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SERVICE MANUAL

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1. _ Ewa J Pan oms swen Cmm J J S um J Fm Gaelic Gddm S Gm Romanen J Serbian wk J _ ooo Wm J wese ase J J S Interface hav display some info amp status e sub page HDMI Scan automatic Info Only TE available in HDMI Overscan petet RN I 37 Digital Teletext Lang LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK page ve sub page Brightness Color Temperature Advanced Video have sub page Audio Mode Parental Guidance have sub page Input Block have sub page Set password have sub Clear All 2K11 Sharp DVB OSD tree PC OSD Layer 1 slider slider Normal Cool Warm Auto Config Horizontal Vertical Phase Clock Resolution if ambiguous timings Personal Music Speech Equalizer ider Equalizer Sider Sound 2 slider Equalizer Equalizer slider Balance slider Virtual On m w Age Rating gt gt gt N N O N O Source list TV YPbPr AV SCART PC HD MI
2. Operation Manual Quick Setup Guide 197 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 4 19 PACKING PARTS OT MANUAL A Western Europe OPERATION MANUAL B North Europe D MANUAL C Eastern Europe ee ee 198 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK PACKING PARTS LC 19LE430E AUO 705TZA41C1A DFU ASSY Western Europe North Europe o 199 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 4 22 PACKING PARTS DO MANUAL A Western Europe OPERATION MANUAL OD North Europe Or MANUAL C 1 Lastern Europe 200 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK PACKING PARTS LC 22LE430E AUO aaa 705TZA41C1A DFU ASSY Western Europe North Europe 201 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 26 PACKING PARTS OPERATION MANUAL A Western Europe OPERATION MANUAL B North Europe OPERATION MANUAL C Eastern 772 202 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK PACKING PARTS LC 26LE430E AUO aaa 705TZA41C1A DFU ASSY Western Europe North Europe A O IN N 203 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 32 PACKING PARTS OPERATION MANUAL A Wester
3. wo s scanning ___ channels Channel Scan mode scanning ee _ channels Digital channels ATV and DTV if Cable mode 33 Channels ha ve sub page LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK if Advance mode Frequency KHz select Modulation gt Auto 16 32 64 12 8 256 QAM Status scanning Update Scan Analogue channels Digital channels RF Channel slider Single RF Scan Signal Strength Signal Quailty Start Frequency Analog Manual Scan Scan Up Scan Down Channel Skip have sub Channel munber page Channel Sort have sub Channel munber page Channel Edit have sub Channel munber page Decoder for ATV Channel munber Analog Ch Fine Tune 2 do fine tune E J J LLL NN Pm p NN RN RN RN RN aga p j C Som OS Srpski T rk e Gaeilge Latviski Eesti Lietuviskai ykpaiHcbka O cO Co N LC 19LE430E UK LC 22LEA30E UK LC 26LE430E UK LC 32LE430E UK Auto oo video exist 2002 oS S Oo As Broadcaster T _ NENNEN
4. SCARTILPA 9 SCARTIR PA SCARTIL 1 Line audio output SCART2R SCART2L PA 2 SCART2R PA 2 Audio Control SC MUTE AIN CTLO CTL1 2 audio input for DAC LRCLK LRCLK SCLK MCLK AOSDATA1 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 06 SPK AMP HP AMP Close to MT5365 HPOUTL E DV33 416V 24V 4 8 i HP DETZ GPIO12 12V 4 5 5 STB PWR5V 4 zd 47P 50V H HP Plug in 45V SW 4 5 7 10 11 13 14 15 DV33 4 5 6 7 OK 1716W 5 T6V 43K 1 L HP un plug 1207 C664 4K7 1 16W 59 330PF 50V lt gt GND 4 5 6 7 8 10 11 12 13 14 15 16 gt HP_DET E 1 1 m e I3 BHONEJACK 125 audio input for SPK R651 10N 50V 100N 16V 100N 16V NC 0R05 1 16W d I AOMCLK AR1O i C692 X M AOLRCK Ska ew Qu 6 gt gt R A H igh 1 0 5 MM 1 4 FB607 Lan 88 30211K CHANGLIN 220R 2000mA 330PF 50V CLA PWM audio input for HP AMP FB606 16V 24V 220R 2000mA PVDD AVDD ALIO O O Q AD C687 680 Address ri Audio Control DV33 FB608 AVDD SPK_MUTE pos dw HP MUTE 1 2 R665 SC MUTE DET 22 SC_MUTE 8 10 AOLRCK R655 1
5. 1 1 44 1 50 DVDD33 1 INA Digital power3 3V L 52 52 TS DATA2 NA ane input from other 53 52 TS I NA ans inputfrom other 54 52 TS DATA4 _ ans ata 4 input other 55 52 TS DATAS jk PNA ans input from other 55 652 TS DATAS WA W el trans input from other S25 Parallel trans input from other interface 59 PCMCIA card detection 60 3 2 8 JPCMCIAdatabt3 1 1 __61 10 2 8 PCMCIA data bitdi 1 62 104 0 2 8 JPCMCIAdatabt4 1 1 63 28 PCMCIA data b t12 1 __54 05 1 O 2 8 PCMCIAdatabitS LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK number we numo n eme _____ rent Note 66 6 1 12 8 PCMCIAdatabito 1 70 CE1 0 2 8 PCMClAcardenabe 1 1 71 DVDD33 1 Digital power 3 3V 72 DVSS 1 Digital ground a ps U __74 1 N A m PCMClAvoltagesense1 1 75 JOE 0 2 8 ___ 76 ORD 0 2 8 9 read strobe 4 2 _ 78 0 2 8 write strobe js 0 80 47 0 2 8 PCMClAaddressbit 17 PCMCIA address bit 8 i
6. FF 2 x 1293 12 to DEMODMN8847 1 e gt gt 10K 1 16W 53 USB PWR OCPO PVR TSCLK 2 CI B P C x DEMOD_RST us rower Loniro USB ENO 8 33 CLOSE TO CI CONNECTOR 81284 FB1006 220R 2000mA CI PWR EN 47 16V DEMOD TSDATAO 0805 1 16W DEMOD TSSYNC 1229 DEMOD TUNER DEMOD TSCLK 10pF 50 R1286 Panasonic TUNER DAIA 5 TUNER 5 TUNER DATA 16 7 5M 1 10W 5 G5250M1T1U tri Tuner R1282 5 10K 1 16W 5 NC 100UF 16V R1285 4K7 1 16WB _ _ RSSI 2 10M 1 10W 5 DV33 T SMD 0402 DV10 for MT5135 5V_SW 5135_DV10 Q Q DV33 amp AV12 for MT 5135 DV33 AVDDSS 1 O 1 1 2 120R 600mA MA 5135 AV12 C1233 C1217 NC 10uF 6 3V 100N 16V FB1013 ANDD33 2 CI 1 OUTDATAS _OUTDATA4 OUTDATA5 DAIAO __ 7 CI 2 VST CI_IORD OWR INSYN A17 INDATAO A18 5 NDA A1 A19 INDATA2 A20 NDA A3 CI2 VCC _ _ 2 L O VCC VCC gt 2 VCCO JVA VPP1 PCMCIA VPP2 NDATA4 2 VCC INCLK A16 A22 INDATA5 ET NDA A6 INDATA7 TOUTCIK WAITH IN GND 1UF16V HOON 16V 100N 16V 100 16V SHDN SET 120R 600mA G9141T11U 2 NC 10uF 6 3V 100N 16V 100 16V 120R 600mA C1232 C1218 NC 10uF 6 3V 100N 16V bi AVDD33_3 2 120R 600mA FB1014
7. S D 5 D E G D R9143 47K 4 596 1 8W C9143 4 7UF R9147 47K OHM 1 4W Q9106 RK7002FD5T116 R9122 56K 1 8W 1 914 R9115 100N 50V 300R 1 8W 5 R9123 6 8KOHM 4 196 R9145 1KOHM 5 1 6W R9153 0R051 8W PS ON R9121 ___ gt 1K 1 8W R9146 1KOHM 4 595 1 6W Q9108 RK7002FD5T116 C9141 0 1uF 50V R9148 330K 1 8W 5 220NF 50V KIA431A AT P 056G 158 12 9103 9127 3 16KOHM 1 1 8W R9150 270R 196 C9138 100N 50V C9144 100N 50V CONN oN Su S AUO LED 12V gt lt 1 12 24 PS ON 5 2V CN9105 13P 2 0mm C9139 100N 50V C9140 100N 50V 2 jump wire 99108 99903 JUMPER JUMPER 9907 9909 JUMPER JUMPER 99913 99914 JUMPER JUMPER g 2 1 2 M1 GND TERMINAL 1 9904 JUMPER J9905 J9908 JUMPER JUMPER J9910 J991 1 J9912 JUMPER JUMPER JUMPER N N N J9915 J9916 JUMPER JUMPER M4 GND TERMINAL GND TERMINAL GND TERMINAL 1 121 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK POWER SCHEMATIC DIAGRAM for 32 1 B lt FB9810 1 2 608 BD9910 TS6B06G 02 3 2 HBD9910 C9816 C9815 2U2 16V 330N 25V R9818 1 8W 5 FB9902 FB9901 BEAD BEAD N AN TVR14511KFAOZF LL 12MH 8
8. mee JJ mmm JJ mem JJ mem mm mem erem JJ mem SCS a SSCS 12 00 meme JJ JJ ma JJ Auto synchronization On Off Date 20xxlxxlxx pH meae Time voce Pf Timer Off On pg Off Time pl sub page Only LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK SCART Composite I U MM LS ___ _____ 4 Spanish 24 2 Subtitle have Basque sub page Bulgarian Gm Gm LL j EU mg p o j j 1 2nd Subtitle 28 ER 2 L NENNEN S j CI j La j __ _______ 2 36 LC 19LE430E UK LC 22LEA30E UK LC 26LE430E UK LC 32LE430E UK Welsh C
9. _ 81280 16W 5 INDATAT CI 103 PAD_VS2_ PAD_CD1_ PAD CHIP CTRL RA258 CI INDATA2 R1287 16W 5 INDATA2 gt 104 PAD_A6 PAD_CHIP_CTRL 2 7 5 CLINDATA3 81288 16W 5 CI INT A5 105 PCMCIA RESET PAD S2 TS DATA7 VCI INDATAZ R1589 SEW CI INDATAI cl INT CT WATTE 106 PAD_A5 PAD S2 TS DATAG INDATAS R1290 16W 5 INDATAS 107 PAD WAIT _ 1 INDATA6 R1277 16W 5 _TNDATA6 RF_AGC_ Control RE AGC Control 16 PAD A4 82 TS 4 M INDATA7 _ 81278 7 RFAGCT 2 AGC Contro 108 PAD PAD S2 TS DATA3 RFAGCT 16 5135 DV33 DGND33 PAD S2 TS DATA2 RF AGC H CI O DVDD33 PAD_S2_TS_DATA1 M CI INCLK CI INCLK 6 16 x PAD REG DVDD33 05135 DV83 5135_DV10 DGND10 DGND33 CI A2 O DVDD10 PAD S2 TS DATAO OUTVALID PAD A2 AD S2 TS VAL 10pF 50V Closed to TAT PAD_BVD2 PPAD S2 TS SYNC CT OUTSYN 1 5135 R1259 RF_AGC_H Main Chip IF input from Tuner CI A0 AVDI T er 43 81260 RF AGC Control OUTDATAO 0 5 PAD IF AGC VT5135 ORO5 1 16 NC 10K 1 16W 5 MT5135AD CT DO PAD 08 ED PAD TUNER CLK MT5135 DATA C1223 CI OUTVALID 1264 22R 1 16W 5 MBs 5 2 M CT OUTDATAT AD DE bs lt PES 55135 DV10 NC 47N 16V M_CI_OUTSYNC_R1267 276 5 OUTSYN ua D PD reig 50625
10. TOON 16VAVDD33 4 Change to 1 1V for MT5135 1 0 x 1 1 2 12 1 1V 1 2 120R 600mA 12 from Tuner C1234 C1220 10UF 6 3V X5R 4 207 100N 16V 5135 DV33 O OUTSYN OUTDATAM _OUTDATA2 02 1012 1 2 120R 600mA C1236 C1209 C1210 C1211 C1212 C1213 C1214 DV33 NC 10uF 6 3V 100N 16V 100N 16V 100N 16V 100N 16V 100N 16V 100N 16V Q1501 2N7002 R1373 TUNER CLK 4 7 1 16W 5 R T H 10 5MM DIP 088G 50019A P Plastron MT5135 CLK R1501 0 05 1 16W From Tuner 0805 1 16W R1502 0 05 1 16W To MT5135 R1371 TUNER DATA MT5135 DATA 2N7002 0805 1 16W Q1500 DV33 2 level shift 116 13 TUNER 4B active ANT 3 RF AGC Monitor NC BT Monitor SCL SDA IF Monitor IF AGC IFD out1 IFD out2 ENV57U09D5F feo NE F GND Tuner HF AGC T 45V V IF AGCT DIF1 OUIT2 OU 00 4 CO GND Tuner NC TDTK G731D Ww 7 fKilayer 1 v Hibottom 5 for Tuner 45V 5 TUNER FB1034 120R 600mA C1302 C1303 100N 16V 10 10V F F GND TunerGND Tuner 2 for Tuner HF AGC T I2C Rising time GND Tuner A7UF 10V F GND Tuner differential pair 61323 56P 50V 10N 50V R1341 DIF1 OUT1 C1309 0805 1 16W 220P 50 C1311 10N 50V R1317 DIF1 OUT2 1313 0805 1 16W C1307 5P6 50V L1051
11. e gt 1 i 1 144114 1 4 Jo J gt m rS IN oo co jo m co oo m Joo B 1 o o o a AJ 2 2 2 2 20 I A 20 20 2 2 2 2 2 2 A 2 c lt lt C C 2 gt C 120 u gt s wiwi w U O J U U J O o o lt 0 lt gt lt gt lt gt lt gt lt gt lt gt lt x gt lt lt U U o o ojojo PP OJO O jw a o c co o a m AJA J 5 5 6 s ja m 25 25 23 zz x s 22 zx 23 28 0 v v v o v o o o lt ol 2 20 oj zl Jojo 25 lt el lololol o jojo 26 2 5 6 N o O co RIOD o g gt lon E s o gt
12. 0 33uF 50V O gt o L601 47UH 0 a e 1 1 O gt gt 220UF 25 DV33SB e ROUT SPK MUTE OPCTRL2 10K 1 16W 5 4 9 58 8 ao Closed to CN601 SPK mute SPK sound output 5 2 AVDD 33N 50V Q gt gt 16V PVDD O R675 Q653 C695 0 SPK MUTE 100N 50V 10K 1 16W 5 0604 C650 C655 712 BAS316 EC80 SMD PMBT3904 10uF 16V 100N 50V 4 7uF 50V 1K 1 16W 596 5 R640 100K 1 16W 5 AVDD O 9606 M 2 8316 R670 P SC MUTE OPCTRL3 10K 1 16W 59 HP SCART mute R671 HP SCART sound output HP MUTE DV33SB 10K 1 16W 5 C704 PMBT3904 NC 1UF 16V 5 LO z gt 8644 SC MUTE d 1K 1 16W 5 HP_SC_MUTE 2 BAss1Anti Plop CKT 110 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 07 SCART I O 5V_SW lt gt gt GND 45V SW 4 5 7 11 13 14 15 AMUX 12V 8 11 4 5 6 7 8 9 11 12 13 14 15 16 SCART 1 Full SCART CVBS SV RGB TV OUT CVBS IN SCT1 AV IN Full SCART RGB CVBS L R IN OUT CVBS OUT SCT1 AV OUT Close to IC Close to CONNECTOR BAS316 R1009 ORA5A 16W TUNER BYPASS OUT SCART1 in out SCT1 AUR OUT SCT1 AUR IN 5 OUT IN B IN SCT1 FS IN SCT1 G IN SCT1 R IN SCT1 FB IN SCT1 AV IN O O O O O O O 0 O 17 sc avo
13. m C9102 9111 E D9105 2N2 50V 2N2 50V L9104 C9130 9901 R9137 ZD9106 T9101 SRF1060 3 5uH 100N 50V 100KOHM 4 596 2WS 5 XFMR B P6KE150A lt ON OFF NC y 10 N9102 3 2 R9110 Y a HD9105 ZD9102 lt pue 20K OHM 1 2W 4 Heatsink P6KE15A 3 C9121 C9107 C9137 470uF 10V 47UF 450V 47UF 450V TS4B06G 09 3300PF 250V DIS enigs R9115 22uF 50V J9911 2 2 OHM 1 4W N C9953 C9119 JUMPER 3300PF 250V 100N 50 FB9105 m BEAD 2 2nF 100V C9104 2 2n 2 2nF 100V IC9101 mera 9125 C9103 C9127 i 100N 50V 100N 50V RV9902 COMP 1N4148W 09103 p ri MBRF10150CT 9 Mor R9150 CS P1070ATR 100KOHM 5 1 8 TVR14511KFAOZF R9900 TY v 2 4 5 1 2W 100 OHM 1 4W C9905 C9935 _ ANUS NO RN C H9122 0 001uF 250V 0 001uF 250V 1MOHM 5 1 4W R9101 C9909 0 001uF 250V 3 3 1 4 R9129 51K 1 4W R9107 R9128 3 3M 1 4W 9102 09102 EL817M 9 6 2K OHM 1 1 8W PMBS3904 C9116 i 430 OHM SG9902 SG9901 i 220P 50 SPG 201M LF SPG 201M LF C9151 R9123 10N 50V 3 3 3K 5 1 8W 22KOHM 1 1 8W R9111 N 12MH 3 3M 1 4W C9112 9112 RV9901 220P 50V 200 OHM 1 4W 22KOHM 1 1 8W TVR14561KFAOZF RK7002FD5T116 R9146 R9114 i R9106 1K 1 8W C9908 ZD9104 R9108 1K 1 10W 100 OHM 1 8W 305V MTZJ6 2B 430K 1 8W C9129 R9125 330N 25V 0R43
14. 11 13 17 AV OUT VIT H 8 5MM 088G355FLB1VCL Changling Monitor OUT CVBS L R SCT2 AV OUT SCT2 AUL OUT SCT2 AUR OUT VIT H 10 5MM 0886 78F131XCL Changling ZD1065 UDZSNP5 6B SCT1_B_IN AN ZD1066 UDZSNP5 6B D1056 BAS31 CVBS2P C1010 C1009 47pF 50V 47N16V 75 C1011 10N 50V YOP 100R 1 16W 5 R1024 5 1 16 BAS316 C1007 10uF 16V SCT1 AUR IN C1012 10N 50V 47pF 50V 10K 1 16W 5 NC 47pF 50V 75 OHM 5 1 16 Rf013 0805 1 16W 2 o45V SW 6 FB1053 SCT1 GIN 201067 0025 5 68 201068 281054 80 UDZSNP5 6B 1004 15 75 OHM 5 1 16W C1005 15PF50V 75 OHM 5 1 16 2 o45V SW 5316 MONITOR SCART CVBS BYPASS NEARLY IC MONITOR OUT 75 OHM 5 1 16 Audio Output Close to IC SCART2L PA SCART2R 470R 1 16W 5 NEARLY CONNECTOR L1001 1 8uH C1018 C1016 47pF 50V NC 47pF 50V Close to CONNECTOR C1022 470P 50V Q102 NC DTC423TK SC MUTE C1024 470P 50V Q101 NC DTC423TK SC MUTE R1005 PBOP 68 1 16W 5 1003 10N 50V C 1006 10N 50V PROP BAS316 SCT2_AV_OUT 201069 UDZSNP5 6B BAS316 SCT2 AUL OUT BAS316 SCT2_AUR_OUT SCT1_AUL_IN BAS316 C1008 R1007 10uF 16V 10K 1 16W 5 C1013 10N 50V Audio Output SCARTIL SC MUTE OROS 1 16W
15. oo 15 C61 1 emm i ce 6 LEIJ on m ay b R a e3 e RIOZB e E sr emo aE ut ips n OE Bm enses V ur ET 1 01015 01054 d TRI nU 1 runs mis ale g 14 m I Tim us farce S 2607 EI sis Ese a Lr 7 X a J HB arm lim S E 171 r Ar lg pias L 7 mn ans 3n H HILI 95 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK MAIN UNIT Side B J TTT 2 s 1265 lt gt 3 SN R1280 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 POWER UNIT PRINTED WIRING BOARD for 19 and 22 panel C8512 GND3 e FB9107 bb ss ns e ie POWER UNIT Side A L G8NO CN8502 io lt FLO oo HOO J8503 719G4584 P01 W20 0050 o 09102 HD9905 C9935 e Tv 9 9102 C9115 pec D9101 c9955 1 9905 e C9952 lt ore 9905 LABEL POSITION C9120 F990
16. 15 5 77 rTrvpS 6 ES 033G801930F CH JS JS ER VIT 1 25 JS iios 03378033 30 X XINYA E3N _ me pe Backligh Control Interface E3P O BL_ON OFF TP419 BL_ON OFF 6 BL_DIMMING 6 BRIGHT_ADJ 4 INVERTER_ON_OFF 4 USB interface USB USB DPO 0458 DM 6 USB DPO 6 a 15 BL BLCONTROL 9405 C403 K USB PWR ENO 15 45V SW DV33 BL DIM PWM for Bright Min 3V3 R403 PWM CONTROL 100R NC 4K7 1 16W 5 1K 1 16W 5 NC 4K7 1 16W BRIGHT_ADJ DC CONTROL 5K6 1K 10U BL DIMMING C403 NC 10uF 10V Backlight ON OFF Control USB DPO 413 ARAS A 16W USB_DMO R414 1716W 45V SW DV33 DV33SB INVERTER R407 R408 R407 R408 ON OFF U NC 2KOHM 1 10W 1K 1 16W 5 BackLight SW B4 R409 BackLight on Lowi 4K7 1 16W 596 NC 10K 1 16W 5 BackLight off High INVERTER ON OFF USB CONN FB404 220R 2000mA TH4050 C405 PTCR 1 2 100UF 16V R T H 10 5MM DIP 0886352 6 1 BL ON OFF C406 NC 10U 16V U105 NC STMPS2171 2 OUT USB PWR 4 GND EN FAULT PMBT3904 C401 NC 22uF 10V R417 NC 10K 1 16W 5 NC 10U 16V C408 NC 100N 16V 8416 NC AK7 1 16W 5 R415 NC 4K7 1 16W 5 O DV33 115 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 12 DVB C T_DEMOD 5135 Cl I SW 4 5 7 10 11 13 14 2 a Cl rf DV
17. TEST ONLY RST 0402 1K 5 1 16W KENN TEST ONLY RST CHIP 4 7K 5 1 16W TA I TEST ONLY RST 0402 10K 5 1 16W m TEST ONLY RST 0402 10K 5 1 16W LONE TEST ONLY RST 0402 47K 5 1 16W 1 TEST ONLY RST 0402 47K 5 1 16W TA KE 061G0402330 Jl 9JR6100001091 RST 0402 5 1 16W TA I TEST ONLY RST CHIP 4 7K 5 1 16W is RST CHIP 180R 1 16W 1 TZAI YUAN a TEST ONLY RST 0402 1008 5 1 16W AST 0402 4 02K 1 1 16W 27 TEST ONLY RST 0402 10K 5 1 16W m TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W AST 0402 82R 1 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W d ___ TEST ONLY RST 0402 100K 5 1 16W 1 TEST ONLY RST 0402 100R 5 1 16W Em TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 1008 5 1 16W RST 0402 100R 1 1 16W TA ur RST 0402 1008 1 1 16W TA KU RST 0402 1008 1 1 16W TA 0402 1009 1 1 16W TA TEST ONLY RST 0402 10K 5 1 16W a TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W Ep TEST ONLY RST 0402 15K 1 1 16W EMEN TEST ONLY RST 0602 10R 5 1 16W TEST ONLY RST 0402 15K 1 1 16W a 71 is i R610 061G06032802FT 9JR6100001237 RST 0603 28K 1 1 10W R6
18. TEST ONLY RST 0402 47K 5 1 16W TEST RST 0402 47K 5 116W EN AST 0402 33 5 116W TA NN TEST ONLY RST CHIP 4 7K 5 1 16W 061G04021800FT 9JR6100001206 RST CHIP 180R 1 16W 196 TZAI YUAN TEST ONLY RST 0402 1008 5 1164 TAd RST 0402 4 02 1 1716W TEST ONLY AST 0402 5 1 16W LE TEST ONLY RST 0402 10K 5 116W 7 TEST ONLY RST CHIP 4 7K 5 1160 TEST ONLY RST CHIP 4 7K 5 1 16W TA AST 0402 828 1 1 16W TEST ONLY RST CHIP 4 7K 5 1160 TEST ONLY RST 0402 100K 5 TA 1 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 47K 5 116W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 04021008 5 1 16W TAA AST 0402 100R 1 1 16W TAL to AST 0402 100R 1 1 16W LEE AST 0402 100R 1 1 16W LN RST 0402 100R 1 1 16W TEST ONLY RST 0402 10K 5 1160 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 47K 5 116W TEST ONLY RST 0402 47K 5 1160 TEST ONLY RST 0402 15K 1 1 16W TA K TEST ONLY RST 0603 5 1 16W TA TEST ONLY RST 0402 15K 1 1 16W RST 0603 28K 1 1 10W LE D R611 061G06032802FT 9JR6100001237 RST 0603 28K 1 1 10W R612 061G04024532F 9JR6100001219 RST 0402 45 3K 1 1 16W R613 061G04024532F 9JR6100001219 RST 0402 45 3K 1 1 16W 139 LC 19LE430E U
19. no TEST ONLY RST 0402 228 5 M1 TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 22A 5 1 16W AST 0402 478 5 1 16W RC AST 0402 478 5 1 16W TEST ONLY RST 0402 10K 5 116W TA 1294 061604021201FY 9JR6100001199 RSTCHIPT2KVIEW Vo TEST ONLY RST 0402 12K 1 1 16W 06190402000 JI 9JR6100000833 RST 0402 0 05R 1 16W RST 0402 51R 1 1 16W RST 0402 51R 1 1 16W TA C 1320 06190402000 9JR6100000833 RSTO40200SRMAXVIW i TEST ONLY RST CHIP 1508 1 16W 1 p AST CHIPR 0402 51 OHM 1 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7 5 1 16W ji 1 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 100K 5 1 16W NE TEST ONLY RST 0402 10K 5 1 16W 41 061040200031 9JH610000085 RSTO40200SRMAXVIEW D RST 0402 51 1 1 16W 1370 0610402000 J1 9JH610000083 RSTO402O0SRMAXVIW 371 061G0402000J 9JR6100000833 RSTO402005RMAXTIGW gt gt y Ho TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W ERU TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W EINEN TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RS
20. 0603 1UF 10 16V X7R a 065G040215232K A 9296500000392 CHIP 0402 LSNFKSOVDUR 1 154 06560402509316 Y 9JR6500000441 CHIP 0402 SPF 50V NPO s O28pF oesooisziwos ouResoooooatt CAP OHIP oto WPFISWNPO Poo 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V 7 Gris 06560402509810 Y _ eJRes00000441 CAP CHIP 0402 SPF BOV NPO w 025pF 1 0805 10UF 10 16V 0805 10UF 10 16 X5R 1166 065G040210332K A 9086500000341 CAP 0402 10NF 50v xR d oesooosoesio Y CAP CHIP 0402 SPF SOV NBO 1 _ 065G040250931C Y 9JR6500000441 CAP CHIP 0402 5PF 50V NPO 0 0 25pF C1169 06560402509810 Y eJR6s000008e1 CHIP 0408 SPF 80V NFO T CAP CHIP 0603 10uF 6 3V XGR 1 20 175 065G040210332K A 9086500000341 CAPOA0210NFSVXTR 176 065G040210332K A aRes00000341 CAP 0402 CAP CHIP 0603 10uF 6 3V XGR 120 LN 0805 10UF 10 16V NN C176 065G060310332K A 9UR650000049 CAPCHIPOSOGIORFKSOVX7R 0805 10UF 10 16V a 181 065G060310332K A 9UR650000049 CAPCHIPOSOGIORFKSOVIR C182 0656040210412 A 986600000597 CAP CHIP 0402 LOIS 065000999071 CaP 0503 S9PF OV PO 1 065G040247312K A 9JR6500000394 CAP CHIP 0402 47nF K 16V X7R Gies 085008034
21. 89901 095G80214F 10 989500000225 HARNESS ACINLET 4P 40mm 75901 0 705GzosKizo 9 8705000032 HandeASSY EL 1005 065G040215031 A SUR650000041 CHIP 0402 ISPFJSOVNPO _ C1006 065G040210332K A 9JR650000034I CAPO40210NFSVX7R 0805 10UF 10 16V 0805 10UF 10 16V C109 0656040247091 Y 9288500000203 CHIP 0402 47pF 50V NPO 6 _ 010 065G040247312K A 9UR6500000094 CAPCHIPO402471FK16VXTR po _ 019 0656060347191 A 9UR6500000404 CAP CHIP 0603 4 eur6soo000408 s CAP CHIP 0603 470PF J 50V NPO 128 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C1024 065G060347131J A 9JR6500000404 CAP CHIP 0603 470PF J 50V NPO 0603 1UF 10 16V X7R 1156 065G040210332K A 9086500000341 CAPOAO210NFSOVX7R _ ueseoisesossic _ dmosopoii CAP CHIP 0402 SPF 1 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V X7R 69002160217 A sUnesonooiti CHIP 0402 1 C16 0656040215031 A 9UR650000041 CAP CHIP 0402 ISPFJSOVNPO oOo C162 065G040210332K A 086600000341 CAPO4210NFSVXR 0805 10UF 10 16V X5R 1164 065G040210332K A CAPO40210NFSVX
22. ENDO m mem m m ge s F m MN CAM N m NE ma s m NEE ms s 1 PORC COEM LATER a a Li m zm ZI i E an E EM uns i EN E a E LE 7 EV S RS ie nai nue d E Tua ut Cal ei LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CHAPTER 7 PRINTED WIRING BOARD 1 POWER UNIT PRINTED WIRING BOARD MAIN UNIT Side A 1 a 6 656 666 6 6 9 bitime CD N lt DI 1 E EB _ NSS NY M 0 E R4112 posmo C pu gt f TI ARN J TS HE RAD SEE B d Eum E 1 re Py NSS NN 1909 F ll SES 1053 1 BB 0 Hi ino 18118 E T H 4 7 1415115141 _ L 5 al IF li E e g M oo ISI
23. INA T e da a 26 7 jReseved 001400 WA ce oe 28 JAVSS33 1 jJAnaloggrond ll O O 29 jH Crystalinput o 30 8533 9 jAndoggound _ 31 O jCrystalouput _ 32 AVDD33 I INA 33 ________________ 78 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 44 Input clock select pem p 1 Differential input or crystal ground 34 AVSS12 ji _ o oo 35 Differential IF signalinput 36 IFPGALINP JJDifferentiallF signalinput 37 AVDD12 JjAnaloggpower 2V o oo 38 AVDD33 Analogpower3 3V 8888686 Tuner interface 39 55 jDigtalground O O O 40 010 M A Digital core power 1 0V w 41 TUNER DATA 0 2 8 TumerSiFdata 241 42 TUNER O 2 8 JjTunerSlFclock 1 43 0 2 8 IF AGC control voltage outputs C C 21 44 RF 0 2 8 IRF AGC control voltage output 1 Transpo ators 46 52 TS SYNC NA 47 152 TS VAL N A _ _
24. R1023 061G0402000J 946100000833 RSTO402OO5RMAXTAGW TEST ONLY RST 0402 759 5 1027 06160402001 9JR6100000833 AST04020 05A jt TEST ONLY RST 0402 758 5 1 16W l R1029 061G0402000J 7 928610000833 RSTO402005RMAXTI6W OM TEST ONLY RST 0402 470R 5 1 16W is j TEST ONLY RST 0402 470R 5 1 16W TEST ONLY RST 0402 470R 5 1 16W 150 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R1151 061G0402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W 1 TEST ONLY RST 0402 10K 5 1 16W pis RST 0402 68R 5 1 16W EE TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 100R 595 1 16W AST 0402 568 5 1 16W TEST ONLY RST 0402 100R 595 1 16W r TEST ONLY RST 0402 10K 5 1 16W TA a 061G0402680 JI 9JR6100001229 RST 0402 68R 5 1 16W AST 0402 568 5 1 16W RST 0402 18R 5 1 16W AST 0402 569 5 1 16W AST 0402 18R 5 1 16W ug 7 RST 0402 68R 5 1 16W a RST 0402 188 5 1 16W m 1168 06160402000 1 9JR6100000833 RSTO402005RMAXVIBW J j TEST ONLY 0402 759 5 1 16W AST 0402 688 5 1 16W TEST ONLY RST 0402 759 5 1 16W up c LR sumeooooosss RSTOZO0SRMAXVIQW p 061G0402680 JI 9JR6100001229 RST 0402 68R 5 1 16W TEST ONLY RST 0402 759 5 1 16W AST 0402 68R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402
25. 06160402103 Jl 9JR6100000836 TEST ONLY RST 0402 10K 596 1 16W RST 0402 5 1 16W TAL TEST ONLY RST 0402 10K 5 1160 TEST ONLY RST 0402 10K 5 1 16W LE TEST ONLY RST 0402 20K 5 1 16W 7 AST 0402 47 5 1 16W LN RST 0402 4 7R 5 1 16W TEST ONLY RST 0402 5 1160 Lu TEST ONLY RST 0402 43K 1 1 16W TAL cd TEST ONLY RST 0402 20K 5 1 16W TEST ONLY RST 0402 43K 1 1 16W TEST ONLY RST 0402 20K 5 1 16W La TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 20K 5 1 16W ioo TEST ONLY RST 0402 100R 5 1 16W RST 0402 2 7K 5 116W AST 0402 33K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1160 i TEST ONLY RST 0402 22K 5 1 16W AST CHIP 120R 1 1 10W TEST ONLY RST CHIP 4 7K 5 1160 LE AST 0402 7 5K 5 1 16W HE TEST ONLY RST 0402 1K 5 E NN AST CHIP 300R 1 16W 1 TAL TEST ONLY RST 0402 47K 5 1160 RST 0603 12K 1 1 10W TEST ONLY RST 0402 89K 1 116 AST CHIP 300R 1 16W 1 TAL TEST ONLY AST 0402 5 1160 LE D R725 061G0402752 JI 9JR6100001231 RST 0402 7 5K 5 1 16W R726 061G06032709FT 9JR6100001236 RST CHIP 27R 1 10W 1 140 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R727 061G0402512 JI 9JR6100001226 RST 0402 5 1K 5 1 16W TEST ONLY RST 0402 33K 1 1 16W ed RST CHIP 100K 1 16W 1 eA AST 0402 7 5K 5 1 16W AST 1206 MAXOROS
26. NH 84175 06160402000 1 946100000833 RST 0402 0058 J TEST ONLY AST 0402 1K 5 1 16W 4 TEST ONLY RST 0402 TK 5 1 16W r 061G04021301FI 9JR6100001201 TEST ONLY RST 0402 1 3K 1 1 16W TA I TEST ONLY RST CHIP 4 7K 5 1 16W is TEST ONLY RST 0402 10K 5 1 16W i AST 0402 330R 5 1 16W TA AST 0402 3309 5 1 16W AST 0402 15K 5 1 16 TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 1K 5 1 16W LN TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 5 1 16W i 1 TEST ONLY RST 0402 10K 5 1 16W Eo 0610402000 _ 4 RST odo2 0 05R MAX IBM TEST ONLY RST 0402 10K 5 1 16W TA up 061G0402000J RSTOATPODSRMAXIAQN AST 0402 338 5 1 16W TA 1 TEST ONLY RST 0402 5 1 16W TA m TEST ONLY RST 0402 1009 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TA TEST ONLY RST 0402 100R 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 119 TEST ONLY RST CHIP 4 7K 5 1 16W TA 4 TEST ONLY RST CHIP 4 7K 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 100R 595 1 16W 138 LC 19LE430E UK LC 22LE430E UK LC LC
27. e OO O T AN 7 19 6 4 Y 19902 NAFTA Bt only AN C9902 CN8001 330NF 305V C9912 C9911 0 001uF 250V 0 001uF 250V 9913 Sur AN 2 MH E az 2 5 O 5 on 0 A 1 7 4 g JAN Beso 1 4W TVR145A1KFAOZF R9902 R9903 300K 1 4 300K 1 4W gt 330NF 305V R9900 1MOHM 5 1 2W NC A o TH9902 SCK101R55LSY TH9901 SUK10IRP5ES Y5 0 V F9901 o UDA A004 PF js M NC CN9901 CONN D9810 1 5408 11 D9811 SF38G 34X0 a em 1 2 BF L25030W 768 gt 69312 450UH 196 i i5 C9803 47UF 450 R9313 R9810 196 C 9801 68K 4 596 1 8W C9812 680NF 100PF 1KV 09812 R9314 RB160M 60TE25 FB9812 196 VCC BF L25030W 768 9801 89815 750 89816 6 8KDHM 1 1 8W R9817 6 8KDHM 1 1 8W 330R 1 8W 5 R9814 150K 1 8W 1 C9811 470P 50V 0 15R NO0 15R NY 0956 82013X911 CN9002 V 0956 82013 912 100N 50V C8107 4 7UF 160V 122 C9804 47UF 450V C9805 47UF 450V 2400V LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 Standby 400V Q9311 d MMBT2907A VCC lt R9317 22K 1 8W 5 E C9920 C9925 2 2NF 250V NC 2 2NF 250V NC R9315 R9323 10K OHM 4 595 1 8W AT Q 1 4W
28. gt gt gt m o o o o o IO gt olge gt PEL SEE gt gt lt ooo o FIO e TD DID ID ID DN NO NO NO NO NO IN IN IN IN IN IN IN NO IN DO IN IN IN AN IN IN IN IN IN IN IN IN IN IN PO IN IN NO NO ID FS NIN NO gt C1 I IL I CO Od C9 Oo Co CO CO JN IN IN IN IN INI ID gt Oo jO O Oo O cO O JOT IA gt CO oo ED O1 Oo ND WN O1 gt Oo JO 00 WN 02 O1 CO O Co O CO Co NO Oo JO gt C5 FSRC WR GPIO14 EZ AE5P 5 9 2 hop hosp AON o _35 AVSS12 MEMPLL RABIRAIO 41 RAMIRAI IRRAS 49 RRAS IRCAS 50 RAGIRWE_ 51 RATIRATS 54 RBAOURBA2 61 RBAZIRBAO 62 RCKEIRODT 6 gt
29. j default 4 4 E y Auto Config __ y O Slider sider x Slider O Slider 14078 10245768 32809768 __ 4 __________ C j 4 38 Surround Digital Audio Out AVL Menu Language 2 8 Picture Format Password h ave sub page SPDIF Delay Reset Default Off PCM Off Dolby Digital slider from 0 to 250 interval of 10 between two items Off On English Deutsch Francais Italiano Espafiol Portugu s Nederlands Dansk Suomi Svenska Norsk Polski Cesky Hrvatski Magyar Slovensky Slovenscina Srpski T rkce Gaeilge Latviski Eesti Lietuviskai ykpaiHcbka Full screen Native if is native timing 4 3 Parental Guidance have sub page LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Age Rating LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Source list Input Block have sub page TV YPbPr AV SCART PC HD M Set password have sub page Confirm Password m Ao o 40 LC 19LE430E UK LC 22LE430E UK LC 26LEASOE UK LC 32LE430E UK 2 Display adjustment YPbPr Mode display adjustment 1 Auto color for signal slicering 1 1 General set up Equipment Requirements Konica Minolta CS 200 or equivalent instrument Quantum Data Pattern Generator 8
30. o 204 065G040210412K 9JR6500000391 CHIP 0402 222 065G040210412K 9UR650000089i CHIP 0402 i C1224 065GO4010081D A 98650000465 CAPCHIP040210PFDSOVNFO 0805 10UF 10 16V a Ciz26 065G040210412K 9UR650000089 CAP CHIP 0402 100nF i 0805 10UF 10 16V t99 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C1239 0656040233031 Y 9JR6500000237 CAP CHIP 0402 33P 50V NPO 5 7100 065G040239031J 9J6500000415 CAP CHIP 0402 JSOVNPO 01 0656040209031 A 9486500000415 CHIP 0402 39PFJ50VNPO i 0805 10UF 10 XSR 06 06560402474 9296500000490 4020470 1 p 1207 3086500000498 oo 065G060322131J 9JR6500000493 CAP CHIP 0603 220PF J 50V NPO C1209 A 00000091 GHIP n 23 0656060356091 9496500000497 CAP CHIP 0603 56PFJSOVNPO po SURGSOROREAGT CAPCHPOSDSSPFISNNPO 067G311R1013CT 9JR6700000245 EC SMD 100UF 20 16V ZV 6 3 5 5 CAP 0805 10UF 10 16V Ti C450 065GO40210412K A 808650000091 CHIP 0402 InFKTOVXPR C451
31. 061G04024021FI 9JR6100001217 RST 0402 4 02K 1 1 16W 1 TEST ONLY RST 0402 5 116W TEST ONLY RST 0402 10K 5 1716W TEST ONLY RST CHIP 4 7K 5 116W TA TEST ONLY RST CHIP 4 7K 5 1 16W TA RST 0402 82R 1 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TAL TEST ONLY RST 0402 100 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1160 TEST ONLY RST 0402 1008 5 1 16W TA RST 0402 100R 1 1 16W RST 0402 100R 1 1 16W AST 0402 100R 1 1 16W AST 0402 100R 1 1 16W TEST ONLY RST 0402 10K 5 116W TEST ONLY RST 0402 10K 5 1716W TEST ONLY RST 0402 10K 5 1716W TEST ONLY RST 0402 47K 5 1716W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 15K 1 1 16W TA TEST ONLY RST 0803 5 1 16W TA TEST ONLY RST 0402 15K 1 1 16W TA RST 0603 28K 1 1 10W RST 0603 28K 1 1 10W AST 0402 45 3K 1 1 16W AST 0402 45 3K 1 1 16W TEST ONLY RST 0402 47K 5 116W 185 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R617 061G0402473 JI 9JR6100000924 TEST ONLY RST 0402 47K 5 1 16W R618 061G0402103 JI 9JR6100000836 TEST ONLY RST 0402 10K 595 1 16 R619 061G0402473 9JR6100000924 TEST ONLY RST 0402 47K 5 1 16W R620 061G0402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W AST 0402 33 5 1 16W TA TEST ONLY AST 0402 47K 5 1160 RST 0402 3
32. 2 0 FB9130 e d ls MI LABEL POSITION IN y 06f 815 N G N G C9913 ON9 PUSApZ PUSApZ 77 101 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 KEY UNIT PRINTED WIRING BOARD KEY UNIT Side A z n esi ko 000 0040 ee e e mime e s 9 5 e 5 t e 55885 83 HS e 5 FF zs gt e s 7 5 KEY UNIT Side B 0107 CB0106 5 0105 5 7 80104 CB0103 lt gz 2 N CB0101 6 1564566 04 000 0040 e 7 e p p e o v o o e 24 e e e o id 9 S amp NpyT CH CH 7 gt gt 102 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 4 IR UNIT PRINTED WIRING BOARD IR UNIT Side A for 19 22 26 panel 0001 4 snm 4644 802 000 004 IR UNIT Side B 103 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK IR UNIT Side B o 009 GME al V 7004 m m 9008 1009 i 104 CHAPTER 8 SCHEMATIC DIAGRAM 1 MAIN SCHEMATIC DIAGRAM 01
33. EQ A 2 2 2 86 MM lt N x N I lt N lt N N N SADJ 51 52 HPD SINK SCL SINK SDA SINK LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 6 2 Pin Connections TMDS251 4 XO A E 64 FP OSSRRERERRSSaB IDU S NSSR2SANS 0555 2 7 0605 CD4052BPWR TSSOP 16 2 7 1 Block Diagram X CHANNELS IN OUT 3 15 14 12 T T COMMON X OUT IN 13 A 10 TG G d vL LLL T CONVERSION 5 8 Vss 7 Vee Y CHANNELS IN OUT 2 7 2 Pin Connections and short description TOP VIEW Y CHANNELS 0 1 IN OUT 212 X CHANNELS COMMON OUT IN 3 x IN OUT Y CHANNELS 13 COMMON X OUT IN IN OUT 1 5 X CHANNELS INH 6 IN OUT VEE L C 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 8 U4051 HY27US08561A TPCB 256Mb TSOP1 48 2 8 1 Block Diagram A24 ADDRESS REGISTER COUNTER PROGRAM ERASE CONTROLLER 256Mbit 32Mbit GENERATION NAND Flash MEMORY ARRAY m g O ry m g COMMAND INTERFACE LOGIC PAGE BUFFER COMMAND REGISTER Y DECODER DATA REGISTER BUFFERS 2 8 2 Pin Connections and short description I O1 1 00 NC NC NC
34. SCT1 AUL IN and pin NO Check the setting of an external input device that connects of 2 SCT1 AUR IN of SCART CN151 CN151 YES Is the audio signal properly sent to pin 2 amp 15 of IC U605 NO Check the line between CN151 and IC U605 YES Is the audio signal properly sent to pin 194 196 of IC U401 NO Is the audio signal properly sent to pin 194 196 of IC U401 YES Refer to No sound output in all modes No sound from external input devices 2 Does not the sound of the audio signal input to AV Component go out MAIN UNIT Is the audio signal properly sent to pin 2 AV1_AudioLIN and NO Check the connection to CN116 and the external input device 4 AV1_AudioRIN of CN116 YES Is the audio signal properly sent to pin 5 and pin 14 of IC U605 NO Check the line between CN116 and IC U605 YES Is the audio signal properly sent to pin 194 196 of IC U401 NO Check the line between U605 and IC U401 YES Refer to No sound output in all modes 51 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK No sound from external input devices 3 Does not the sound of the audio signal input to AV Composite go out 2 Is the audio signal properly sent to pin 1948196 of IC 0401 Check the line between U605 and IC U401 MAIN UNIT m Is the audio signal properly sent to pin 4 AV1 AudioLIN and pin gt Check the connection to CN136 and the exter
35. TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 100K 5 1 16W 1 TEST ONLY RST 0402 10K 5 1 16W AST 0402 51R 1 1 16W TEST ONLY AST CHIP 4 7K 5 116W TA TEST ONLY RST CHIP 47 5 176W TEST ONLY RST 0402 1K 5 1 16W TAC et TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 1009 5 1 16W TA TEST ONLY AST CHIP 4 7K 5 1 16W TA TEST ONLY RST 0402 1K 5 1 16W LONE TEST ONLY RST CHIP 47 5 116W TA i TEST ONLY RST 0402 1K 1 1 16W Bis TEST ONLY RST 0402 1K 1 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 1 1 16W TEST ONLY RST 0402 1K 1 1 16W RST 0402 240R 1 1 16W 183 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R4110 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 100R 5 1 16W AST 0402 47R 5 1 16W ETE 06160402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W 1 84162 06160402000 1 9JRe100000833 RST 0402 0 05R MAX i _ Rares 00 2000 osRe1oooo0838 RST ooz oosa MAX W r 061G0402000 JI 9JR6100000833 RST 0402 0 05R 1 16W 061604020 ir suerononoess 1 TEST ONLY AST CHIP 4 7K 5 1716W TA TEST ONLY RST 0402 5608 1 1 16W TA TEST ONLY RST 0402 10K 5
36. 14708 CHOKE COIL 47UH 10 14708 SMD CHOKE 1 5UH 10 0 015R 11 SMD CHOKE 1 5UH 10 0 015R 9A A Q105 057076900 9JR5700000057 DIGITAL TR DTC623TK SMT3 T jt 0576760900 528570000007 DIGITALTRDTCSZSKSMTS p 1152 057759 2 985700000065 RK7002FD5T116 SOT 23BY ROM E 057G 759 2 9JR5700000055 RK7002FD5T116 SOT 23 BY ROHM 0578759 2 eumszooo000SS RKTODAFDSTIIGSOT23BYRORM 0576417511 9UR570000000 KS 057G 419513 9JR5700000002 Gro vest FETPOWSWSEAHDOMSHR o TEST ONLY AST 0402 75R 5 1 16W TA TEST ONLY AST 0402 758 5 1 16W TA 71 TEST ONLY RST 0402 75R 5 1 16W RST 0402 68 5 1 16W AST 0402 688 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W FRi02 061004020001 918610000833 RSTO402009RMAXiAGW D FRI013 06100402000 9JR6100000833 RSTOAOZO OSRMAXTIGW TEST ONLY AST 0402 75R 5 1 16W TA RST 0402 51 5 1 16W L FRI016 06140402000 J1 9JR6100000833 8 0402005 TEST ONLY AST 0402 5 1 16W LE RST 0402 68 5 1 16W E TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 758 5 1 16W TEST ONLY RST 0402 470R 5 1 16W TEST ONLY AST 0402 758 5 1 16W TA 165 LC 19LE430E
37. 9 TPDDi 22PDD2 7 PEDE AL1O 9 PDDO PDD1 7 DVB only rs gt L INT DVB DTMB PureATV Only 5 KCL INT 15 RF AGC H 00901 CLE 15 gt gt RF AGCH 15 16 Strapping SPE CK K SP 15 i IF JIDO 1 4 sPI_cLK 1 A 16 TCK 7i PCTRIS OPCTRL4 7 DEMOD_RST JD QIMS 71 q4OPCTRL5 7 gt gt DEMOD_RST 15 JTDI 7 AOSDATA1 78 e JTRST 7 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 04 FLASH UART RS232 IR JTAG NAND Flash 32MB DV33 DV33 84244 lt AK7 1 16W 8 DV33 O 5 eiooooo 2222 2 cooo PAALE POWE Flash WP NAND256W3A2BN6E JTAG Port DV33 DV33 O 406 NC 60947 20P 1 25 JTRST JIDI JIM JICK JIDO 54214 33R 1 16W 5 JTAG DBGRQ A DB K TO IR KEY BOARD ADIN2 SRV KEY UP DN DCSW 00 DV33SB O ADIN3_SRV lt lt LED_R OPCTRL4 gt gt H Standby L Normal lt lt LED_G GPIO1 gt gt H Normal L Standby LED_R 100R 1 16W 5 D 15K 1 16W 5 0RO5 1 16W KEY MENU 84210 100N 16V DV33SB O C4257 100N 16V 8MB NOR Flash for boot code DV33 O C4259 R4247 220N 10V 4K7 1 16W 5 POCEO CS VCC SO SIO1 NC SIOS WP SIO2 SCLK 75 GND 51 5100 NC MX25L6445EMeI 10G Flash WP SYSTEM EE
38. Eco SLEEP Press to turn the LCD TV off within an amount of time 10 120 minutes AV lt gt Press ooeprr to navigate and confirm your selection OK Press to activate a setting MENU Press to activate the LCD TV OSD EXIT Press to exit the LCD TV OSD or return to the previous layer R G Y B COLOUR BUTTON Press buttons to select the pictures with various colours of text Different channels display different functions TELETEXT Press this button to activate Teletext Press again to activate Teletext with TV Press again to turn off Teletext SUBTITLE For DTV press this button to toggle off between available subtitle languages For ATV press this button to toggle off between available subtitle pages in Teletext SIZE Press this button to change the font size Full screen Top half and Bottom half SUBPAGE To select the subpage when the current page contains subpage s INDEX Press this button to return to page 100 or the index page and then press 0 to 9 The teletext page will be numbered and added to the page you select or the secondary item HOLD Press this button to stop the scrolling of pages The text decoder stops receiving data REVEAL Reveal hidden information such as answers to a quiz FREEZE Press to freeze a moving image on the screen Only available when your input source is TV Scart output signal will also be frozen when you are watching digital channels In USB mo
39. LC 19LEA30E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Fig 6 1 Disconnect 3 cables and the LVDS cable and remove the 5 screws Detach the Main board as Fig 7 and Fig 8 Note Please disconnect the LVDS cable from the panel firstly then disconnect the LVDS from the main board If you disconnect the LVDS cable with the Main board firstly maybe the panel connector will be damaged because of the short LVDS cable shh aad la se Fig 7 Fig 8 2 Disconnect 2 cables and remove the 4 screws Detach the Power board as Fig 9 Note Push out the AC port from the Bracket then disconnect the AC cable with the power board Caution Do not pull back cover with AC Inlet rough when you dismantle it from cabinet as this way cause it to be damaged and the wire to loose from it VEU S EA PM CIL PEU ver Fig 9 13 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 Release the speaker cable from its clamp pull up and remove the speaker as Fig 10 EE v v udi m v I IET 4 TT MES Y A nn n rit v x 1 wk H Aa ed 1 gt i 5 a Fig 10 Step 4 Remove the Bracket and Bezel 1 Remove the 9 screws Detach the Bracket and panel as Fig 11 Fig 11 rw 42 PISA edi 1 a As A t H gt 9 12 Step 5 Remove the IR and Key
40. NC NC NC NC NC NC INC NC NC NC 1 07 NC 71 1 06 1 05 RE LL 1 04 1 NC NC E m x NC Lo NAND Flash un 112 37 1 Vee NC x8 LI CLE ALE 1 03 MF 1 02 E E ES E m a HE 88 CHAPTER 6 BLOCK DIAGRAM WIRING DIAGRAM 1 BLOCK DIAGRAM i ENV57U09D5F ITDTK G731 IF for PAL SECAM NT5CB64M16AP CF NAND256W3A RF Tuner for PAL DVB C T x1 DDRIIIA Gb 1333 MHz NAND FLASH 32 VB IF for DVB N V NV MT5365 LVDS 50 60 Hz TS DATA IN OUT PALLEL PCMCIA K N MT5135 CI CARD PCMCIA INTERFACE DVB C T DEMOD Hi CONTROLLER CVBS monitor output 00000 VGA D SUB PC IN 99999 DDC 24 02 CVBS Y PbPr N output UI CVBS N RCA AV gt SPDIF RGB CVBS h R L I2S HDMI switch HDMI2 DDC 24 02 HDMI1 PEN V Switch TALVC M ARC Audio Return Channel for HDMI 1G125 PEU LINE OUT AMP V RC4580 AUD MUX PHONE JACK PC R L N AUD DAC R L 125 L R N CD 4025 k V WM8524 RCA YPBPR amp AV R L A SCART AUDIO R L gt 12C NVM USB Multimedia USB 2 0 24C128 ultimedia Multimedia amp debug sw code download UART KEY RC 89 PWM TAS5717L LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE
41. OUTDATAO R1268 24 5 OUTDATAO M OUTDATA2 PAD D1 gt SAVDDSS A M R1269 228 M 16W 5 D PAD_D10 ma E lt E eto o AVDD33 IFPGA 5135 AV12 R1270 28 Y116W 5 2 PAD D2 lt lt AVDD12 DEMOD 29 99 M R1271 416 5 OUTDATAS GPIO Control _ 2_ S5sppco PAD IFPGA INP 81272 2AM NOW 5 OUTDATA4 PAD CI INT Er lE 2020 PAD IFPGA INN OUTDATAS R1273 28 16W 5 OUTDATAS DEMOD RST 128 DGND33 x AVSS12 DEMOD 3 R62 ABBA M_Cl_OUTDATA6 81275 228 1 16 5 _ 5135 DV335 DVDD33 rre s PAD EXT CLKSEL 7 NOOO TOES E V CI OUTDATAT 81276 22a EW 5 OUTDATA7 F2 K R1266 HDMI SW CTRL1 13 Lug 829 AF6 OOOO 8 E NEE EE m IQ M CI OUTCLK CI OUTCLK 2999999999995909909222 amp amp amp amp amp amp S 1 Differential E Si SPI to MT5365 MT5135AE 0 Single end Closed to PCMCIA SPI CLK SERE 3 6 SPI CLE 5135 DV33 ELE SPI DATA Alcoa SW PVR_TSDATAI 428 8 DM SW 2 _ 5
42. P Amegssvempygemd BST A 45 P High side bootstrap supply for half bridge A BST B 41 O oO High side bootstrap supply for half bridge B BST C 40 P High side bootstrap supply for half bridge C BST D 36 P A High side bootstrap supply for half bridge D DVDD 27 P 7 33Vdigtl power supply GND 29 P Analog ground for power stage GVDD OUT 34 p Gate drive internal regulator output HPL IN Headphone left IN single ended analog IN HPLOUT 2 AO Headphone left OUT single ended analog OUT HPR_OUT 3 AO Headphone right OUT single ended analog OUT Hevss 5 P Headphone ground LRCLK 20 DI 5v Pulldown Input serial audio data left right clock sample rate clock MCLK 15 DI 5 Pulldown Master clock input OSC RES 16 AO lle Oscillator trim resistor Connect an 18 196 resistor to DVSSO oura 4 7 Output affbrige 39 Output half bridge C 19 5 V Power down active low PDN prepares the device for loss of power supplies by shutting down the noise shaper and initiating the PWM stop sequence PGND CD 38 P 7 Powergroundforhalfbridges C and D PLLFLTP 11 AO positive loopfiter terminal PVDD AB 46 P Power supply input for half bridge output A PVDD CD 355 P Power supply input for half bridge output C RESET 25 5 V Reset active low A system res
43. POWER 1 0 NC 10K 1 8W 596 R A 2 5 MM 311GW250B13ABX XINYA 5V_STB to DV11 VCCK 1 22uF 10V DV33SB O R716 1K 1 16W 5 4K7 1 16W 5 C709 1UF16V FB706 220R 2000mA 2 Near U701 7K5 1 16W 596 C720 3300pF 50 NC 10K 1 16W 596 m 5V SW to DV33 AV33 FB707 220R 2000mA 1 2 7K5 1 16W 5 C722 B300pF 50 180K 1 16W1 180K 1 16W 1 INVERTER ON OFF Normal High Standby Low STB PWR5V FB701 120R 3000mA 5V_STB L 1 2 FB702 120R 3000mA L 1 2 BRIGHT ADJ Normal PWM or DC 3V3 Max Standby 0 V C705 100N 16V SMD 0402 C702 T 470UF 10V ECO80 35 AH 12V DL NC DS oPwR 16 24 24V DL 16V DS R702 100 1 16W 5 PWR ON C701 10UF 6 3V 20 PWR ON E NC 4K7 1 16W 5 Normal High Standby Low OPWRSB R734 4K7 1 16W 5 OPWRSB H Standby L Normal L701 U701 TPS54319RTE 1 5UH C717 100N 16V C721 C713 C715 R718 22uF 10V 22uF 10V x 100N 50V VSNS PWRGD 14 300R 1 16W 1 COMP GND RT CLK GND ss AGND R720 12K 1 10W 195 R721 33K 1 16W 1 Vout 0 827x 1 12 3K 33K 1 13V for DV11 L702 R732 U702 TPS54319RTE 1 5UH 0805 1 4 1 C718 100N 16V C734 C714 C716 R722 22uF 10V 22uF 10V x 100N 50V VSNS PWRGD 14 300R 1 16W 1 COMP GND GND SS AGND R730 100K 1 16W 196 10N 50V R729 33K 1 16W 1 Vout 0 827x 1 100 3K 33K 3 34V fo
44. R9142 2 gt 24V 400V gt D9131 R9144 R9145 SS0520 z 100K gt 100K 0 1 ohm ZD9130 C9147 MTZJ T 72 15B 1500PF NC R9138 19111 7 47OHM 5 1 8W D9113 SR210 L9121 r 2 Coil 9130 D9132 100N 50V SS0520 12V 3 D9111 C9112 500V SR206 1000uF 25V R9137 R9130 47OHM 5 1 8W 5 12K 1 8W 596 1 2 9132 2K43 1 8W 1 9119 10pF 3KV 100UF 50 12 424Vsnd POWER XFMR t t T C 9145 R9157 R9158 R9131 D9114 100UF 50 100K 100K 1 8W 5 9135 680 5 1 8W SR210 C9131 4 7UF 4U7 25V C9118 C9120 100N 5 TOOUF 50V 100UF 50V C9142 C9136 57 18W9137 100 1KV 33NF NC C9146 2 100P 50V 22 ZD9131 ZD9132 MTZJ T 72 15B MTZJ T 72 30B R9133 1K OHM 5 1 8W NC HQ9121 D9115 BAV70 4K7 4 594 1 8W 89143 HEAT SINK NC BESI 4 R9165 1K5 1 1 8W V 560 OHM 1 4W PROTEC 9927 c9922 9130 1NF 250 250 1 NY iv BEAD CN ZD9133 BZT52 B15S NC 22K 1 8W 196 89188 100N 50V 47K 1 8W 196 9113 89166 9929 9924 a AS431AN E1 2K 1 8W 1 2 2NF 250V 2 2NF 250V R9167 160R 1 124 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 KEY SCHEMATIC DIAGRAM CB0101 VOL 1 VOL TOUCH PAD 7 0102 VOL 3V3SB VOL 0101 TOUCH PAD 7 3V3SB 0102 7 1N50V 0101 2 5 1 CH 100nF 25V 4 TOUCH PAD 7 3 DA 2 0104 0107 10uF 10V 1 CONN TOUCH PAD 7 VOL R0104 560R 1 16W 1 560R
45. RDQO DO RDQO RDQ2 RDO1 DOS RDQ2 RDQ3 RDQ4 RDQ4 PD DOG RDQ5 RDQ6 RDQ8 RDQ9 RDQ9 RDQ10 RDQ10 RDQ11 DOS RDO12 RDO13 HDQ15 Damping and Termination for CLK O DQO Dat DQ2 DQ3 004 005 006 007 008 Dag DQ10 A10 AP DQ11 A11 DQ12 12 0013 A13 0014 0015 NC 1 NC 2 0005 NC 3 UDQS NC 4 1005 NC 6 LDQS UDM LDM Close to MT5365 Close to DRAM RCLKO CLKO 1008 1 16W 5 RCLKO CLKO 0805 1 16W O gt O gt O gt 0 9 O gt 9 9 9 O gt 109 ka ka ka ka ka ka a ka ka ka ka ka W gt gt gt gt gt gt gt gt gt gt gt gt gt gt NI Od OF O gt O gt O gt O O O gt amping for DDR 1 ADDR CMD RP4102 RESET ZQ R4108 240 OHM 1 1 16W DV15_DDR O ODT R411 1Q0R 1 16W 5 1 ODT CSF 4111 OR 1 16W 5 1_CS B BAO R4112 7008 1 16W 5 1 BAO 84113 1 16W 5 _BA2 RP4103 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 OPM DV15 DDR DV15 DDR O R4101 R4107 1K 1 16W 1 1K 1 16W 1 100 OHM 1 16W RVREF1 RVREF2 55 VREFDQ VREFCA RP4106 NT5C B64M1 6AP CF C4107 C4108 100 16 100 16 1K 1 16W 1 1K 1 16W 1 CAPs for DRAM IO Power Close to DDR DV15 DDR C4103 C4102 C4101 10uF 6 3V E
46. Remove the Main and Power board 2f LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK LUN Fig 6 1 Disconnect 4 cables and remove the 5 screws Detach the Main board as Fig 7 and Fig 8 Fig 7 Fig 8 2 Disconnect 2 cables and remove the 6 screws Detach the Power board as Fig 9 Note Push out the AC port from the Bracket then disconnect the AC cable with the power board Caution Do not pull back cover with AC Inlet rough when you dismantle it from cabinet as this way cause it to be damaged and the wire to loose from it es M 3 D ory E E ok gt E 1 955 4 E ne 4 T m d gt wa EL d X 3 14 1 amp 7 j 5 da wa 1 Fig 9 Step 4 Remove the Bracket Speakers and Bezel 1 Remove the 7 screws Detach the Bracket as Fig 10 28 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK E 1 i Fig 10 2 Release the speaker cable from its clamp pull up and remove the speaker as Fig 11 Fig 11 Fig 12 Step 5 Remove the IR and Key board 1 Disconnect 1 cable then release the clips Detach the IR board as Fig 13 29 LC 19LE430E UK LC 22LE430E UK LC 26L E430E UK LC 32LE430E UK Fig 13 2 Disconnect 1 cable Detach the Key board as Fig 14 Fig 14 2 Set Re assembly To re
47. la 3 a y F Dii 32 ipe 12 10717 INP Cl I chip and T5 Inferface Analog Interface as iFPGA INN DVss zd vs VODs EMT CLKSEL La 5 af sp 10 12 13 15 16 17 s 15 24 21 22 23 24 25 26 27 28 25 0 31 32 EEE E iss flag TEIL TEE LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK PIN DESCRIPTION a 2 7 chip and transport stream interface 1 SPI CLE 1 SPl command latch enable 2 ISPI DATA 4 16 ____ 5 data 3 SPI CLK _________ C PVR transport stream data 1 input from decoder 5 PVR TS J J PVRtransport stream data 0 input from decoder VA TS VAL NA PVS transport steam val input rom decoder erre SNC Jo a 16 er trenspor stream syne output To decode p 4518 fot anspor steam clock ouput to decoder I T 14 5553 I 7 16 DEMOD TS SYNC JO 4 16 DEM stream sync output to decoder EMOD transport stream valid output to decoder pewon rs MOD transport stream clock output to decoder 1 7 C omo 1
48. no longer be thrown out with the household rubbish Deposit any used batteries free of charge into the designated collection containers set up at commercial businesses LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Using the remote control Use the remote control unit by pointing it towards the remote control sensor Objects between the remote control unit and sensor may prevent proper operation Remote control sensor 30 5 m Horizontal amp Vertical Display Menu Screen Press MENU and the menu screen displays Select an item by the remote control 1 Press lt gt gt to select the desired menu 2 Press lt gt to select adjust the item to the desired level The setting on screen is applied Menu immediately D Smart Picture Sound Brightness Contrast qv Colour Features Tint Sharpness 4 Parental Colour Temperature Eco Advanced Control f N x 3 Press EXIT to return to the previous layer Enter lt Select EXIT Exit 3 K gt Exit the Menu Screen The operation will exit the menu screen if you press EXIT before it is complete LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Appendix troubleshooting possible Solution No picture 1 Connect power cord correctly 2 Turn on power 3 Connect signal cable correctly 4 Press any butto
49. 0402 10K 5 1 16W TA 168 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R4227 06160402220 JI 9JR6100000839 TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 100R 5 1 16W 061604021201FY 9JR6100001199 RSTCHIPT2KVIEW Vo dT TEST ONLY RST 0402 100R 5 1 16W iu RST CHIPR 6KB 1 1 16W TZAI YUAN NW 21 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA 06100402103 JI 9JR6100000836 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W DES TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16 UNE R501 0610040200 7 9JR6100000833 RSTO4020 05RMAX1AGW OM RST 0402 27K 5 1 16W FR504 06100402000J 9JH610000085 RSTO40200SRMAXVIW TEST ONLY RST 0402 10K 5 1 16W HE TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 1008 5 1 16W RST 0402 5 1 16W TA I 7 RST 0402 470K 5 1 16W TEST ONLY RST 0402 1K 5 1 16W LN TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W rd TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W RST 0402 470K 5 1 16W
50. 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA wana TEST ONLY RST 0402 10K 5 1 16W TA E NN 166 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R1255 06160402103 JI 9JR6100000836 TEST ONLY RST 0402 10K 5 1 16W TA I TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W m c 1260 06160402000 J 9JR6100000883 RSTO402005RMAXVIW TEST ONLY 0402 228 5 1 16W Nx TEST ONLY RST 0402 228 5 1 16W NW 21 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 228 5 1 16W 06190402220 JI 9JR6100000839 TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W u 1 TEST ONLY RST 0402 228 5 1 16W LN TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W LE TEST ONLY RST 0402 228 5 1 16W HE TEST ONLY RST 0402 228 5 1 16W Ht 71 TEST ONLY RST 0402 228 5 1 16W 74 061G0402220 JI 9JR6100000839 TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA 06160402000 J1 9JR6100000833 RSTO402005RMAXTAGW dT RST CHIP R 10M 1 10W 5 ai RST 0603 7 5M 5 1 10W
51. 0402 228 5 1 16W TAC ao TEST ONLY RST 0402 228 5 1 16W E TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TA RST 0402 47R 5 1 16W RST 0402 47R 5 1 16W CENE TEST ONLY RST 0402 10K 5 1 16W KEE 1294 061G04021201FY 9JR6100001199 RSTCHIPT2KWIOW Ts o po TEST ONLY RST 0402 12K 1 1 16W 81317 061G0402000 JI 9JR6100000833 RST 0402 005R MAX 716w RST CHIP 180R 1 16W 1 TZAI YUAN 1 AST 0402 1 1 16W TA am 71 1320 06190402000 946100000833 RSTO402005RMAXTAGW gt i TEST ONLY AST 0402 758 1 1 16W i AST 0402 1 1 16W TA 06190402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W _ TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 100K 5 1 16W p TEST ONLY RST 0402 10K 5 1 16W TA RST CHIP 180R 1 16W 1 TZAI YUAN TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W LN TEST ONLY RST 0402 1K 5 1 16 uc TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 1K 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 1K 1 1 16W TA Hr 1 TEST ONLY RST 0402 1K 1 1 16W a 103 061904020007 9JR6100
52. 065G040210412K A 9JR6S00000391 CHIP 0402 InFKTOVX R 0805 10UF 10 16V XSR a ross osscosozrosrak_A eyReso0000581 CAP CHIP 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 065G040210412K A 9J650000039r CAP CHIP 0402 toone 0603 4 TUF 10 10V CAP 0805 10UF 10 16V 0603 10 10 16V X7R m A eunesoo000ser CHP 0402 ooo EC SMD 330UF 20 6 3V 6 37 7 1 04170 065G040210412K A 86500000391 CAP CHIP 002 oone 1 065G040210412K A 9JR6S00000391 CAP CHIP 0402 po _ 0805 10UF 10 16V S C473 065G040247312K A 9486500000394 CAPCHIP0402471FK16VX7R oOo 160 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C4186 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 065G040210412K A oJAssovon0391 GAP CHIP 0408 I 065G040210412K 9JR6500000391 CAP CHIP 0402 C492 065G040210412K 928600000391 o osscoenerosraK A CAB CHIP 0402 oonF Kiev xTR 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 04195 065G040210412K A 9JR650000039r CAP CHIP 0402 100nF 0603 4 7UF 10 10V XSR 0805 10UF 10 16V 0
53. 0805 220R 2000mA 134 191 4 LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK FB751 071G 56A221 M 9JR7100000101 CHIP BEAD 0805 220R 2000mA CHIP INDUCTOR 108 10 FCI1608F 1R8K CHIP INDUCTOR 108 10 FCI1608F 1R8K CHIP INDUCTOR 1608 0 22UH 10 0 8R CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT CHOKE COIL 47UH 10 14705 n CHOKE COIL 47UH 10 14705 LEN 073G 259903 H1 9JR7300000114 CHOKE COIL 47UH 10 L470S HA CHOKE COIL 47UH 10 14705 SMD CHOKE 1 5UH 10 0 015R SMD CHOKE 1 5UH 10 0 015R LQi500 0576763004 SURS700000008 TRA FET 2N7002 SOT 25 PHILIPS i 0576 763904 TRA ETzMNESOTZOPHLES p 057G 417 18 T 9JR5700000088 PMBT3904 SOT 23 0876417161 SoT 23 1 057G76 516 9JR5700000100 SMALLTRAN 15050123 mos soono ties sove p 057G 761516 9JR5700000100 SMALLTRAN BC847C 0 1 50 SOT 23 Gro 761816 sURSOO000 8 761 057763112 9295700000097 MOSSISM03DC TGES30VIOA i 0762 0576761516 285700000100 SMALLTRANBCB7CO 50SOT20 TEST ONLY RST 0402 75R 5 1 16W H TEST ONLY RST 0402 75 5 1 16W ws TEST ONLY RST 0402 758 5 1 16W AST 0402 688 5 1 16W AST 0402 6
54. 1 1 10W TEST ONLY RST 0402 10K 5 1 16W LONE TEST ONLY AST 0402 5 1 16W AST CHIP AR 1000HM 5 11604 RST CHIP AR 8P4R 1000HM 5 V 16W RST CHIP AR 8P4R 1000HM 5 1 16W 4105 061G 1261018JY 9JR6100001 196 RST CHIP AR 8P4R 1000HM 5 1 16W 1 RST CHIP AR 8P4R 100 5 1716W Serial IIC EEPROM Assy U409 AUO Panas 0501 0565 654902 9UR5600000228 Others TMDS2SIPAGRTQFP 4 05674510 eunssoo000as1 iegeSNTALVCIGTISDEVRSOTZS f 056G1133 34 9JR5600000100 M24C02 WMN6TP Usb 0566113334 sumsenoooio 3 187 LC 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK ZD1162 093G 39S 34 T 9JR9300000102 UDZSNP5 6B ROHM 201163 201164 188 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 CABINET PARTS LC 19LE430E LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK NO PARTS CODE Sharp Code DESCRIPTION CABINET PARTS LC 19LE430E AUO 705 2 5 711 9JR7050000445 BEZEL ASSY 2 078G035A 18 M 9JR7800000041 SPEAKER 16 OHM 3 5W 80X23 220 180 750TBU185X1D4HN000 9JR7500000054 LCD 185 01 VDS0 WH AUO 705GZBCS010 9JR7050000463 MAIN PCB Assy Panasonic tuner ADTVB4060PA2 9JR8900000009 POWER ASSY KEPFBAA1 9JR9900000150 KEY PCB ASSY IRPFBAA1 9JR9900000148 IR ASSY 705TZASK712 9JR7050000446 REAR COVER ASSY 705 2 5 713 9JR7050000447 BASE ASSY 705
55. 1 MAIN UNIT PRINTED WIRING BOARD 95 2 POWER UNIT PRINTED WIRING BOARD 97 3 KEY UNIT PRINTED WIRING BOARD 102 4 IR UNIT PRINTED WIRING BOARD 103 CHAPTER 8 SCHEMATIC DIAGRAM 1 MAIN SCHEMATIC DIAGRAM 105 2 POWER SCHEMATIC 118 3 KEY SCHEMATIC 125 4 IR SCHEMATIC 126 CHAPTER 9 Parts Guide 1 SPARE PARTS LIST 128 2 CABINET PARTO 188 3 SUPPLIED ACCESSOORIES 196 4 PACKING PARTS 197 Parts marked with JN are important for maintaining the safety of the set Be sure to replace these parts with specified ones for maintaining the safety and performance of the set SHARP CORPORATION This document has been published to be used for after sales service only The contents are subject to change without notice LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK SAFETY PRECAUTION IMPORTANT SERVICE SAFETY PRECAUTION Service work should be performed only by qualified service technicians who are thoroughly familiar with all safety checks and the servicing guidelines which follow WARNING 1 For cont
56. 1 16W 1 R0101 POWER CB0105 INPUT VOL R0105 560R 1 16W 1 1 INPUT i TOUCH PAD 7 CH R0106 560R 1 16W 1 U0101 co 0106 MENU T CH R0107 560R 1 16W 1 1 MENU 560R 1 16W 1 R0102 INPUT TOUCH PAD 7 1 12 560R 1 16W 1 R0103 MENU 2 11 RESET CB0107 POWER 3 PWMO 4 1 POWER R0108 TOUCH PAD 7 PWM1 0805 1 16W SI CG7216AM SDA SCL STB TRIGGER For CH VOL VOL R0109 10K 5 1 16W R0110 10K 5 1 16W PWMO KEY 1 us 0103 L C0104 0 47UF 10V 0 47UF 10V STB TRIGGER Sleeping mode Low For POWER MENU INPUT R0111 10K 5 1 16W 0112 10K 5 1 16W Normal nodes High A 0 0K4 5961 16 0 5 1 16 T 0106 0 47 10V 0105 0 47UF 10V Sleeping Normal 125 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 4 IR SCHEMATIC DIAGRAM for 19 22 and 26 001 CONN 5 1 25MM LOCK LED B 5 ODV33SB C003 100N 50V R003 2 2KOHM 1 10W R001 NC 10K 1 10W 5 R005 2K7 1 10W 5 C002 NC 100P 50V 126 DV33SB DV33SB N O 0805 1 10W lt 2 C P LED001 CO 5 cO U 3 lt gt m Q002 BC847C R006 100 OHM 1 10W 0001 VCC VOUT C001 1UF16V IRM 3638TF 16 IR SCHEMATIC DIAGRAM for 32 001 N RIO 1 25 LED B gt lt 20 5
57. 100N 16V 100N 16V C4106 100N 16V 113 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 10 HDMI1 HDMI2 INPUT AV12 5 6 15 AV33 4 6 DV33 4 5 6 7 8 9 11 14 15 HDMI Switch DV33 for TMDS251 DV33SB SN DV33SB 45679 14 45V SW 4 5 7 10 11 14 15 DV33 GND 4 5 6 7 8 9 10 11 12 14 15 16 BAS316 D511 BAT54C R502 120R 3000mA m R501 0 05 1 16W 27K 1 16W 596 i 2 HDMI output to MT5365 M CB C501 i 10uF 10V i SMD 0402 0402 0402 0402 0402 0402 CB FB505 zi M NC BZX384 C5V6 B M 0 M 1 M RX1_1 2B 2 T 5 120R 3000mA RX2 2 DV33 TMDS RX2 1 2_0 RX2 0 DV33 TMDS RX2 C HDMI2_SCL O O O O O gt RX2 2 RX2 1 RX2 C SDA HPD2 1 HOM CEC iu gt gt _ HDMI I2C HDMI SDA HDMI SDA 6 HDMI SCL HDMI SCL HDM DV33 TMDS 5212 6 o oo NI o O1 A 05 MES HDMI control 8563 2K2 1 16W 5 PWR5V 2 DV33 TMDS PWR5V 3 6 HDMI SW CTRL1 15 HDMI SW CTRL2 15 R570 HDMI SW CTRL2 SYS EEPROM WP 6 7 11 TOON 1f16W 5 R546 4 02K 1 R549 AK7 1 16W 5 7 PWRS5V 2 6 DAZ 8564 0805 1 16W ADM SW 2 HPD3 TMDS251PAGR 8545 1ROR 1 16
58. 178 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C713 065G1206226A5K T 9JR6500000429 CAP CHIP1206 220 10V X5R T wuesononoos 22uFK IOV C715 065G060310432K A 986500000398 CHIP 0603 100 0805 10UF 10 TOV 0720 oescosozssesex CAP CHIP o402 065G1206226A5K 9JR6500000429 CAP CHIP1206 10V X5R 0122 0656040238232K A GAP CHIP 0402 1 0805 10UF 10 10V 0805 10UF 10 10V CHIP 4 TUF 50V 20 80 0805 10UF 10 10V EC SMD 220UF 20 16V ZV 6377 C733 065G040210332K A 9086500000341 CAP 0402 1 i 07 _ T CAP OHIPr206 22uF KIW SR 1 _ 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V 7 CHIP 4 TUF 50V 20 80 p EC SMD 100UF 20 16V ZV 63 55 0603 1UF 10 16V X7R CAP 0603 4 7UF 10 10V XSR 0603 1UF 10 16V X7R C758 06561206526 T 986500000409 CAP CHIPT206 22uF K 10V l C758 06561206226 5 T 9JR6500000429 CHIP120620uF K10V 0603 1UF 10 16V X7R 0805 10UF 10 16V i mm 0805 10UF 10 16V 0805 10UF 10 16V Penis o88G352F6B1AYG 9JR8800000129 U
59. 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Model LC 32LE430E AUO E32BA2NBAKXPNNS Item TPV Code Number SHARP 13NC Description Quantity 7OSTZBSKO32 18705000482 Fim Asy i 7OSTZA34640 9UR7050000480 i PGSTO178PBC 1X0100 s0 01801099 818705000038 INSULATING PLATE POWER 1 80 70572419017 SUR7050000054 BRACKET IOAGSY ooo 0MITI730 6120 99010000096 SCREW 6 7OSTZM5018 9UR7050000855 HINGEASSY DFU ASSY Wester Europe North Europe 1050 9297500000064 lCDTSISXWOSVGOTPLEVD 0 1185 078G120A32 818780000039 SPEAKER 16 OHM 12W 130X274 570 280 o 840 0956801415975 978900000190 HARNESS 16P 5P47P 320mm 7a0mm 0 8409 0956179 50 030 989500000187 FFG CABLE 30P 570mm P1 0 27022203 o 09568021 4D921 989600000197 HARNESS AC INLET 4P 200mm FQET020721 0 0MITM40 6120 oJRot00000003 SCREWA4eMM 0805 10UF 10 16V X5R 0805 10UF 10 16V 174 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C1021 065G060347131J A 9JR6500000404 CAP CHIP 0603 470PF J 50V NPO 22 065G060347131J A 99600000404 GHIP 0609 70BF JSOVNEO 3 0656060347131 9UR6500000404 CHIP 0603 470PFJSOVNPO
60. 2 gt 5 eR e N U 74 VDD33 XTAL STB TALI TALO VDD33 DEMOD VSS33 DEMOD VSS12 DEMOD VDD33 IFPGA DCINN DEMOD DEMOD VDD12 DEMOD VDD33 CVBS 50 5 VBS1P lt e 77 VDD12 PLL S VDAC VDD33 VDAC DAC OUT1 DAC OUT2 VSS12 RGB VDD12 RGB OMO lt U OYO B1P OM1 1P 9 lt do 2 5 lt o SYNC SYNC VDD33 VGA STB VDD10 100 DIN4 SRV DIN3 SRV DIN2 SRV DIN1 SRV SRV GA SCL GA SDA PWRSB PCTRL1 PCTRLO ORX VDD33 PDM STB PCTRL2 PCTRL4 PCTRL3 PCTRL5 lt lt gt gt gt gt gt lt s o LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 2 U701 U702 TPS54319RTER QFN 16 2 2 1 Block Diagram Boot Charge UVLO Curent Sense E VIM L VIN Power PAD 17 GND I I I I I I I 1 L GND LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK DESCRIPTION Analog Ground should be electrically connected to GND close to the device A bootstrap capacitor is required between BOOT and PH If the voltage on this capacitor is below the minimum required by the BOOT UVLO the output is forced to switch off until the capacitor is refreshed Enable pin internal pull up current source Pul
61. 20K 5 1164 TEST ONLY RST 0402 43K 1 1 16W TA EE TEST ONLY RST 0402 20K 5 VIW TA i TEST ONLY RST 0402 10K 5 VIGW TA i TEST ONLY RST 0402 20K 5 1164 TAA TEST ONLY RST 0402 1009 5 1 16 RST 0402 2 7K 5 1 16W RST 0402 33K 5 1 16W TEST ONLY RST CHIP 47K 5 INOW TAI i TEST ONLY RST 0402 22K 5 1 16W 1 RST CHIP 120R 1 1 10W TEST ONLY RST CHIP 4 7K 5 1716W TA 1 AST 0402 7 5K 5 1 16W TEST ONLY AST 0402 1K 5 1 16W E 7 RST CHIP 300R 1 16W 1 a4 AST 0603 12K 1 1 10W TEST ONLY RST 0402 35K 1 1 16W TA tk 1 RST CHIP 300R 1 16W 1 TA 7 11 RST 1206 MAXOROS 5 1 4 pg R726 061606032709FT 9JR6100001286 RSTCHIP27R 1 AST 0402 5 1K 5 1 16W E TEST ONLY RST 0402 33K 1 1 16W TA AST CHIP 100K 1 16W 1 TA AST 0402 7 5K 5 1 16W CNN 186 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R732 061G1206000 JI 9JR6100001169 RST 1206 MAXORO5 5 1 4W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 180 1 1 16W TEST ONLY AST 0402 180K 1 1 16W AST 0402 15K 5 V 16W AST 0402 5 1K 5 1 16W AST 1206 MAXOROS 5 1 4W oa TEST ONLY AST 0402 10K 5 VIGW TAT i1 061G06031200FY 9JR6100000467 RST CHIP 120R 1 1 10W AST 0603 1R 5 1 10W ER AST 0402 7 5K 5 1 16W TEST ONLY RST 0402 3 9 1 1 16W TEST ONLY RST 0402 33K 1 1 16W TAL RST 0603 12K
62. 228 5 1 16W a TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W AST 0402 47R 5 1 16W RST 0402 478 5 1 16W 7 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 12K 1 1 16W ir 1 1217 061904020001 966100000883 RSTO402005RMAX VIEW Do AST 0402 51 1 1 16W 061G04025109FI 9JR6100001224 RST 0402 518 195 1 16W TA I 1 TEST ONLY RST CHIP 1508 1 16W 1 RST 0402 1 1 16W TEST ONLY AST CHIP 4 7K 5 116W TA TEST ONLY RST CHIP 4 7K 5 1 16W TA TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA 1338 061G0402000J 9JR6100000833 ASTO4O2O OSRMAXINGW J 01 Rist 0610402000 _ 84 RST 0402 0 05RMAX R C RST 0402 51R 1 1 16W i 81370 610802000 st 86100000858 RST 1 TEST ONLY AST CHIP 4 7K 5 116W TA TEST ONLY RST CHIP 4 7K 5 1 16W TA oe y TEST ONLY RST 0402 1K 5 1 16W TA TEST ONLY AST CHIP 4 7K 5 1 16W 71 TEST ONLY RST 0402 1009 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY AST 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W 8 1 TEST ONLY RST 0402 1K 1 1 16W TA a o TEST ONLY RST 0402 1K 1 1 16W j s 06160
63. 26LE430E UK LC 32LE430E UK D1154 093G 64S526SEM 9JR9300000197 SWITCHING BAS316WS 250mA 100V SOD323 Diss 0956 64ss26SEM 9JR9300000197 SWITCHING BASS16WS 250mA T0DVSODS 1 Di156 0936 6455265 98900000197 SWITCHING BAS316WS 250mA 100V 600328 01160 0936 6455265 928900000197 SWITCHING BAS316WS 250mA 10050093 _ Wer dimeoooooois SWITCHING BASSIBWS 280mA 1005008 1 _ 093G 6455265 9JR9300000197 SWITCHING BAS316WS 250mA 100V SOD323 701168 0836 9JR9900000167 SWITCHING 2 00 5055257 1 0506 0936 6455265 928900000197 SWITCHING BAS316WS 250mA 100V SOD323 Dso7 esa ssosstN susaononoisr SWITCHING BASSTEWS 250nA 1005008 1 093G 6455265 9JR9300000197 SWITCHING BAS316WS 250 100V 00323 5509 0896 9JR9900000167 SWITCHING PASSISWS 250ma 100V 500322 1 FBi017 071G59Di2iTA 9297100000033 CHIP BEAD 120R 600mA 1 Flos TA CHIP BEAD 120R600NA FOMIEDEKF IETTOS 1 071G 59 800 9JR7100000103 CHIP BEAD 80 OHM 0603 400mA Feiss 0716 58 800 M eumrrooonros CHIP BEAD 60 OHM 0603 400mA Ir 706 0716 56A221 M 587100000101 0805 2208200 _ oreson M uzio000101 GHP BEAD ozonom CHIP BEAD
64. 32LE430E UK R4230 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W TA I 061604021201FV eumerooores RST CHIP r TEST ONLY RST 0402 100R 5 1 6 TAI 1 RST CHIPR 6 8 1 1 16W TZAI YUAN TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 5 1 16W LN TEST ONLY RST CHIP 4 7K 5 116W s 061G0402472 Jl 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W TA 061G0402000J 9UR6100000893 RSTO402005RMAXVAIGW poo RST 0402 27k 5 1 16W A604 06160402000 9JR6100000838 RSTO402005RMAXVIGW poo _ TEST ONLY RST 0402 10K 5 116W TEST ONLY RST 0402 47K 5 1160 TEST ONLY RST 0402 47K 5 1160 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TAA 061G0402330 Jl 9JR6100001091 RST 0402 5 1 16W AST 0402 470K 5 1 16W TEST ONLY RST 0402 1K 5 1 16W Lg TEST ONLY RST CHIP 4 7K 5 1160 g TEST ONLY RST CHIP 4 7K 5 1 16W TA KI TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TAA RST 0402 470K 5 116 TA TEST ONLY RST 0402 1K 5 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W a TEST ONLY RST 0402 10K 5 1 16W
65. 5 O lt lol lt Sob 2 10 gt 5 H OID CCI cee noe ERR RI lt lt lt CEE gt lt lt lt a 00 NAA 3 3 ban ba Le CO eer Cu cu e ADAC ADAC 0 ADAC AVSS33 DAC AVDD33 DAC AVDD33 AADC AINO L AADC AADC AINO AADC LOUTP RF AGC H VMID AADC C4167 5135 REFCLKP AVDD33 XTAL STB XTALI XTALO AVDD33 DEMOD AVSS33 DEMOD AVSS12 DEMOD AVDD33 IFPGA DEMOD DEMOD AVDD12 DEMOD AVDD33 CVBS CVBSOP CVBS_COM CVBS1P SYO SCO SY1 SC1 AVDD12 PLL VCCK FS_VDAC AVDD33_VDAC VDAC_OUT1 VDAC_OUT2 AVSS12_RGB AVDD12_RGB PROP PBOP COMO YOP SOYO COMI Y1P SOY 1 RP COM GP SOG BP HSYNC VSYNC AVDD33 VGA STB AVDD10 LDO ADIN4 SRV ADIN3 SRV ADIN2 SRV ADIN1 SRV SRV VCCK VGA SCL VGA SDA OPWRSB OPCTRL1 OPCTRLO OIRI UOTX UORX AVDD33 PDM STB C4180 C4174 100N 16V 100N 16V 100N 16V 100N 16 OPCTRL2 OPCTRL4 OPCTRL3 OPCTRL5 EPAD_GND C4168 R4175 OROS 1 16 192 AVDD33 XTAL STB 191 190 OXIA 189 AVDD33 DEMOD 188 187 1UF 16V 100N 16V LI LO 6 reserved pull low 186 AVDD33 IFPG
66. 5 4W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY AST 0402 180K 1 1 16W TAL a TEST ONLY AST 0402 180K 1 1 16W TAL 061G0402153 JI 9JR6100001204 RST 0402 15K 5 1 16W AST 1206 MAXOROS 5 14W i AST 0402 5 1K 5 1 16W 3 TEST ONLY RST 0402 10K 5 116W HE RST CHIP 1208 1 1 10W RST 0603 1R 5 1 10W RST 0402 7 5K 5 1 16W TEST ONLY AST 0402 3 9K 1 1 16W TAI TEST ONLY RST 0402 39K 1 1 16W TA LN AST 0603 12K 1 1 10W NND TEST ONLY AST 0402 10K 5 1 16W EE TEST ONLY RST 0402 10K 5 1 16W 3 RP1005 061G 1264708JY 9JR6100001 197 RST CHIP 47R 1 16W 5 RST CHIP AR 1000HM 5 11604 LEN RST CHIP AR 8P4R 1000HM 5 1 16 RST CHIP AR 8P4R 1000HM 5 V 16W RST CHIP AR 8P4R 1000HM 5 1 16 RST CHIP AR 8PAR 1000HM 5 1 16W Serial IIC EEPROM Assy U409 AUO Panas 056G 643 46 9JR5600000200 IC Reset AZ809ANSTR E1 SOT 23 2 93V 1 201151 0936 39669977 918920000017 zons opem Mwxswp 325 68 141 LC 19LE430E UK LC 22LEASOE UK LC 26LE430E UK LC 32LE430E UK ZD1154 093G 39P599 T 9JR93000001 17 MM3Z5V6B 099 T eurss00000117 p 201160 0936 3925997 sURss0000017 ZD1162 093G 39P599 T 9JR9300000117 MM3Z5V6B cl 201163 0930 39P599 9JR9300000117 MM3Z5V6B K ZD1164 093G 39P599 T 9JR9300000117 MM3Z5V6B 142 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Model LC 22LE430E
67. 5 1W C9126 ZD9103 Q9108 R9148 R9913 R9924 9927 re i RLZ6 2B RK7002FD5T116 C9140 330K OHM IC9103 100N AS431AN E1 R9132 v 1 8W 1 R9102 J9902 75 OHM 1 4 JUMPER NC CN HB9903 a BEAD 1 TH9901 7R 4A O O CONN F9901 CN9901 FUSE 118 2 LED DRIVER 16V U T D8501 2 C8513 C8505 47UH SR310 24 47UF 25V 100N 50V 2 R8513 C8507 08501 1M 1 8W 5 100N 50V 1 DO LO rot OVP E 88510 E R8521 4R7 5 1 8W ip L amp LDR Oo C8508 0805 1 4W PATSY 330 50V 88522 1 330 OHM 1 1 8W s 19 used 43k C8514 R8511 390P 50V 22 amp 24 used 30k 0 15 OHM 1 1 W ONLY 19 USE ON OFF ORO5OHM1 8W 1 kon R8524 10K 1 8W OROSOHM1 8W R8508 300K 1 8W C8501 R8525 10N ISEN3 C ISEN2 R8506 IC8501 on ISEN3 15 E 20K 4 595 1 8W OVP ISET GND A4 TSEN2 ISEN1 RT ISEN1 45 ENA PWM Hi ISW SSTCMP 416V IUS LDR STATUS K C8509 nu VREF VIN 1000 1 1 4W C8502 LDR OZ9998BGN R8503 100PF 50V 220N 50V R8520 10ohm 1 1 8W 100KOHM 4 595 1 8W C8503 2U2 16V STATUS C8511 C8510 100N 50V 2 2UF DIM 8501 10K 1 8W R8502 C8504 300K 1 8W 1N 50V VA FB9106 FB9107 BEAD BEAD 2 2 2 2 119 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 8512 4 7UF 100V VIb CN8502 ONLY 19 USE 48515 1 1 4 10 R8516
68. 6 0 a OW o ia ia ia jo ja ja fa Oa fo fo gt st 09 Cu S ap 00 lt 2 co Lo LO LO E st 5 E SE Se 09 29 65 eo eu e e ex CI AI CUAL e e e CAN 0401 GPIO10 GPIO2 GPIO1 GPIOO VCCK GPIO13 POWE PAALE PACLE POCE1 PARB POOE POCEO PDD7 VCC3IO PDD6 SPI CLE SPI DATA SPI CLK VCCK FSRC WR GPIO14 VCC3IO AVDD12 VPLL AE4P AEAN 10 12 AECKP 13 AECKN i4 15 i8 17 AEIN 18 AEOP AEON o oo 1 o o1 Co Po 19 AVDD33 LVDSTX 20 VDD33 LVDSA O2P O2N O1P VCCK 21 25 28 58 59 AOCKN 31 AO2N 32 AOtP VCCK 2 37 AVDD12 MEMPLL 38 39 AVDD12 MEMPLL i CKE 40 AVSS12 MEMPLL 1 41 RODT RCKE T 42 RA8 RA10 T Ai 44 RA11 RA4 1 A6 45 RA4 RA1 1 All 47 RAO RA8 T WEZ 51 RRAS RCAS DVi5 DDR m dE 54 12 0 1 ASTE 56 5 1 A7 57 NC RRESET_ 59 RA1 RA2 T BAD 61 RBAT RAS BAO 62 RBA0 RBA2 T CSF 63 RBA2 RBAO RCK
69. BAS316 NEARLY Connecter AMUX 12V FB1154 GRN 1 2 A gt VGA amp Audio in eo T NEUE BAS316 m E 68R 1 16W 5 10N 1 2 o45V SW R1198 81191 ZD1153 4 SMD 0402 aida 47K 1 16W 5 UDZSNP5 6B gt C1173 R1176 10N 50V FB1157 E 1008 1 16W 5 SMD 0402 TS 600R 200mA 5 SW 7 84181 VGA AudioRIN 1 2 VGA RIN CN101 9 ie 0805 1 16W D1154 C1177 UORX R1209 0805 1 16W11 i 1 2 A 10uF 6 3V 1186 VGASDA IN D1159 10N 50V BAS316 BAS316 FB1155 R1170 C1172 VGA AUDIO 47K 1 16W 5 HSYNG 68R 1 16W 5 10N 50V ES ae 4 BLU 1 2 SMD 0402 BP BAS316 VSYNC BAS316 as 80 OHM E 2 14 E 1 2 VGASCL_IN a 5 45V SW ZD1154 C1168 Dii61 FB1158 D SUB V T 15P ZD162 UDZSNP5 6B 5PF 50V 600R 200mA NC VPORTO603100KV05 S SMD 0402 e _ VGA 1 2 VGA LIN BLU GND I R1210 0805 1 16 C1171 R1195 20 C1174 10uF 6 3V 47K 1 16W 5 U0TX 1 2 10N 50V VIT H 8 6MM o 5V_SW BAS31 C1176 088G353FFF1VCL Changling pe FB1156 R1173 10N 50V 68R 1 16W 5 SMD 0402 RED 1 2 i RP VGA PLUGPWR R1205 A 80 OHM 1 16W 5 E VGA RX TX EN us 59 Ein R1158 82 H Disable 10K 1 16W 592 2 re 10K 1 16W 5 L Enable a 1008 1 16W 5 01157 C1189 RED GND HSYNC 1 2 HSYNC VGASCL IN VGASCL BC847C 4 7uF 10V I 4 0805 1 16W 701160 R1179 C1154 NC 2K2 1 16W 5 5PF 50V SMD 0402 ZD1162 UDZ
70. DVi5 DDR VCCK 4 lt DV15 DDR 4 12 GND 4 5 7 8 9 10 11 12 13 14 15 16 in rene HSYNC 11 VSYNC 11 RP 11 GP ii BP 11 VGACOM 11 SOG 11 VGASDA 11 VGASCL 11 Full SCART 1 SV CVBS2P 10 SOYO 10 SOK YOP 10 10 PROP 10 SOARIFSU _ S GAR 10 TUNER BYPASS OUT TUNER_BYPASS_OUT 10 Half 5 2 MONITOR OUT MONITOR OUT S gt MONITOR_OUT 10 Demod IF mers TU FAT IN2 16 ER TU FAT IN2 16 SVideo CVBS SL ciis CVBS1P 11 CVBS COM 11 RDQO 12 RDQ1 12 RDQ2 12 1 3K 1 16W 1 C4172 04189 RDQ4 15 10uF 16V 100 16 RDQS 12 RDQ6 12 RDQ7 12 RDQ8 12 5 RDO9 12 ij RDQ10 12 AVDD33 REG STB RDQ11 12 RDQ12 12 RDQ13 12 RDQ14 12 TOON 16V 20015 12 RDOS1 12 00 1 12 Edi RDOSO 12 4166_ AVDD33 PDM STB RDQSO 12 805 1 16W RDOMI 6417 RDOMO 12 1_A0 12 100N 16 A 1 A2 12 i e 1 12 AADC Mux in 125 8 SPDIF 1 A4 12 Stand by GPIO AINO_F_AADG _ AINO R 8 j ru di 12 QPCTRL0 HDMI_SCL2 13 L AAD M SPDIF OUT NER i __ __ ___ ANO L AADO AINI 8 SPDIF OUT 11 13 1 A7 12 i OPCTHI2 SDA2 13 i CP AOMCLK 9 1 TAS Q4 1 12 OPCTRHI3 C SPK_MUTE 9 N AOBCLK 9 i TA 1_A9 12 HP SC MUTE 9 System IO i AOSDATAO 9 R 10 12 OPCTRLS LED 7 RESET AOSDATAI AOS
71. GND ADJ C756 R757 NC 10U 16V 1R 1 10W 5 Vo 1 25 x 1 1R 120R 1 25V PANEL VCC R754 ORO05 1 4W 5V_STB H752 NC ORO5 1 4W R755 10K 1 16W 5 R753 5K1 1 16W 5 PANEL ON OFF D gt H764 10K 1 16W 5 PANEL VCC ON OFF GPIO 11 Normal High Standby Low 5V SW to 5V TUNER OFF ON FB750 NC 220R 2000mA L R766 10K 1 16W 5 C752 100UF 16V SMT 2 1 lt 33K 3K9 gt 12K 4 897 2 R759 3 9K 1 16W 1 R760 33K 1 16W 1 R761 12K 1 10W 1 106 PANEL_VCC 12V 5V_STB 45V SW 11 13 14 15 5 TUNER DV33 4 6 7 8 9 11 13 14 15 SE LLL DV33SB 4 6 7 9 13 14 X 12 6 15 VCC 55 PANEL 14 GND C762 LE S gt GND 4 6 7 8 9 10 11 12 13 14 15 16 4421 C753 1UF16V 1 16W 5 GPIO Contrl on OFF PANEL PANEL ON OFF 6 Q752 BC847C 19 22 26 32 5V_TUNER FB751 220R 2000mA C769 10U 16V 1 03 MT5366CAOU 3 3V IO Power Close to 5365 V33 C4200 4 7UF 10V 1 34167 14 1 16W 5 DV33 AVDD12_VPLL ESP SN E2P E2N E1P TN EON C4154 C4151 C4202 C4170 C4162 100N 16V 100N 16V 100N 16V 100N 16V 100N 16V 8 4177 GPIO 8 1716W 5 a o olo co lt lv Jo 2 Ola EN al a a aa Oa polo gt
72. HOT COLD Vac R9324 OT CO C9317 9318 x 9304 2N2 50 2N2 29302 330K 1 4W NC SRF1060 L9310 C9311 330K 1 4W NC ZD9312 2V 10N 50V C9314 P6KE120A 2 29 2200PF i 109312 R9300 T9301 9302 EL817M X 10K 1 4W R9306 8 XFMR E C9301 470uF 10 C9303 330K 1 4W NC D9310 A 470uF 10V 470uF 16V UF4007 N 3 ff 2 C9321 7 1500PF 4 HD9391 7 ZD9314 m MTZJ T 72 24B 19325 6 10 2 9 R9328 5 1K5 1 8W 5 TE R9933 10K OHM 5 1 8 4316 F R103 4R7 1 4W 5 j 89334 10DUF 35V 10 27K 1 8W 1 Q9312 R9320 RK7002FD5T 1 16 100R 1 6W 595 Q9315 R9330 R9934 109311 RK7002FD5T116 100R 1 6W 5 82K 4 595 1 8W EL817M X EV mT C9315 10N 50V D9302 R9335 1N4148 ZD9301 100KOHM 5 1 NY C9312 BZT52 B9V1 E 100N 50 R9305 ZD9311 OHM 3 595 1 8 6 8 OHM BZT52 B6V2 R9316 09303 43K 5 UBW IC9310 C9320 AS431AN E1 Q9314 09313 22UF 50V R9322 BC847C 1N4148 du 1K OHM 5 1 8W R9304 C9300 9332 470K 5 1 8W 0 47uF 5dV C9319 10K OHM 5 1 8W 100N 50V C9921 C9926 R9333 ZD9300 2 2NF 250 2 2NF 250V 0 OHM 4 595 1 8W BZX79 C9V1 NY C9304 1uF 16V 123 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 Main power R9141 HD9121 D9121 10R 1 8W 595 MBRF10100CT C9121 C9122 C9143 1000UF 1000UF 50V 2N2 500V
73. Inches millimeters W x H Metric 4 x 10 mm NOTE e the time of purchasing wall bracket please check if there is enough space between the wall bracket and TV terminals for the terminal connection Installation of batteries 1 Insert two AAA batteries into Remote control Make sure and are facing the proper e direction 2 Replace the cover NOTE e Ifthe remote control will not to be used for a long time remove the batteries to avoid remote control damage CAUTION Improper use of batteries can result in chemical leakage or explosion Be sure to follow the instructions below Do not mix batteries of different types Different types of batteries have different characteristics Do not mix old and new batteries Mixing old and new batteries can shorten the life of new batteries or cause chemical leakage in old batteries Remove batteries as soon as they are worn out Chemicals that leak from batteries come in contact with skin can cause a rash If you find any chemical leakage wipe thoroughly with a cloth The batteries supplied with this product may have a shorter life expectancy due to storage conditions f you will not be using the remote control unit for an extended period of time remove batteries from it Note on disposing batteries The batteries provided contain no harmful materials such as cadmium lead or mercury Regulations concerning used batteries stipulate that batteries may
74. LC 22LE430E only at color temp warm mode gt 400 cd m For LC 26LE430E only at color temp cool mode 2450 cd m For LC 32LE430E only at color temp cool mode gt 450 cd m2 Typ For LC 37LE320E RU E UK only at color temp cool mode gt 450 cd m2 Typ For LC 42LE320E RU E UK only at color temp cool mode 43 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 SERVICE MODE Enter factory mode menu press MENU Numeric keys 1999 press PRE PR to enter factory mode 44 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 SOFTWARE UPGRADE PROCEDURE Sharp model Firmware upgrade SOP by USB flash drives 1 Equipment and 1 USB flash drives need USB2 0 Need USB2 0 warm up 2 Upgrade firmware 2 Upgrade step 1 Copy the firmware from your computer to the USB flash drives 2 Change firmware name to upgrade pkg Please check the firmware name again before rework gt AC ON Figure3 1 Figure3 2 4 Plug the USB flash drives into the USB port service port on the side I O port TV Figure 3 3 6 When display Upgrade MENU Figure 3 4 there is no display upgrade select Yes by remote control to implement update MENU can you DC ON OFF once firmware 7 When finished upgrade 100 Please remove the USB flash drives then press Power to renew the TV Figure3 5 8 Press 1999 PRE
75. MLCC 0603 1 25V XBR 10 LEE CHIP 4 7UF 50V 20 80 0805 10UF 10 10V EC SMD 220UF 20 16V ZV 6377 CAP 0805 22UF 20 6 3V XSR m 02 T eyReso0000428 CAP OHBI 22uFK Tov 1 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V X7R 065G1206226A5K T 99650000029 CAP CHIPI206 ZauF K WOSR 1 CAP CHIP 4 TUF 50V 2030 1801 EC SMD 100UF 20 16V ZV 6355 5 CAP 0603 10 16V X7R CAP 0603 4 7UF 10 10V XSR 0603 1UF 10 16V X7R 0603 1UF 10 16V X7R 0805 10UF 10 16V 0805 10UF 10 16V 0805 10UF 10 16V 101 OSGGSGFFFIXCH 988800000130 D SUBCONNSCREWEDISPBLUE LONE PHONEJAGKVTSPGREENHe84 p 088G352F6B1AYG 9JR8800000129 USB CONNA TYPE R A 6P BLACK 8 4 oseGTRFIOSKCL eumeenoonora4 RCA JACK VA OP 163 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK D1152 093G 64S526SEM 9JR9300000197 SWITCHING BAS316WS 250mA 100V SOD323 D1158 eumosooo00I97 SWITCHING BAS316WS 250mA 100 S0D323 1 Dii54 0336 6465265 928900000107 SWITCHING BASS16WS 250 100 6003 Di156 0336 6455265 928900000197 SWITCHING BASS16WS 250mA 100 500323 Die sumesoooooisr SWITCHNGPASSIEWS2SOmATU
76. RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 22A 5 116W 1 TEST ONLY RST 0402 228 5 116W 1 061G0402220 JI 9JR6100000839 TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W 061G0402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W RST CHIP 10M 1 10W 5 TEST ONLY RST 0402 228 5 1 16W TESTONLYRSTO40222R 5 1 16W TAI TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W AST 0402 47R 5 1 16W AST 0402 47R 5 1 16W LN TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 12K 1 1 16W AST 0402 1 1 16W AST 0402 51 1 1 16W EN oerGnenonoo euRer00000886 M 061G04021500FI 9JR6100001202 TEST ONLY RST CHIP 150R 1 16W 1 RST CHIPR 0402 51 OHM 1 1 16W TEST ONLY AST CHIP 4 7K 5 116W TA TEST ONLY RST 47 5 176W TA 1 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 1009 5 1 16W
77. SCARTIR R1030 470R 1 16 5 OR05 1 16W Function Select 5 FS IN ZD1071 RLZ13B 111 SCART FSO 10K 1 16W 5 ZD1070 UDZSNP5 6B R1214 47K 1 16W 5 SCART1_RIN R1212 47K 1 16W 5 SCART1_LIN Close to CONNECTOR BAS316 SCT1 AUL OUT BAS316 SCT1 AUR OUT AMUX_12V R1211 47K 1 16W 5 1213 47K 1 16W 5 FAST BLANKING SOY FB lt gt lt CVBS2P vP PBP PROP SCARTI LIN 5 SCARTIR SCART 50 gt gt SCART 0 CVBS2P SOYO Y OP COMO PBOP PROP TUNER BYPAS RIN LIN 1 PA 0000000 monitor output OU MONITOR OUT 6 SCART2R PA 8 SCART2L_PA 8 SCART mute TE D 2 TE lt SC MUTE 8 9 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 08 YPBPR VGA SIDE AV INPUT YPbPr in amp SPDIF output 12V 45V 5 7 10 13 14 01150 Atigi 1 AMUX 12V 810 1 2 0R05 1 18 SOY1 NEAR YPBPR CONNECTOR D V33SB 456791314 O45V SW less BASH DV33 4 5 6 7 8 9 13 14 15 1 5nF 50V R1194 R1197 GND PORE FB1151 SMD 0402 1 2 47K 1 16W 5 47K 1 16W 5 _ R1153 Y 1 688 1 18 5 01156 C1163 10uF 1
78. SD OD Support 60Hz Full HD and WXGA panel over drive TCON Flexible timing control with programmable timing i Horizontal timing control li Vertical timing control ii Multi line timing control iv Multi frame timing control Support gate power modulation timing Support 1 2 4 8 frame inversion 1 line inversion 2 line inversion and could up to 255 line dot inversion Local Dimming Block division up to 800 total blocks up to 100 horizontal blocks Support 50K 50M SPI clock rate LVDS Support 6 8 10 12 bit one link or 6 8 10 bit dual link LVDS transmitter Built in spread spectrum for EMI performance Programmable panel timing output Mini LVDS Single port 6 8 bit 6 pairs mini LVDS output for WXGA 60Hz panel Single port 6 8 bit 3 pairs mini LVDS output for WXGA 60Hz panel Dual port 6 8 bit 3 pairs mini LVDS output for WXGA 60Hz panel Single port 8bit 6 pairs mini LVDS output for FHD 60Hz panel Dual port 8 bit 6 pair mini LVDS output for FHD 60Hz panel Dual port 8bit 3 pairs mini LVDS output for FHD 60Hz panel CVBS In On chip 54 MHz 10 bit video ADC Supports PAL B G D H M N I Nc NTSC NTSC 4 43 SECAM NTSC PAL supports 3D 2D comb filter Built in motion adaptive 3D Noise Reduction data slicer for CC TT decoding Supports 2 S Video MT5366 support 3 channel CVBS MT5365 support 2 channel CVBS Supports SCART connector VGA In Supports input up to UXGA 162 MHz Supports full VESA standards Component Video In Supports two compo
79. Signal Strength 0 7 Vp p linear voltage Input Injection Point PC D SUB input LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Pattern 1 Alignment method Initial Set up 1 Select source as 2 Set Contrast 58 Sharp and Brightness 100 Sharp at normal menu mode 3 Apply 5 white block pattern 1 pattern by VGA pattern generator 4 Enter factory mode menu press MENU Numeric keys 1999 press PRE PR factory mode menu Alignment At factory mode menu select AUTO COLOR item Then press OK key to adjust ADC GAIN R ADC GAIN G ADC GAIN B and ADC OFFSET R ADC OFFSET G ADC OFFSET B Then store those values to NVM Set Contrast 100 Sharp and Brightness 100 Sharp Check color temperature specification with PC mode Color temperature Normal Warm Cool x y co ordinates specification Table 5 Reading with Konica Minolta CS 200 Note 1 Use Konica Minolta CS 200 for color coordinates and luminance check 2 For suitable mass production at factory colour analyzers CA 210 can be applied But befor measureing all CA 210 should be coordinates and proofread with a Charoma Meter CS 200 or equivalent instrument and a reference TV set 3 Check the luminance in the center of the screen with 100 White And to Brightness control at 100 Contrast control at 100 Luminance gt 200 cd m Typ For LC 19LE430E only at color temp warm mode gt 200 cd m For
80. T C O CO S co w T JJ CO LLI xd Q002 R003 2 2KOHM 1 10W F ODV33SB R001 C003 NC 10K 1 10W 5 100N 50V R006 R005 2K7 1 10W 5 C002 C001 NC 100P 50V 1UF16V 127 100 OHM 1 10W mec LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK DV33SB R002 OROS 1 10W LEDOO1 001 B1 CNOO2 B4 C001 D4 C002 D3 C003 C2 2002 B4 R002 A4 IRM 3638TF16 R003 B3 R005 8006 C4 R007 0001 UO01 VCC GND as LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CHAPTER 9 PARTS GUIDE 1 SPARE PARTS LIST Model LC 19LE430E AUO E19BA2NBAKXPNNS TPV Code Number SHARP 13NC Description Quantity 80 7ostzB15008 9JR705000048 BRACKET Side OASSY ppo Zs261801151 9URS20000009 INSULATING PLATE Power _ zs261801161 9URS200000082 INSULATING PLATE Scaler _ DFU ASSY Western Europe North Europe 1185 078Goo5A18 98780000042 SPEAKER 16 OHM 3 5W 80x23 180 220 0 8402 095G801413D978 999500000206 HARNESS 1 7 420mm180mm reine 0850801194878 HARNESS TSPTPWSPAZmmeONm 095G801830D930 9JR9500000212 HARNESS 50mm FQE 102032l 7 sUnesoonooris HARNESSGOP OPSOmmIVOSXTEOBS 0 89901 0568021 4D 10 989500000225 HARNESS ACINLET 4P 40mm FOE102130 0
81. TA TEST ONLY RST 0402 47K 5 1 16W 2 71 TEST ONLY RST 0402 47K 5 1 16W TA Hr 1 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA EN TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W A TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W 151 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R1266 061G0402472 JI 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 228 5 1 16W TAC TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W EN 06190402220 JI 9JR6100000839 TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W 05160802000 euR6r00000693 RST 0402 MAX mew RST 0603 470K 5 1 10W 061G0603334 JT 9JR6100001238 RST CHIP 330K 5 1 10W TZAI YUAN TEST ONLY
82. UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R1028 061G0402750 JI 9JR6100000930 TEST ONLY RST 0402 758 5 1 16W TA I 061G0402000J sumeitoooosss AST 402 005m MAK TEST ONLY RST 0402 470R 5 1 16W TEST ONLY RST 0402 470R 5 1 16W TEST ONLY RST 0402 4708 5 1 16W 1033 06160402000J 9 86100000832 RSTO40200SRMAXVIEW i 1151 061004020077 9JH610000085 RSTO402005RMAXVIW TEST ONLY RST 0402 10K 5 1 16W 061G0402680 JI 9JR6100001229 RST 0402 68R 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W pic AST 0402 56R 5 1 16W 1 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 10K 5 1 16W Eo RST 0402 688 5 1 16W a RST 0402 56R 5 1 16W od 0402 18R 5 1 16W BE RST 0402 56R 5 1 16W EINEN RST 0402 18R 5 1 16W Ht RST 0402 68R 5 1 16W 061G0402180 Jl 9JR6100001205 RST 0402 18R 5 1 16W Ries 061G0402000 oJAstovonoeas AST 0402 0 05R 1 TEST ONLY 0402 758 5 EN RST 0402 68 5 1 16W TEST ONLY RST 0402 759 5 1 16W R1172 0610040200 9JR6100000833 RSTO4020 05RMAX1 AGW OM ___ RST 0402 68R 5 1 16W VE TEST ONLY RST 0402 75A 5 116W iama RST 0402 68R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W Rie
83. a HDMI terminal Check the line between pin 35 of IC U501 and CN506 CN506 normal 1 Check the connection and setup with the external HDMI devices YES Are EDID data pin 6 SCL of 0504 EEPROM 5 SDA Is access possible in the re writing or exchange of EDID data of accessed and is it read from pin 15 pin 16 of a HDMI IC U504 terminal CN506 YES Check CN506 IC U504 and peripheral circuits Is TMDS signal input into pin 48 47 RX3 2 45 44 1 42 Check the line between IC U501 and CN506 41 RX3 0 39 38 RX3 C of IC U501 Is TMDS signal output from pin 17 18 2 20 21 1 23 24 0 Check IC U501 and peripheral circuits 26 27 C of IC U501 YES Refer to picture doesn t appear in all modes External input VGA gt No picture on the display 10 r3 Does not the picture of the PC IN ANALOG video signal input to VGA 15pin D SUB terminal go out TERMINAL UNIT Is R G B H V signal sent to pin 2 G 14 H 13 V of NO Check the setting of an external input device that connects of VGA CN101 CN101 MAIN_UNIT LYES Is R G B H V signal sent to pin 156 R 154 G 152 B 151 H NO Check the line between IC U401 and CN101 150 N of IC U401 YES Refer to picture doesn t appear in all modes 59 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK lt External input YPbPr Component
84. assemble the whole set execute all processes in reverse order Notes a While re assembling make sure that all cables are placed and connected in their original position b Pay special attention not to damage the EMC foams at the SSB shielding Check that EMC foams are put correctly on their places 30 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CHAPTER 3 ADJUSTMENT PROCEDURE PROCEDURE 1 ADJUSTMENT PROCEDURE 1 OSD Menu 2K11 Sharp DVB OSD tree Video 2011 Sharp DVB OSD EE C Layer 1 Personal Pesona O O _ o Smart Picture __ S SOS T cow sir Chr Tint slider sharpness Color Temperature Noise Reduction k u L Advanced Controi nave m sub page DCR we T _ 44 6 __ ____ C M S value ___ B __ ster Personal ____ Sound Mode muse o L LI eer x Balame slider Virtual Digital Audio o O 31 LC 19LE430E UK LC 22LE430E UK LC 26LEASOE UK LC 32LE430E UK Dolby Digital SPDIF Delay slider from O to 250 interval of 10 between two items Type if source is Hard of He
85. device that connects of 136 MAIN UNIT YES Is CVBS signal sent to pin 181 of IC U401 NO Check the line between IC U401 and CN136 YES Refer to picture doesn t appear in all modes 57 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK lt External input HDMI1 gt No picture on the display 8 Does not the picture of the HDMI signal input to HDMI1 go out MINI AV UNIT Is the HOT PLUG detection function of pin 19 of a HDMI terminal NO Check the line between pin 50 of IC U501 and CN502 CN502 normal Check connection and setup with external devices YES Is access possible in the re writing or exchange of EDID data of Are EDID data pin 6 SCL of IC U503 5 SDA accessed and is it read from pin 15 pin 16 of a HDMI terminal CN502 IC U503 NO YES Check CN502 IC U503 and peripheral circuits Is TMDS signal input into pin 63 62 RX2 2 60 59 RX2 1 57 NO Check the line between IC U501 and CN502 56 RX2 0 54 53 RX2 C of IC 0501 Is TMDS signal output from pin 17 18 2 20 21 1 23 24 0 Check IC U501 and peripheral circuits 26 27 of IC 05012 YES Refer to picture doesn t appear in all modes 98 LC 19LEA3OE UK LC 22LE430E UK LC 26LEA3OE UK LC 32LE430E UK MINI AV UNIT Is the HOT PLUG detection function of pin 19 of
86. gt No picture on the display 11 TERMINAL UNIT Is Component Y Pb Pr signal sent to pin 2 Y 4 Pb 6 Pr of NO Check the setting of an external input device that connects of YPbPr CN111 CN111 MAIN UNIT YES Is Component Y Pb Pr signal sent to pin 163 Y 165 Pb 166 Pr NO Check the line between IC U401 and CN111 of IC U401 YES Refer to picture doesn t appear in all modes 60 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK lt During external connection gt No picture on the monitor 1 No picture appears on SCART connected monitor during the tuner U V reception l Checklist 1 Is the Signal Type item in MENU Option Input Select equal to Signal Type of an external device Set it to CVBS Y C RGB AUTO 2 Is ANT CABLE disconnected or connected improperly Connect it correctly as per the operation manual 3 The picture is sent to the monitor in a CVBS signal if the source during display is ATV DTV CVBS or Y C of SCART AV When sent by component etc that signal is not sent to the monitor 4 When the monitor picture is not sent and is not displayed on the monitor refer to No picture for each terminal 5 The video output from SCART is not the monitor output output of the picture now watching The picture of the last selected TV channel is always sent to SCART Specification TERMINAL_UNIT Is CVBS signal ou
87. interface This provides 2Vrms line driver outputs using a single 3 3V power supply rail The device features ground referenced outputs and the use of a DC servo to eliminate the need for line driving coupling capacitors and effectively liminate power on pops and clicks 68 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK The device is controlled and configured via a hardware control interface The device supports all common audio sampling rates between 8kHz and 192kHz using all common MCLK fs rates The audio interface operates in slave mode The WM8524 has a 3 3V tolerant digital interface allowing logic up to 3 3V to be connected The device is available in a 16pin TSSOP FEATURES High performance stereo DAC with ground referenced line driver Audio Performance 106dB SNR A weighted 91dB THD 1dBFS 120dB mute attenuation common sample rates from 8kHz to 192kHz supported Hardware control mode Data formats LJ RJ l S Maximum 1mV DC offset on Line Outputs Pop Click suppressed Power Up Down Sequencer AVDD and LINEVDD 3 3V 10 allowing single supply 16 lead TSSOP package Operating temperature range 40 C to 85 APPLICATIONS Consumer digital audio applications requiring 2Vrms output Games Consoles Set Top Box Receivers DVD Players Digital TV 1 6 0501 TMDS251PAGR TQFP64 Description The TMDS251 is a 2 port digital video interface DVI or high de
88. oaet 1 PCMCIA address bit 18 85 2 0 12 8 PCMCIA address bit 13 86 194 0 12 8 PCMCIA address bit 19 PCMCIA address bit 14 1 88 A20 7 JO 2 8 address bit 20 __89 DVDDS3 1 NA power 3 3V Bee Digital c st 92 21 40 2 8 IPCMCIA address bit21 93 READY 1 94 22 0 2 8 jJPCMClAaddressbit22 95 46 7 40 2 8 PCMClAaddessbiti 96 23 7 10 2 8 PCMClAaddressbit23 80 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Pin __97 15 2 8 address bit 15 p p p 98 24 JO 2 8 PCMClAaddressbit24 99 12 2 8 j PCMClAaddresbit1i2 1 100 42 0 2 8 lt 4 PCMClAaddressbit25 101 JA7 2 8 jPCMClAaddrssbit7 102 2 jPCMClAvolagesense2 103 6 0 2 8 104 PCMCIA RESET JO 12 8 CMCIA reset 105 JAS 106 108 8 CMCIA address bit 3 109 DVSS ____ igital ground 110 DVDD33 1 Digital I O power 3 3V 111 0 2 8 PCMCIA register selection 112 55 _ A 6 J 113 DVDD10 I INA jDigialcorepower1OV 115 802 MC etection1 _ 118 0 2 0 2 8 j PCMClAaddresbitO 5 119 08 2 8 X JPCMCIlAdatabt
89. related ETSI and ITU standards They meet performance requirements of NorDig nified C Book and D Book A high performance analog front end consisting of a PGA and a 10 bit ADC preceding the digital data path can accept the IF or low IF signal inputs directly from RF can tuners or silicon tuners The digital data path realizes a set of refined algorithms to achieve quality demodulation under varying channel conditions and impairments An on chip micro processor controls the robust acquisition flow for both DVB T and DVB C demodulators and thus enables MT5135AE to successfully lock on the desired TV channel with a high carrier frequency offset CFO or timing frequency offset TFO In addition proprietary mechanisms are incorporated to speed up the channel scan They include the automatic mode detection for DVB T and the automatic symbol rate and modulation type detection for DVB C With MT5135AE the cost and system complexity of a TV can be significantly reduced Taking advantage of the integrated SAW filter technology the SAW filter together with the accompanying VGA conventionally found on board or inside a NIM can be spared This solution calls for a simple RF tuner directly feeding the IF inputs of MT5135AE leaving a lean PCB design with a smaller component count and a lower BOM cost as well Furthermore MT5135AE provides an integrated controller with the complete complementing interfaces among the CAM the main decoder chip and an addition
90. 0 12UH L1050 0 22 10 L1053 0 22uH 10 220P 50V 5 TUNER O R1331 4K7 1 10W 5 100R 1 1607 5 81382 TUNER CLK TUNER DATA 29 JH R1336 100K 1 16W 5 AGC H IF AGCT From DEMOD MN884 NEAR MT5365 Q1008 NC 10K 1 16W 596 NC BC857C From MT5365 C 1304 NC 47N16V F R1338 SMD 0402 0805 1 16W GND_Tuner TU_FAT_IN2 1R 1 16W 1 NC OROS5 1 16W R1319 MT5135AD R1320 0805 1 16W 150R 1 16W 196 10N 50 C1316 5135 0 To DVB C T DEMOD MT513 R1323 0805 1 16W 117 From MT5365 47N16V SMD 0402 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 5V_TUNER i gt GND lt gt 5V TUNER 5 4 5 6 7 8 9 10 11 12 13 14 15 Tuner IF output MT5135AD 15 MT5135AD 8 MT5135AD 15 MT5135AD TU_FAT_IN2 6 TU_FAT_IN2 6 TU_FAT_IN2 2 Tuner Control TUNER_CLK DATA 99 TUNER 15 TUNER DATA 15 IF A 6 AGC H Sc lt RF 6 15 HE T TF AGC Conr S X AGO 15 RF AGC Control 15 F Ec GND Tuner R1342 R1321 C1306 01008 R1338 51R 150R 470N NC OR Tuner user We Panasonic LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 POWER SCHEMATIC DIAGRAM for 19 and 22 1 POWER 715G4584 PO1 W20 0030 HOT COLD sonis 90 264V 125 200mm i
91. 00000441 CAP CHIP 0402 5PF 50V NPO oesobaneens A 30865000004 CAP CHIP 0402 065G040210332K 9JR6500000341 CAP 0402 10NF 50V 7 Gris 065G040250931C Y 9JH650000044r CAP CHIP 0402 SOV NPO 1162 0G6GO40Pi0392K 6500000344 CAPO40210NF80VX7R po _ 0805 10UF 10 16V X5R Kr 1164 065G040210332K 3086500000341 CAP 0402 1 i _ 0805 10UF 10 16V X5R sama C166 065G040210332K 9JR6500000344 CAP 0402 ToNF 50v xa po _ 701107 sURGSOOOOOT CAP CHIP 0402 SPF SOV HPO 065G040250931C Y 9JR6500000441 CAP CHIP 0402 5PF 50V NPO 0 25 C1169 0G5G040250931C Y 9JH650000044r CAP CHIP 0402 SPF SOV NBO 0805 10UF 10 16V a 179 0866060310332K 9UR650000049 CAP CHIP 0608 10nF K sov xa 0805 10UF 10 16V 1 181 0666060310332K 9UR650000049 CAP CHIP 0603 10nF K sov xa oo C182 065G040210412K 86500000361 CHIP 0402 osscos0sss0s1J A eyReso0000405 o 1 065G040247312K A 9JR6500000394 CAP CHIP 0402 47nF K 16V X7R Gries 065060547091 A eumesooonoers CAP 0808 47BFJ8OVNPO M 0603 4 7UF 10 10V XSR 0603 1UF 10 16V X7R Ci202 0650040210412 9JR6500000391 CHIP 0402
92. 00000488 MLCC 0402 380pF 50V NPO CAP 0603 1UF 10 16V X7R F a C628 065G040222031J 9JR6500000412 CAPO40222PFJSOVNPO CAP 0805 10UF 10 16V C625 065G0603225A5K Y 9JR6500000494 060822uF1OVXSR KF oescosozzznsrJ ouResoooooat2 CAP o ne T 065G040222031J A 9JR6500000412 0402 22PF J 50V NPO 0805 10UF 10 16V EC SMD 220UF 20 50V 10105 CAP CHIP 4 TUF 50V 20 80 065G040210232K 9196500000390 CAP 0402 i 00 010292 CAPMOLFKSOUXTR 1 065G080533432K A 9JR6500000425 CAP 0805 330NF 1096 50V X7R 0805 330NF 10 50V X7R LAN 0805 10UF 10 16V 0603 TUF 10 16V X7R NN C678 065G040210412K A 9UR650000089 CHIP 0402 0603 1UF 10 16V X7R a C675 065G040210412K A 986500000591 CHIP 0402 100nF K 16VX7R CAP CHIP 4 TUF 10V X7R 10 065G080533432K A 9JR6500000425 CAP 0805 330NF 1096 50V X7R 1 0603 1UF 10 16V X7R 0805 10UF 10 16V 0603 10 16V X7R 0805 10UF 10 16V 0603 TUF 10 16V X7R 0805 10UF 10 16V 0805 330NF 10 50V X7R CAP CHIP 0603 10uF 6 3V 5 1 20 EC 470UF 20 10V SY amp 0603 1UF 10 16V X7R 0805 10UF 10 16V 0603 TUF 10 16V X7R CHIP 4 TUF 50V 20 80
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94. 000228 EC SMD 2200F 25V HV 805 1 C701 065G060310005M Y 986500000417 CHIP 0603 10uF X5R 20 EC 470UE 20 10V SY 89 MN 0603 1UF 10 16V X7R C706 065G040222031J A 9JR6500000412 CAP 0402 22 i _ C707 065G040210412K 9JR6500000391 CHIP 0402 1 o 0805 10UF 10 16V a 0603 10 16V X7R A C710 065G040222031J A 9JR6500000412 CAPO40222PFJSOVNPO 065G040210412K 9JR6500000391 CAP CHIP 0402 o _ CHIP 4 TUF 50V 20 80 162 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C713 065G1206226A5K T 9JR6500000429 CAP CHIP1206 22uF 10V X5R 062 T oJAssovon0e20 GAP CHIPT206 22uF K tov C75 065G060310432K A 99650000008 CHIP 0603 1 o _ C717 065G040210412K 9JR6500000391 CHIP 0402 J rere 065G040210412K 9JR6500000391 CAP CHIP 0402 100E K tev xR o 0805 10UF 10 TOV 10720 osscoanessesex 3086500000488 CAPCHPONZSSNEKSWXIR o 065G1206226A5K 9JR6500000429 CAP CHIP1206 22uF K 10V X5R Gres 065G040233232K A 9JH6500000489 CAP CHIP 0402 3 NFK SOV 0805 10UF 10 10V 0805 10UF 10 10V 1 C726 065G040210412K 928650000001 CAP CHIP 0402
95. 000833 RST 0402 0058 MAX i TEST ONLY RST 0402 5 1716W TEST ONLY RST 0402 1K 1 1 16W TA TEST ONLY RST 0402 1K 1 1 16W TA RST 0402 240R 1 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W CENE TEST ONLY RST 0402 100R 5 1 16W 152 LC 19LE430E UK LC 22LE430E UK LC E LC 32LE430E UK R4113 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W TA I osiGoineooo suneroo088S __ AST ooz osen MAK THEW R414 061G0402000J 7 9JR6100000833 RSTO4020 05RMAXTI6W Mo 150 067G0402000JI S9JR6100000888 RSTO402005RMAXVIW po AST 0402 47R 5 1 16W E RAN 84152 061604020007 S9JR6100000889 RSTO402005RMAXVIOW i 067G0402000I 908610000083 RSTO402005RMAX VIEW i oeGoanzoooJr RST osoz oosa wax iew t 061G0402000 JI 9JR6100000833 RST 0402 0 05R 1 16W Raise 06100402000 eumerooo0ness RST 0402 1 4165 061604020007 S9JR6100000888 RSTO402005RMAXVIW po Rees cercotozoco I sumeooooosss f 061G0402472 JI 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 560R 1 1 16W TA I E NK TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 1K 1 1 16W TA TEST ONLY RST 0402 5 1K 1 1 16W TA I TEST ONLY RST 0402 1K 1 1 16
96. 00497 CAP CHIP 0608 S6PF JV NPO 1 067G311R1013CT 9JR6700000245 EC SMD 100UF 2096 16V ZV 6 3 5 5 CAP 0805 10UF 10 16V p CAP CHIP 0603 10uF 6 3V XGR 1 20 CAP CHIP 0603 10uF 6 3V XGR 220 C450 065G040210412K A 986500000591 CHIP 0402 C45 065G040210412K A 986500000591 CHIP 0402 inFKT6VX R 0805 10UF 10 16V LN ross _ 3 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF 16V X7R cass osseoaneiostaK A 9JR6500000391 GAP 0402 TeV X7R 1 0603 4 7UF 10 10V 0805 10UF 10 16V 0603 1UF 10 16V X7R 3 vsscosoerosrex A CAP CHIP 0402 r EC SMD 330UF 20 63 6 97 7 is 04170 0656040210412 suesononoss GAP GHIP 0402 C47 065G040210412K A 9086500000391 CHIP 0402 0805 10UF 10 16V C473 065G040247312K A 9JR6500000394 CHIP 0402 47nF K 16V XR o 176 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C4186 065G040210412K 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R _ _ eJRes000005 1 CHIP 0408 0698040210412 9JR6500000901 CHIP 0402 1 C4192
97. 01 CHIP 0402 1001FK16VX7A i 0603 1UF 10 16V X7R 1 C675 065G040210412K A 928650000031 CHIP 0402 1001FK16V 7A CAP CHIP 4 TUF 10V XTR 10 0805 330NF 10 50V X7R C679 065G060322232K A 9JR6500000471 CAPOSOSZZNFKSOVXUR ho C680 065G040210412K A 928650000031 CAP CHIP 0402 Mo 0603 1UF 10 16V X7R 1 0805 10UF 10 16V 0603 1UF 10 16V X7R 065G060333332K A 9JR6500000495 CAP CHIP 0603 33nF 50V X7R 1 0805 10UF 10 16V 0603 1UF 10 16V X7R C690 065G060347232K A 99650000474 CAPCHIPOSOGA7NFKSUVXTR i _ C691 065G060333332K A 986500000405 CAP CHIP 0603 33nF K 50v xR T 1 _ 0805 10UF 10 16V e C633 065G060347232K 928650000047 CAPCHIPOGOSA7NFKSUVXTR M 0805 330NF 10 50V X7R CAP CHIP 0603 10uF 6 3V XGR 1 20 EC 470UF 20 10V SY amp 1 0603 1UF 10 16V X7R 065G040210412K A 928650000031 CHIP 0402 1001FK16V 7A i _ 06560402209 SURG500000412 CAP040222PFJSOVNFO Mo 0805 10UF 10 16V 0603 TUF 10 16V X7R CHIP 4 TUF 50V 20 80 0805 10UF 10 TOV 147 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C720 065G040233232K A 9JR6500000489 CAP CHIP 0402 3 3NF K 50V X7R 0721 osser20z26ask T s
98. 0101 CHIP BEAD 0805 220R 2000mA CHIP INDUCTOR 1U8 1095 FCI1608F 1R8K CHIP INDUCTOR 1U8 10 FCI1608F 1R8K LONE CHIP INDUCTOR 1608 0 22UH 10 0 8R CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT 1 CHOKE COIL 47UH 10 14705 HA a CHOKE COIL 47UH 10 L470S HA LN 073G 259903 H1 9JR73000001 14 CHOKE COIL 47UH 10 14705 CHOKE COIL 47UH 10 14705 SMD CHOKE 1 5UH 10 0 0158 SMD CHOKE 1 5UH 10 0 0158 0576792 9 5700000055 RKZOOPFDSTIIGSOT23BYROHM _ 97792 aun 700000085 mKmnzrDSTHGSOTZOEYROHM 0570 417511 9JR5700000001 MMBT3904 T 0576761516 9JR570000010O SMALLTRANBCB COS0SOT28 _ 0576 7esieH aun 700000082 rrPOWSMSEMTDOMSHR 057G 761516 9JR5700000100 SMALLTRAN BC847C 0 50 D 23 ors 0876 MOSFETAONMEIDEN o TEST ONLY AST 0402 758 5 1 16W TEST ONLY RST040275R5 1716W TAL 1 TEST ONLY AST 0402 75R 5 1 16W TA RST 0402 68 5 1 16W AST 0402 66 5 1 16W TEST ONLY AST 0402 10K 5 TA 1 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY AST 0402 758 5 1 16W AST 0402 51K 5 1 16W TEST ONLY RST 0402 5 1 16W AST 0402 688 5 1 16W TEST ONLY RST 0402 1009 5 1 16W TEST ONLY RST 0402 758 5
99. 03 1UF 10 16V X7R E C623 0650040222031 A 9JR6500000412 CAPOA0222PFJSOVNPO 0805 10UF 10 16V C625 065G0603225A5K Y 9JR6500000494 060822uF10VXSR 1 _ roses oesonanezansw CAP 0082 1 0650040222031 A 9JR6500000412 CAP 0402 22PF J 50V NPO 0805 10UF 10 16V EC SMD 220UF 20 50V HV 1010 5 CHIP 4 7UF 50V 209 2807 065G040210232K 9JR6500000390 CAPOX02INFKSOVX7R _ A ssReso0000s80 CAP oz T Y 065G080533432K A 9JR6500000425 CAP 0805 330NF 10 50V X7R CAP 0805 330NF 10 50V X7R 0656060347031 A 9096500000473 CAP CHIP 0603 4 o 065G040222031J A 9096500000412 CAPO40222PFJSOVNPO poo 0805 10UF 10 16V a 0603 10 16V X7R a C678 086G040210412K 9JR6500000391 CAPCHIP0402100MFK16VXVA o 0603 TUE 10 16V X7R 1 C675 086G040210412K 9JR6500000391 CHIP 0402 1000F K tev xR o CAP CHIP 4 TUF 10V X7R 10 065G080533432K A 9JR6500000425 CAP 0805 330NF 1096 50V X7R 1 0603 1UF 10 16V X7R 0805 10UF 10 16V 0603 10 16V X7R C685 0856060333332 A 986500000405 CAPCHIPOSOB3OnFKSOVX7R 0805 10UF 10 16V X5R a 0603 10 16V X7R KI 0805 10UF 10 16V CAP 0805 330NF 10 50V X7R C700 676 81122146T 9JR6700
100. 0402 75R 5 TA 1 Rie osraoaozooo si sumens oo 061G0402000 Jl 9JR6100000833 RST 0402 0 MAX 1 16W TEST ONLY AST 0402 7K 5 Whew TAI 1 TEST ONLY RST 0402 47K 5 116W TAT 1 TEST ONLY RST 0402 47K 5 116W TAI 1 TEST ONLY RST 0402 47K 5 116W TAI 1 TEST ONLY RST 0402 47K 5 116W TAI 1 TEST ONLY RST 0402 47K 5 116W TAT 1 TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 116W TEST ONLY RST 0402 47K 5 1716W TAT 1 TEST ONLY RST 0402 47K 5 1716W TAT 1 TEST ONLY RST 0402 47K 5 1716W TAT 1 09 TEST ONLY RST CHIP 4 7K 5 16W RST 0603 100R 5 1 10W LANES TEST ONLY RST CHIP 47K 5 16W TAT 1 TEST ONLY RST 0402 10K 5 1716W TEST ONLY RST 0402 47K 5 116W TEST ONLY RST 0402 47K 5 1716W TAI 1 TEST ONLY RST 0402 47K 5 116W TAT 1 TEST ONLY RST 0402 47K 5 1716W TAT 1 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 10K 5 116W TAT 1 TEST ONLY RST 0402 10K 5 116W TAI 1 TEST ONLY RST 0402 10K 5 116W TAT 1 TEST ONLY RST CHIP 4 7K 5 116W 182 191 4 LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R1264 061G0402220 Jl 9JR6100000839 TEST ONLY RST 0402 228 5 1 16W TA I TEST ONLY RST 0402 228 5 1 16W puc TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY
101. 0412K A 9JR6500000391 CAP CHIP 0402 100nF 16V X7R 04157 0es6040210412k A eumesoooonse 0402 K TeV X7R Ir C459 0656040210412K A 9JR6500000391 CAPCHIP04021001FK16VX7R _ C460 065G040210412K A 9JR6500000391 CAPCHIP04021001FK16VX7R _ 0603 4 TUF 10 10V LN C462 065G040210412K A 9UR650000009 CAP CHIP 0402 100nFK16VX7A o 0805 10UF 10 16V 71 5 065G040210412K A 928650000031 CHIP 0402 100nF K 16v XR C466 065G040210412K A 9286500000391 CAP CHIP 0402 o 0603 1UF 10 16V X7R EC SMD 330UF 20 63 6 37 7 065G040210412K A 928650000031 CAP CHIP 0402 1 C4171 065G040210412K A 9JR6500000391 CAP CHIP 0402 1 0805 10UF 10 16V to C475 065G040247312K A 928650000034 CAP CHIP 0402 47nF K 16v xR po _ 0656040210412 A 9JR6500000391 CAPCHIP04021001FK16VX7R _ oescoiczioiizK mosonoos CAP CHIP 0402 1 CHIP 0402 100nF K 16V X7R 130 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C4188 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R Gas 065G040210412K sUnesoonooss CHIP 0408 1 C490 065G040210412K A 816500000991 CHIP 0402 100nF K 16v xR 111 C494 065G040210412
102. 0658040210412 A 9JR6500000991 CHIP 0402 100nF K 16V xR i 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R Gates A sunestonoosr CAP CHIP 0402 1 0603 4 7UF 10 10V 0805 10UF 10 16V XSR 0603 TUF 10 16V X7R 0603 1UF 10 16V X7R 065G060310512K A 9JR6500000492 CAP 0603 1UF 1096 16V X7R 1 0603 TUF 10 16V X7R 0603 10 16V X7R 0603 1UF 10 16V XR 0805 10UF 10 10V XBR CAP 0603 TUF 10 16V X7R 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 1 0603 1UF 10 16V X7R CAP CHIP 4 7UF 50V 20 80 0805 4 TUF 10 16V 0805 10UF 10 16V XBR 0603 4 TUF 10 10V EC SMD 47UF 20 26V 6377 0603 10 16V XR 0805 10UF 10 16V XSR 0805 10UF 10 16V XBR 1 11 0805 10UF 10 16V XBR 0805 10UF 10 16V XBR 0603 4 70 10 10V 0805 10UF 10 16V 0603 TUF 10 16 X7R 0805 10UF 10 16V XSR 177 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C619 065G080510615K A 9JR6500000499 CAP 0805 10UF 10 16V 5 065G040233131J A 9Jq6500000488 MLGC0402330F SOV NEO 5 1 C621 065G040233131J 9865
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106. 0K 5 1 16W TEST ONLY RST 0402 10K5 1716W TAT 1 _ R628 061G0402103 Jl 9JR6100000836 TEST ONLY RST 0402 10K 5 1 16W 1 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST040210K5 1716W TAT 1 TEST ONLY RST 0402 10K 5 116W TAT 1 RST 0402 30K 5 1 16W TEST ONLY RST 0402 100K 5 1 16W NE TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W 061G0402103 JI 9JR6100000836 TEST ONLY RST 0402 10K 5 1 16W TA I TEST ONLY RST CHIP 4 7K 5 116W TA RST 0402 5 1 16W a AST 0402 5 1 16W LE RST 0402 10R 5 1 16W HIE RST 0402 338 5 1 16W Bo d RST 0402 338 5 1 16W AST 0402 33R 5 1 16W TA RST CHIP 18 2K 1 16W 1 YAGEO AST 0402 338 5 1 16W TA TEST ONLY RST 0402 10K 5 VIGW TA 1 AST 0402 4708 1 1 16W NE AST 0402 4708 1 1 16W TEST ONLY RST 0402 10K 5 1 6 TAI i TEST ONLY RST 0402 5 1 16W TAI i RST 0402 10R 5 1 16W TA ii 061G0402103 JI 9JR6100000836 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 20K 5 1 16W TA ir _ AST 0402 4 78 5 1 16W SER AST 0402 4 7R 5 1 16W EEE TEST ONLY RST 0402 10K 5 116W TEST ONLY RST 0402 49K 1 1 16W TEST ONLY RST 0402
107. 1 cB T3 15AL 250V F CN9901 x Joys RV9903 soos CAUTION FOR CONTINUED PROTECTION F9902 15AL 250V AGAINST RISK OF FIRE REPLACE 4 9 ONLY WITH SAME TYPE AND RATING OF FUSE TENE Q C C Beso rB9903 509901 08 19909 gt 4 0 SMEAR GLUE SMEAR GLUE J9901 E C9901 C9900 e 6 Q T o S D 155 candi we 8 C9909 97 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK POWER UNIT Side B 61984 5058 106608 7088 98 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK POWER UNIT PRINTED WIRING BOARD for 26 POWER UNIT Side A 07 COLD SECONDARY gt fe 2 a 2 o D9183 is 709106 5 T SMEAR GLUE ES S o ja lt E c e i s m e E 9 5 R9177 5 je 5 FB9901 Co 5 55 R9141 o RV9902 0 00 06M VI d 97 0511 R9133 la z lt gt 69921 E cO C9115 C9101 N 1 DTE L9101 bs 5 T 5 9 4 o gt T U 209102 e 6 e D9401 509903 10 61 20 06 S 0763 R9402 FB9401 066 06681 HR 7166 LOGGAN 1066 06681 LOBGUN SldVd I
108. 1 1 16W TA I RST 0402 15K 5 1 16W 1206 MAXOROS 5 1 4W RST 0402 5 1K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W RST CHIP 1208 1 1 10W 061G0603109 JI 9JR6100001234 RST 0603 1R 5 1 10W RST 0402 7 5K 5 1 16W a 2 TEST ONLY RST 0402 3 9K 1 1 16W ep TEST ONLY AST 0402 33K 1 1 16W TA AST 0603 12K 1 1 10W rij TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W 1005 0616 1264708JY 9JR6100001197 RSTCHIP47R1 16W8PAR RST CHIP AR 8P4R 1000HM 5 1 16W RST CHIP AR 8P4R 1000HM 5 1 16W sss RST CHIP AR 8P4R 100OHM 5 1 16W RST CHIP AR 8P4R 1000HM 5 1 16W g RP4106 061G 1261018JY 9JR6100001196 RST CHIP AR 8P4R 1000HM 5 1 16W 1 Serial EEPROM Assy 0409 AUO LG 0502 056671810 9 6600000231 Logie SN74LVC1G125DBVR usos f ossarissess ie cataacoowotssos 056G1133956 9JR5600000066 CAT24C02WI GT3 50 8 uso 0566 616520 5600000227 IC DAC WM6524GEDTI TSSOP TE WOLFSON T 156 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK ZD1163 093G 39P599 T 9JR93000001 17 MM3Z5V6B 1 ZD1164 093G 39P599 T 9JR9300000117 MM3Z5V6B 157 LC 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Model LC 26LE430E AUO E26BA2NBAKXPNNS Item TPV Code Number SHARP 13NC Description Quantity BEZEL ASSY REAR COVER ASSY STAND ASSY 80 705TZASK751 7 9J
109. 1 05 5 V Fixed Supply to HPD DDC and Source Selection Circuits 64 TQFP Package Footprint Compatible with 3 to 1 Switch TMDS351 with Port 3 Disabled ROHS Compatible and 260 C Reflow Rated 5250 is Available with Port 1 Disabled and Ports 2 and Enabled Supports 5 V to 3 3 V Level Shifting DDC Links Applications Digital TV Digital Projector 1 7 0605 CD4052BPWR TSSOP 16 Description The CD4051B CD4052B and CD4053B analog multiplexers are digitally controlled analog switches having low ON impedance and very low OFF leakage current Control of analog signals up to 20VP P can be achieved by digital signal amplitudes of 4 5V to 20V if VDD VSS 3V a VDD VEE of up to 13V can be controlled for VDD VEE level differences above 13V a VDD VSS of at least 4 5V is required For example if VDD 4 5V VSS OV and VEE 13 5V analog signals from 13 5V to 4 5V can be controlled by digital inputs of OV to 5V These multiplexer circuits dissipate extremely low quiescent power over the full VDD VSS and VDD VEE supply voltage ranges independent of the logic state of the control signals When a logic 1 is present at the inhibit input terminal all channels are off The 4051 is a single 8 Channel multiplexer having three binary control inputs A B and and an inhibit input The three binary signals select 1 of 8 channels to be turned on and connect one of the 8 inputs to the output The CD
110. 1 16 TEST ONLY RST 0402 1K 1 1 16W TEST ONLY RST 0402 5 1K 1 1 16W TA TEST ONLY RST 0402 1K 1 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TEST ONLY AST 0402 1K 5 1 16W TEST ONLY AST 0402 1K 5 1 16W TA TEST ONLY RST 0402 1 3K 1 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W 061G0402103 JI 9JR6100000836 TEST ONLY RST 0402 10K 5 1 16W RST 0402 3308 5 1 16W RST 0402 3308 5 1 16W ir _ RST 0402 15K 5 1 16W II TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY AST 0402 1K 5 1 16W TA TEST ONLY AST 0402 10K 5 176W TA 1 TEST ONLY RST 0402 10K 5 1 16W 1 TEST ONLY RST 0402 10 5 1 16W TAL TEST ONLY RST 0402 10K 5 1 16W TEST ONLY AST 0402 10K 5 1 16W 1 Rasta 06160402000 0402 0 05 MAX GN 1 RST 0402 338 5 1 16W TEST ONLY RST 0402 10K 5 1 6 TA 1 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TA TEST ONLY AST CHIP 4 7K 5 116W TA TEST ONLY RST CHIP 4 7K 5 1716W 1 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY AST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY 0402 228 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W 184 191 4 LC 22LE4
111. 1 16W TEST ONLY RST 0402 470R 5 1 16W TEST ONLY RST 0402 758 5 1 16W TEST ONLY AST 0402 758 5 1 16W TEST ONLY AST 0402 470R 5 1 16W TA TEST ONLY AST 0402 470R 5 1 16W TAL 181 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R1032 061G0402471 JI 9JR6100000923 TEST ONLY RST 0402 470R 5 1 16W 1033 06160802000 sumerooonoes RST 0402 TEST ONLY AST 0402 5 116W AST 0402 68R 5 1 16W TEST ONLY RST 0402 10K 5 1160 TEST ONLY RST 04021008 5 1 16W TAL RST 0402 56 5 1 16W LN 061G0402101 Jl 9JR6100000834 TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 10K 5 116W TAA 1 RST 0402 688 5 1 16W 3 ST 0402 568 5 1 16W 3 AST 0402 188 5 1 16W RST 0402 568 5 1 16W AST 0402 188 5 1 16W AST 0402 68 5 1 16W s wasa AST 0402 18R 5 116W ED 1168 061604020047 9JR6100000833 RSTO402005RMAXTA W o TEST ONLY AST 0402 75R 5 116W TAI 1 RST 0402 68 5 1 16W 061G0402750 Jl 9JR6100000930 TEST ONLY RST 0402 75H 596 1 16W 1 1172 016040200047 9JR6100000833 RSTO402005RMAX TOW AST 0402 68 5 1 16W HIS TEST ONLY RST 0402 75R 5 TAI 1 RST 0402 68R 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TA RST 0402 240R 1 1716W RST 0402 100R 1 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST
112. 10K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W R1181 06100402001 7 9JR6100000833 RST 0402 0 058 OM o61G0402000 J1 908610000083 RSTO402005RMAX VIEW po RST 0402 240R 1 1 16W CE RST 0402 100R 1 1 16W TA R1186 06180402000 6100000833 RSTO402005RMAXIAGW i TEST ONLY RST 0402 1008 5 1 16W Hioc TEST ONLY RST 0402 759 5 1 16W TA am 71 189 061Go402000J 9JR6100000833 RST 0402 0058 i 1190 061G0402000J S9JR6100000858 RSTO402005RMAX VIEW po TEST ONLY RST 0402 47K 5 1 16W TA 06160402473 JI 9JR6100000924 TEST ONLY RST 0402 47K 5 1 16W 1 TEST ONLY RST 0402 47K 5 1 16W pi TEST ONLY RST 0402 47K 5 1 16W i TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA E TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TA LN TEST ONLY RST CHIP 4 7K 5 1 16W lie l RST 0603 1008 5 1 10W TA TEST ONLY RST CHIP 4 7K 5 1 16W LN TEST ONLY RST 0402 10K 5 1 16W 1209 061604020007 S9JR6100000888 RSTO402005RMAXVIOW O po 1210 061604020007 908610000083 RSTO402005RMAXVIEW po j TEST ONLY 0402 47K 5 1 16W TA eo TEST ONLY RST 0402 47K 5 1 16W
113. 11 061G06032802FT 9JR6100001237 RST 0603 28K 1 1 10W 169 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R612 061G04024532F I 9JR6100001219 RST 0402 45 3K 1 1 16W TA I RST 0402 45 3K 1 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TA 7 11 Rezo 061G0402000 J1 nst osoz oosR max new f 061G0402330 JI 9JR6100001091 RST 0402 338 5 1 16W TEST ONLY RST 0402 47K 5 1 16W AST 0402 30K 5 1 16W TEST ONLY RST 0402 10K 5 116W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA RST 0402 30K 5 1 16W TEST ONLY RST 0402 100K 5 1 16W 061G0402102 JI 9JR6100000835 TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W riti TEST ONLY RST 0402 1K 5 1 16W TAC EN TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W RST 0402 108 5 1 16W TA AST 0402 5 1 16W TA AST 0402 5 1 16W TA AST 0402 5 1 16W TA I AST 0402 33 5 1 16W TA AST 0402 33R 5 1 16W RC AST CHIP 18 2K 1 16W 1 YAGEO AST 0402 33R 5 1 16W TA samai TEST ONLY RST 0402 10K 5 1 16W 1 AST 0402 47
114. 16W 1 HP_DET 6 rounding dl gt Grounding 8 OSDAO a z 690 R 5 9 OSDAO 6 7 z 9 s OSCLO 6 7 i Q AOSDATAO R65 i 14 EC i 4 7nF 80 j 2 oa Zl 0016 5 7 25 audio input for DAC i C 4 E Change to 220u 50V 0676 31122171 8R AOMCLK R66 1 16W 5 MCLK Grounding i t SCLK 2 i m add 0602 PVDD lt IK i 16R 47uH B30nF R i TI 2 LO 5 si 522 E AVDD E 7 i usd 48 p E SEL 4 7uF 50 P20UF sov m 7 z P 125 Input MCLK 15 MCLK 47 HP_PWMR 8661 16 46 i 18 2K 1 1716W 050 5 PVDD DV33 45 C683 33N 50V LOUT Q 17 BST_A R669 665 604 47UH DVSSO HOR 1 16W 5 50V i 4 7uF 10V OUT A C661 H69 C677 18 0 33uF 50V 12V STB_PWR5V 3c pie TAS5717L R654 602 CONN mM 19 OUT B L603 C662 5 en C691 33N 50 0 33uF 50V T O T E 0805 1 10W R668 0652 T LRCLK ms C C699 33N 50V 10K 1 16W 5 1 16V I2S Input SCLK lik s PMBT3904 v 10R 1 16W 5 L602 470 22 SDIN OUT C 0 33uF 50V bind gt OSDAO 23 R A 2 5 MM SDA PGND CD 24 scL ES 256 311GW250B04ABX XINYA BAS316 B C678 AVDD u
115. 1G0402750 JI 9JR6100000930 TEST ONLY RST 0402 75R 5 1 16W AST 0402 688 5 1 16W TEST ONLY RST 0402758 5 1 16W RST 0402 68R 5 1 16W TEST ONLY RST 0402 758 5 1 16W le 1 RST 0402 68R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TA TEST ONLY RST 0402 5 1 16W TA TEST ONLY RST 0402 100R 5 1 16W TA 061G0402000J 9JR6100000833 RSTO402O05RMAXTAGW dT 182 061G0402000J 9JR6100000833 RSTO402005RMAXTAGW gt l AST 0402 2408 1 1 16W NH AST 0402 1008 1 1 16W ir 1 TEST ONLY RST 0402 1009 5 1 16W 06160402750 JI 9JR6100000930 TEST ONLY RST 0402 758 5 1 16W 1 TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY AST 0402 47K 5 1 16W 71 TEST ONLY RST 0402 47K 5 1 16W TA LN TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W ed TEST ONLY RST 0402 47K 5 1 16W up TEST ONLY RST CHIP 4 7K 5 1 16W TA m RST 0603 100R 5 1 10W TA 1 TEST ONLY RST CHIP 4 7K 5 1 16W TA m TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W 4 TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 10
116. 2 and CN602 pin 3 HPOUTR of headphone terminal CN602 Is the audio signal output from IC 0401 201 pin 203 sent Check the line between IC U401 and IC U602 to pin 1 HPL IN and pin 4 HPR IN of IC 0602 Check IC 0401 and its peripheral circuits 54 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK No picture on the display 1 The picture doesn t appear all modes MAIN UNIT Is LVDS signal output from 1st channel and 2nd channel of IC Check IC 0401 and its peripheral control circuits 0401 in each mode AON AOP A1N A1P A2N A2P A3N A3P CK1N CK1P YES Is the above mentioned LVDS signals output to connector CN408 NO Check the line between IC 0401 and 408 YES Is LCD controller s control signal normal Control signals INVERTER ON OFF PANEL VCC ON OFF and it peels off and whether normality is checked PANEL UNIT YES Similarly is the LVDS signal input to connector of the panel NO Wire harness is checked main board to Panel module module YES Check the panel module No picture on the display 2 Does not the picture come out when Analog TV is received TERMINAL UNIT Are the voltages of regulation for a TUNER circuit and the power Each power supply circuit is checked supply terminal of IC U401 supplied 8 YES Is IF signal output from pin 13 14 of TUNER TU101 pin 10
117. 2LE430E UK CHAPTER 5 MAJOR IC INFORMATIONS 1 MAJOR IC INFORMATIONS 1 MAJOR IC INFORMATIONS 1 1 0401 MT5366CAOU 256 GENERAL DESCRIPTION The MediaTek MT5365 66 family is a backend decoder and a TV controller and offers high integration for advanced applications It combines a transport de multiplexer a high definition video decoder an audio decoder a dual link LVDS mini LVDS transmitter and an NTSC PAL SECAM TV decoder with a 3D comb filter NTSC PAL The MT5365 66 enables consumer electronics manufactures to build high quality low cost and feature rich DTV World Leading Audio Video Technology The MT5365 66 supports Full HD MPEG1 2 4 DiviX VC1 RM H 264 AVS video decoder standards and JPEG The MT5365 66 also supports MediaTek de interlace solution can reach very smooth picture quality for motions A 3D comb filter added to the TV decoder recovers great details for still pictures The special color processing technology provides natural deep colors and true studio quality video Also the MT5365 66 family has built in high resolution and high quality audio codec Rich Features for High Value Products The MT5365 66 family enables true single chip experience It integrates high quality HDMI1 3 partial HDMI1 4 high speed VGA ADC dual channel LVDS USB2 0 receiver Ethernet TCON and panel overdrive Key Features 1 Worldwide multi standard analog TV demodulator A transport demultiplexer A muti standar
118. 30E UK LC 26LE430E UK LC 32LE430E UK R4232 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W TA I RST CHIPR 6 8 1 1 16W TZAI YUAN TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST CHIP 4 7K 5 116W TAL TEST ONLY RST CHIP 4 7K 5 116W TEST ONLY RST CHIP 4 7K 5 116W R4245 061G0402472 Jl 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W 1 TEST ONLY RST CHIP 4 7K 5 1 16W RST 0402 27k 5 1 16W TEST ONLY RST 0402 10K 5 1160 TEST ONLY RST 0402 47K 5 1160 TEST ONLY RST 0402 47K 5 1160 TEST ONLY RST 0402 100 5 1 16W TAL TEST ONLY RST 0402 100 5 1 16W TA AST 0402 33 5 1 16W AST 0402 470K 5 1 16W R526 061G0402102 Jl 9JR6100000835 TEST ONLY RST 0402 1K 5 1 16W TA I 1 TEST ONLY RST CHIP 4 7K 5 1160 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TA RST 0402 470K 5 116 TA TEST ONLY RST 0402 1K 5 116W TEST ONLY RST CHIP 4 7K 5 1160 TEST ONLY RST 0402 10K 5 1160 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 47K 5 1716W TEST ONLY RST 0402 47K 5 1160 RST 0402 33 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W R541 061G04021800FT 9JR6100001206 RST CHIP 180R 1 16W 1 TZAI YUAN R545 061G0402101 Jl 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W R546
119. 4020007 918610000083 RST04020 05A MAX VIEW Do TEST ONLY RST 0402 100R 5 1 16W E Raros oeoanzoooJr euRetoooooess RST osoz oosR wax mew Hooo TEST ONLY RST 0402 1K 1 1 16W 137 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R4107 061G04021001FI 9JR6100001082 TEST ONLY RST 0402 1K 196 1 16W TA I RST 0402 2408 1 1 16W uu TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TA R4i8 06160402000 J 9JR6100000883 AST04020 05A MAX OoOo Rara sumeonoosss M 061G0402000 JI 9JR6100000833 RST 0402 0 058 MAX 1 16W AST 0402 47 5 1 16W 84152 061G04020001 9JR6100000833 RSTO402O OSRMAXINGW iT 4153 067G0402000 J 9JR6100000833 RSTO4020 05RMAXTAGW i 160 06160402000 J 9JR6100000883 RSTO402005RMAXTAGOW Do Barei oerGnanonooJ sumeoonoosss M 06190402000 JI 9JR6100000833 RST 0402 0 058 MAX 1 16W 05160802000 ir euR6r00000693 RST 0402 SR 1 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 560R 1 1 16W TEST ONLY RST 0402 5 1 16W TA TEST ONLY RST 0402 1K 1 1 16W TEST ONLY RST 0402 5 1K 1 1 16W br TEST ONLY RST 0402 1K 1 1 16W TA TEST ONLY RST 0402 10K 5 1 16W
120. 4052B is a differential 4 Channel multiplexer having two binary control inputs A and B and an inhibit input The two binary input signals select 1 of 4 pairs of channels to be turned on and connect the analog inputs to the outputs The CD4053B is a triple 2 Channel multiplexer having three separate digital control inputs A B and C and an inhibit input Each control input selects one of a pair of channels which are connected in a single pole double throw configuration When these devices are used as demultiplexers the CHANNEL IN OUT terminals are the outputs and the COMMON OUT IN terminals are the inputs FEATURES Wide Range of Digital and Analog Signal Levels zb 3V to 20V Analog lt 20VP P Low ON Resistance 1250 Typ Over 15VP P Signal Input Range for VDD VEE 18V High OFF Resistance Channel Leakage of 100pA at VDD VEE 18V Logic Level Conversion for Digital Addressing Signals of to 20V VDD VSS 3V to 20V to Switch Analog Signals to 20VP P VDD VEE 20V Matched Switch Characteristics rON 50 Typ for VDD VEE 15V Very Low Quiescent Power Dissipation Under Digital Control Input and Supply Conditions 0 2uW Typ at VDD VSS VDD VEE 10V Binary Address Decoding on Chip 10V and 15V Parametric Ratings 100 Tested for Quiescent Current at 20V Maximum Input Current of 1 at 18V Over Full Package Temperature Range 100nA at 1
121. 430E UK LCD PANEL T CON AV CVBS output 4 CVBS output Digital Audio Output COIXIAL AUDIO AMP amp SPK R L SPK X2 audio output AV audio output LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 POWER MANAGEMENT BLOCK DIAGRAM PWR 16V 24V PWR 16V 24V AON4421 POWER SWITCH 12V 12V i 5V_STB AON4421 PANEL VCC ON OFF 5V_STB DV33SB G903T63 POWER SWITCH 5V_STB AON4421 DV11 DV11 amp VCCK 57 STB 1 STB PWR5V TPS54319 PWR ON fron OPWRSB 5V SW STMPS217 POWER SWITCH 5V USB SB PWR OCPO 5V SW I PWR EN DV33 amp AV33 5V SW TPS54319 cr V15_DDR G1117T43U cr DV12 AV12 G1084TU3 LI 7 5135 010 5V SW 90 TAS5717 LVDS VDD LCD PANEL sida MT5365 2250 mA DV33SB MT 5365 30 mA sy uss USB PWR LCD PANEL 500 mA 5V1 TUN ENV57U09D5F 230 m ITDTK G731D 5V SW TMDS251 200 mA PCMCIA CARD CI CARD PWR O DV33 amp AV33 MT5365 DV15 DDR MT 5365 900 mA MT5365 400 mA D
122. 52 0 252 0 366 0 408 0 36 9 38 0 39 0 39 8 72 0 70 9 83 0 91 0 468 2 534 8 648 6 770 4 411 23 477 8 577 2 00 48 170 0 170 0 206 1 222 0 346 3 383 8 453 9 528 7 312 8 350 3 417 7 490 2 a RT NN ax 7 ao 58 s a E co e gt GAN CO amp o 75 0 100 0 100 0 200 0 19 22 1 26 32 10 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CHAPTER 2 REMOVING OF MAJOR PARTS 1 REMOVING OF MAJOR PARTS LC 19LE430E UK 1 Assy Panel Removal Notes Please put your machine on soft material to avoid to scrape panel when you disassemble it Front view Fig 1 Back view Fig 2 Step 1 Remove the Base Assy and Base neck 1 Remove the Base Assy as Fig 3 Remove the 3 screws as Fig 3 and pull out the base as Fig 4 Fig 3 11 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Fig 4 2 Remove the 4 screws Detach the Base neck as Fig 4 Step 2 Remove the REAR COVER Assy 1 Remove the 5 screws Detach the REAR COVER as Fig 5 Fig 5 Note How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Right hand fingers put under the machine rim Pull up Pull up Step 3 Remove the Main Power and the Speakers 12
123. 58 and Brightness 48 Color 58 backlight 100 at normal menu mode 3 Apply 80 white pattern or Flat 80 pattern by Component video generator 4 Enter factory mode menu press MENU Numeric keys 1999 press PRE PR 41 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Alignment 1 Apply Flat80 pattern 80 white pattern 2 Set color temperature to NORMAL 3 At factory mode menu adjust the Scaler R Gain Scaler Gain Scaler B Gain values to meet NORMAL color coordinates specification below Then store those values to NVM 4 Set color temperature to COOL 5 At factory mode menu adjust the Scaler R Gain Scaler Gain Scaler B Gain values to meet COOL color coordinates specification below Then store those values to NVM 6 Set color temperature to WARM 7 At factory mode menu adjust the Scaler R Gain Scaler Gain Scaler B Gain values to meet WARM color coordinates specification below Then store those values to NVM Color temperature Normal Warm Cool x y co ordinates specification Table 5 Reading with Konica Minolta CS 200 Note 1 Use Konica Minolta CS 200 for color coordinates and luminance check 2 Forsuitable mass production at factory colour analyzers CA 210 can be applied But befor measureing all CA 210 should be coordinates and proofread with a Charoma Meter CS 200 or equivalent instrument and a reference TV set 3 Check the luminance at the center of th
124. 5R ssGoAnerocseK A 9JR9500000861 0805 10UF 10 16V 3 C166 065G040210332K A 996500000347 CAPO40210NFSVX7R H 065G040250931C Y _ 9086500000441 CHIP 0402 5PF 50V NPO 025 i Cio 065G040215232K A 928600000392 CAP CHIP 0402 1SNFKSOVXUR Mo _ CAP CHIP 0603 10uF 6 3V XGR 20 1172 065G040210332K A 9086500000341 CAPO4O21ONFSVXUR 1 01 C175 065G040210332K A SJR6S00000841 CAPO4O210NFSOVX7R i _ 017 065004021099 sueeononner CaP nT TW 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V X7R 01176 59040210222 A sunesonnooss GAP O402 10NF o CAP CHIP 0603 10uF 6 3V XGR 120 an 0805 10UF 10 16V 1 179 065G060310332K A 9286500000401 CAP CHIP060810nFKSOVXTR 0805 10UF 10 16V 1 181 065G060310332K A 9UR650000049 CAPCHIPOGOGIORFKSOVX7R 1 Cii85 0656060347091 98650000473 CAP CHIP 0603 47pF J50v NPO i C186 065G040210332K 9UR650000084 0402 i 0603 4 TUF 10 10V XSR 1 0603 1UF 10 16V X7R 202 0656040210412K A 928650000091 CHIP 0402 1 1 101204 0650040210012 eyRssonoonse1 _ CAP CHIP o 02 100E KIV XIR e 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF 16V 7 Gras osseosneiosta
125. 5R i SMD CHOKE 1 5UH 10 0 015R EN LO osGams T adasreconocas 1 057G 760900 9JR5700000057 DIGITAL TR DTC623TK SMT3 0576 760900 eumsroo000057 DIGITAL TR DTORASTKSMTS o Qso2 057076156 9JR5700000100 SMALLTRAN 47 605073 i 1 SMALLTRANECRECOTSDSOT2S fi 057G 761516 9JR5700000100 SMALLTRAN BC847C 0 1 50 SOT 23 9505 0570 761516 eumsroo00ro0 SVALLTRANBCRCO 1 0705 057763112 9JR570000087 MOS Si64030C T1 GES S0V6A Gre eurs7eooo00e7 MOSSSHWOCTIGESSNGA f 057G 761516 9JR5700000100 SMALLTRAN BC847C 0 1 50 SOT 23 TEST ONLY RST 0402 758 5 1 16W TEST ONLY RST 0402 758 5 1 16W TEST ONLY RST 0402 759 5 1 16W AST 0402 68R 5 1 16W AST 0402 688 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 1008 595 1 16W 1012 06160402001 9JR6100000833 RSTO402OO5RMAXIAGW gt i Riots 06160402000 J nn RST 0402 0 05R MAX a fy TEST ONLY RST 0402 758 5 1 16W TA uc RST 0402 51K 5 1 16W m 1 1016 061604020007 S9JR6100000888 RSTO402005RMAXVIOW i TEST ONLY RST 0402 10K 5 1 16W eo AST 0402 68R 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 759 5 1 16W TAC TEST ONLY RST 0402 470R 5 1 16W
126. 603 10 16V X7R 0603 1UF 10 16V X7R 065G060310512K A 9JR6500000492 0603 1UF 10 16V X7R 0603 1UF 10 16V X7R 0603 1UF 10 16V X7R 0603 1UF 10 16V X7R C426 065G060327031J A 986500000365 CAPCHIPOSOS27PFJSOVNPO 1 C4262 0G5G0402224A5K A 9JR6500000468 CAP 0402 2200F K T0VX5R F i 0805 10UF 10 10V 0603 10 16V X7R 5 71 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 1 0603 TUE 10 16V X7R CHIP 4 7UF 50V 20 80 0805 4 7UE 10 16V C604 065G040210412K 9JR6500000391 CAP CHIP 0402 100E K tev xR o o 0805 10UF 10 16V E C606 065G040210412K 9UR650000089 CHIP 0402 o CAP 0603 4 TUF 10 10V XSR EC SMD 47UF 20 25 JV 6 377 0603 1UF 10 16V X7R 0805 10UF 10 16V Eger 0805 10UF 10 16V CAP 0805 10UF 10 16V CAP 0805 10UF 10 16V 0603 4 7UE 10 10V XSR 0805 10UF 10 16V 0603 1UF 10 16V X7R pa 0805 10UF 10 16V 161 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C619 065G080510615K A 9JR6500000499 CAP 0805 10UF 10 16V X5R 0620 oesGo40235131 A 0 0402 80V NPO E C621 0656040233191 A 9JR6500000488 MLCC 0402 50V NPO 5 06
127. 6V VIT H 8 6 MM E C1155 C1153 YPBPR R IN Audio Out PB IN 1 15PF50V 10N 50V 0886 78F135XCL Changling ZD1150 SMD 0402 SMD 0402 En C1164 R1192 56 1 16W 5 10N 50V 10N 50V M out 6 13 PR IN 1 al R1157 SMD 0402 47K 1 16W 5 E 008 A 16W 5 COM1 YPbP AUDIO 21151 VGA Input 1 2 YPBPR L IN asd SW VGASCL 5 5 VGASCL 6 E VGASDA VIT H 8 6 Componenti BAS316 7 NGASDA 7 VGASDA 6 YPBPR_L_IN YPBPR LIN VSYNC 088G 78F121XCL Changling VSYNC 18R 1 16W 5 R1159 HSYNC YPBPR R IN PB IN 1 1 2 R1161 68R 1 16W 5 C1158 R1196 56R 1 16W 5 10N 50V 10N 50V 47K 1 16W 5 ZD1151 SMD 0402 DZSNP5 6B C1159 SPDIF_OUT ares 15PF50V SMD 0402 SPDIF COIXIAL VIT IFO SMM Audio Input 088G 78F111VCL Changling R1164 m 56R 1 16W 5 ST ZD1152 C1161 RCA JACK 1P UDZSNP5 6B FB1153 15 50 YPBPR RIN R1167 SMD 0402 R1166 PR IN 1 80 T8RM NEW 5 68R4 16W 5 x C1162 C1182 10N 50V F SPDIF_OUT M SPDIF Out SMD 0402 Video Input 1 2 100N 16V SN da CVBS1P BAS316 COM 100R 1 16W 196 SPDIF OPTICAL Others Control Interface R1215 NG 33R 1 16W 5 UOTX FB1166 VGA RXTKEN ___ E ae VGA EN C1188C 120R 500mA NEAR VGA CONNECTOR NEAR MT5365 i 6 7 NC 100N 16V mats m SYS EEPROM WP 6 7 13 D1153 C1170 1 B Bosw R1172 1 5nF 50V 0805 1 16W SMD 0402
128. 6W TEST ONLY RST 0402 33K 1 1 16W TA RST CHIP 100K 1 16W 1 TA RST 0402 7 5K 5 1 16W M RST 1206 MAXOROS 5 1 4W 06100402472 JI 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 180K 1 1 16W DES TEST ONLY RST 0402 180K 1 1 16W An AST 0402 15K 5 1 16W AST 0402 5 1K 5 1 16W EN RST 1206 MAXOROS 5 1 4W A TEST ONLY RST 0402 10K 5 1 16W l RST CHIP 120R 1 1 10W a RST 0603 1R 5 1 10W RST 0402 7 5K 5 1 16W E wama TEST ONLY RST 0402 3 9K 1 1 16W TA I HE TEST ONLY RST 0402 33K 1 1 16W TA a 061G06031202FI 9JR6100001235 RST 0603 12K 1 1 10W 1 TEST ONLY RST 0402 5 1 16W TA TEST ONLY RST 0402 5 1 16W TA RST CHIP AR 8P4R 1000HM 5 1 16W RST CHIP AR 8P4R 1000HM 5 1 16W RST CHIP AR 8P4R 1000HM 5 1 16W RST CHIP AR 8P4R 1000HM 5 1 16W RST CHIP AR 8P4R 1000HM 5 1 16W 0566562417 9495600000218 SCALERMTSSOGCAOULQFP2S6 Ua useasisis eunssooconzas DRAM K4BIGIGAGE HCHO 1Gb FBGAS6 1 705TPB56013 9JR7050000439 NAND Flash Assy U4051 Usos 058658716 SJRS600000218 TRANSCEIVER MAXS 32EGUE TSSOP 16 Serial EEPROM Assy U409 AUO Panas 171 LC 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK ZD1151 093G 398 34 T 9JR93000001 02 UDZSNP5 6B ROHM 1 UDZSNPS 6B ROHM 201163 093G 395 34 9JR93000001 02 UDZSNP5 6B ROHM 1 172 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 173 LC
129. 7031 A suesonono s cAPCHPOBS4mFISVNPO 0603 4 7UF 10 10V XSR 0603 1UF 10 16V X7R C1222 065G040210412K A 986500000591 CHIP 0402 i C1224 6560402100340 9UR6500000465 CAP CHIP 0402 10PF D 50v NPO 0805 10UF 10 16V C1226 065G040210412K A 928650000051 CHIP 0402 0805 10UF 10 16V CAP CHIP 0603 10uF 6 3V XBR 20 CAP CHIP 0603 10uF 6 3V XBR 20 175 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C1239 0656040233031 Y 9JR6500000237 CAP CHIP 0402 33P 50V NPO 5 i800 osseoanesonst A 9JR6500000415 GAP 0402 JSV NPO 01 0656040239031 9JR6500000415 CAP CHIP 0402 39PF 02 065G040210412K A 886600000501 CAP CHIP 0402 1 0805 10UF 10 TOV REM 05 065G040247312K A 9086500000394 CHIP 0402 47nF K 16V XR 06 065G0402474A5K Y 986600000490 CAPCHIPO4O2O47UFK10VXSR 10107 oescoenosessiD C mmm T ___ _ 065G060322131J 9JR6500000493 CAP CHIP 0603 220PF J 50V NPO C1209 066G080310332K A SJAGS00000491 CHIP 1 323 065G060356031 9UR6500000497 CAP CHIP 0603 56PF J50v NPO euR6so00
130. 7R ppo 0805 10UF 10 16V X5R 4 166 0656040210332K A 9086500000341 CAPO4210NFSVX7R pp C1167 06560402509316 Y 986500000441 GAP CHIP 0402 5PF 50V NPO 03 _ 1168 065G040250931C Y 9JR6500000441 CAP CHIP 0402 50V NPO 025 1 _ 0050040209710 Y _ CAP CHIP 0402 SPF SOV NPO VOZ 3 1 065G040215232K A 9JR6500000392 CAP CHIP 0402 1 5 50V XR CAP CHIP 0603 10uF 6 3V XGR 1 20 CAP CHIP 0603 10uF 6 3V XGR 120 0805 10UF 10 16V 0805 10UF 10 16V C1184 065G040247312K A 928650000034 CAP CHIP 0402 47nF K 16V xR 06500007091 A evRssonon0 7s CAP CHIP oeoa a7pF JSV NPO 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V X7R CAP 0603 4 7UE 10 10V XSR 0603 1UF 10 16V X7R 222 065G040210412K A 9UR650000089 CAP CHIP 0402 224 06560402100340 9JR6500000465 CHIP 0402 10PFDSOVNPO 0805 10UF 10 16V HE C1226 065G040210412K A 928650000001 CAP CHIP 0402 o 0805 10UF 10 16V 229 06560402100310 9UR6500000465 CHIP 0402 10PF D 5v Po po 220 06560402100340 988500000465 CHIP 0402 10PFDSOVNPO CAP CHIP 0603 10uF 6 3V XGR 11 20 NN CAP CHIP 0603 10LF 63V XBR 28 0656040230917 Y 9JR6500000237 CAP CHIP 0402 33
131. 8 5 1 16W TEST ONLY RST 0402 10K 6 TAL TEST ONLY AST 0402 5 1 16W TA TEST ONLY RST 0402 100R 5 1 16W TAL TEST ONLY RST 0402 75R 5 1 16W RST 0402 51K 5 1 16W 81016 061Go402000J 929100000833 RST 0402 0058 TEST ONLY RST 0402 10K 5 116W TAL HE AST 0402 68 5 1 16W TEST ONLY AST 0402 100R 5 1 16W TA TEST ONLY RST 0402 75R 5 1 16W TA TEST ONLY RST 0402 4708 5 1 16W 221 R1023 061G0402000J 9 86100000833 RSTO402005RMAXTI6W OM TEST ONLY AST 0402 75R 5 1 16W pr 1 R1027 06160402000 9296100000833 RST 0402 005R MAX ho TEST ONLY AST 0402 75R 5 1 16W RST 0402 0 05R MAX 1 16W 135 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R1030 061G0402471 JI 9JR6100000923 TEST ONLY RST 0402 470R 5 1 16W TEST ONLY RST 0402 4708 5 1 16W TEST ONLY RST 0402 4708 5 1 16W TEST ONLY RST 0402 5 1 16W TA AST 0402 68R 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W AST 0402 568 5 1 16W TEST ONLY RST 0402 1009 5 1 16 TEST ONLY RST 0402 10K 5 1 16W TA wan RST 0402 68R 5 1 16W 72 RST 0402 56R 5 1 16W RST 0402 188 5 1 16W AST 0402 568 5 1 16W AST 0402 188 5 1 16W CNN AST 0402 688 5 1 16W kuma AST 0402 188 5 1 16W a cercotozoco J sumeoooonsss M 06
132. 8 E LF 122 HO 2 8 121 09 2 8 1 122 D VO 12 8 PCMCIA data bit1 O O O O O O 123 1010 012 8 2 8 NA T DI D 70 N Z N col N 212 gt gt MIL p PCMClAdatabit2 126 12 8 N A __128 DVDD33 e y F 81 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 4 U602 TAS5717L 10W HTQFP 48 2 4 1 Block Diagram Protection Logic Sample Rate Autodetect and PLL Click and Pop Control Microcontroller Serial Based Control System Control Terminal Control HPL_OUT HPR OUT B0262 10 2 4 2 Pin Connections and short description PHP Package Top View HPL IM T 11 BST D OUT 2 Ij PVDD CD OUT T 3 TI GVDD OUT HPR IN 4 HP SD T T7 1 SSTIMER CPNL T VREG I T1 AGND HPVDD LC I1 GND AVSS C T 55 PLL_FLIM T DYDD LT L STEST VR AMA T RESET 23 24 NNI 00000000 882898625368 2299595 82 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Pin FUNCTION __ lAmoggewdtrpmersage _ __ This pin is monitored on the rising edge of RESET A value 0 makes the 12 dev address 0x54 and a value of 1 makes it 0x56 wo __ aves o
133. 805 10UF 10 16V 0805 10UF 10 16V 0603 4 7UE 10 10V 0805 10UF 10 16V a 0603 10 16V X7R Kusa 0805 10UF 10 16V m 0805 10UF 10 16V 3 C620 06560402931311 A 99650000488 MLCC 0402 50V NPO 5 1 C621 0656040203131 A 9965000088 MLCCOM02330pFSOVNPO 15 i 0603 1UF 10 16V X7R n C628 065G040222031 908650000012 CAP040222PFJSOVNPO Ho _ 0805 10UF 10 16V 146 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C626 065G040222031J A 9JR6500000412 CAP 0402 22PF J 50V NPO osos 0850000222031 A eires00000a12 GAP 0402 29 F JS0VNPO CAP 0805 10UF 10 16V 1 C654 065G060310432K A 986500000398 CHIP 0603 1 i KF SSE CO dmosonoosos CHIP 0503 1 067G 3112217CT 9JR6700000215 EC SMD 220UF 2096 50V HV 10 10 5 CAP CHIP 4 TUF 50V 20 80 0805 330NF 10 50V X7R CAP 0805 330NF 10 50V X7R C666 065G040233131J A 3086500000486 MLCC 0402 50V NPO 15 i 087 0650040222091 evRssonnoo 12 CAP 0402 22PF J50 NPO 065G060347031J 9JR6500000473 CAP CHIP 0603 47pF J 50V NPO Gase 05G040222031J sURestoooiiz GAP O402 20PFJS0VNPO 1 0805 10UF 10 16V uc 1 0603 TUF 10 16V X7R C678 065G040210412K A 92865000003
134. 81 or equivalent instrument Input requirements Input signal type YPbPr signal 1 1080i 25mode TVBar100 pattern by QuantumData 881 2 Select Picture mode to Personal mode and adjust the x y data Input Signal Strength 1 Vpp for Y signal 700 mVpp for Pb amp Pr signal Input Injection Point YPbPr RAC jack 1080125 TVBar100 pattern Alignment method Initial Set up 1 Select source as YPbPr 2 Set Smart Picture mode as Personal and then adjust Contrast 58 Brightness 48 Color 58 backlight 100 set Color Temp to be cool mode 3 Apply 100 pattern which is color bar pattern by signal generator 4 Enter factory mode menu press MENU Numeric keys 1999 press PRE PR Alignment 1 At factory mode menu select AUTO COLOR item Then press OK key of remote control to adjust ADC GAIN R ADC GAIN G ADC GAIN B and ADC OFFSET R ADC OFFSET G ADC OFFSET B Then store those values to NVM 2 Check the 16 grayscale pattern should be distinguished and color bar is correct 3 Reset AV setting picture mode shall be recalled to be Vivid and Contrast 58 Brightness 48 Color 58 Note Sharp EU 2k11 models have no need to operate AUTO COLOR function due to EFUSE is set Disable within NVM for defult These ADC values will be produced by Main chip MT5363 interal defination White balance adjustment Alignment method Initial Set up 1 Select source as YPbPr 2 Set Contrast
135. 8V 250C Break Before Make Switching Eliminates Channel Overlap Applications 70 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Analog and Digital Multiplexing and Demultiplexing A D and D A Conversion Signal Gating 1 8 U4051 HY27US08561A TPCB 256Mb TSOP1 48 SUMMARY Description The HYNIX HY27 U S S 08 16 561A series is a 32Mx8bit with spare 8Mx16 bit capacity The device is offered 1 8V Vcc Power Supply and 3 3V Vcc Power Supply Its NAND cell provides the most cost effective solution for the solid state mass storage market The memory is divided into blocks that can be erased independently so it is possible to preserve valid data while old data is erased The device contains 2048 blocks composed by 32 pages consisting in two NAND structures of 16 series connected Flash cells A program operation allows to write the 512 byte page in typical 200us and an erase operation can be performed in typical 2ms on a 16K byte X8 device block Data in the page mode can be read out at 50ns cycle time per byte The I O pins serve as the ports for address and data input output as well as command input This interface allows a reduced pin count and easy migration towards different densities without any rearrangement of footprint Commands Data and Addresses are synchronously introduced using CE WE ALE and CLE input pin The on chip Program Erase Controller automates all program and erase functions inclu
136. 9099300000197 SWITCHING BASS16WS 250mA 100VSOD823 Daoso 096 04385 900000068 f 093G 64335 9JR9300000062 switching diode BAV99 Das oes 64395 9499300000062 switching o D511 0930 60505 928930000014 DIOSIGSMBAT54C PHSEJR 1 455285 90980000197 SWITCHING BAS316WS 100V SODGZS f1 093G 6455265 9JR9300000197 SWITCHING BAS316WS 250mA 100V SOD323 70605 0996 eessessEM 9UR9300000197 SWITCHING 250ma 100V 50032377 T FBi5i 0716 590800 9UR710000010 CHIP BEAD 80 OHM 0603 400ma 0719590800 909710000019 CHPBERDEDOHMONOAUmA f 071G 59C800 M 9JR7100000103 CHIP BEAD 80 OHM 0603 400mA 0716 sac800 sURrIOOU0i0S CHIPBEADRUOHMOSOMAYmA i 708 0710 564221 M 9JR7100000101 CHIP BEAD 0805 220R 2000mA 71 FB751 0710 564221 M 9JR7100000101 CHIPBEADOBOS220R 200mA tt CHIP INDUCTOR 108 10 FCI1608F 1R8K CHIP INDUCTOR 108 10 FCI1608F 1R8K Bb CHIP INDUCTOR 1608 0 22UH 10 0 8R CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT LONE 149 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK L1053 073G 63128 T 9JR73000001 13 CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT CHOKE COIL 47UH 10 14705 id CHOKE COIL 47UH 10 1 4705 HA CHOKE COIL 47UH 10 14708 CHOKE COIL 47UH 10 14708 SMD CHOKE 1 5UH 10 0 01
137. 9101 circuit operate normally D9103 1 9102 1 9101 09103 and etc And the circuit around the protection circuit etc is checked Is 18V applied to pin 6 of IC9101 output Set the main power SW to ON YES Is a voltage of 5 2V applied to pin 4 5 of connector CN9102 Set the main power SW to ON Does the switching circuit operate normally Check circuit around the primary side T9101 IC9101 D9101 ZD9106 etc the secondary side D9105 L9104 C9121 etc YES Are 16V output applied to pin 9 10 of connector CN9102 as for Does the switching circuit operate normally the power on off switch when it is on Check circuit around the primary side T9101 IC9101 D9101 209106 the secondary side 09102 19103 C9103 etc and the protection circuit Similarly is 16V 8 5 2V output as for the power on off switch Check 9101 circuit of 09103 T9101 etc when it is on Are 60V output as for the power on off switch when it is on Does the LED boost circuit operate normally Check circuit around the second side L8501 8501 08501 D8501 etc 47 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 26 TROUBLESHOOTING TABLE Power unit operation check Are the power cord and harness in the unit properly connected NO Connect the power cord and harness properly and turn on the power LINE FILTER UNIT YES Is F9901 F9902 normal LINE FILTER
138. A 185 F INZ 184 IN2 183 AVDD12 DEMOD 182 AVDD33 C vb 181 VBS1P 180 VBS_COM 179 178 177 176 175 VBS2P 174 AVDD12 PLL 173 VCCK 172 VDA 171 AVDD33 VDA OR OU 169 TUNER BYPA 170 MON 168 167 AVDD12R 166 165 164 COMI 163 162 OY 1 161 PROP 160 PBOP 159 OMO 158 157 OYO 152 BP 151 HSYN 150 149 AVDD33 AVDD10 LDO 133 AVDD33 132 OPC RL2 131 OPC RL4 130 129 257 RLS RES USB T DM USB_DPO USB C4175 M RX1_0 M 1 2 M RX1 CB 13 13 M RX1 0B 13 13 RX1_1B 13 13 RX1 2B 13 13 13 SDA 13 SCL 13 HPD1 13 18 C4176 107 OUT 4168 LC 19LE430E UK Analog Normal Power 4157 AVDD12 PLL C4190 100N 16V 4152 AVDD12_VPLL 0805 1 16W C4177 C4198 100N 16V 100N 16V 560R 1 16W 1 4173 AVDD12 MEMPLL C4153 100N 16V OROS 1 16W C4195 100N 16V 4153 AVDD12 HDMI 0805 1 16W C4194 100N 16V C4188 100N 16V C4181 OR05 1 16W 100N 16V C4164 NC 100N 16V C4184 100N 16V Standby Power DV33SB LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK OPWRSB DVS OPWRSB 4 DV33SB DV33 4 5 7 8 9 11 13 14 15 W3 DV33SB 4 5 7 9 13 14 Wir AV33 4 13 AV12 5 15
139. AUO E22BA2NBAKXPNNS Item TPV Code Number SHARP 13NC Description Quantity BEZEL ASSY REAR COVER ASSY BASE ASSY 80 705 2 15022 9JR7050000440 BRACKET IOASSY __ i 102 7 6120 JRO100000086 SCREWSUMM 9 DFU ASSY Western Europe North Europe 1185 078G035A 19 9JR7800000043 SPEAKER 16 OHM 3 5W 80 23 240 220 0 1185 078G035A 19 Y 9JR7800000045 SPEAKER 16 OHM 3 5W 80X23 240 220 7 0 8402 095G801413F979 99500000209 HARNESS 13P 5P 7P 220mms300mm Jo 8408 095G801830F931 9JR9500000214 HARNESS 70mm 75904 0 89901 095G80214F 8 9JR9500000217 HARNESS ACINLET 4P 100mm 75875 89901 095G80214X 8 9JR9500000218 HARNESS AC INLET 4P 100mm S POWERTW9006 0 _____ 705GZ9SK120 9JR7050000252 Handle ASSY O 0805 10UF 10 16V 0805 10UF 10 16V 0603 1UF 10 16V X7R 143 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C1155 065G040215031J A 9JR650000041 1 CAP CHIP 0402 15PF J 50V NPO osseospeiossaK A eumesoononos 1157 065G04025091C Y 9JR6500000441 CHIP 0402 50V NPO s O26pF i _ 161 0656040215091 A 86500000411 CHIP 0402 ISPFJSOVNPO Moo oA oao tonr sov __ 065G080510615K A 9JR6500000499 CAP 0805 10UF 1096 16V X
140. B C 5V_ 5 7 10 11 13 DVB C T DEMOD 5135 X TAL for 5135 interface DVB OS va 9 9 AVi2 5 6 gt 5 9 t le 2 I gt GND 4 5 6 7 8 9 10 11 12 13 14 16 LO LO lt Kl 5 El El ofl bel KE E 5135 DV33 5135 DV33 lt lt x lt x 5 ay a o W El Ic 5 zzz eL bli 6 LI MI E oMi lu 5135 DV33 O CERF Os Io PI f Q gt gt 65 gt popi mob so 81251 812 0K 1 10W 5 CI 51 10K 1 10W 5 R1255 0f 1 16W 5 TS output to Mt5365 Serial CI2 VCC n DEMOD TSC U1011 9855889585588 ins DEMOD TSCLK 6 100N 16V 100N 16V DEMOD_ TSSYNC QDEMOD TSVAL 6 TSDATAO lt TSSYNC DEMOD TSDATAO PAD D13 lt a lt A A a lt gt a lt cc a lt DVDD33 PAD A20 PAD D6 eo N lt Q lt M CI INCLK 97 64 DS Function 1 Internal CI Interface 24 D12 765 D4 M CI INVALID R1265 228 146W 5 INVALID E 99 PAD D V CI INDATA7 100 _ 12 _D4 61 V OUTDATAS CLINSYNC R1274 2798 M 16W 5 CI INSYN A7 101 PAD A25 PAD_D11 60 CT D3 M CLINDATAO R1279 228 M 16W 5 INDATAO Demod Tuner Control OUTCIR 102 A7 03 59 V
141. DATAO 9 i Q A11 12 1 F te OUT EN 7 O SET gt 7 7 8 i 1 13 1 A12 PEE OXTALI 1_A13 12 X OXTALI 7 RCLK0 OXTALO 7 GPIO RCLKO RCLKO ADIN4 SRV RC6 T WEF RCLKO 12 ADIN3 SRV Light Sensor 7 RC6 7 DT X 1 12 1 RApINZ SRV 22 DIN3 SRV 7 UOTX GPIO 1 TCASF 1 ODT 12 i C DADIN2 SRV 7 WORK 7 11 gt l LED 7 TRASF 22 1 CASH 12 7 11 TPS VGA_RX TX_EN 11 1 RAS 12 i OSDAO AIN CTL1 8 65 X 1 to NAND Serial Flash GSCLO 2OSDA0 7 9 SW 13 1 CS 12 i POWER v 70500 7 9 GPIO 7 7 g LVDS_CTRL1 14 1 BAO 12 22 7 GP O 10 PWRSV 3 13 1 BA1 12 i 22 PAALE GPIo TT lt BL_ON OFF 14 sm 1 BA2 12 i TFOCEF PACLE 7 DVB ATSC Only i FIG T gt 2 PANEL 5 POOER 7 13 9 gt gt 1_RST 12 PARBF 2 POOEK 7 PIO T AIN_CTL0 PARB 7 sYS EEPROM WP 7 11 13 PDD6 22PDD7 7 DEMOD TSCLK 15 AR0O i PDD6 7 DEMOD TSVAL 15 ALO AROO 8 pDD4 22PDD5 7 DEMOD TSSYNC 15 Ho ALOO 8 PDD3 PDD4 7 DEMOD TSDATAO 15 PDD2 22 PDD3 7 1 2
142. E RODT n d M o os DVi5 DDR xo 550 990 8852 58 0 no LO OC n t 0 GO QATA cat cet e LO OrOOOOCOOOOGOGOGOGOOOOGgGOGOOOGOOOGGOAA R4179 C414 O gt G O O O OCO G OGS O 100 gt LE CC GE gt CE CC CC GC gt CC CC C GC CC C gt OE CC QC CE gt CE CC C CC gt CE C gt CC GC gs enm 1 CO 20 CO C0 D lt 2 co 00 60 00 00 00 00 00 00 60 22 o gt G gt 0 G2 03 3 RVREF5 i 0 i 417 E ts lo ps as O C4160 2 2 bl 82 100N 16V 6 2191 IO 1Kohm 1 16W 1 E lec ec E 5 S ec m m ac gt gt m gt DV15_DDR DV15 DDR C4152 DRAM IO Power Close to MT5365 C4155 C4150 C4157 C4156 C4158 C4165 10uF 16V 100N 16V 100N 16V 100N 16V 100N 16V 100N 16V 100N 16V Core P
143. EN50221 R206001 CI Plus specification Software e multi media play 3 5mm jack Audio output Digital video and audio input English German French Italian Dutch Spanish Greek Portuguese Swedish Finnish Russian Polish OSD language Turkish Hungarian Czech Slovak Danish Norwegian Estonian Latvian Lithuanian Slovenian Bulgarian Croatian Romanian Serbian Ukrainian Gaelic Belarussian Power Requirement Power Requirement AC 220 240 V 50 Hz ton 20W Standby lt 0 3W 30W Standby 0 3W 45W Standby 0 3W 90W Standby 0 3W Method IEC62087 Method IEC62087 Method IEC62087 Method IEC62087 Weiaht 3 3kg Without stand 4 0kg Without stand 6 4kg Without stand 8 8kg Without stand 3 7kg With stand 4 5kg With stand 7 4kg With stand 10 1kg With stand Operating temperature temperature 0 C to 40 C As a part of policy of continuous improvement SHARP reserves the right to make design and specification changes for product improvement without prior notice The performance specification figures indicated are nominal values of production units There may be some deviations from these values in individual units NOTE e Referto the inside back cover for dimensional drawings e Audio cannot be output through the HDMI terminal 2 OPERATION MANUAL LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Remote control unit POWER Pre
144. ET OXTALI OXTALI See SYS EEPROM OSDAO 6 9 OSCLO 6 9 SYS EEPROM WP 6 11 13 U ART amp RS232 UORX X 6 GUTEN IR amp KEY B UM Light Sensor 6 O 2 SRV 6 ADIN3 SRV 6 6 6 6 STRAPPING OPCTRL4 PCTRL5 OPCTRL4 6 AOSDATA1 OPCTRL5 6 AOSDATA1 6 8 RC6 100R 1 16W 5 1 Light Sensor NC 100R 1 16W 596 mE Disable Touch Key IC in standby mode NC 2 2uF 10V C4252 NC 10N 50V E CONN 2 0 13P R A RIA 2 0 MM 033G380213B Y XINYA 108 STRAPPING DV33SB O Strapping TOK 1 16W 5 5 0 TOK 1 16 5 AOSDATA1 O 05 AUD MUX LINE AMP Audio Input MUX U605 VGA LIN AMUX 12V AD 1 AD 1 DINI N AVi LIN E YPBPR LIN C617 AV1 HIN TOON 16V 16V MUX A D CD4052BPW C611 Change to 47u 25V 067G311C4704CT Audio MUX CTRL AMUX_12V AMUX_12V AMUX_12V OPAV120 O R60 10R 1710W 5 C608 C612 47UF 25V JL 10uF 16 CTLB AUD ROUT 637 AINO AADC 1716W 5 10uF 16V C605 AUD LOUT 10uF 16V 1716W 5 R638 NC 10K 1 16W 5 AINO L AADC R639 NC 10K 1 16W 5 SCT1 Audio Out PWMDAC to Line out SKOHM 1 1 10W Close to MT5365 AROO C619 45 3K 1 5K 1 16W 1 10uF 16V 22P 50V R636 620 OPA2VREF R620 1 16 NC 100K 1 16 5 5 50V OPA2VREF ORO
145. JAss00000420 GAP GHIPT206 22uFK 10V 1 C722 065G040233232K A 9086500000469 CAPCHIPO40233NFKSOVXTR i _ C723 065G1206226A5K T 986500000429 206 224 10 XR H _ 0805 10UF 10 10V EINEN 0805 10UF 10 TOV Sc 1 0603 TuF 26V XBR 10 065G120647537Z 3 9JR6500000503 CAP CHIP 4 7UF 50V Y5V 20 80 1 0805 10UF 10 10V EC SMD 220UF 20 16V ZV 6377 CAP 0805 22UF 20 6 3V XSR CHIP 4 TUF 50V 20 80 EC SMD 100UF 20 16V ZV 63 55 0603 10 16V X7R 0603 4 7UF 10 10V XSA 3 065G060310512K A 9JR6500000492 CAP 0603 1UF 1096 16V 7 1 0603 1UF 10 16V X7R 0805 10UF 10 16V 0805 10UF 10 16V 0805 10UF 10 16V 088G355FLBIVYG 988800000138 SCARTCONNVITPIPBLACKH BG Oe ROA JACK VTP YWR o 088G 50019A VA 9JR8800000105 PCMICA CARD R A 68P BLACK TE 9 4 6 YH L eumasooonos WarER2oMM 3 148 LC 19LE430E UK LC 22LE430E UK LC ama j ba LC 32LE430E UK D1159 093G 64S526SEM 9JR9300000197 SWITCHING BAS316WS 250mA 100V SOD323 Direo 0956 1800000197 SWITCHING 1 D1161 0936 6455265 9JR9300000197 SWITCHING BAS316WS 250mA 100V 500323 01165 0930 6455266
146. JR7050000465 MAIN ASSY Panasonic TUNER PLTVBG684APA1 9JR9900000155 POWER PCB ASSY KEPFBAA1 9JR9900000150 KEY PCB ASSY IRPFBAA1 9JR9900000148 IR PCB ASSY 705TZASK754 9JR7050000454 REAR COVER ASSY 705TZASK750 9JR7050000450 STAND ASSY 705 7 5 752 9JR7050000452 BRACKET NECK ASSY 194 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CABINET PARTS LC 32LE430E 195 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK NO PARTS CODE Sharp Code DESCRIPTION CABINET PARTS LC 32LE430E AUO P34T0546ACNA1T0100 9JR3400000033 BEZEL 430 entry 2 078G120A 32 M 9JR7800000038 SPEAKER 16 OHM 12W 130X27 4 570 280 750TBU315W6312N000 9JR7500000055 LCD T315XW06 V301 SZ AUO 705GZBCS013 9JR7050000466 MAIN ASSY Panasonic TUNER ADTVB2404PA2 9JR9900000142 POWER PCB ASSY KEPFBAA1 9JR9900000150 KEY PCB ASSY IRPFBAA2 9JR9900000149 IR BOARD 3T0100 9JR3400000032 REAR 430 EU 705TZA34589 9JR7050000358 STAND ASSY 705TZA15018 9JR7050000355 BRACKET HINGE ASSY 196 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 SUPPLIED ACCESSOORIES Stand unit and screws AC cord x1 Remote control x1 Product shape varies AAA battery x2 in some countries B 5 5 18 5 E TOL DOM a
147. K LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R614 061G0402473 JI 9JR6100000924 TEST ONLY RST 0402 47K 5 1 16W TA I 05160802000 ir eumerooooness RST 0402 DOSRMAKInGW 771 TEST ONLY RST 0402 47K 5 116W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W ls 0616040200 6100000823 ASTO4O2005A AST 0402 33 5 1 16W TA 1 TEST ONLY RST 0402 47K 5 116W LN 061G0402303 Jl 9JR6100001214 RST 0402 30K 5 1 16W TEST ONLY AST 0402 5 1160 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1716W TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W RST 0402 30K 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1160 061G0402102 Jl 9JR6100000835 TEST ONLY RST 0402 1K 596 1 16W TA I TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W Lg TEST ONLY RST CHIP 4 7K 5 1160 TAL g RST 0402 5 1 A6W TA KI RST 0402 5 1 16W RST 0402 5 1 16W TA E AST 0402 33 5 1 16W TA AST 0402 538 5 116W TA AST 0402 538 5 116W TA RST CHIP 18 2K 1716W 1 YAGEO a RST 0402 338 5 1 16W TA TEST ONLY RST 0402 10K 5 1160 RST 0402 470R 1 1 16W EN AST 0402 470R 1 1 16W NN TEST ONLY RST 0402 5 116W
148. K LC 32LE430E UK REMOVING OF MAJOR PARTS LC 32LE430E UK 1 Assy Panel Removal Notes Please put your machine on soft material to avoid to scrape panel when you disassemble it Front view Fig 2 Step 1 Remove the Base Assy and Base neck 1 Remove the Base Assy as Fig 3 Remove the 3 screws as Fig 3 and pull out the base as Fig 4 Fig 3 2 Remove the 4 screws Detach the Base neck as Fig 4 26 LC 19LEA30E UK LC 22LE430E UK LC 26LEA30E UK LC 32LE430E UK ee ee mm lt lt lt lt lt lt lt lt w w M 22 lt lt lt lt lt a a Fig 4 Step 2 Remove the REAR COVER Assy 1 Remove the 11 screws Detach the REAR COVER as Fig 5 ooo m 2 M ewe ll i 0 M Fig 5 Note How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Pull up Pull up Step 3
149. K 1 10W RLZ6 2B 430K 5 C9133 R9136 330N 25V 0R39 595 1W XY N 820K 820K 820K AN T BEAD JUMPER FB990 J9902 9903 9901 BEAD ONLY NAFTA USED UMPER NTCR L NR9901 a D9401 24V 59408 C9403 10 OHM 10nF50V d SR5100 C9402 Q 0 47uF 50V R9409 C9401 IC9401 8 20HM 1 470UF 50V Thermal Pad E SW BST EN VIN COMP FREQ FB GND MP1584EN SM360B CN9901 CONN R9401 10K 1 8W R9402 C9409 4 7nF 50V 2KOHM 5 1 6W 1N 50 C9410 18pF 50V NC R9407 R9406 1 5K 1 8 330K 1 8W gt PS ON D9101 MBRF10200CT 2 D9103 SRF1060 2 C9113 R9113 470PF 100 OHM 1 4W R9114 100 OHM 1 4W R9142 100 OHM 1 4W C9935 3300PF 250V 169102 EL817MA R9106 100R 1 8W 5 RLZ6 2B JUMPER J9918 FB9401 FB9905 1 2 2 1 BEAD BF L25030W 768 9407 7 25V C9408 100N 50V R9404 ROKOHM 1 1 8W Hy LCE R945 1 43KOHM 1 1 8W 120 HD9103 1000UF 50 9185 D9183 75R W6RH3 5X10X1 0 1 2 _ gt 24 R9177 58320 10 OHM 5 1WS C9156 470UF 50V J9107 S JUMPER ZD9107 24 6 24 pi a 24V L9101 i 3 5uH C9157 C9108 C9109 470UF 50V 1000UF 50V100N 50V 10 OHM 5 1W9 ZD9102 P6KE24A Tig Rit MoS FE pi gt 5 2V C9110 470 9111 FB9904 R9149 47K 5 1 8 470uF 16V BF L45030W 768 C9130 100uF 35V NC AO4421 Q9107
150. K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 5 1 16W TA li TEST ONLY RST 0402 5 1 16W ll TEST ONLY RST 0402 10K 5 1 16W 136 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK R1258 061G0402472 Jl 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W osiGoibonooi MAX View Mo TEST ONLY RST 0402 228 5 1 16W ir TEST ONLY RST 0402 228 5 1 16W TAC TEST ONLY RST CHIP 4 7K 5 1 16W TA TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 228 5 1 16W NN 06190402220 JI 9JR6100000839 TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST 0402 22R 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W 061G0402472 JI 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W 1 RST CHIP R 10M 1 10W 5 g 81286 06160603766 9JR6100001240 RST 06037 5M5 VIOWTA ST TEST ONLY RST 0402 228 5 1 16W TEST ONLY RST 0402
151. K A 816500000991 CHIP 0402 100nF K16VX7R_ 111 Loses uesoiczioiizK CAP CHIP 0402 1 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R Gate A suesoononse CAP CHIP 0402 100m r C499 065G040210412K A 9JR6500000901 CAP CHIP 0402 T00nF K 16v xR i 0603 4 TUF 10 10V C420 065G040210412K A 816500000991 CHIP 0402 C420 0658040210412 A 9JR6500000901 CHIP 0402 1 i _ CAP 0805 10UF 10 16V XSR 4 0603 TUF 10 16V X7R 0603 1UF 10 16V X7R 0603 1UF 10 16V X7R 0603 TUF 10 16V X7R 065G060310512K A 9JR6500000492 CAP 0603 1UF 10 16V X7R 1 4209 065G040210412K 9JR6500000391 CHIP 0402 1 111 0603 1UF 10 16V X7R C425 065G040210412K A 816500000991 CHIP 0402 1 _ C426 065060327031 9286500000355 CAP CHIP 0608 27PF J50v NPO i CA262 06960402224 6 06500000468 0402 2207F Do CAP 0805 10UF 10 10V XBR a 0603 TUF 10 16V X7R 0603 1UF 10 16V X7R 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 1 CHIP 4 7UF 50V 20 80 0805 4 TUF 10 16V i C604 0698040210412 A 816500000991 CHIP 0402 100nF K 16v xR 111 0805 10UF 10 16V
152. K A eumesoononse GAP 0402 K Tev i 0805 10UF 10 16V 226 0656040210412K A 9286500000391 CHIP 0402 100nF K 16vX7R M 0805 10UF 10 16V BEL 229 06560402100310 998500000465 CAP CHIP 0402 10PF D 50v NPO 220 06560402100340 A 9JR6500000465 CHIP 0402 10PF D 50 i _ CAP CHIP 0603 10uF 6 3V XGR 20 1 CAP CHIP 0603 10uF 6 3V XBR 1 20 Kusa 0805 10UF 10 TOV 144 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C1307 065G060356931D 9JR6500000498 CAP 0603 5 6PF 0 5pF 50V NPO Ciaos A eumesoooones CHIP 0609 220PF JSOVNPO i 09 065G060310332K A 9UR650000049 CHIP 0605 tonF K 50v xa _ 4 065G040210332K A 9086500000341 0402 i _ eiiesoo000493 CAP CHIP 060s 220PF __ 065G060356931D A 9JR6500000498 CAP 0603 5 6PF 0 5pF 50V NPO Gto A sJRs00000481 CHIP EC SMD 100UF 20 16V ZV 62 55 CAP 0805 10UF 10 16V CAP CHIP 0603 10uF 6 3V XGR 1 20 CAP CHIP 0603 10uF 6 3V XBR 20 NE 45 0650040710412 suheeononnss 100E K 16V X R e 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 08107 0656040210412K A s
153. LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK SHARP SERVICE MANUAL No LED COLOUR TELEVISION LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK MODELS LC 32LE430E UK In the interests of user safety Required by safety regulations in some countries the set should be restored to its orig inal condition and onlv parts identical to those specified should be used CONTENTS SAFETY PRECAUTION CHAPTER 6 BLOCK DIAGRAM WIRING DIAGRAM IMPORTANT SERVICE SAFETY PRE 1 BLOCK DIAGRAMVM 89 CAUTION u a u 2 2 POWER MANAGEMENT BLOCK DIAGRAM 90 Precautions for using lead free solder 3 WIRING DIAGRAM 91 CHAPTER 1 OPERATION MANUAL 1 SPECIFICATIONS iiiaio 4 2 OPERATION MANUAL aaa 5 3 DIMENSIONS 10 CHAPTER 2 REMOVING OF MAJOR PARTS 1 REMOVING OF MAJOR PARTS 11 CHAPTER 3 ADJUSTMENT PROCEDURE 1 ADJUSTMENT 31 2 SERVICE MODE riter eter 44 3 SOFTWARE UPGRADE PROCEDURE 45 CHAPTER 4 TROUBLESHOOTING TABLE 1 POWER BOARD TROUBLESHOOTING TABLE 46 2 MAIN BOARD TROUBLESHOOTING 50 CHAPTER 5 MAJOR IC INFORMATIONS 1 MAJOR IC 62 CHAPTER 7 PRINTED WIRING BOARD
154. LE430E UK LC 26LE430E UK LC 32LE430E UK Fig 6 1 Disconnect 4 cables and remove the 5 screws Detach the Main board as Fig 7 and Fig 8 Note Please disconnect the LVDS cable from the panel firstly then disconnect the LVDS from the main board If you disconnect the LVDS cable with the Main board firstly maybe the panel connector will be damaged because of the short LVDS cable Fig 7 Fig 8 2 Disconnect 2 cables and remove the 4 screws Detach the Power board as Fig 9 Note Push out the AC port from the Bracket then disconnect the AC cable with the power board Caution Do not pull back cover with AC Inlet rough when you dismantle it from cabinet as this way cause it to be damaged and the wire to loose from it Fig 9 18 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 Release the speaker cable from its clamp pull up and remove the speaker as Fig 10 Fig 10 Step 4 Remove the Bracket and Bezel 1 Remove the 11 screws Detach the Bracket and panel as Fig 11 Fig 11 ees kI O 19 12 Step 5 Remove the IR and Key board 1 Disconnect 1 cable Detach the IR board as Fig 16 cum PUER k ote Fas t Fig 16 2 Disconnect 1 cable Detach the Key board as Fig 17 Fig 17 19 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 Set Re assembly To re assemble the whole set execute all processes in revers
155. LY 0402 47K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA 154 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R620 061G0402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W 1 RST 0402 338 5 1 16W VE TEST ONLY RST 0402 47K 5 1 16W RST 0402 30K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA i TEST ONLY RST 0402 10K 5 1 16W TA EN Res _ 061G0603000j TEST ONLY RST 0603 0 05R MAX TAT 1 061G0402103 JI 9JR6100000836 TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W KE AST 0402 30K 5 1 16W 87 71 TEST ONLY RST 0402 100K 5 1 16W muc TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 1K 5 1 16W TAC TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W RST 0402 10R 5 1 16W 06160402100 JI 9JR6100000912 RST 0402 108 5 1 16W AST 0402 5 1 16W TA AST 0402 5 1 16W AST 0402 5 1 16W AST 0402 33R 5 1 16W TA 45 1 RST CHIP 18 2K 1 16W 1 YAGEO cy RST 0402 338 5 1 16W CENE TEST ONLY RST 0402 10K 5 1 16W KEE RST 0402 470R 1 1 16W RST 0402 470R 1 1 16W a TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 1
156. M 1 1 4W R8517 OHM 5 R8518 OHM 5 ONLY 22 USE ONLY 22 USE LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK POWER SCHEMATIC DIAGRAM for 26 1 POWER 715G4623 P1A W30 0030 198 264V 170 230mm R9101 C9101 HOT COLD 100 OHM 1 4W 470PF 89192 R9938 100 OHM 1 4 330 QHM 34 29193 T9101 100 OHM 1 4 WER XFMR FB9901 10 BEAD R9137 ZD9106 1 P 100KOHM 4 595 2WS P6KE150A C9115 e 0 0022uF 500V BD9901 KBJ408G F J9906 JUMPER R9110 20K OHM 1 2W 2 3 C9102 C9103 47UF 450V _ 47UF 450V C9104 47UF 450V A 282 5 1 4 E C9134 2 220P 100V NC 2 FB9105 x BF L25030W 768 Xj i TVR14511KFAOZF gt 1 C9136 1N4148W R9120 9104 99105 bee _ m 10NK70F 1 100KOHM 5 1 8W Ja IN 19905 100 OHM 1 4W 100HM1 8W gt 1 4 22K OHM 1 4W SG9904 SG9905 SPG 201LB LF SPG 201LB LF 2 3 12MH HQ9105 AN cso 5 C9906 3300PF 250V 0 001uF 250V 0 001uF 250V ium Es C9921 R9116 0 001uF 250V 3 3M 1 4W R9118 9937 3 3M 1 4W Q9104 C9116 220NF PMBS3904 220P 50V L9903 1 4 C9151 i 10N 50V PA SG9902 509901 R9117 3 SOV 470 OHM 1 4W 12MH RV9901 RK7002FD5T116 TVR14561KFAOZF R9119 209104 R9108 1
157. N2 OUT RX2 C ar i i C50 OE X Ins 2 2 ours ARC ARC_HDMI in HDMI1 pin14 TOREM 2 OUTS 2 8529 1008 1 16W 5 HDMI2 SCL DA 2 R530 008 1 16W 5 2 50 N po NISE Po 1K 1 16W 5 C PDZ24B NC 1K 1 TeW 5 HDMI HP DET H Standby Normal L AC off 1 16W 5 2 1 4K7 1 16W 5 BAS316 BUT FB503 600R 500mA IN2 OUT2 R534 PWR5V21 HPLUGP2 5M 2 10K 1 16W 5 Buy E UN 6 OUT4 BAS316 0508 va o 2 220N 10V z SYS EEPROM WP H Write Enable HDMI1 ESD PROTECTER L Write Protect A1 WP AS deo poe 0511 NC RClamp0524P TCT 2 SC R539 VSS SDA SYS EEPROM WP 7 IN1 OUT1 M24C02 WMN6TP BC847C IN2 OUT2 K7 1 16W 59 b HDMI 2 Input Rear ins 2 2 ours 5 06 IN4 R538 33R 1 16W SMD 0402 G MOL Z R G MOL L MZ 4 MZ 22 RX3 24 SHELL3 D2 SHELL4 D2 Shield 2 D2 D1 Shield D1 00 DO Shield SHELL5 CK Shield Dy 3 1 _1 HDMI2 EDID EEPROM X OUT RX3_0 IN2 OUT2 RX3 C D506 5316 Ex j 2 3 2 OUT3 RX3 C 1 INA OUT4 CE Remote NC DDC CLK DDC DATA GND 45V HP DET SHELL6 SHELL1 SHELL7 SHELL2 TOOR 1716W 5 FB501 600R 500mA SCL 3 R51 HDMI3_SCL D DA 3 __85 HDMI3 SDA PWR5V 31 3 HPLUGP3 5V1 100R Y ISW 5 P
158. NN 06 065G040210412K A 516500000991 CHIP 0402 H _ 0603 4 TUF 10 10V EC SMD 47UF 20 25V 6377 71 C609 065G040210412K 9JR6500000901 CHIP 0402 1001FK16VX7R i 0603 1UF 10 16V X7R 0805 10UF 10 16V XBR 0805 10UF 10 16V XBR a 0805 10UF 10 16V XBR NE 0805 10UF 10 16V XBR 0603 4 TUF 10 10V 0805 10UF 10 16V 0603 1UF 10 16V X7R ME 0805 10UF 10 16V F 1 o o C619 065G080510615K A 9JR6500000499 0805 10UF 10 16V X5R C620 065G040233131J A 9JR6500000488 MLCC 0402 330pF 50V NPO 5 131 191 4 LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C621 065G040233131J 9JR6500000488 MLCC 0402 330pF 50V NPO 5 0603 10 16V X7R C628 06580402220310 9UR6500000412 CAPO40222PFJSOVNPO po _ 0805 10UF 10 16V Hr C625 065G0603225A5K Y 9JR6500000494 0608220 10 _ 0805 10UF 10 16V X5R 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 1 EC SMD 220UF 20 50V 10105 CAP CHIP 4 TUF 50V 20 80 0805 330NF 10 50V X7R CAP 0805 330NF 10 50V X7R 065G060347031J 9JR6500000473 CAP CHIP 0603 47pF J 50V NPO 1 0805 10UF 10 16V 0603 TUF 10 16V X7R 0603 1UF 10 16V X7R CAP CHIP 4 TUF 10V X7R 10
159. NO Check the tuner IC U401 and their peripheral circuits Replace 11 of TU102 to in 184 185 of IC U401 as required MAIN UNIT YES Do X4150 27 00 2 oscillate NO Check X4150 and its peripheral circuits YES Refer to picture doesn t appear in all modes 95 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK No picture on the display 3 1 Does the picture out when Digital TV Antenna Cable is received TERMINAL UNIT Are the voltages of regulation for a TUNER circuit and the power NO Each power supply circuit is checked supply terminal of IC U401 supplied MAIN UNIT YES Is IF signal output from pin 13 14 of TUNER TU101 pin 10 NO Check the tuner IC U1011 and their peripheral circuits Replace 11 of TU102 to pin 35 36 of IC U1011 as required YES Are MPEG data DEMOD INDATAO TSYNC TVAL and TCK Check MPEG data bus from IC TU1011 to IC U401 signals from pin 15 16 17 18 of IC U1011 output to IC 0401 YES Do X4150 27 00 2 oscillate NO Check X4150 and its peripheral circuits YES Refer to picture doesn t appear in all modes External input SCART gt No picture on the display 4 Does not the picture of the CVBS signal input to SCART go out TERMINAL UNIT Is CVBS signal sent to pin 20 of SCART CN151 NO Check the setting of an external input device that connects of
160. PROM DV33 DV33 DV33 O O O SYS EEPROM WP H Write Enable L Write Protect R4225 10K 1 16W 596 SYS EEPROM WP BC847C R4245 4K7 1 16W 5 1 16W 1 Key 1 27MHz CRYSTAL OXTALI 4261 27P 50V C4251 1UF16V AT24C128BN SH T SOPS P 6 2 1 27 I2C ADDRESS 0 N DV33SB FB4152 600R 200mA H 8 6 MM 088G353F9M1VCL Changli 4181 UOTX 330R 1 16W 5 TX T2IN T2OUT R1OUT R1IN R20UT R2IN C24 C U0RX 330R 1 16W 5 RX R4183 C24 C4205 2 1UF16V yr C2 C1 V V C4207 1UF16V vec ICL3232ECV 16Z C4208 1UF16V Near PIN16 OXTALO C4260 27P 50V Reset IC 5V_STB O R4231 1 2K 1 16W 1 DV33SB O R4200 NC ORO5 1 16 10 MAX809STRG Change to 1 2K for 0 15W purpose and DV33SB reserved 4K7 1 16 ear CN404 RC6 OUT C4204 1UF16V C4206 1UF16V TSSOP16 P 6 6 0 65 DV33SB R4221 4K7 1 16W 5 DV33SB BAV99 D4151 R4230 10QR 1 16W 5 100R 1 16W 5 R4216 NC CONN 3P 2 0M DV33SB FB4151 U4150 120R 600mA TS5A3157DCKR C4209 100N 16V FUNCTION TABLE NC to COM COM to NC NO to COM COM to NO 45V SW 4 5 10 11 13 14 15 5V_STB 4 5 14 4 5 6 8 9 11 13 14 15 4 5 6 9 13 14 DV33 DV33SB 4 5 6 8 9 10 11 12 13 14 15 16 lt lt gt GND O gt O gt O gt O gt O gt O gt O gt JTDO JTCK JTMS JTDI JTRST X TAL amp RES
161. Pull up Pull up Step 3 Remove the Main Power board and the Speakers 22 _ LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Fig 7 2 Disconnect 2 cables and remove the 4 screws Detach the Power board as Fig 8 Note Push out the AC port from the Bracket then disconnect the AC cable with the power board Caution Do not pull back cover with AC Inlet rough when you dismantle it from cabinet as this way cause it to be damaged and the wire to loose from it 23 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 Release the speaker cable from its clamp pull up and remove the speaker as Fig 9 Fig 9 Step 4 Remove the Bracket and Bezel 1 Remove the 10 screws Detach the Bracket as Fig 10 Fig 11 and Fig 12 Fig 10 Fig 11 Fig 12 2 Remove the panel from the bezel as Fig 13 Fig 13 Step 5 Remove the IR and Key board 1 Disconnect 1 cable then release the clips Detach the IR board as Fig 14 Fig 14 Fig 15 24 LC 19LE430E UK LC 22LE430E UK LC 26LEASOE UK LC 32LE430E UK 2 Set Re assembly To re assemble the whole set execute all processes in reverse order Notes a While re assembling make sure that all cables are placed and connected in their original position b Pay special attention not to damage the EMC foams at the SSB shielding Check that EMC foams are put correctly on their places 25 LC 19LE430E UK LC 22LE430E UK LC 26LE430E U
162. R UNIT Side A E o HOT PRIMARY SECONDARY COLD 1016 2160 9086 86169 6266 SMEAR GLUE SMEAR GLUE SMEAR GLUE 00 0862 7086 e 1106 7106 00181 3 162 1086 18681 218683 9801 09811 0200 00 4 004 6057951 5 8105 C8106 0 010 6 6169 L8101 9003 01860 91260 0 0 0766 DIM ENA f 49046 10 GND GND GND GND GND 24V 24V 24V 24V 24V 2066 1 09502 C9301 10862 SMEAR GLUE SNEAR GLUE 0261 569901 209132 R9310 e t C9921 C9926 J9010 J9008 J90 2 5 e gt 20 FB9902 9 T 7 315 8 S 5 VLED lt 509906 e l co p gt to 11 LED3 gt lt 9902 9 gt z J9026 FB gt lt S 2 ee S 69902 E2300 o8 at Sle l e E 209131 LED2 2 e LED1 5 5 9928 e gt a 5 15 VLED 6 4 9 2066 506695 413 30 ASIN ISNIVOV NOII93108d GINNILNOD 404 3503 30 ONILV4 NV ANVS AINO 32 1434 CAUTION DOUBLE POLE NEUTRAL FUSING C9321 08109 Ga c S S el R8137 8 a e 2
163. R7050000451 BRACKETIOASSVY t SCREW 3x8 90 7O5TZASK752 517050000462 BRACKET NECK ASSY Do 96 25261801171 9JR5200000033 INSULATING PLATE Power t 99 171730 6120 980100000036 SCREWSUMM 101 0Q1T 330 8120 7 9JR0100000078 SCREW3x8 60 00103130 8120 7 9JRO100000085 SCREW 3x8 122 DFU ASSY Western Europe North Europe 1185 078G055A13 M 9JR7800000046 SPEAKER 16 OHM 5 5W 130X25 8220 320 0 8402 095G801418FO80 989500000210 HARNESS 13P 5P 7P 180mm 500mm o 8409 095G179H30N931 7 9JR9500000204 FFC CABLE 265mm P1 0 270 2224 _ 0 89901 09508021 4X 8 9JR9500000218 HARNESS AC INLET 4P 100mm S POWERTW9006 89901 095G8021 4D 8 9JR9500000216 HARNESS AC INLET 4P 100mm FQE1020981I o 7 89901 09508021 4F 8 9JR9500000217 HARNESS AC INLET 4P 100mm 75875 Ca TU101 094GPASEALL17M 9JR9400000013 TUNER ENV57U09D5F EUROP Panasonic 0805 10UF 10 16V X5R 0805 10UF 10 16V 158 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK C1021 065G060347131J 9JR6500000404 CAP CHIP 0603 470PF J 50V NPO 01022 osscn60se7iaiJ A oJAssovonoena GAP CHIP 470PF JSV Neo 1 0656060347191 A 9JR6500000404 CHIP 0603 470PFJSOVNPO Jio _ 0603 TUE 10 16V X7R LEM 1152 086G040215232K 86500000392 CAP CHIP 0402 LSNFKSOVDUR o 1154 065G040250931C Y 9866
164. S 1 16W R613 C616 10uF 16V 45 3K 196 NC 100K 1 16W 5 10uF 16V 1IN RC4580IPWR VCC 21 21 200 120 6 10uF 16V 22P 50V 8KOHM 1 1 10W Line Audio Out 125 to Line Out O DV33 R618 C606 100N 16V GUE 10V icd Q651 SC MUTE 10K 1716W 5 C627 C 1uF 25V PMBT3904 R628 TOK 1 16W 5 R625 C 10K 1 16W 5 CPVOUTN CPCB CPCA LRCLK MCLK BCLK DACDAT AIFMODE 10K 1 16W 595 AVDD LINEVDD VMID AGND LINEGND LINEVOUTL LINEOUTR WM8524GEDT R C615 DV33 4 7UF 10V 9 C625 2U OV SCART2L_PA 10uF 16V C614 SCART2R PA 10uF 16V R617 622 47K 1 16W 5 47K 1 16W 596 R632 10K 1 16W 5 MUX CTLA 635 CTL1 OK 1 16W 5 R614 47K 1 16W 5 SCARTIL PA R619 47K 1 16W 5 R630 10K 1 16W 5 634 AIN CTLO OK 1 16W 5 12 LDO for audio 16 24V 20 12 L78L12ABUTR Close to U603 109 Audio Input select table AIN CTL1 AIN CTLO LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 1 16 24V 4 9 aa AMUX 12V 10 11 DV33 4 5 6 7 9 11 13 14 S gt GND 4 5 6 7 9 10 11 12 13 14 15 16 Audio Input for MUX EGRE S RIN SCARTI LIN 1 RIN AV1 LIN YPBPR RIN YPBPR LIN VGA RIN VGA LIN Audio Output to MT5365 AINO AADC AINO L AADC AINO AADC SCART1 audio output 209 ALOO AROO
165. SBCONNATYPERAGPBLACKH B4 Ori oes 7 ROAMACKVTSPORURTGH BS 1 _ 088G 78F121XYG 9388800000132 RCA JACK V T W R 1 2 8 6 0886 9JR6800000124 ROA JAGK WIT 2P BLACK 1 179 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK D1154 093G 64S526SEM 9JR9300000197 SWITCHING BAS316WS 250mA 100V SOD323 1 s4sso0 T SUmGGX II DODEBASNOSODSSPHUPS fr _ 093G 645900 T 9JR93000001 07 DIODE BAS316 SOD 323 PHILIPS 0936 645900 T bloDEBASSI6SODSEPHLIPS 1 2506 0936 6465266 918900000197 SWITCHING BAS316WS 250mA 100 500323 Dso7 as euFes00000197 SWITCHING BASSTEWS 100V SOD328 1 093G 6455265 9JR9300000197 SWITCHING BAS316WS 250 100V 00323 D509 0036 SJASa00000197 SWITCHING BASSr6WS 250ma 100V 5053257 T FBi017 071G59D12iTA 927100000033 CHIP BEAD 120R 600mA FIOR sepr21 TA 100000 CHIP BEAD 120R600NA 1 071G 59C800 M 9JR7100000103 CHIP BEAD 80 OHM 0603 400mA Feios 0716 M CHIP BEAD 80 OHM 0603 400mA 1 180 191 4 LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK FB751 071G 56A221 M 9JR710000
166. SHOOTING TABLE The sound is not emitted from the speaker though the picture has come out 1 No sound output in all modes TEREMINAL UNIT Is the audio signal output of IC U401 12 bus normal NO Check IC 0401 and its peripheral circuits YES Is audio signal input to pin 15 20 21 22 12S bus of IC U602 NO Check the 1125 bus trace between U602 and 0401 AMP YES Is MUTE circuit Shutdown OFF MUTE normal NO Check the Mute circuit Q603 Q652 Q653 etc YES Is the audio signal output of pin 3 4 L ch and pin 1 2 R ch of NO Check IC U602 and its peripheral circuits CN601 AOUDIO CONNECTOR normal YES Check Speaker Box right and left and wire harness 50 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK No sound during the reception of TV broadcasting Does not the sound go out though the picture has come out when TV is received MAIN UNIT Is the IF signal output from 13 amp 14 of TUNER TU101 pin NO Check the tuner and its peripheral circuits Replace as required 10 amp 11 of TUNER TU102 YES Is the IF signal sent to pin 184 amp 185 of IC U401 NO Check IC 0401 its peripheral circuits YES Refer to No sound output in all modes No sound from external input devices 1 1 Does not the sound of the audio signal input to SCART out m 2 fm 2 2 lt Is the audio signal properly sent to pin 6
167. SNP5 6B UDZSNP5 6B EN NC 4K7 1 16W 5 VGA_PLUGPWR VGA PLUGPWR R1152 10K 1 16W 5 R1177 NC 100R 1 16W 5 10K 1 16W 5 FB1160 1186 VSYNC 1 2 R1178 1 s VSYNC VGASDA VGASDA 80 OHM A2 SCL 0805 1 16W 100R 1 16W 5 VSS SDA ZD1161 R1180 C1157 ik VGA AudioRIN UDZSNP5 6B NC 2K2 1 16W 5 5PF 50V ZD1163 SMD 0402 UDZSNP5 6B BC847C a AudioLI N R1154 e SYS EEPROM WP V T H 8 6 MM 088G302F3G1VCL Changling SYS_EEPROM_WP H Write Enable L Write Protect R1199 SW D1162 R1202 47K 1 16W 5 D1164 47K 1 16W 5 1 NEAR MT5365 jai C1178 BAS316 NEAR AV CONNECTOR eriei E BAS316 10uF 16V AV1 CVBS IN 47N16V 1189 SMD 0402 CVBS1P AV1 CVBS IN C1179 10N 50V 1201 47K 1 16W 5 R1187 100R 1 16W 5 AV1_AudioLIN 0805 1 16W C1185 47P 50V 2 CVBS ZD1164 UDZSNP5 6B AV_AUDIO iy AV1 AudioRIN BAS316 C1180 10uF 16V R1188 0 75 OHM 5 1 16W 0805 1 16W AV1 AudioLIN AV1 LIN C1181 10N 50V 1200 47K 1 16W 5 SIDE I R T H 10 5MM 088G 78G131ACL Changling 112 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 09 DDR3 DRAM DOR Z Dvi DDR 4 6 GND I GND 4 5 6 7 8 9 10 11 13 14 15 1 DDR3 64Mx16 1333 MHz 1Gb DDR interface from MT5365
168. SOP1 12 x 17 x 0 65 HY27 U S S 08 16 561A S Lead HY27 U S S 08 16 561A SP Lead Free HY27 U S S 08 16 561A F P 63 Ball FBGA 9 x 11 x 1 0 mm HY27 U S S 08 16 561A F Lead HY27 U S S 08 16 561A FP Lead Free 72 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 Detailed ICs Information 2 1 U401 MT5366CAOU LQFP 256 2 1 1 Block Diagram TS Tuner CVBS Component HDMI Tuner Audio Panel 32 16 bit Input Analog Input Rx In Input DDR2 DDR3 NTSC PAL Audio Audio SPDIF ATD DDR3 Controller DRAM Bus Bus Audio DSP Audio IrDA 2 0582 0 Watchdog Serial Flash Servo ADC Audio DAC PCR RTC UART MII RMII PWM Flash SPDIF Out 175 73 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 1 2 Pin Connections e o o o o o o o o o o 70 70 70 70 70 70 70 70 70 70 70 70 0 0 o 20 5 gt gt gt gt 7 gt gt gt gt 72 0 co o m SEE ze 515 15151515115 alo r 0 O o o o o o o o O O O 21010 51 Sz 5 oiglg S JN o 2 m
169. SOV NPO 4 5 _ 1299 _ CAP CHIP 8 o CHIP 0402 39PF J SOV NPO 129 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C1301 065G040239031J A 9JR6500000415 CAP CHIP 0402 39PF J 50V NPO C102 oeseoaneioetaK A eumesoooonse GAP 0402 Ir 0805 10UF 10 10V 08 065G060322131J A 9JR6500000493 CAP CHIP 0603 220PFJSOVNPO _ A CA OHPOXSYNFKSWXIR 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V 7 Graii 06560603221313 A 86600000468 CAP CHIP 0608 220PF JSOVNPO 1 EC SMD 100UF 20 16V ZV 62 55 CAP 0805 10UF 10 16V 065G040210412K A 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 08102 A 9JR9500000861 CHIP 0408 e CAP CHIP 0603 10uF 6 3V XGR 20 Lg CAP CHIP 0603 10uF 6 3V XBR 20 g C450 065G040210412K A 9UR650000009i CAPCHIP04021001FK16VX7R 1 C45 065G040210412K A CAPCHIP04021001FK16VX7R 1 0805 10UF 10 16V C453 065G040210412K A 9UR650000089 CHIP 0402 eats 065G040210412K A 9JR6500000391 CAPCHIP04021001FK16VX7R _ 0650040210012 suheeononnas _ CAP OHIPo 02 Ton Kiev XR oo 065G04021
170. T 0402 100R 5 1 16W i TEST ONLY RST 0402 1008 5 1 16W s i 061G04021201FY 9JR6100001199 RSTCHIPT2K WOW Ts o po TEST ONLY RST 0402 1008 5 1 16W RST CHIPR 6K8 1 1 16W TZAI YUAN TEST ONLY 0402 10K 5 1 16W 153 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R4239 061G0402103 JI 9JR6100000836 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W pi TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W kaa TEST ONLY AST CHIP 4 7K 5 1 16W TA EN 061G0402000j RST osoz oosa wax View M 061G0402273 JI 9JR6100001212 RST 0402 27K 5 1 16W 05160802000 ir eur6r00000693 RST 0402 men o TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA 87 71 TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 100R 5 1 16W woo TEST ONLY RST 0402 100R 5 1 16W RST 0402 5 1 16W TA RST 0402 470K 5 1 16W TA TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W a 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100R 5 1 16W 1 RST 0402 470K 5 1 16W ds TEST ONLY RST 0402 1K 5 1 16W
171. T 0402 1K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W BE TEST ONLY RST 0402 1K 1 1 16W TA i R4102 061G04021001FI 9JR6100001082 TEST ONLY RST 0402 1K 1 1 16W TA I 1 R4103 06160402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W R4104 061G0402101 JI 9JR6100000834 TEST ONLY RST 0402 100R 5 1 16W 167 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK R4105 061G0402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W TEST ONLY RST 0402 1K 1 1 16W TA I TEST ONLY RST 0402 1K 1 1 16W TA I AST 0402 240R 1 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 100R 5 1 16W 061G0402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W A414 061G0402000 J 9JH610000083 RSTO40200SRMAXVIW D 4150 06760402000 JI 9JR6100000833 RSTO402005RMAXTAGW Ho AST 0402 478 5 1 16W 1 4152 061604020007 908610000833 RSTO402005RMAXTHGW gt u gt 1 94158 06160402000J I 9JH610000085 RSTO40200SRMAXVIEW Ress sumetooooness RST 0902 0 06R MAK iew M 061G0402000 JI 9JR6100000833 RST 0402 0 05R 1 16W Raie 061G0402000 a esRet00000839 AST 0402 0 05R MAX TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 560R 1 1 16W TEST ONLY RST 0402 10K 5 1 16W TA a UIN TEST ONLY RST 0402 1K 196 1 16W TA I TEST ONLY RS
172. T 0402 5 1K 1 1 16W TEST ONLY RST 0402 1K 196 1 16W TA I 4173 06760402000 J1 9JR6100000833 RST 0402 005R MAX 716w ho TEST ONLY RST 0402 10K 5 1 16W sumetocooness RsTotozoosa MAK Tew M 061G0402102 JI 9JR6100000835 TEST ONLY RST 0402 5 1 16W TEST ONLY RST 0402 1K 5 1 16W TEST ONLY RST 0402 1 3K 1 1 16W BEC TEST ONLY RST CHIP 4 7K 5 1 16W i TEST ONLY RST 0402 10K 5 1 16W TA RST 0402 330R 5 1 16W TA ik 1 AST 0402 3308 5 1 16W TA RST 0402 15K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 1K 5 1 16W INNEN TEST ONLY RST 0402 10K 5 1 16W 3 TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W 213 06160402000J S9JH610000083 RSTO402005RMAXVIW i AST 0402 33R 5 1 16W KU TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W EINEN FRazi9 06160402000J 9JH61000008 RSTO40200SRMAXVIEW TEST ONLY RST CHIP 4 7K 5 1 16W E TEST ONLY RST CHIP 4 7K 5 1 16W aie 7 TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST
173. TEST ONLY RST CHIP 4 7K 5 1 16W REN TEST ONLY RST 0402 10K 5 1 16W id TEST ONLY RST 0402 10K 5 1 16W TA NN TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA AST 0402 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W M RST CHIP 180R 1 16W 1 TZAI YUAN 1 TEST ONLY RST 0402 100R 5 1 16W DEC AST 0402 4 02K 1 1 16W Sd TEST ONLY AST 0402 10K 5 1 16W i TEST ONLY RST 0402 10K 5 1 16W TA 06160402472 JI 9JR6100000841 TEST ONLY RST CHIP 4 7K 5 1 16W TA I TEST ONLY RST CHIP 4 7K 5 1 16W RST 0402 828 1 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W i RST 0402 1008 1 1 16W LN AST 0402 1009 1 1 16W RST 0402 1008 1 1 16W RST 0402 1008 1 1 16W pr y TEST ONLY RST 0402 10K 5 1 16W is TEST ONLY RST 0402 10K 5 1 16W TA m 1 TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST 0402 15K 1 1 16W 2 71 TEST ONLY RST 0602 109 5 1 16W Hr 1 TEST ONLY RST 0402 15K 1 1 16W a AST 0603 28K 1 1 10W S 0603 28K 1 1 10W AST 0402 45 3K 1 1 16W TA EN RST 0402 45 3K 1 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ON
174. TZASK715 9JR7050000449 COVER NECK ASSY 190 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CABINET PARTS LC 22LE430E 191 LC 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK NO PARTS CODE Sharp Code DESCRIPTION CABINET PARTS LC 22LE430E AUO 705 2 34609 9JR7050000441 BEZEL ASSY 2 078G035A 19 M 9JR7800000044 SPEAKER 16 OHM 3 5W 80X23 240 220 750 1 215 1 5 000 9JR7500000058 LCD 215 01 VBSB WH AUO 705GZBCS011 9JR7050000464 MAIN PCB Assy LG TUNER ADTVB4060PA3 9JR9900000154 POWER ASSY KEPFBAA1 9JR9900000150 KEY PCB ASSY IRPFBAA1 9JR9900000148 IR PCB ASSY 705TZA34610 9JR7050000442 REAR COVER ASSY 705TZA34611 9JR7050000443 BASE ASSY 70512434612 9JR7050000444 COVER NECK ASSY 192 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CABINET PARTS LC 26LE430E 193 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK NO PARTS CODE Sharp Code DESCRIPTION CABINET PARTS LC 26LE430E AUO 705TZASK753 9JR7050000453 BEZEL ASSY 2 078G055A 13 Y 9JR7800000047 SPEAKER 16 OHM 5 5W 130 25 8 220 320 750TBU260W6417N000 9JR7500000059 LCD T260XW06 V400 WJ AUO 705GZBCS012 9
175. UNIT Isn t NR9901 L9903 L9905 FB9902 and FB9903 out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT BD9901 FB9901 etc out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT YES Does the 1 9101 circuit operate normally 09105 1 9102 9101 09105 and etc And the circuit around Is 20V applied to pin 6 of IC9101 output Set the main power SW to ON the protection circuit etc is checked YES Is a voltage of 5 2V applied to pin 1 3 of connector CN9105 Does the switching circuit operate normally Set the main power SW to ON Check circuit around the primary side T9101 IC9101 D9105 D9102 etc the secondary side D9103 L9102 C9110 etc Are 24V output applied to pin 5 6 of connector CN9105 as for Does the switching circuit operate normally the power on off switch when it is on Check circuit around the primary side T9101 IC9101 D9105 D9102 etc the secondary side D9101 L9101 C9107 etc and the protection circuit 5 Similarly is 12 output as for the power on off switch when it is Check 1 9401 circuit of 09402 19401 etc on 48 LC 19LEA30E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 32 TROUBLESHOOTING TABLE Power unit operation check Are the power cord and harness in the unit properly connected NO Connect the power cord and
176. VB C T DEMOD 5135 DV10 MT5135 80 mA DVB C T DEMOD AUDIO AMP DV33 DV33 0715 NT5TU64M16 TAS5717 DVB C T DEMOD 5135 65 LLI O st LLI N st LLI O O LLI lt LLI N Ba MC LLI lt LLI hr 3 19 WIRING DIAGRAM LC 19LE430E UK IE T Y F ILL g Di m SR RE amaro i O sm nha DN Ua zm LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 22 WIRING DIAGRAM LC 22LE430E UK LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 26 WIRING DIAGRAM LC 26LE430E UK ava no RATA a PO lt If dec CN409 fe a EN L s mm mm mamam 93 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 32 WIRING DIAGRAM LC 32LE430E UK ee CHI FS a T M TC E E uu kuyun Lb mE m TS mnam ay a mz o T n on 2 a Ul ee mmm omona a mn ae
177. VSODSS 1 093G 645900 T 9JR9300000107 DIODE BAS316 SOD 323 PHILIPS 01167 648800 T 8 000107 DIODE BASS16 00 32 PHILS baiss 0636 6433 9JR9300000113 DIOSIGSMBAVES PHSER i _ DS eyRsso0000T 7 SWITCHING BASSTEWS 100V 30055 1 093G 6455265 9JR9300000197 SWITCHING BAS316WS 250mA 100V SOD323 70507 0950 648520SEM 89900000197 SWITCHING 84931615 2 100 500502777 i FBi015 0710 TA 98710000033 CHIP BEAD 120R 600mA FCMN608KF 121T06 _ orra septer CHIP BEAD 1 FB1017 071G59D121 TA 9JR7100000033 CHIP BEAD 120R 600mA FCM1608KF 121T06 FB1034 0710 5 947100000032 CHIP BEAD 1208 600 FCMTGOKF STTOB 164 LC 19LE430E UK LC 22LE430E UK LC LC 32LE430E UK FB707 071G 56A221 M 9JR7100000101 CHIP BEAD 0805 220R 2000mA Feras 0716 sence M CHIP BEAD 0905220200 r FB751 0716 564221 M 7 9JR7100000101 CHIP BEADO805220R 2000m tt CHIP INDUCTOR 1U8 1095 FCI1608F 1R8K i CHIP INDUCTOR 1U8 10 FCI1608F 1R8K a CHIP INDUCTOR 1608 0 22UH 10 0 8R CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT CHIP INDUCTOR 0 12UH 10 MLF1608DR12KT EN 073G 259903 H1 9JR7300000114 CHOKE COIL 47UH 10 14705 CHOKE COIL 47UH 10 L470S E wasa CHOKE COIL 47UH 10
178. W 5 SW CTRL1 R569 4K7 1 16W 5 for HDMI2 M 1 2B DV33 TMDS M RX1 1B GND 10 M 1 0B M RX1 CB DV33 I MDS TMDS SDA RXiC TMDS SCL M RX12 1 D HPDi HDMI I2C to MT5365 un Re SW gt M Out 6 11 SW 6 R550 1 16W 5 4 GN R547 R548 10K 1 16W 596 10K 1 16W 596 DV33SB TMDS SDA M 2 R571 100R 1 16W 1 RX1 2B FUNCTION TABLE M T 6572 100R 1 16W 1 M i TMDS SCL SCL TENA ontrol Bits TREO REA A576 C R573 100R 1 16W 1 S1 Y Near HDMI Switch 10K 1 16W 5 H Al B1 HDMI2 SCL HDMI2 SCL HDMI3 SCL HDMI3 SCL HDMI SCL2 HDMI2 SDA HDMI2 SDA amp HDMI3 SDA HDMI3 SDA L A2 B2 x ox HDMI 1 Input Rear ARC Audio Return Channel FUNCTION TABLE OUTPUT ESD PROTECTER 100R 1 16W 5 ARC SW RX2 2 SHELL3 D2 SHELL4 D2 Shield D2 01 01 Shield D1 00 00 Shield Do CK SHELL5 CK Shield CK CE Remote NC DDC CLK DDC DATA 180R 1 16W 1 1UF16V GND g PWR5V 2 PWR5V 2 HP DET R551 R553 SHELL6 SHELL1 82R 1 16W 196 100K 1 16W 596 SHELL7 SHELL2 OUT1 HDMI VIT IN2 OUT2 VIT H 7 9 MM IN4 OUT4 aCe NAST HDMI 1 EDID EEPROM D509 R552 RX2_2 4K74 JEW 5 RX2 1 RX2_1 R555 HDMI2 ESD PROTECTER U508 NC RClamp0524P TCT 2_0 1 IN1 OUTI I
179. W TA TEST ONLY RST 0402 10K 5 1 16W KEE 84175 067G0402000JI 918610000083 RST 0402 005R TEST ONLY RST 0402 1K 5 1 16W TAC a TEST ONLY RST 0402 TK 5 1 16W TEST ONLY RST 0402 1 3K 1 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W AST 0402 330R 5 1 16W TA i RST 0402 3308 5 1 16W TA 06190402153 JI 9JR6100001204 RST 0402 15K 596 1 16W TEST ONLY RST 0402 10K 5 1 16W pu TEST ONLY RST 0402 10K 5 1 16W i _ TEST ONLY RST 0402 1K 5 1 16W TAC TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 10K 5 1 16W TA 84212 06160402000 9JR6100000833 RSTO402OO5RMAXTAGW p AST 0402 5 1 16W TEST ONLY RST 0402 10K 5 1 16W TA TEST ONLY RST 0402 100R 5 1 16W TEST ONLY RST 0402 100K 5 1 16W TEST ONLY RST 0402 100R 5 1 16W 1 06160402000 1 S9JR6100000889 RSTO402005RMAXVIOW po TEST ONLY AST CHIP 4 7K 5 1716W TA eo TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST CHIP 4 7K 5 1 16W TEST ONLY RST 0402 10K 5 1 16W S 226 06160402000 1 966100000883 RSTO402005RMAX VIEW po TEST ONLY RST 0402 229 5 1 16W EN TEST ONLY RS
180. WR5V_3 PWR5V_3 BAS316 0513 NC RClamp0524P TCT IN1 OUT1 IN2 OUT2 Po 3 4 3 3 4 3 4 3 N ola NJ O 8 ours HDMI V T INA 0114 1K 1 16W 5 C503 NC PDZ24B R524 33R 1 16W SMD 0402 NC 1K 1 16W 5 R543 ZOvO CINGS G M9L LMOL 2 5 R YS MZ MZV c0v0 QINS 100N 16V SYS EEPROM WP H Write Enable BC847C L Write Protect 4K7 1 16W 5 R528 Q505 2 SYS EEPROM WP BC847C R577 4 7 1 16W 5 10K 1 16W 5 SMD 0402 VIT H 7 9 MM 088G 34021A VA VAST HDMI HP DET H Standby Normal L AC off 470K 1 16W 5 D501 1 NC BAS316 114 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 11 LVDS OUTPUT USB LVDS OUTPUT NEAR CN408 Sy que 9 5V_SW LVDS VDD PANEL VCC Mus DV38SB OON FB405 1208 3000 Q LVDS VDD DV33 DV33 OOP i 45V STB E di Lo GND m LVDS VDD lt lt 4 5 6 7 8 9 10 11 12 13 15 16 TP404 FB406 120R 3000mA E 1 2 O1P 755 CONTROL us 5 OON 10U 16V 2P TP407 EUN TP408 R 6 1 6 2 6 6 __ TP409 ECKP 6 x lt ECKN 6 lt E3P 6 LVDS CONTRQL LVDS CTRL1 EON TP412 6 6 1t z oN 8 O1P 6 inr E E1N T O2P 6 i e O2N 6 2 OCKP 6 EM 2 CONN 30P pare Lo 6 TP415 TP416 e OSN 6 E2N O LVDS CTRL1 FFC
181. ___ gt CN151 MAIN UNIT YES Is CVBS signal sent to pin 175 of IC U401 NO Check the circuit between IC U401 and CN151 YES Refer to picture doesn t appear in all modes LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK External input SCART gt No picture the display 5 Does not the picture of the R G B video signal input to SCART go out TERMINAL UNIT l Is RGB signal sent to pin 15 R 11 G 7 B of SCART CN151 NO Check the setting of an external input device that connects of CN151 MAIN_UNIT YES Is RGB signal sent to pin 161 R 160 G 158 B of IC U401 NO Check the line between IC U401 and CN151 YES Refer to picture doesn t appear in all modes External input SCART gt No picture the display 6 Does not the picture of the Y C signal input to SCART1 go out TERMINAL UNIT Is Y C signal sent to pin 20 and 15 of SCART CN151 NO Check the setting of an external input device that connects of CN151 MAIN UNIT LYES Is Y C signal sent to pin 175 Y 161 C of IC U401 NO Check the line between IC U401 and CN151 YES Refer to picture doesn t appear in all modes External input AV No picture on the display 7 Does not the picture of the composite video signal input to AV Composite go out TERMINAL UNIT Is CVBS signal sent to pin 2 of AV CN136 NO Check the setting of an external input
182. al demodulator chip When not in use these interfaces can be set to hi impedance mode to support multiple demodulators or multiple CAMs operation With the highly flexible CI controller and interfaces MT5135AE effectively addresses the TS routing complexity for the application scenarios such as simultaneous PVR recording and playback or time shift playback The need for on board TS multiplexers is eliminated and the PCB layout can be kept as compact as possible GENERAL FEATURE LIST Overall Features m Integrated DVB T and DVB C demodulators m Integrated CI CI controller and interface m On chip integrated SAW filter function for lower BOM cost m On chip high performance PGA and 10 bit ADC accepting IF or low IF inputs m RSSI measurement m Independent RF and IF AGC controls m On chip micro processor for acquisition control m Good CAM compatibility m One parallel or serial TS interface accepting outputs from other demodulator chips m TS interfaces supporting instant playback and PVR recording and playback m SPI for host communication m On chip SIF master for tuner control m Low power consumption less than 200 mW m QFP 128 14 x 14 mm2 package DVB T Demodulator Features m ETSI 300 744 amp NorDig Unified compliant m Excellent performance for SFN amp Indoor reception m Supporting 2k and 8k modes m Supporting QPSK 16 and 64 QAM constellations m Supporting 1 4 1 8 1 16 and 1 32 guard intervals m Supporting hierarch
183. aring LL Huemmg I I CR NN Hungary Audio Description if Type Audio Description LIN Sea Sw Slovenia Country 30 Iceland J J LL NENNEN J Bem EE Sun E J EE S n NN J p Ham 32 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Portuguese 0 Rm LL Sm Sm J j C Gam j jj y Dn Emi Pens OCO O RN en pooo Hungarian Nemea LS meam ___ _ Sw Smeg Gm 7 Ga x E a 1221 0 12 Carrier ATV aly
184. ata Pinout compatibility for all densities SUPPLY VOLTAGE 3 3V device VCC 2 7 to 3 6V HY27USXX561A 1 8V device VCC 1 7 to 1 95V HY27SSXX561A Memory Cell Array 5124 16 Bytes x 32 Pages x 2 048 Blocks 256 8 Words x 32 pages x 2 048 Blocks PAGE SIZE X8 device 512 16 spare Bytes HY27 U S S08561A X16 device 256 8 spare Words HY27 U S S16561A BLOCK SIZE X8 device 16K 512 spare Bytes X16 device 8K 256 spare Words 71 LC 19LE430E UK LC 22LE430E UK LC 26L E430E UK LC 32LE430E UK PAGE READ PROGRAM Random access 3 3V 12us max 1 8V 15us max Sequential access 3 3V 50ns min 1 8V 60ns min Page program time 200us typ COPY BACK PROGRAM MODE Fast page copy without external buffering FAST BLOCK ERASE Block erase time 2ms Typ STATUS REGISTER ELECTRONIC SIGNATURE 1st cycle Manufacturer Code 2nd cycle Device Code CHIP ENABLE DON T CARE Simple interface with microcontroller AUTOMATIC PAGE 0 READ AT POWER UP OPTION Boot from NAND support Automatic Memory Download SERIAL NUMBER OPTION HARDWARE DATA PROTECTION Program Erase locked during Power transitions DATA INTEGRITY 100 000 Program Erase cycles with 1bit 512byte ECC 10 years Data Retention PACKAGE HY27 U S S 08 16 561A T P 48 Pin TSOP1 12 x 20 x 1 2 mm HY27 U S S 08 16 561A T Lead HY27 U S S 08 16 561A TP Lead Free HY27 U S S 08 16 561A S P 48 Pin U
185. board 1 Disconnect 1 cable Detach the IR board as Fig 13 14 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 Disconnect 1 cable Detach the Key board as Fig 14 m Uu em Fig 14 2 Set Re assembly To re assemble the whole set execute all processes in reverse order Notes a While re assembling make sure that all cables are placed and connected in their original position b Pay special attention not to damage the EMC foams at the SSB shielding Check that EMC foams are put correctly on their places 15 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK REMOVING OF MAJOR PARTS LC 22LE430E UK 1 Assy Panel Removal Notes Please put your machine on soft material to avoid to scrape panel when you disassemble it Front view Back view Fig 2 Step 1 Remove the Base Assy and Base neck 1 Remove the Base Assy as Fig 3 Remove the 3 screws as Fig 3 and pull out the base as Fig 4 Fig 3 2 Remove the 4 screws Detach the Base neck as Fig 4 16 LC 19LEA30E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Fig 4 Step 2 Remove the REAR COVER Assy 1 Remove the 5 screws Detach the REAR COVER as Fig 5 Fig 5 Note How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Right hand fingers put under the machine rim Pull up Pull up Step 3 Remove the Main Power and the Speakers 17 LC 19LE430E UK LC 22
186. d video decoder 2 audio decoder HDMI1 3 receiver cover HDMI1 4 partial Spec Audio codec TCON Ethernet HON uos ee Panel overdrive control 10 Local dimming GENERAL FEATURE LIST Host CPU ARM1176JZS 756MHz 16K and 16K D Cache 14K Boot ROM JTAG ICE interface Watch Dog timers Transport Demultiplexer New generation 2 demux design Supports one serial transport stream input Supports ATSC DVB T DVB C transport stream input Support DES 3 DES DVB AES Multi 2 de scramblers Up to 8 even odd keys for descrambling Supports 32 PID filters and 32 section filters Supports 32 PID filters for recording Supports hardware CRC 32 check Supports PCR recovery function Supports a micro processor for stream process and video start code detection MPEG2 Decoder MPEG MP ML MP HL Supports de blocking filter MPEG1 Decoder 62 LC 19LE430E UK LC 22LEA3OE UK LC 26LE430E UK LC 32LE430E UK MPEG4 HD Decoder ASP L5 H 264 MPEG4 Part 10 HD Decoder AVC MP L4 0 HP L4 0 constrained BP L3 video standard VC 1 SMPTE421M MP HL AP L3 Partial Support support up to 1920x1080 WMV9 decoder MP HL DivX XviD Decoder DIVX3 DIVX4 DIVX5 DIVX6 DIVX HD AVS Decoder Jizhun profile Level 6 0 1 RMVB Decoder RealVideo8 9 10 Soreson H 263 Still Image decoding JPEG base line or progressive De mosquito engine 2D 3D for all AV inputs 2D Graphics Supports multiple color modes Point hori
187. de You need to programme the setting with remote control to control connected devices Press to skip back to the previous title or track Press to stop playback gt 11 Press to start pause playback Caution Do not freeze the video image for long periods of time You may damage the TV screen gt P Press to skip forward to the next title or track LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK TV Front view On indicator Remote control sensor TV Rear view INPUT SOURCE P Y Programme Channel Power conntector COMMON INTEHFACE slot SCART CVES Tuner out PC IN VGA AUDIO VIDEO and L H AUDIO INPUT 750 r Composite AV IN AV LR COMPONENT Y re Pr aija x SPDIF OUT e e Digital audio out R 906 RS 232C USB 1 d Earphone Output By OUT VIDEO and L R Audio Output LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Preparation Mount the TV base 1 Putthe TV face down on a safe surface that is covered by a soft and smooth cloth 2 Adjust the TV stand to the bottom of the TV Please be sure the arrow heads are facing front 3 Fasten the screws by using a cross head screwdriver Not supplied NOTE To detach the TV stand perform the steps in reverse order Wall mounting ond VESAcompatible wall bracket size Screw type
188. ding pulse repetition where required and internal verification and margining of data The modifying can be locked using the WP input pin The output pin R B open drain buffer signals the status of the device during each operation In a system with multiple memories the R B pins can be connected all together to provide a global status signal Even the write intensive systems can take advantage of the HY27 U S S 08 16 561A extended reliability of 100K program erase cycles by providing ECC Error Correcting Code with real time mapping out algorithm The chip could be offered with the CE don t care function This function allows the direct download of the code from the NAND Flash memory device by a microcontroller since the CE transitions do not stop the read operation The copy back function allows the optimization of defective blocks management when a page program operation fails the data can be directly programmed in another page inside the same array section without the time consuming serial data insertion phase This device includes also extra features like OTP Unique ID area Block Lock mechanism Automatic Read at Power Up Read ID2 extension The Hynix 27 0 5 5 08 16 6 series is available in 48 TSOP1 12 x 20 mm 48 USOP1 12 x 17 mm FBGA 9 x 11 mm FEATURES SUMMARY HIGH DENSITY NAND FLASH MEMORIES Cost effective solutions for mass storage applications NAND INTERFACE X8 or x16 bus width Multiplexed Address D
189. e order Notes a While re assembling make sure that all cables are placed and connected in their original position b Pay special attention not to damage the EMC foams at the SSB shielding Check that EMC foams are put correctly on their places 20 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK REMOVING OF MAJOR PARTS LC 26LE430E UK 1 Assy Panel Removal Notes Please put your machine on soft material to avoid to scrape panel when you disassemble it Front view Back view Step 1 Remove the Base Assy and Base neck 1 Remove the Base Assy as Fig 3 Remove the 3 screws as Fig 3 and pull out the base as Fig 4 Fig 3 2 Remove the 4 screws Detach the Base neck as Fig 4 21 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK p V Se mmm UE NT EN U umum L L L IM Va A Bt DEN P gt P 5 HI EEN NN UPC EDO TH z 1 fe gis eum Hu egt eq sm emm M Step 2 Remove the REAR COVER Assy 1 Remove the 10 screws Detach the REAR COVER as Fig 5 T ER Deos m m azas mmm m Fig 5 Note How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Right hand fingers put under the machine rim
190. e screen with 100 White And to set Brightness control at 100 Contrast control at 100 backlight control at 100 Luminance gt 200 cd m For LC 19LE430E only at color temp warm mode gt 200 cd m Typ For LC 22LE430E only at color temp warm mode gt 400 cd m For LC 26LE430E only at color temp cool mode gt 450 cd m For LC 32LE430E only at color temp cool mode gt 450 cd m Typ For LC 37LE320E RU E UK only at color temp cool mode gt 450 cd m Typ For LC 42LE320E RU E UK only at color temp cool mode 4 The defult values of Scaler R Gain Scaler G Gain Scaler B Gain are all 128 When panel WD is made adjustment the three values could not be over 128 That is preventing color saturation after adjusting Contrast and Brithness setting at main menu PC mode display adjustment 1 Display quality adjustment Use timing mode as describe in 2 2 and use the POPO pixel on pixel off pattern to adjust the clock until no stripe and adjust the phase until clear picture Auto will be done every time switching to PC mode and mode change Check all preset 7 modes 2 Auto color for signal slicering B 2 1 General set up Equipment Requirements Konica Minolta CS 200 or Equivalent Color analyzer Chroma 2250 or equivalent PC signal generator Input requirements Input Signal Type PC signal 1 1024X7684 60Hz PC mode with 5 white block pattern see pattern 1 Input
191. erate normally Set the main power SW to ON Check circuit around the primary side T9101 9101 09101 ZD9106 etc the secondary side D9105 L9104 C9121 etc Are 16 output applied to pin 9 10 of connector CN9102 as for Does the switching circuit operate normally the power on off switch when it is on Check circuit around the primary side T9101 9101 09101 209106 etc the secondary side 09102 19103 C9103 and the protection circuit 5 Similarly is 16 amp 5 2V output as for the power on off switch Check IC9101 circuit of Q9103 T9101 etc when it is on Are 40 output as for the power on off switch when it is on Does the LED boost circuit operate normally Check circuit around the second side L8501 8501 08501 D8501 etc 46 LC 19LEA30E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 22 TROUBLESHOOTING TABLE Power unit operation check Are the power cord and harness in the unit properly connected NO Connect the power cord and harness properly and turn on the power LINE FILTER UNIT YES Is F9901 F9902 normal LINE FILTER UNIT Isn t TH9901 19902 FB9902 and FB9903 out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT BD9901 etc out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT YES Does the 1
192. et is generated by applying a logic low to this pin RESET is an asynchronous control signal that restores the device to its default conditions and places the PWM in the hard mute high impedance state 8 4 m FCseralcontol clock input SCLK 21 5 V Pulldown Serial audio data clock shift clock SCLK is the serial audio port input data bit clock soa 23 DO 5 serial control data interface input output SDIN 4 5 V Pulldown Serial audio data input SDIN supports three discrete stereo data formats SSTIMER 32 Al Controls ramp time of OUT_X to minimize pop Leave this pin floating for BD mode Requires capacitor of 2 2 nF to GND in AD mode The capacitor determines the ramp time STEST 26 dd qq Factory test pin Connect directly to DVSS 83 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK VR_ANA 12 Internally regulated 1 8 V analog supply voltage This pin must not be used to power external devices VR_DIG 18 Internally regulated 1 8 V digital supply voltage This pin must not be used to power external devices VREG Digital regulator output Not to be used for powering external circuitry 1 TYPE analog D 3 3 digital P power ground decoupling input output 2 All pullups are weak pullups and all pulldowns are weak pulldowns The pullups and pulldowns are included to assure proper input logic levels if the pins are left unconnected p
193. ff the power of the bit as required If a different type of solder stays on the tip of the soldering bit it is alloyed with lead free solder Clean the bit after every use of it When the tip of the soldering bit is blackened during use file it with steel wool or fine sandpaper Be careful when replacing parts with polarity indication on the PWB silk LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CHAPTER 1 OPERATION MANUAL 1 SPECIFICATIONS Specification 19 LCD COLOUR TV 22 LCD COLOUR TV 26 LCD COLOUR TV 32 LCD COLOUR TV Model LC 19LE430 Model LC 22LE430 Model LC 26LE430 Model LC 32LE430 LCD screen size 19 diagonal 22 diagonal 26 diagonal 32 diagonal 3 147 264 dots 6 220 800 dots 3 147 264 dots 6 220 800 dots 1366 x 768 x 3 dots 1920 x 1080 x 3dots 1366 x 768 x 3 dots 1920 x 1080 x 3dots Video Video Colour System Video Colour System 0 PAL SECAM NTSC 3 58 NTSC 4 43 PAL 60 BI 1 DIK UL TV Standard Digital DVB T 2K 8K OFDM DVB C TV Function Receiving VHF UHF IRA E69 DVB T E5 E69 Channel CATV S band S1 S41ch TV Tuning System Auto Preset 1599 ch Auto Label Auto Sort STEREO BILINGUAL NICAM A2 Audio amplifier x2 3W x2 oW x2 10W x 2 a x 117 W x 23 30 H x 117 W x 23 38 H x 164 W x 23 30 W x 32 D sub 15 pin EU 3 5mm jack TW Component Y Pb Cb Pr 1 RCA L R C I Common Interface Interface
194. fice the picture may leave trails or appear slightly delayed This is not a malfunction and the unit will recover when the temperature returns to normal Do not leave the unit in hot or cold location Also do not leave the unit a location exposed to direct sunlight or near a heater as this may cause the cabinet to deform and the LCD panel to malfunction Storage temperature 5 to 35 Information on the software license for this product Software composition The software included in this product is comprised of various software components whose individual copyrights are held by SHARP or by third parties Software developed by SHARP and open source software The copyrights for the software components and various relevant documents included with this product that were developed or written by SHARP are owned by SHARP and are protected by the Copyright Act international treaties and other relevant laws This product also makes use of freely distributed software and software components whose copyrights are held by third parties These include software components covered by a GNU General Public License hereafter GPL a GNU Lesser General Public License hereafter LGPL or other license Agreement Acknowledgements The following open source software components are included in this product inuxkernelemodutils glibcezlib libpng LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 3 DIMENSIONS Dimension 2
195. finition multimedia interface HDMI switch that allows up to 2 DVI or HDMI ports to be switched to a single display terminal Four TMDS channels one hot plug detector and a digital display control DDC interface are supported on each port Each TMDS channel supports signaling rates up to 2 5 Gbps to allow 1080p resolution in 12 bit color depth The input port is enabled by configuring source selectors 51 and S2 When an input port is selected the TMDS inputs are connected to the TMDS outputs through a 2 to 1 multiplexer the MOSFET between the input DDC channel and the output DDC channel is turned on and the HPD output follows the state of the HPD SINK The other input port is inactive with disconnected input terminations disconnected TMDS inputs to the outputs disconnected DDC inputs to the outputs and the HPD outputs are low state Check the source selection look up table for the details of port selections When 1 is high and S2 is low all input terminations are disconnected TMDS inputs are high impedance with standard TMDS terminations all internal MOSFETS are turned off to disable the DDC links and all HPD outputs are connected to the HPD SINK This allows the initiation of the HDMI physical address discovery process Termination resistors 50 O pulled up to VCC are integrated at each TMDS receiver input External terminations are not required A precision resistor is connected externally from the VSADJ pin to ground for setting the differe
196. harness properly and turn on the gt power LINE_FILTER_UNIT YES Is F9901 F9902 normal LINE_FILTER_UNIT Isn t TH9901 L9901 L9902 FB9902 FB9901 out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT BD9901 FB9810 D9811 etc out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT YES Is C9803 395 output Set the main power SW to ON Does the PFC circuit operate normally L9904 Q9801 D9811 IC9801 and etc And the circuit around the protection circuit etc is checked YES Is a voltage of 5V applied to pin 12 13 of connector CN9002 Does the switching circuit operate normally Set the main power SW to ON Check circuit around the primary side T9301 IC9301 R9303 D9311 etc the secondary side D9301 ZD9311 L9301 etc the AC_DET circuit R9300 C9321 G9313 etc and the protection circuit Are 12V and 24V output as for the power on off switch when it is Does the PFC circuit operate normally on Check circuit around the primary side R9142 T9111 Q9121 Q9122 C9146 etc the secondary side D9121 D9113 D9114 D9111 D9112 etc and the protection circuit Similarly is 12 output as for the power on off switch when it is Check 12V circuit of 09111 09112 etc on 49 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 MAIN BOARD TROUBLE
197. ical amp non hierarchical modes m Accepting 6 7 8 MHz channel bandwidth m Automatic mode detection m Full digital timing frequency with wide acquisition range m Support triple offset m Excellent adjacent channel interference ACI rejection capability m Excellent co channel interference rejection capability m Fast channel lock time DVB C Demodulator Features m ETSI 300 429 ITU J 83 Annex A NorDig Unified and C Book compliant 67 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK m Wide symbol rate support 1 to 7 Msps m Supporting 16 32 64 128 and 256 QAM m Full digital timing frequency with wide acquisition range m Automatic symbol rate and modulation type detection for fast channel scan m Excellent narrow band interference rejection capability Applications m Set top boxes m Integrated digital televisions iDTV m Network Interface Modules NIMs 1 4 U602 TAS5717L 10W HTQFP 48 FEATURES Audio Input Output 7 W Into 8 0 Load From 12 V Supply Wide PVDD Range From 8 V to 26 V Efficient Class D Operation Eliminates Need for Heatsinks Requires Only 3 3 V and PVDD One Serial Audio Input Two Audio Channels 2 Address Selection PIN Chip Select Supports 8 kHz to 48 kHz Sample Rate LJ RJ I2S External Headphone Amplifier Shutdown Signal Integrated CAP Free Headphone Amplifier Stereo Headphone Stereo 2 V RMS Line Driver Outputs Audio PWM Pr
198. inued safety no modification of any circuit should be attempted 2 Disconnect AC power before servicing CAUTION FOR CONTINUED PROTECTION AGAINST A RISK OF FIRE REPLACE ONLY WITH SAME TYPE FUSE 42 F901 T6 3AH 250V 26 32 F901 T5AH 250V BEFORE RETURNING THE RECEIVER Fire amp Shock Hazard Before returning the receiver to the user perform the following safety checks 3 Inspect all lead dress to make certain that leads are not pinched and check that hardware is not lodged between the chassis and other metal parts in the receiver Inspect all protective devices such as non metallic control knobs insulation materials cabinet backs adjustment and compartment covers or shields isolation resistor capacitor networks mechanical insulators etc 5 To be sure that no shock hazard exists check for leakage current in the following manner Plug the AC cord directly into a 220 240 volt AC outlet Using two clip leads connect a 1 5k ohm 10 watt resistor paralleled by a 0 15HF capacitor in series with all exposed metal cabinet parts and a known earth ground such as electrical conduit or electrical ground connected to an earth ground Use an AC voltmeter having with 5000 ohm per volt or higher sen sitivity or measure the AC voltage drop across the resistor Connect the resistor connection to all exposed metal parts having a return to the chassis antenna metal cabinet screw heads k
199. l below 1 2 V to disable Float to enable Can be used to set the on off threshold adjust UVLO with two additional resistors The source of the internal high side power MOSFET and drain of the internal low side synchronous rectifier MOSFET GND pin should be connected to the exposed power pad for proper operation This power pad should be connected to any internal PCB ground plane using multiple vias for good thermal performance An open drain output asserts low if output voltage is low due to thermal shutdown overcurrent over under voltage or EN shut down Resistor Timing or External Clock input pin Slow start and tracking An external capacitor connected to this pin sets the output voltage rise time This pin can also be used for tracking 1 2 16 Input supply voltage 2 95 V to 6 V Nwo Inverting node of the transconductance gm error amplifier 2 3 U1011 MT5135AE LQFP 128 2 3 1 Block Diagram Other demodulators CAM T PCMCIA interface MT5135AE E PVR playback TS decoder chip demodulator transceiver SPI interface 76 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 2 3 2 Pin Connections and short description g SP el el Al 6405 T A12 Cl Interface T E 7 E cm 52 EEE K ku T J
200. mm 67 64 LL66r 06684 7164 NOILO V T3 15AL 250V T3 15AL 250V F9902 05189 8166 9166 G06684 o QUE 9166 FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE AND RATING OF FUSE N gt F9901 9046 016 9 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK POWER UNIT Side B ee JY ll ss rH E _ J SS 7 7 R9140 4 m LIVE PART 9902 100 r B _ jf 4 ral La 4 e oa S a e I b Y 3 i uf e 33 lt you Sec 7 D 0 VIE m B l a I it TR Der Tisi a Ili E 4 EN X BUS g x x ES 19101 B lt MN Qm B _ l im Va gt 4 HT x 1 gt x K J D rN ly i I _ lt gt B Ji sad Fa m X i eem EL 0940 a L si wm yE ji 0 gt D Jr m Ug f m R9405 q 1 lt Z Lum b 08 T M LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK POWER UNIT PRINTED WIRING BOARD for 32 POWE
201. n Europe 6 OPERATION MANUAL B North Europe OPERATION MANUAL C Eastern op Oe 204 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK PACKING PARTS LC 32LE430E AUO waar 705TZA41C1A DFU ASSY Western Europe North Europe c1 O IN N 205 LC 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK SHARP COPYRIGHT 2010 BY SHARP CORPORATION ALL RIGHTS RESERVED No Part of this publication may be reproduced stored in a retrieval system or transmitted in any from or by any means electronic mechanical photocopying recording or otherwise without prior written permission of the publisher SHARP CORPORATION SHARP ELECTRONICS Europe GmbH SonnistraBe 3 D 20097 Hamburg 206
202. n on the LCD TV 2 Please use compatible signal Audio only no images 1 Please check if input signal is connected correctly Picture only no audio 1 Connect signal cable correctly 2 Adjust volume to proper level 3 Connect audio signal cable correctly 4 TV RF signal must not be lower than 50dB Cannot use remote control 1 Please change battery 2 Turn off power for 10 seconds and then restart power Please use the Channel Scan function to increase the number of channels not included in memory through antenna Please adjust the colour setup Blinking picture accompanied by ghost 1 Check the connection of antenna signal cable image 2 Check if channel is in play mode 3 Press signal source and change input mode Keep the TV away from noise sources such as automobiles neon lights and hair dryers Certain TV channels are blocked Hope to Please use the Update Scan method to add the channels not included in memory acquire some channels Overlapping images or ghost images Please use multi directional outdoor antenna If your TV is subject to the influence of nearby mountains or buildings Cannot use a function If the item you choose turns gray that item cannot be selected Cannot receive programmes Please use the Update Scan method to add the channels not included in memory Cautions regarding use in high and low temperature environments When the unit is used in a low temperature space e g room of
203. nal input device 6 AV1_AudioRIN of CN136 YES Is the audio signal properly sent to pin 4 and pin 11 of IC U605 NO Check the line between CN136 and IC U605 YES YES Refer to No sound output in all modes No sound from external input devices 4 Does not the sound of the audio signal input to VGA go out MAIN UNIT lt Is the audio signal properly sent to pin 2 VGA AudioLIN and pin NO Check the connection to CN102 and the external input device 3 VGA AudioRIN of CN102 YES Is the audio signal properly sent to pin 1 and pin 12 of IC U605 NO Check the line between CN102 and IC U605 YES Is the audio signal properly sent to 1948196 of IC 0401 NO Check the line between U605 and 0401 Refer to sound output all modes No sound from external input devices 5 Does not the sound of the audio signal input to HDMI1 2 go out Refer to Does not the picture of the signal input to HDMI1 2 go out Is picture of the signal input from HDMI1 2 displayed O YES Refer to No sound output in all modes 52 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK TEREMINAL UNIT Is audio signal output from IC 0603 sent to pin 3 YES Check the connection to SCART1 and external devices SCT1 OUT and pin 1 SCT1 AUR OUT of SCART CN151 Is audio signal output from 0401 is se
204. nent video inputs Supports 480i 480p 5761 576p 720p 10801 1080p Audio ADC 64 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK MT5366 support 7 pair L R input MT5365 support 1 pair L R input Audio digital input MT5366 support 5 bit 10 channel I2S audio input muxed with GPIO MT5365 support 2 bit 4 channel 12 audio input muxed with GPIO HDMI Receiver One channel HDMI1 4 v Maximum data rate can be up to 3 3 GHz vi Support 3D video format vil Audio Return channel EIA CEA 861B CEC Video bypass TV bypass CVBS Monitor any AV input TV audio demodulator Supports BTSC EIA J A2 NICAM PAL FM SECAM world wide formats Standard automatic detection Stereo demodulation SAP demodulation Mode selection Main SAP Stereo Audio DAC MT5366 support 4 pair audio DACs MT5365 support 2 pair audio DACs DRAM Controller 16 32 bit DDR2 DDR3 interface MT5365 only support 16 bit DRAM MT5365 Support DDR2 1026 MHz DDR3 1188MHz MT5366 Support DDR2 1026MHz DDR3 1242MHz Supports 512Mb or 1 Gb DDR2 DRAM device and 1Gb or 2Gb DDR3 device MT5365 has 16 bit data bus offers up to 256MB space one x16 DRAM device and MT5366 has 32 bit data bus offers up to 512MB space two x16 DRAM device Supports DDR2 800 DDR2 1066 DDR3 1333 DDR3 1600 device Audio DSP Supports Dolby Digital AC 3 decoding ATSC 1 layer decoding Support WMA HE AAC Dolby Prologic Audio output 5 1ch 2ch down mix 2ch bypa
205. nobs and control shafts escutcheon etc and measure the AC voltage drop across the resistor All checks must be repeated with the AC cord plug connection reversed If necessary a nonpolarized adaptor plug must be used only for the purpose of completing these checks Any reading of 1 05 V peak this corresponds to 0 7 mA peak AC or more is excessive and indicates a potential shock hazard which must be corrected before returning the monitor to the owner DVM AC SCALE 0 15 EXPOSED METAL PARTS CONNECT TO KNOWN EARTH GROUND SAFETY NOTICE Many electrical and mechanical parts in LCD color television have special safety related characteristics These characteristics are often not evident from visual inspection nor can protection afforded by them be necessarily increased by using replacement components rated for higher voltage wattage etc Replacement parts which have these special safety characteristics are identified in this manual electrical components having such features are identified and shaded areas in the Replacement Parts List and Schematic Diagrams For continued protection replacement parts must be identical to those used in the original circuit The use of a substitute replacement parts which do not have the same safety characteristics as the factory recommended replacement parts sho
206. nt to 2 1IN and YES Check the line between IC U401 and IC U603 6 2IN of IC 0603 Check 0401 and its peripheral circuits The audio signal is not output 2 The audio signal of UHF VHF MONITOR is not output from audio line output terminal TEREMINAL UNIT lt Is audio signal output from IC U601 sent to pin Check the connection to AV output and external devices 4 SCT2_AUL_OUT and pin 6 SCT2_AUR_OUT of YES SCART2 CN152 Is audio signal output from IC 0401 is sent to 2 1IN and YES Check the line between IC U401 and IC U601 6 2IN of IC U601 Check IC 0401 and its peripheral circuits The audio signal is not output 3 No audio signal output from SPDIF OUTPUT terminal TEREMINAL UNIT Is ASPDIF audio signal output from pin 206 of IC U401 to pin 2 YES Check the connection to SPDIF OUT and external devices of connector CN117 Check IC 0401 and its peripheral circuits 53 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK The audio signal is not output 4 1 No sound from HEADPHONE OUTPUT terminal Check the connection to CN602 and external headphone is plug in well MINI AV UNIT Is the signal input into 253 of IC 0401 from pin 6 of a headphone terminal CN602 YES Is the audio signal output from IC U602 to pin 2 HPOUTL and Check the line between IC U60
207. ntial output voltage to be compliant with the TMDS standard The TMDS251 provides two levels of receiver input equalization for different ranges of cable lengths Each TMDS receiver owns frequency responsive equalization circuits When EQ sets low the receiver supports the input connection in short range HDMI cables When EQ sets high the receiver supports the input connection in long range HDMI cables The TMDS251 supports power saving operation When a system is under standby mode and there is no digital audio visual content from a connected source the 3 3 V supply voltage VCC can be powered off to minimize power consumption from the TMDS inputs outputs and internal switching circuits The HPD DDC and source selection circuits are powered up by the 5 V supply voltage VDD to maintain the system hot plug detect response the DDC link from the selected source to the sink under system standby operation The device is characterized for operation from 0 to 70 69 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK FEATURES Compatible with HDMI 1 3a Supports 2 5 Gbps Signaling Rate for 480i p 720i p and 1080i p Resolutions up to 12 Bit Color Depth Integrated Switchable Receiver Termination Integrated Switchable Receiver Termination Accommodate to Different Input Cable Lengths Intra Pair Skew lt 40 ps Inter Pair Skew lt 65 ps HBM ESD Protection Exceeds 8 kV to TMDS Inputs 3 3 V Fixed Supply to TMDS
208. ocessing Independent Channel Volume Controls With 24 dB to Mute DC Blocking Filters General Features Serial Control Interface Operational Without MCLK Factory Trimmed Internal Oscillator for Automatic Rate Detection Surface Mount 48 Pin 7 mm x 7 mm HTQFP Package Thermal and Short Circuit Protection Benefits DirectPath Technology Eliminates Bulky DC Blocking Capacitors Stereo Headphone Stereo Line Drivers Adjust Gain via External Resistors Dedicated Active Headpone Mute Pin High Signal to Noise Ratio Two Band DRC Set Two Different Thresholds for Low and High Frequency Content Volume Control Soft Volume DESCRIPTION The TAS5717L is a 7 W efficient digital audio power amplifier for driving stereo bridge tied speakers One serial data input allows processing of up to two discrete audio channels and seamless integration to most digital audio processors and MPEG decoders The device accepts a wide range of input data and data rates The TAS5717L is a slave only device receiving all clocks from external sources The TAS5717L operates with a PWM carrier between a 384 kHz switching rate and a 352 KHz switching rate depending on the input sample rate Oversampling combined with a fourth order noise shaper provides a flat noise floor and excellent dynamic range from 20 Hz to 20 kHz 1 5 U601 WM8524GEDT R TSSOP 16 WOLFSON DESCRIPTION The WM8524 is a stereo DAC with integral charge pump and hardware control
209. ower Close to MT5365 C4203 C4163 C4185 C4179 C4166 C4196 10uF 16V 10uF 16V 100N 16V 100N 16V 100N 16V 100N 16V 100N 16V VCC3IO OSDA2 DEMOD TSDATAO DEMOD TSCLK DEMOD TSSYNC DEMOD TSVAL N gt c 5555 IU OS o eno OO OE Qi Qi Q Ri e i 5 0 a EO creoommmmaoama a 2 0CUWu gt gt gt O gt gt D555 lt gt lt 3 SILO O E LO CO 00 ef Quy a Wu 22 0 o ze FL D a E 0 _ 716 kob lt b lt P lt PX P lt lt IN K Sees F gt lt lt lt mE lt E m i LO R4174 9 x O ist c LO 2 w H A O C4192 MRF_AGC R4169 1 16W 5 47N16V RF AGC IF AGC AOLRCK AOSDATAO AOMCLK AOBCK AOSDATA1 ASPDIF VCCK VCCK AR1_ADAC DEMOD_RST AVDD33_LVDSA 4 QFP256 C4186 100N 16V 1 ES BOK T SO OO o co P lo O iu Ia i a RI S Elux ej dd lt 2 5
210. oz saN KSV o 065G1206226A5K T 9JR6500000429 CAP 1206 22uF K 10V X5R 0805 10UF 10 10V X6R wa CAP 0805 10UF 10 TOV XBR CAP CHIP 4 7UF 50V Y5V 20 80 CAP 0805 10UF 10 10V X5R EC SMD 220UF 20 16V ZV 6377 0805 22UF 20 6 3V XBR C783 065G040210332K 9JR6500000341 CAPOAO2 IONFSOVXR 1 ossctevezzensk sumesoooooszs GAP CHIPrane aur YER r 065G040210332K A 9JR6500000341 CAP 0402 10NF 50V X7R CAP CHIP 4 7UF 50V 22020 18079 EC SMD 1000 20 16V ZV 6 355 CAP 0603 1UF 10 16V X7R 0603 4 7UF 10 10V XR CAP 0603 1UF 10 16V X7R C756 06501206226 5 T 9 86500000429 206 22uF K 10v XBR C759 06561206226 T 986500000429 1206 224 10 0603 TUF 10 16V X7R i CAP 0805 10UF 10 16V P j CAP 0805 10UF 10 16V X5R CAP 0805 10UF 10 16V X5R _ 088G352F6BIAYG 988800000129 USB CONN A TYPE R A 6P BLACK H84 osea T sunasooooorss ROAJACKVTGPGBURTGHeBS M 088G 78F121XYG 9JR8800000132 RCA JACK WT WIR 172 H 8 6 0 RGA JAGK WIT 2P BLAGK 171 HeBB oo 04151 0936 6485266 989300000107 SWITCHING BASS16WS 250mA 100VSOD320 1 sassaosem SWITCHING BAS316WS 250mA 100V 500509 1 SWITCHING BAS316WS 250 100 SOD323 133 LC 19LE430E UK LC 22LE430E UK LC
211. r DV33 amp AV33 105 5V STB to 45V SW Normal High Stand_By Low x 100N 16V LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 33K 1 16W 5 AON4421 C703 1UF16V C708 10U 16V 15V STB TO 5 SW DV11 PWR to 24V or 16V for AUDIO Change to C1206 DV33 to DV15 DDR DV33 FB705 Q PWR_ON 220R 2000mA C725 10uF 10V C729 10uF 10V 24V DL 16V DS 16V 24V 5K1 1 16W 5 22UF 6 3V 0703 G1117T43Uf GND ADJ 24V or 16V R724 16V 24V NC ORO5 1 4W C728 x 4 7uF 50V 7K5 1 16W 5 ON OFF Q704 BC847C DV15_DDR O C730 R712 220UF 16V 120R 1 10W 1 R726 27R 1 10W 1 Vout 1 25x 1 27 120 1 53V 16V_24V 12V 45V STB STB PWR5V lt id VS W DV33 AV33 DVi5 DDR VGK GK GND DV33SB 16V_24V 12V 5V_STB STB PWR5V 8 5 5 7 14 9 45V SW 5 5 6 6 6 7 10 11 13 14 15 6 7 8 9 11 13 14 15 1 1 DV33 AV33 DV15 DDR VCCK 5 6 7 8 9 10 11 12 13 14 15 16 DV33SB 5 6 7 9 13 14 GPIO Contrl SPS _ __ 6 ent BRIGHT ADJ 14 INVERTER ON OFF 14 CM for oe OV 29 32 0 4421 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK 02 POWER 2 5V STB to DV33SB 5V_STB DV33SB U751 G903T63UF C760 100 ev 1UF16V 5V_STB TO DV33SB DV33 to AV12 DV12 FB708 220R 2000mA U704 C757 1UF16V G1117T43Uf
212. r good signal indicates the output is within 93 to 107 of its nominal voltage Frequency fold back and thermal shutdown protects the device during an over current condition The 554319 is supported in the SwitcherPro Software Tool at www ti com switcherpro For more SWIFTTMdocumentation see the website at www ti com swift Features Two 45 mO typical MOSFETs for High Efficiency at 3 A Loads 300kHz to 2MHz Switching Frequency 0 8 V 3 0 Voltage Reference Over Temperature 0 C to 85 C Synchronizes to External Clock Adjustable Slow Start Sequencing UV and OV Power Good Output 40 C to 150 C Operating Junction Temperature Range Thermally Enhanced 3mm x 3mm 16 pin QFN Applications Low Voltage High Density Power Systems Point of Load Regulation for Consumer Applications such as Set Top Boxes LCD Displays CPE Equipment 1 3 U1011 MT5135AE LQFP 128 GENERAL DESCRIPTION 66 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK MT5135AE is an integrated channel demodulator for European TV solutions It provides high performance DVB T and DVB C demodulation function with low overall costs The integrated SAW filter technology eliminates the need for on board SAW filters and VGAs resulting in a lower BOM cost and a more compact PCB design The integrated Cl controller and interface also reduce the complexity of TS routing The integrated DVB T and DVB C demodulators fully comply with the
213. ss Pink noise and white noise generator Equalizer Bass management 3D surround processing with virtual surround Audio and video lip synchronization Supports bass treble Automatic volume control MT5366 supports 5 bit 10 channel main audio 12 output interface MT5365 support 2 bit 4 channel main audio 125 output interface each of these channels is up to 24 bit resolution SIPDIF interface Support SPDIF in bypass One SPDIF out Analog TV IF Demodulator Supports world wide analog TV standard Accept Low IF frequency Full digital AGC control and carrier recovery Embedded SAW filter and IF Amplifier Cost effective TV front end structure and no more costs on viii External analog SAW filters Video Audio 65 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK ix External analog IF demodulator x Extra peripheral circuit on CVBS signal data path xi External SAW filter and IF VGA on tuner Peripherals MT5366 support three built in UARTs with Tx and Rx FIFO MT5365 support two UART one is muxed with GPIO MT5366 support MII RMII interface built in Ethernet MAC MT5365 support RMII only Seven basic serial interfaces one is for the tuner one is the master for general purpose and one is the slave for VGA the other four extra slave serial interfaces used for HDMI EDID data three are muxed with GPIO MT5366 support three PWMs MT5365 support two PWMs one is muxed with GPIO IR receiver Real time clock and watchdog con
214. ss to turn the LCD TV on or enter standby mode amp INPUT SOURCE Select an input source 0 9 DIGIT BUTTONS To select a TV channel directly EPG Press this button to display electronic programme guide when watching digital channels PRE PR To display the previous selected TV channel DTV ATV Press this button to switch between ATV and DTV channels PR LIST Press to display a list of channels Then press Red button to select the digital or analogue channel list Only available when your input source is TV ECO Press this button to set the picture with less brightness for saving energy Display programme information if available lt Press to adjust the volume Press to toggle audio on and off You can also press 1 to restore the previous volume level E Picture format Select picture format to Auto Normal Zoom 1 Zoom 2 Wide P A V Press to select the channel DUAL Select MONO STEREO DUAL 1 DUAL 2 for ATV channel Select Audio language for DTV channel AUDIO ADJ Press to set the LCD TV to a predefined sound setting Personal Music Speech n gt 1 2 3 4 5 6 7 8 9 EPG PRE PR ANN det 2 a P F v VIDEO DUAL ADU SLEEP fone D MENU EXIT TELETEXT SHARP LCDTV GJ220 lt lt u VIDEO ADJ Press to set the LCD TV to a predefined picture setting Personal Standard Vivid Movie
215. t 06760402000 JI 9JR6T00000883 RSTO402005RMAXTAGW i 182 061604020077 908610000833 RSTO402005RMAXTIGW gt i AST 0402 240R 1 1 16W 1 RST 0402 1008 1 1 16W a 4 061G0402000 JI 9JR6100000833 RST 0402 0 05R MAX 1 16W TEST ONLY RST 0402 1008 5 1 16W TEST ONLY RST 0402 758 5 1 16W 1189 06160402000J 9JH610000088 RSTO40200SRMAXVIEW i 81190 06160402000J 9JR6100000883 RSTO402005RMAXVIEW i TEST ONLY RST 0402 47K 5 1 16W m TEST ONLY RST 0402 47K 5 1 16W K TEST ONLY RST 0402 47K 5 1 16W TA NES TEST ONLY RST 0402 47K 5 1 16W TA EE TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST 0402 47K 5 1 16W TA 5 1 TEST ONLY RST 0402 47K 5 1 16W TA TEST ONLY RST CHIP 4 7K 5 1 16W RST 0603 1008 5 1 10 TA KU TEST ONLY RST CHIP 4 7K 5 1 16W Lae TEST ONLY RST 0402 10K 5 1 16W TA 1209 06760402000 JI 908610000833 RSTO402005RMAXTIGW Ho 1210 06760402000 JI 908610000833 RSTO402005RMAXTIGW i TEST ONLY RST 0402 47K 5 1 16W LE TEST ONLY RST 0402 47K 5 1 16W TA E TEST ONLY RST 0402 47K 5 1 16W i TEST ONLY RST 0402 47K 5 1 16W TEST ONLY RST
216. to enter factory Menu by remote control Then select 2 Main MCU Ver to check upgrade firmware Version Figure3 6 a way yasa E 28 Loader Ver _ _ 0 an 4 U 1 EIS name SHARP D 3 9 Implement Exit Icon to exit factory Menu After exit factory mode pls power off then turn off the AC power congratulation upgrade step is finish 45 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK CHAPTER 4 TROUBLESHOOTING TABLE 1 POWER BOARD TROUBLESHOOTING TABLE 19 TROUBLESHOOTING TABLE Power unit operation check Are the power cord and harness in the unit properly connected NO Connect the power cord and harness properly and turn on the power LINE FILTER UNIT YES Is F9901 F9902 normal LINE FILTER UNIT Isn t TH9901 19902 FB9902 and FB9903 out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT BD9901 etc out of order Moreover whether the short circuit with the circumference circuit is checked POWER UNIT YES Does the 1 9101 circuit operate normally 09103 1 9102 1 9101 09103 and etc And the circuit around Is 18V applied to pin 6 of IC9101 output Set the main power SW to ON the protection circuit etc is checked YES Is a voltage of 5 2V applied to pin 4 5 of connector CN9102 Does the switching circuit op
217. tput into pin 19 of CN151 SCART YES Check the setting of an external input device that connects of 4 CN151 Is 0401 170 CVBS signal output into pin 19 of CN151 YES Check the line between CN151 and 0401 SCART Refer to picture doesn t appear in all modes lt During external connection gt No picture on the monitor 2 AVOUT No picture from SCART appears on AV OUT connected monitor Checklist 1 1 the Signal Type item in MENU Option Input Select equal to Signal Type of an external device 2 The picture is sent to the monitor in a CVBS signal if the source during display is TV CVBS or Y C of SCART AV When sent by component etc that signal is not sent to the monitor 3 When the monitor picture is not sent and is not displayed on the monitor refer to picture for each terminal 4 The video output from SCART is not the monitor output output of the picture now watching The picture of the last selected TV channel is always sent to SCART Specification TERMINAL UNIT Is CVBS signal output into pin 19 of CN152 AV OUT YES Check the setting of an external input device that connects of CN152 NO Is CVBS signal output from pin 170 of IC U401 into pin 2 of YES Check the line between CN152 and IC 0401 CN152 AV OUT INO Refer to The picture doesn t appear in all modes 61 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 3
218. troller Built in 2 link USB2 0 1 1 USB supports external hub Built in uP for standby mode Support SDIO interface pin muxed with smart card Supports two serial flash or one serial and one NAND flash MT5366 supports six input low speed ADC MT5365 support five input low speed ADC Supports boundary scan JTAG IC Outline MT5366 is 21x21mm PBGA Package MT5365 is 256 pin LQFP package with EPAD 3 3V 1 12V 1 2V and 1 8V for DDR2 or 1 5V for DDR3 1 2 U701 U702 TPS54319RTER QFN 16 Description The TPS54319 device is a full featured 6 V 3 A synchronous step down current mode converter with two integrated MOSFETSs The TPS54319 enables small designs by integrating the MOSFETs implementing current mode control to reduce external component count reducing inductor size by enabling up to 2 MHz switching frequency and minimizing the IC footprint with a small 3mm x 3mm thermally enhanced QFN package The TPS54319 provides accurate regulation for a variety of loads with an accurate 3 0 Voltage Reference VREF over temperature Efficiency is maximized through the integrated 45mO MOSFETs 360mA typical supply current Using the enable pin shutdown supply current is reduced to 2 pA by entering a shutdown mode Under voltage lockout is internally set at 2 6 V but can be increased by programming the threshold with a resistor network on the enable pin The output voltage startup ramp is controlled by the slow start pin An open drain powe
219. ullups logic 1 input pulldowns logic 0 input 2 5 0601 WM8524GEDT R TSSOP 16 WOLFSON 2 5 1 Block Diagram AIFMODE mnwulolfson CONTROL INTERFACE WM8524 OLINEVOUTL DIGITAL AUDIO INTERFACE DIGITAL FILTERS OLINEVOUTR CHARGE PUMP 5 OO nac lt m 2 5 5 lt gt 4 O O m gt zz O d d 2 5 2 Pin Connections and short description LINEVOUTL LINEVOUTR CPVOUTN AVDD CPCB VMID LINEGND AGND CPCA AIFMODE LINEVDD MUTE DACDAT MCLK LRCLK BCLK 84 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Pin Description Po wee 0 2 we p T Cm Cmm 7 Digital audio interface data input DACDAT LRCLK Digital audio interface left right clock Digital audio interface bit clock Master clock Sg 0 Mute enabled 1 Mute disabled 0 24 bit Left Justified 1 24 bit FS Z 24 bit Right Justified AGND Analogue ground VMID Analogue midrail decoupling pin Analogue supply LINEVOUTR Right line output Note Tri level pins which require the Z state to be selected should be left floating open ur m Digital In 12 AIFMODE Tri level 13 gt lt O O 85 LC 19LE430E UK LC 22LE430E UK LC 26L E430E UK LC 32LE430E UK 2 6 U501 TMDS251PAGR TQFP64 2 6 1 Block Diagram ontro HPD2 Logic SCL1 SDA 2 pag SDA2 HPD DDC Power Supply
220. unesonnooss CHIP 0408 r 0805 10UF 10 16V 159 0656040210412 A 92865000003917 CAPCHIP04021001FK16VX7R i _ 0650040010012 evRssonoonse1 _ CAP OHIPo 02 e 065G0603475A5K Y 9JR6500000496 CAP 0603 4 7UF 1096 10V 5 04162 0e56040210412k A eumesoooone GAP CHIP 0402 K Tvn 0805 10UF 10 16V 1 C465 0656040210412 A 928650000031 CAPCHIP04021001FK16V 7A Mo _ C466 0656040210412 A 9286500000397 CAPCHIP04021001FK16VX7R i _ 0603 1UF 10 16V X7R C466 065G040210412K A 9286500000301 CHIP 0402 1001FK16VX7A i EC SMD 330UF 20 6 3V 5 37 7 Lu 170 065G040210412K A 928660000051 CAP CHIP 0402 1 i _ C47 065G040210412K A 9286500000391 CAP CHIP 0402 0805 10UF 10 16V 145 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK C4193 065G040210412K 9JR6500000391 CAP CHIP 0402 100nF K 16V X7R 04194 0656040210412k A eumesoooonse GAP 0402 K Tev i 065G040210412K A 9286500000391 CAPCHIP04021001FK16VX7R i _ C496 065G040210412K A 928600000591 CAPCHIP04021001FK16VX7R C499 0656040210412 A 9JR6500000391 CHIP04021001FK16VX7R i _ 0603 4 7UE 10 10V 065G040210412K 9JR650
221. wn in this service manual may create shock fire or other hazards IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII I IDIIWIIIIAIZIIIIIIIAIIzII IIIAIIII ZIIIIAIIIIIIIIIIIIIIIIIZIIIAIIAIAIIWIAIAIIAIAIAIIIIIIIIIAIIIIIIIIIIIIIIO OIIIIIIIIAIIIIIIIIAIIIIIIIIIIIAAIAI IIAIAIIIIIIWIII L C 19LEASOE UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Precautions for using lead free solder Using lead free wire solder When fixing the PWB soldered with the lead free solder apply lead free wire solder Repairing with conventional lead wire solder may cause damage or accident due to cracks As the melting point of lead free solder Sn Ag Cu is higher than the lead wire solder by 40 C we recommend you to use a dedicated soldering bit if you are not familiar with how to obtain lead free wire solder or soldering bit contact our service station or service branch in your area Soldering As the melting point of lead free solder Sn Ag Cu is about 220 C which is higher than the conventional lead solder by 40 C and as it has poor solder wettability you may be apt to keep the soldering bit in contact with the PWB for extended period of time However Since the land may be peeled off or the maximum heat resistance temperature of parts may be exceeded remove the bit from the PWB as soon as you confirm the steady soldering condition Lead free solder contains more tin and the end of the soldering bit may be easily corroded Make sure to turn on and o
222. zontal vertical line primitive drawings Rectangle fill and gradient fill functions Bitblt with transparent options Alpha blending and optional pre multiplied alpha composition Bitblt Stretch Bitblt YCbCr to RGB color space conversion Support index to direct mode bitblt Image Resizer Supports 16bpp 32bpp direct color format Supports 420 422 video format Supports 420 422 444 JPEG format Arbitrary ratio vertical horizontal scaling of video from 1 128X to 128X Simple DMA OSD Plane Three linking list OSDs with multiple color mode and two of them has up scaler Video Plane Supports video freeze and over scan Flesh tone management Gamma correction Color Transient Improvement 2D Peaking Saturation hue adjustment Brightness and contrast adjustment Black and White level extender Adaptive Luma management Automatic detect video film and mixed mode source 3 2 2 2 pull down source detection Supports FHD motion adaptive de interlace 32bit dram interface 63 LC 19LE430E UK LC 22LE430E UK LC 26LE430E UK LC 32LE430E UK Supports excellent low angle image processing Brilliant boundary shaping for moving object Advanced non linear panorama scaling Programmable zoom viewer Progressive scan output Supports alpha blending for OSD on video plane Dithering processing for flat panel display Frame rate conversion Supports FHD panel and VGA dot to dot Supports PIP POP dual de interlace one HD and one

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