDR400 JEDEC Specification compliant SDRAM Peripheral Bus Interface Support NOR NAND flash Advanced Support CableCard host control bus resolution BH Audio 60 134 Al MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE Support Dolby Digital AC 3 decoding 1 layer 1 1 decoding Dolby prologic Main audio output 5 1ch 2ch down mix Auxiliary audio output 2ch Pink noise and white nois Equalizer MCIAPOD CI interface m Outline 471 Pin BGA Package 3 3V 1 2V dual Voltag 128 W Peripherals 61 134 MEDIATEK ec Pr Mex sd MK Dr iu E x E PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE Electrical Characteristics Absolute Maximum Ratin IOVDD CVDD AVDD RVDD VIN 3 3V VIN SV toleran Vout Ts Ta 0 5 to 4 6 0 5 to 3 5 VSS 1 0 to 3 63 VSS 1 0 to 5 Temperature Ambient MS lt lt lt lt lt lt lt DC Characteri IOVDD CVDD AVDD VIH 3 3V VIL 3 3V
123. imized for 60 Hz frame rate H Lookup table was optimized for 50 Hz frame rate Note 5 Please refer to 5 5 LVDS INTERFACE Page 18 Note 6 Enable Low color shift function LCS Note Lor Open Low color shift off H Low color shift on 90 134 5 2 BACKLIGHT UNIT The pin configuration for the housing and leader wire is shown in the table below CN3 CN10 Housing BHR 03VS 1 JST or equivalent Pin No Symbol Description Wire Color 1 HV High Voltage Pink 2 HV High Voltage White Note 1 The backlight interface housing for high voltage side is a model BHR 03VS 1 manufactured by JST or equivalent The mating header on inverter part number is SMO2 8 0 B BHS 1 TB LF CN11 Housing ZHR 2 JST or equivalent Pin No Symbol Description Wire Color 1 LV Low Voltage Black 2 LV Low Voltage White Note 2 The backlight interface housing and return cable for low voltage side is a model ZHR 2 manufactured by JST or equivalent The mating header on inverter part number is S2B ZR SM3A TF D LF equivalent r 8 Female Connectors BHR 03VS 1 JST or Equal __ HV Pink _2 HV White SN _1 HV Pink _2 HV White _1 HV Pink _2 HV White _1 HV Pink _2 HV White _1 HV Pink
124. ine Active Area 102 134 8 DEFINITION OF LABELS 8 1 CMO MODULE LABEL The barcode nameplate is pasted on each module as illustration and its definitions are as following explanation Mi us OPTOELECTRONICS LO1 Rev XX MADE IN TAIWAN XXXXXXXYMDLNNNN a Model Name V320B1 L01 b Revision Rev XX for example AO A1 B1 B2 or C1 C2 etc Serial IDEX X X X X X X YMDLNNNN TENES Serial No Product Line Year Month Date CMO Internal Use CMO Internal Use Revision CMO Internal Use Serial ID includes the information as below a Manufactured Date Year 0 9 for 2000 2009 Month 1 9 A C for Jan Dec Day 1 9 A Y for 1 to 317 exclude and U b Revision Code Cover all the change c Serial No Manufacturing sequence of product d Product Line 1 gt Line1 2 gt Line 2 etc 103 134 9 PACKAGING 9 1 PACKING SPECIFICATIONS 1 4 LCD TV modules 1 Box 2 Box dimensions 906 L X 384 W X 580 H 3 Weight approximately 28Kg 4 modules per box 9 2 PACKING METHOD Figures 9 1 and 9 2 are the packing method LCD Module N Anti static Bag Carton dimensions 906 L x384 W x580 H mm Weight Approx 28Kg 4 modules per carton JE Foam Bottom Carton Figure 9 1 packing method 104 134 Air Transportation Sea Transportation Corner Protector L 1130 50mm 50mm Corner Protector L 1130 50mm 50mm
125. ity video d different video source audio processor dec with lip sync control post processed sound effect microprocessor reduce es shortens the sched Saturation hue adjustment program MT8202 Brightness and contrast adjustment performance HDTV ready solutic 6 Black level extender manufactures White peak level limiter Adaptive Luma Chroma management FEATURES Automatic detect film or video source 3 2 2 2 pull down sou 27 generatio detection W Video Input Motion adaptive Support fully programmable 8 Compass input pins Support 2 Component inputs with HDTV 480p 720p 1080i format amp re Out Picture POP Advanced dithering processing for LCD display mg TV decoder i with 6 8 10 bit output Frame rate conversion 50Hz to 75Hz Audio DSP Support BTSC EIAJ A2 NICAM decode Stereo demodulation SAP demodulation 55 134 MEDIATEK E MT8202 PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE Noise reduction Mode selection Main SAP Stereo a Pink noise and white noise generator Equalizer Sub woofer Bass enhancement Noise auto mute j 3D surround processiig tual 4 upport OSD mirror and upside down lt W Host Micro controller Turbo 8032 micro controller Including full ut 2 Built in internal 373 arid 8 bit programmable lower channel bypa d 2 ghannel headphone output m DRAM Control
126. ler Supports up to 32M byte SDR DDR DRAM Supports 2x16 bit SDR DDR bus interfaces Build in a DRAM interface programmab optimize the DRAM performance BI DDC2B DDC1 DDCCI Progfammable GPIO ing for complex external W Video Output device control TV pattern gen Interlaced 50Hzito 12 W Outline Support up to 1366 h i 388 pin BGA package 6 8 10 bit singl Lead Free LVDS output 3 3 2 5 1 8 Volt operating voltages Support video gutput mirror and upside down 0 18um process 5 2D Graphic 3 OSD processor 56 134 MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE BLOCK DIGRAM Tuner AV SV inputs X 8 t Scalar d YPbPr X2 1oo ogzasiHoe Q TBJTSIT Analog Switch ADC Source Select The video ADC sample analog input sign inputs from digital and analog video ports 8 5 h source select multiplex all Audio Interface ncludes preprocessing circuit to filter the noisy audio sound with enhanced 3D surround post processing Embedded 7 1 channel ig i hannels master digital audio inputs E Embedded 3 high DSP 57 134 MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE DSP handle audio decoding as well as computing intensive jobs The dow convergence for various audio standards in the world Adva
127. module with 16 CCFL Backlight unit and 1ch LVDS interface This module supports 1366 x 768 WXGA format and can display true 16 7M colors 8 bit color The inverter module for backlight is built in 1 2 FEATURES High brightness 550 nits High contrast ratio 1000 1 Fast response time 8ms High color saturation NTSC 7596 WXGA 1366 x 768 pixels resolution DE Data Enable only mode LVDS Low Voltage Differential Signaling interface Optimized response time for 50 60 Hz frame rate Ultra wide viewing angle 176 H 176 V gt 20 Super MVA technology 180 degree rotation display option Low color shift function option Color Reproduction Nature color 1 3 APPLICATION TFT LCD TVs 1 4 GENERAL SPECIFICATIONS Item Specification Unit Note Active Area 708 954 H x 398 592 V 32 02 diagonal mm 1 Bezel Opening Area 714 96 H x 404 6 V mm Driver Element a si TFT active matrix Pixel Number 1366 x R G B x 768 pixel Pixel Pitch Sub Pixel 0 1730 H x 0 5190 V mm Pixel Arrangement RGB vertical stripe E Display Colors 16 7M color Display Operation Mode Transmissive mode Normally black Surface Treatment Hardness 3H Anti Glary 1 5 MECHANICAL SPECIFICATIONS Item Min Typ Max Unit Note Horizontal H 759 25 760 760 75 mm Module Size Vertical V 449 25 450 450 75 mm Depth D 37 45 37 95 38 75 mm To
128. n d Load Bin file i Upgrade Check Sum a ARAE D 421 1 amp 4210 1 CLR QAM 001006 1 Audio bin _ 0 4210 CLR QAM 001008 1a bin rpraziogA vos bin 210 vor bin High Speed 6 4210 1 bin PDP4210EA1 09 bin DUE QOD PDP4210EA1 VO9 bin HF 0 00000 Bin files bin 2 8 Press Upgrade button and start update process 118 134 A 1 8202 Flash Upgrade A Port Baud Rate Window Help wrezo2 gt 115200 4 ms Load Bin file D Software update PDP4210EAT PDP gt Check Sum MOESIA Backup file backup bin Browse Backup USB Config 0 r 5 232 Usb Dram C 1888 flashless C Usb gt Flash RS2325MT1818 Verify High Speed USB to UART Bridge Controller ShakeHand Custom Burning Address o HEX Custom Burning End HEX Direct Control Clear MSG A 1 8202 Flash Upgrade AX Port Baud Rate Window Help wrezo2 gt 115200 h ms Load Bin file D Software updateNPDP4210EA1NPDP y Browse a Check Sum Backup file backup bin Browse 9 Backup USB Config 95 232 Usb gt MT1818 i Ulsb gt Dram MT1888 flashless Start
129. nced DSP engine supports full functions of sound MDDi Scaler MDDi is proprietary With MDDi and hi quality for motion Color Gamma MT8202 includes contrast hue sat Advanced dither f 8032 2D G OSD On chip graphic engine With 2D G and OSD One space OSD 58 134 P MEDIATEK Specifications are subject to change without hono i MediaTek MT535 HD MPEG 2 video ecole encoder The 535 a Dual MPEG1 2 MP3 AC3 Audio decode CBS 8 4 Dual Display Component 5 PIP POP Quad Mode AudoDAC 6 IEEE 1394 5C 7 POD DVB CL information 351AG 2 one HD decoder MT5351CG gt two HD decoder All Package are Lead Free LLLL Lot Number 59 134 MEDIATEK PRELIMINARY SUBJECT TO CHANGE WITHOUT NOTICE CONFIDENTIAL NGEDISGLOSURE General Feature List m Host CPU ARM 926EJ 146K and 1 8K Data TCM and m Main Display a Mixing two video and three OSD and hardware Cursor Support D DES 3 DES de scramble 96 PID filter and128 section filters Support TS recording via IEEE 1394 interface m MPEG2 Decoder Support dual MPEGE2 Macrovision Rev 7 1 11 CGMS WSS Closed Captioning Six12 bit video DACs for CVBS S video or RGB YPbPr output Decode Base m 2D Graphics Support multipl color Point horizontal vertic line primitive drawing Rectangle f
130. nd then press the button standby of the remote control The image could be found on the screen of the Plasma TV while the color of the power indicator is green the mode of the TV will be standby mode if after turn on the main power only 4 Execute MTKtool and select the chipset as MT5351 the software of MTKtool will be sent to your side 1 Flash Dperadel SEE X A Port Baud Rate Window Help n THE com gt 115200 n Load Bin file ZAN gt rowse HE Backup file backup bin Browse 9 Backup USB Config lt R5 232 C Usb gt MT1818 C Usb gt Dram C 1888 flashless C Usb gt Flash C 95232 gt 1818 Verify High Speed us i Bridge Cont ShakeHand Custom Burning Address 0 Custom Burning End Direct Control Clear MSG M 5 Select current COM port please try to check the COM port of your PC 126 134 1 5351 Flash Upgrade SEE A Port Baud Rate Window Help 8 X 5351 oow Ts c f Load Bin 4210 1 001008 Browse Check Sum Backup file backup bin Browse Backup USB Config 0 RS 232 C Usb gt MT1818 C Usb gt Bram C MT1888 flashless C Usb gt Flash 95232 gt 1818 Verify High Speed USB to UART Bridge Controller ShakeHand Custom Burning Address o HEX
131. ol signal is not allowed 92 134 5 4 BLOCK DIAGRAM OF INTERFACE CNF1 m Host Graphics Controller Controller LVDS Transmitter LVDS Receiver THC63LVDM83A THC63LVDF84A LVDF83A RO R7 Pixel R Data GO lt G7 Pixel Data BO B7 _ Pixel B Data DE Data enable signal Note 1 The system must have the transmitter to drive the module Note 2 LVDS cable impedance shall be 50 ohms per signal line or about 100 ohms per twist pair line when it is used differentially 93 134 5 5 LVDS INTERFACE SIGNAL TRANSMITTER INTERFACE RECEIVER TFT CONTROL THC63LVDM83A CONNECTOR THC63LVDF84A INPUT SELLVDS SELLVDS SELLVDS SELLVDS L or OPEN H PIN INPUT Host TFT LCD PIN OUTPUT L or OPEN a RO R2 51 TxINO 27 Rx OUTO RO R2 R1 R3 52 TxIN1 29 Rx OUT1 R1 R3 R2 R4 54 TxIN2 TA OUTO Rx 0 30 Rx OUT2 R2 R4 R3 R5 55 TxIN3 32 Rx OUT3 R3 R5 R4 R6 56 TxIN4 33 Rx OUT4 R4 R6 R5 R7 3 TxIN6 TA OUTO Rx 0 35 Rx OUT6 R5 R7 GO G2 4 TxIN7 37 Rx OUT7 GO G2 G1 G3 6 TxIN8 38 Rx OUT8 G1 G3 G2 G4 Z TxIN9 39 Rx OUT9 G2 G4 G3 G5 11 TxIN12 TA OUT1 Rx 1 43 Rx OUT12 G3 G5 G4 G6 12 TxIN13 45 Rx OUT13 G4 G6 G5 G7 14 TxIN14 46 Rx OUT14 G5 G7 BO B2 15 TxIN15 TA OUT 1 Rx 1 47 OUT15 BO B2 B1 B3 19 TxIN18 51 Rx OUT18 B1 B3 24 B2 B4 20 TxIN19 53 Rx OUT19 B2 B4 bit B3 B5 22 TxIN20 54 Rx OUT20 B3 B5 B4 B6 23 TxIN21 TA OUT2 Rx 24 55 RxOUT21 B4 B6
132. ond these limits Device functional operating limits and guaranteed performance specifications are given under Electrical Characteristics at the test conditions specified ESD Sensitive Device This device is manufactured on a CMOS process It is therefore generically susceptible to damage from excessive static voltages Proper ESD precautions must be taken during handling and storage of this device Wolfson tests its package types according to IPC JEDEC J STD 020B for Moisture Sensitivity to determine acceptable storage conditions prior to surface mount assembly These levels are MSL1 unlimited floor life at lt 30 C 85 Relative Humidity Not normally stored in moisture barrier bag MSL2 out of bag storage for 1 year at lt 30 60 Relative Humidity Supplied in moisture barrier bag MSL3 out of bag storage for 168 hours at lt 30 60 Relative Humidity Supplied in moisture barrier bag CONDITION MIN MAX Digital supply voltage 0 3V 3 63V Analogue supply voltage 0 3V TN Voltage range digital inputs 01 CL CE and MODE DGND 0 3V 7V Voltage range digital inputs MCLK DIN ADCLRC DACLRC DGND 0 3V DVDD 0 3V ADCBCLK and DACBCLK Voltage range analogue inputs AGND 0 3V AVDD 0 3V Master Clock Frequency 37MHz Operating temperature range TA 25 85 Storage temperature 65 150 C Notes 1 An
133. put Analogue input DAC mixer right channel input 32 AUXL Analogue input DAC mixer left channel input 33 VMIDADC Analogue Output ADC midrail divider decoupling pin 10uF external decoupling ADCREFGND Supply ADC negative supply and substrate connection 35 ADCREFP Analogue Output ADC positive reference decoupling pin 10uF external decoupling 36 AVDD Supply Analogue positive supply 37 AGND Supply Analogue negative supply and subVstrate connection 38 AINVGR Analogue Input Right channel multiplexor virtual ground 39 AINOPR Analogue Output Right channel multiplexor output 40 AINVGL Analogue Input Left channel multiplexor virtual ground 41 AINOPL Analogue Output Left channel multiplexor output 42 AIN5R Analogue Input Channel 5 right input multiplexor virtual ground Channel 4 right input multiplexor virtual ground 45 AIN4L Analogue Input Channel 4 left input multiplexor virtual ground 46 AIN3R Analogue Input Channel 3 right input multiplexor virtual ground 47 AIN3L Analogue Input Channel 3 left input multiplexor virtual ground 48 AIN2R Analogue Input Channel 2 right input multiplexor virtual ground Note Digital input pins have Schmitt trigger input buffers and pins 16 17 18 and 19 are 5V tolerant 73 134 Product Preview WM8776 ABSOLUTE MAXIMUM RATINGS Absolute Maximum Ratings are stress ratings only Permanent damage to the device may be caused by continuously operating at or bey
134. ster DAC clock 256 384 512 or 768fs fs word clock frequency DAC data input 10 ADCBCLK Digital input output ADC audio interface bit clock 11 ADCMCLK Digital input ADC audio interface master clock 12 DOUT Digital output ADC data output 13 ADCLRC Digital input output ADC left right word clock 14 DGND Supply Digital negative supply Digital positive supply 15 DVDD Supply 16 MODE Digital input Control interface mode select 5V tolerant 17 CE Digital input Serial interface Latch signal 5V tolerant 18 DI Digital input Serial interface data 5V tolerant 19 Digital input Serial interface clock 5V tolerant 20 HPOUTL Analogue Output Headphone left channel output 21 HPGND Supply Headphone negative supply 22 HPVDD Supply Headphone positive supply Analogue Output Headphone right channel output 24 NC Not bonded 25 NC Not bonded VOUTL Analogue output DAC channel left output VOUTR Analogue output DAC channel right output 28 VMIDDAC Analogue output DAC midrail decoupling pin 10uF external decoupling 29 DACREFN Analogue input DAC negative reference input 30 DACREFP Analogue input DAC positive reference in
135. te 0020 7 00020 D 5919 7 60 D 5928 21 6 D DQ21 D D020 DQ3 0912 59 D_DQ27 DQ22 3 4 D DQ22 004 DQ11 CB82 CB83 CB84 CB85 CB86 CB87 CB88 CB90 CB91 CB92 A 0231 0 0023 par i 10 Lor pon 025 0 1uF 0uF O tuF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 3111 poe ps RN19 474 12 55 754 DQ24 a 00024 T 55023 VSSQ VDDQ 54 55024 bi id A DQ25 6 D DQ25 Bar 508 sa ADQ26 3 4 DDG26 1 Dwi amp amp ADO 1 D_DQ27 T 00052 16 Mg hes 51 D D083 17 NC NC 50 RN21 474 18 49 VREF DQ28 7 DDpo28 10 75x4 C40 C42 C43 C44 C45 C46 C47 ADG29 6 DDO29 D DOM M Sa 2 a e CB93 3300pF 3300pF 3300pF 3300pF 3300pF 3300pF 3300pF 3300pF A_DQ30 4 D DQ30 D WEF Tg ADA 1 D DQ31 D 22 45 D RAS 23 CAS CK 44 D CKE 0 tuF T T 47x4 D CS 24 paza D1V25 D BAO 754 0950 R66 47 pposo D BAT 27 40 D RAS _ CE40 28 A9 D_RA8 DQS1 867 47 D past D RAO 8 D RAT 270uF 16v OS CON NC 220uFf v ERAI aA a7 H5 P C220UF16VD6H11 1 0052 R68 47 _ D 0932 i 31 A 8Mx16 35 AS D RAS 32123 DDR m 35 D RA DQS3 R69 47 D 0053 8 M Lad 1 754 RN24 DV258 HY5DU281622ET 5 8 16 TSOP II 66 SMD 9 RN25 DV25B CAS 7 D_CAS A WER l D_WEF ACH 3 4 DCS 754 CB
136. tion Min Typ Max Unit Note Contrast Ratio CR 800 1000 2 Gray to gray Response Time average 8 12 ms 3 Center Luminance of White F 450 550 cd m Average Luminance of White Lave 400 450 cd m 4 White Variation W 0 0 0 1 3 7 Cross Talk CT 4 0 96 5 Red Rx Viewing Normal 0 622 0 652 0 682 Ry Angle 0 302 0 332 0 362 0 240 0 270 0 300 Color Gy 0 559 0 589 0 619 6 Chromaticity Blue Bx 0 111 0 141 0 171 By 0 038 0 068 0 098 White Wx 0 255 0 285 0 315 Wy 0 263 0 293 0 323 Color Gamut CG 72 75 96 NTSC m Horizontal 90 39 Viewing Ox 80 88 Anal CR220 Deg 1 ge Vertical 9y 2 ae 80 88 99 134 Note 1 Definition of Viewing Angle Viewing angles are measured by EZ Contrast 160R Eldim Normal 0 12 o clock direction 90 6 o clock 90 Note 2 Definition of Contrast Ratio CR The contrast ratio can be calculated by the following expression Contrast Ratio CR L255 LO L255 Luminance of gray level 255 L 0 Luminance of gray level 0 CR CR 5 CR X is corresponding to the Contrast Ratio of the point X at the figure in Note 8 Note 3 Definition of Gray to Gray Switching Time 100 90 Optical Response 10 0 lt gt lt gt Time Gray to gray Gray to gray switching time switching time 100
137. to select the child protect mode CCD Press to select the Closed Caption mode Freeze Press to freeze the picture press again to restore the picture This button is not available for VGA mode Display Press to display the channel information and it disappear after 3 seconds Favorite Press repeatedly to cycle through the favorite channel list Add Erase Press to add or delete favorite channel S Mode Adjust the TV sound by selecting one of the preset factory settings such as Normal News Cinema Concert or User PIC Size Press to change the screen size such as Full 4 3 Panoramic Note In VGA mode it can select picture size is Full While in DTV mode it can select picture size is Full and 4 3 Recall Press to return to previous channel e e SINSEGISIS G9 RSS 593 55 SBIR 23Sleep Press to sleep a time for the TV to turn off automatically such as 15Min 30Min 60Min 90Min 120Min and OFF To cancel sleep time press Sleep repeatedly until sleep OFF appears 4P Mode Adjust the TV picture by selecting one of the preset factory settings such as Hi Bright User Cinema Normal and Vivid System Press repeatedly to cycle through the system options AUTO NTSC3 58 and PAL This button is activate for AV S Video input source elColor Buttons Red Press this button to access the red item or page
138. to upgrade Init Usb gt Flash C R52325MT1818 2 Flash Type 241 800 Erasing Verify High Speed Boe Thu Mar 02 10 08 35 2006 ju USB to UART Bridge Controller ShakeHand LOG end Thu Mar 02 10 12 14 2006 Finishedl 21CE Custom Burning Address 0 Custom Burning End Direct Control Clear MSG 9 The update process is successful as the progress bar is 100 After the update process is ok 119 134 turn off power and wait indicator light is off Turn on power and TV can work Checking It is needed to check the version of the firmware for MT8202 which has been download into the Plasma TV Press Menu button of the remote control following input 8202 of the remote control and OSD menu for Factory Setting is appeared on the screen Use the remote control and select the mode of Firmware Version and then enter the mode of Firmware Version It is easy to be found the version of the current firmware for MT8202 is as the following Factory ID 4210 1_ Appendix Quick Installation Guide For Software Upgrade Board 1 Parts List Software upgrade board x 1 1 RS232 null cable x 1 for PC 2 RS232 VGA cable 4 USB cable x 1 5 2 Installation for ATV upgrade 2 1 Connect RS232 cable 2 to PC serial port 120 134 Connect another side of RS232 cable 2 to the board 1
139. use an accurate and reliable high voltage meter The only source of X RAY RADIATION in this TV receiver is the picture tube For continued X RAY RADIATION protection the replacement tube must be exactly the same type as specified in the parts list Some parts in this TV receiver have special safety related characteristics for X RADIATION protection For continued safety the parts replacement should be under taken only after referring the PRODUCT SAFETY NOTICE SAFETY INSTRUCTION The service should not be attempted by anyone unfamiliar with the necessary instructions on this TV receiver The following are the necessary instructions to be observed before servicing An isolation transformer should be connected in the power line between the receiver and the AC line when a service is performed on the primary of the converter transformer ofthe set Comply with all caution and safety related provided on the back of the cabinet inside the cabinet on the chassis or picture tube To avoid a shock hazard always discharge the picture tube s anode to the chassis ground before removing the anode cap Completely discharge the high potential voltage ofthe picture tube before handling The picture tube is a vacuum and if broken the glass will explode When replacing a MAIN PCB in the cabinet always be certain that all protective are installed properly such as control knobs adjustment covers or shields barriers isolation resistor networks et
140. vel Voltage 95 134 6 INTERFACE TIMING 6 1 INPUT SIGNAL TIMING SPECIFICATIONS The input signal timing specifications are shown as the following table and timing diagram Signal Item Symbol Min Typ Max Unit Note Frequency 1 Tc 60 86 88 MHz i Input cycle to LVDS Receiver Clock p d Trel _ _ 200 ps cycle jitter Setup Time Tlvsu 600 ps Dala Hold Time Tivhd 600 ps Frame Rate XE ed 30 22 ue 2 Fre 57 60 63 Hz Vertical Active Display Term Total Tv 778 795 888 Th Display Tvd 768 768 768 Th Blank Tvb 10 27 120 Th Total Th 1436 1798 1936 Tc ITh Thd Thb Horizontal Active Display Term Display Thd 1366 1366 1366 Tc Blank Thb 70 432 570 Tc Note 1 Since this module is operated in DE only mode Hsync and Vsync input signals should be set to low logic level Otherwise this module would operate abnormally 2 Please refer to 5 1 for detail information Tv INPUT SIGNAL TIMING DIAGRAM DE qt jet DE DATA Thb Valid display data 1366 clocks 96 134 Thd LVDS RECEIVER INTERFACE TIMING DIAGRAM Tc RXCLK RXn 97 134 6 2 POWER ON OFF SEQUENCE To prevent a latch up or DC operation of LCD module the power on off sequence should be as the diagram below 0 9 Vcc Power Supply Vcc 0 Tis 10ms 0 lt Tex 50ms 0 lt lt 50ms 500ms T4
141. voo Date Thursday April 13 2006 b cb d gt IR 3 15 GPIO10_ 3 GPIO12 _ gpi012 5 KEYPAD GPIO13_ Gplo13 3 ePlo14 vcplo4 SB33B PWMO gt gt PWMO 8657 PWM1 10K PWM1 R0603 SMD 1000pF TV AV 8202UP3 0 GPIO12 MENU 8202UP30 GPIO13 L59 FB MENU 1000pF VOL GPIO14 R658 47K Q32 GPIO14 160 FB VOL VOLF gt gt GPIO14 18 K 2N3904 GPIO10 L61 FB VOLF 1000pF CH GPIO19 SOT23 SMD GPIO19 162 FBNC CH gt gt GP1019 08 VCLK 163 1000pFIRR 8 VCLK IR R7 IRR LED RED 9 22VCLK 3 RAA R659 510 LED RED 1000pEED GRE 10 F A21 R60 510 LED GRE 8202UP3 0 11 21 3 R394 10K 8202UP3 0 1000pF POW 12 CCIR V2 V2 R305 V 0 42V FB D gt 12v aye COIRV2 ex CH 13x1 DIP13 P2 0 R754 10k NC 5 6V NC D80 100k NC R306 Q17 2N3904 NC Dimming BL_ONIOFF ats 2N3904 NC KAWA Confidential Size Document Number lt Designer gt Rev AKALMT8202 27US LVDS V0 0 ce 1 Date Thursday April 13 2006 Sheet 13 17 5 4 3 2 1 22 134

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