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TPN1.1HA LA, 3122 785 19020, 100813

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1. 19020 504 100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts 10 EN 42 SSB D sub input D SUB INPUT CN1101 A2 CN1102 01 C1101 03 C1102 A7 D SUB 15P C1103 A7 C1104 B7 C1107 B5 C1108 B5 C1109 B5 C1110 B7 C1112 B3 C1113 D4 C1114 C1116 G8 D1101 F3 D1103 F8 FB1102 34 D1104 F10 D1105 F7 B 1 c S0R 700mA 81102 1000HM1 16W gt PC B IN FB1101 D3 FB1102 A3 FB1103 A3 FB1104 B3 2 308 700 81103 1000HM1 16W C G IN FB1105 B3 FB1106 D3 FB1104 72633 4 YPbPr O Q1101 H2 Q1102 G2 1 2 80R 700mA 81110 1000HM1 16W C1110 gt gt PC_R_IN R1102 R1103 MOONEN R1104 B6 R1107 B4 R1104 1000HM1 16W C1104 H1108 B4 R1109 B4 1105 120R 3000mA VGASV L 507 gt gt PC_SOG 81110 B6 81112 C3 1107 HOS R1113 C3 R1114 D9 OpF 50V 50 R1115 D4 R1116 D9 R1117 05 R1118 D9 R1119 E9 R1120 D4 R1121 D4 R1122 D7 R1123 F4 R1124 F1 R1125 F1 R1126 F2 201110 1 3 54 R1127 F4 81128 G3 R1129 H3 R1130 C3 R1131 R1133 G2 0 05 1 16 01101 2201101 201102 F6 701103 6 8 2K 1 16W 201104 G6 ZD1105 G6 ZD1106 G6 201107 G6 PA CHB 201108 02 ZD1109 D2 1103 3 G 1 201101 ol HSZ Pol MOL L HSZ MOL L YSZ 9ASO v8XZa 0RO5OHM1 16W NC amp TXD1 13 14 Mini jack Aud
2. Description FRONT CABINET REAR COVER STAND ASSY SS 3 d REMOTE CONTROL KEY COVER BATHROOM MODULE COVER FOR ELECTRICAL PARTS ASSEMBLIES SEE WIRING DIAGRAM CHAPTER 9 100810 19020 801 100809 e 2010 Aug 13 EN PEN 72 TPN1 1HA LA Styling Sheets Styling Sheet 42 Pro Plus 42 Description FRONT CABINET REAR COVER STAND ASSY BATHROOM MODULE COVER FOR ELECTRICAL PARTS ASSEMBLIES SEE WIRING DIAGRAM CHAPTER 9 REMOTE CONTROL KEY COVER E ps 100810 19020 802 100804 e 2010 Aug 13
3. YPbPr2 AU INR YPbPr2 AU INL S0A3001 0901HOdA S0 9400L 090 1HOdA CN1301A FB1907 1 2 2 ey 1000HM1 16W 100 16V SSCART4 11 1301 1 2 SOR 700mA 1000HM1 16W 100N 16 SSCART1 G IC 11 gt B IC 11 1000HM1 16W R1328 TON 50V SOY1 11 s 1324 R1329 1325 R1330 K 1 2 SOR 700mA 1000HM1 16W 100N 16V ON AOS dor E 8 Pol us ON AOS dor MOL L HSL YPbPr2 AU INR YPbPr2 AU INL CN1301B 8 1 2 FB1303 SOF 700mA f 20K 1 16W N 281305 R1313 ZOR 1716W AERA 1308 1313 1307 21312 50 P 50V R1318 R1317 10K1 16W 10K1 16W 2010 04 02 715G3891 19020 508 100802 eps 100809 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN 45 SSB Scart 2 B04 SCART 2 CN1305 B3 C1309 D4 C1314 D5 C1329 D6 C1330 D6 C1332 A4 C1333 E3 C1334 A3 C1335 G4 C1336 G5 C1349 F10 C1350 C5 C1351 B4 C1352 F3 C1353 G2 C1354 L1810__1 BuH NC C1356 B5 C1357 F7 R1376 1000HM1 16W C1354 16V SCART2_CVBS_Y_IC 11 C1359 F2 C1360 C4 01313 F7 01314 F8 01315 F
4. NE HBD901 d 2010 Aug 13 O 3 2 Circuit Diagrams and PWB Layouts Power Board 37 42 to 56901 56903 28922 BEAD 3 T5AH 250V GS41 201MA A 10mH 3 0A 56902 A C901 001uF 250V C902 001uF 250V 7 2 GS41 201MA 10mH 3 04 6541 201 50904 FB965 BEAD 1MOHM 5 1 2W SCKO55 TH902 GS41 201MA screw plate screw plate screw plate 2 5 4 5 gt lt R977 2M2 1 4W R975 2M2 1 4W R974 330N25V C916 2M2 1 4W q STANDBY HEADER 13 CN903 HEADER 14 HEADER 14 2u2F 16V 27K1 8W 33K 1 8W 1 1 FB923 BE
5. 1 _ 1 AZ RX_A2 R5129 AK7 1 16W 5 HDMI DET B lis 4 7 1 16 DDC_DAT_INB RX BC _ 21 RX_BO _ N 5159 A 1 16W 5 4K7 1 16W 5 NC OROSOHM1 16W NC R5120 0RO5OHM1 16W R5121 hi AKT 1 16W 5 NC D242 HPD1 OC_S3 GND_PAD 3V3_HD_SW R5127 4 7K1 16W R5126 1K1 16W XHDMLPLUG 11 R5128 4 7K1 16W R5133 1500HM 1 16W 5 NC TXCLK1 XC B 1TX0 Yaa R5135 1500HM 1 16W 5 NC B_1TX0 DDC DAT INC DDC CLK INC RX CC INC X CC RX CC RX CO DDC DAT INC X CO RX_CO RX_CO 1 _ 1 X Civ _ 1 C2 2 RX 2 X 2 ON S MOL L LAY 85144 OROSOHM1 16W NC lt R5137 1500HM 1 16W 5 NC 9 17 1 NR XB R5101 1500HM 1 16W 5 NC 53 52 51 5104 5143 INT 8476 4 gt gt HDMLSDA 11 gt gt HDMLSCL 1 2010 Aug 13 CN5101 A1 CN5102 D1 C5101 A7 C5102 C5103 C5104 C5105
6. 127 DI uM 250kQ R24 R2 R1 2 Receiver RA with EQ gt 250 5 R2 E Receiver RA with gt 5 R27 R2 5 Receiver with EQ 250 823 R2 R1 Receiver RI with q LT Von 25005 823 255 ped MI Receiver with EQ R1 Lg 250ka 5 R24 R2 wy R1 5 N Receiver with EQ Receiver with EQ Control Logic HPD_SINK SCL_SINK SDA_SINK 19020_304_100730 eps 100809 Figure 8 8 Internal block diagram 2010 Aug 13 EN 32 EM LA IC Data Sheets Pinning information N 19020_305_100730 eps 100809 Figure 8 9 Pin configuration 2010 Aug 13 9 Block Diagrams Wiring Diagram 32 WIRING DIAGRAM 32 Pro Plus Board Level Repair Component Level Repair Only For Authorized Workshop Block Diagrams TPN1 1HA LA ES LEN LCD PANEL RIGHT SPEAKER 2010 Aug 13 LCD DISPLAY 1050 CN902 1 INVERTER ON OFF 2 3 BRIGHT_ADJ 4 412V 5 412V 6 GND 7 GND 8 GND 9 424V 10 24V 11 STANDBY 12 45VSB 12 13 INVERTER ON OFF 13 5VSB 14 BRIGHT ADJ CN7101 18 PWR OK 12 5V_STBY 11 5V_STBY 10 SYSTEM_PWR 9 24
7. N Lv 9v Sv vy 5 07 N C TI PLL Coro OUT amp DGND N C DVDD DEF N C N C SDATA OMAN OA A ON N 18860 304 100510 100809 Figure 8 6 Internal block diagram and pin configuration 2010 Aug 13 8 TPN1 1HA LA IC Data Sheets 8 5 Diagram B06 SSB CVBS audio out DRV603PWR 870mW TSSOP 14 IC 01501 Block diagram Click amp Pop Short Circuit Suppression Protection Pinning information INR INR OUTR SGND EN External Under Voltage Detector Charge Pump 19020_303_100730 eps 100809 Figure 8 7 Internal block diagram and pin configuration 2010 Aug 13 IC Data Sheets TPN1 1HA LA EM 8 6 Diagram B08 SSB HDMI input PISHDMI301ZLEX QFN 64 05101 Block diagram 509092 bo 2 l POS m tzu 03
8. 000 CVBS R L rear CVBS RIL Side D D Circuit Descriptions TPN1 1HA LA EN 21 7 1 SPI Flash 24032 24 02 24C02 DDR2 32Mb NVM DSUB HDMI 512Mb Introduction The TPN1 1HA LA chassis is using the NT72634 for main processing TPN1 1HA Architecture Overview An overview of the TPN1 1HA LA architecture can be found in Figure 7 1 HD panel HD 8 bit LVDS Out Audio amp H Phone amp Fee Compare e BUH L1 4 pin connection to Bathroom speaker board Bathroom speaker 000 1w mono audio amp 19020_210_100729 ep 100811 Figure 7 1 Architecture of TPN1 1HA LA 2010 Aug 13 GA Circuit Descriptions 7 1 2 SSB Cell Layout C Brees 3 AERO BERS 220 13 t zi 61015001 021424 13 1 DIGITAL 4 19020 211 100730 100809 Figure 7 2 SSB layout cells top view 2010 Aug 13 7 2 7 2 1 Circuit Descriptions TPN1 1HA LA LEN Power Architecture Refer to figure Figure 7 3 for the power architecture of this platform DC DC power conversion G903T63UF 3v VDD1v2 5 U7203 U7204 NVT72633 U4101 14835 07106 SYSTEM_PWR_EN Audio OP U1401 U1501 U6202 PANEL_ON FOR PANEL POWER 5V 19020_212_100730 eps 100809 Figure 7 3 Power Architecture Power Supply Unit All power supplies are a black box fo
9. 1 18mH R911 R910 R909 680R_1 1MOHM 5 1 2W 100PF 1KV R984 C7 R985 C9 R986 C10 R987 C10 vw R988 C7 R989 G1 R990 C9 R991 C9 629 Wy 5820 R992 C9 R993 09 0984 R994 H6 R995 C9 R996 B8 R997 68 R998 B7 R999 C7 6901 C1 56902 2 7 36903 1 56904 2 36905 T901 B8 75R W6RH3 5X10X1 0 T902 E7 ZD930 C6 ZD931 D5 ZD935 G5 ZD937 G4 ZD965 C10 ZD966 C10 ZD967 H2 ZD980 B7 ZD981 C7 1 INVERTER ON OFF BRIGHT ADJ R975 R979 4K7 INVERTER ON OFF To scaler PRA cemoe 1991 HEADER 14 5901 8903 902 5904 TCET1103G metal plate metal plate metal plate metal plate HEADER 13 STANDBY IN Ra R998 C994 10N50V 10K 2009 10 22 Adapter 71564361 19020_500_100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA ES GEJ Layout Power Board 32 Top Side
10. 19020_510_100802 eps 100809 2010 Aug 13 SSB CVBS audio out B06 CVBS AUDIO OUT Circuit Diagrams and PWB Layouts TPN1 1HA LA E EE Monitor_CVBS_OUT 3V3_ESD PreAmp output for SCART2 and AV Out 2nF 50V 10R 1 16W 5 NC FB1505 OON 16V R1510 22 1 16 BC847C R1504 4700HM1 16W R1509 R1507 100HM1 16W Q1503 2N3906S RTK PS NC 10R 1 16W 5 C1526 R1506 1 R1508 22K1 16W 00 16V NC 91504 BC847C NC R1516 108 1 16W 5 NC R1542 75R 1 16W 1 NC Buffer 10 6 R1527 10K1 16W 470P 50V R1539 100 OHM 1 10W R1505 1200HM1 16W Bap OKI J6W 81529 47 1 16 1520 1UF16V R1530 33K 1 16W 1UF16V 1UF16V R1531 R1540 R1 C1525 UF16V R1528 10K1 16W 470P 50V 81526 gt gt BathRoom_ROUT 17 gt gt BathRoom_LOUT 17 L R audio signal input for Bathroom Mono out 33K 1 16W R1503 2 2K1 16W OROSOHM1 16W NC 33K 1 16W U1501 DRV603PWR 532 10K1 16W 01524 47K1 16W C1517 Ba sovenc 47 1 16 17 SOUND_EN gt C1523 33K 1 16W PVSS PVDD 8 CN CP 7 1 470uF 10V 3V3_ON R1522 R1502 100K1 16W Wn 2 FB1504 30R 700m 56R 1 16W 196 C1527 22P 50V ORO5 1 10W 1511 C1510 1UF16V 50V gt gt SCART2_ROUT 5 gt gt SCART2_LOUT 5 FB1502 1 2 AUD ROUT C1515 1UF16V R1524 10K1 16W NC 30R 700MA FB1503
11. Note The given Model Numbers are subject to change 2010 Aug 13 Technical Specifications and Connections TPN1 1HA LA 23 Connections D L AUDIO R mn Tr SERIAL SPDIF OUT EXPRESS pc PCIN 92000 IR LINK BATHROOM SPEAKER 80 969 4 9 19020 001 100727 eps 100810 Figure 2 1 Connection overview Note The following connector colour abbreviations are used 3 USB2 0 acc to DIN IEC 757 Bk Black Bu Blue Gn Green Gy Grey Rd Red Wh White Ye Yellow m 10000 022 090121 eps 2 3 1 Side Connections 090121 1 Mini Jack EXT speaker 8 2 2 W Output Figure 2 2 USB type A 1 Control Signal OUT 2 Control Signal OUT 1 5V 3 Control Signal 2 Data eo 3 Data 4 XO 2 Mini Jack EXT speaker volume contro Input 4 Ground Gnd 1 Control Signal IN 9 2 Control Signal IN 9o 4 Head phone Output Bk Head phone 80 600 Q 10 mw 9 5 Cinch Audio In Ye Video CVBS 1 75 0 Rd Audio 0 5 10 DO Wh Audio L 0 5 Vnus 10 DO 2010 Aug 13 EN4 TPN1 1HALA Technical Specifications and Connections 6 HD
12. 10910 TCET1103G 470R 1 4W 4708 1 4W STANDBY _ C970 100 507 6 8 1 8 P6KE160A 20911 Lop 0980 uroo 10NF 50V 2 SBF1040CT D927 C940 100V D908 RGP10D R921 4M7 1 6W e 4 C969 S3uF 50V S EN UV TNY277 100NF 50V R917 12K 1 6W 4 5991 47 gavigs D939 20 10 T904 A R922 1 6W 5 470R R949 3K3 1 8W 10K 1 8W R919 10913 431 2 1 6W 0924 2 100N 50V 10K 1 8W 1 47uF 25V 0918 BC847C R920 10K 1 6W_NC 10NF 50V NC 2010 Aug 13 BD901 A4 CN901 A1 CN902 D1 CN903 E1 CN905 E2 CN906 B4 C900 B8 C901 B3 C902 B3 C903 B8 C907 B6 C908 B2 C909 B3 C910 C7 C912 D3 C913 C3 C915 D3 C916 D3 C918 D4 C920 C4 C922 B10 C923 D6 C924 G9 C925 E4 C926 B6 C927 E5 C928 E5 C929 C6 C930 C7 C931 C932 E5 C933 E6 C934 F10 C935 B5 C936 C9 C937 E8 C939 G6 C940 F8 C941 G7 C942 H9 C945 F6 C951 C9 C952 C9 C955 F9 C956 C9 C959 C966 D5 C967 C11 C968 E5 C969 G7 C970 F4 D901 B8 D902 C8 D903 B6 D908 F7 D924 F6 D927 F8 D928 C8 0930 D4 D931 D932 E6 D933 E7 D936 C6 D937 D6 D938 C5 D940 C5 FB903 B5 FB904 B6 FB919 F8 FB920 C6 FB921 B6 FB922 A4 FB923 B4 FB964 C4 F901 B1 HBD901 A4 HD901 B8 HD902 D8 HD903
13. DDC CLK INB DDC CLK DDC DAT INB DDC DATA GND 85155 A100R 1 16W 5 ENAA 116W 5 HD5V_B 45V 1 2 T 2 1 CLK ZD5108 VPORTO603100KV05 2 bf 1 DDC DAT INB ZD5104 VPORTO603100KV05 1 VPORTO603100KV05 tones 205105 2 120R 600mA 205102 R5108 1K1 16W 3 3V_STBY Q5102 5117 JOON 16V R5112 27K 1 16W HDMI SIDE lt 10pF R5113 RX_A2 D2 TH3 D2 Shield RX_A2 D2 1 01 D1 Shield 1 0 DO Shield 00 0 CK CK Shield RX_AC lemote CE Remote NC Remote 10 85122 A A100R 1 16W 5 2N7002 m id VPORTO603100KV05 OROSOHM1 16W NC DDC_HDMI_WP _ 65115 _ 65113 Bap sovn m 2P 50V NI R5111 22K 1 1 11 R5117 7 1 16 lt R5118 7K116W SDA VSS M24C02 WDW6P 6W 5 DDC INA DDC CLK R51 23 AA 1 16W 5 DDC DAT INA DDC DATA GND 45V HP DET 2 1 DDC CLK INA zs VPORTO603100KV05 2 1 DDC DAT INA T zip VPORTO603100KV05 2 bd 1 HPD INA 20510 VPORTO0603100KV05 M9 UT 50 1 cvv HPD FB5101 120R 600mA R5124 1K1 16W ZD5106 R5132 OHDSV 00 16V 8 5 8 O
14. 18860 204 100507 eps 100806 Figure 6 1 SMPTE133 pattern Process 1 Press the following key sequence on the remote control transmitter MENU 1 9 9 9 see Figure 6 2 2 Press W to move cursor to Auto Color Press Go to do ADC Gain and ADC Offset Exit Po Current Source Auto Color Go ADC Offset B xxx ADC Gain Rxxx B xxx Color Temp Normal Scaler Offset 128 G 128 128 Scaler Gain B xxx Exit Note xxx is digit number 19020 209 100729 eps 100729 Figure 6 2 OSD in factory mode For VGA R G B source Requirement 1 Use Chroma 2226 or equivalent equipments 2 Set Timing mode at 1360 x 768 at 60 Hz 3 Apply SMPTE 133 pattern see Figure 6 1 step 1 Black 0 gray level step 2 White 100 gray level Process 1 Enter factory mode then refer to Figure 6 2 White Balance Adjustment General set up Equipment requirements QuantumData 802BT and CS 200 1000 Input requirements Flat 10096 gray level Full White Pattern Input signal timing 720p 50 Input Injection Point YPbPr input EXT 2 Warm up time 60 120 mins 25 C Note The test pattern must always keep same as well as pattern generation and timing to avoid Dynamic Contrast and Dynamic Backlight activited at unknown condition These parameters are located at Dig CrystalClear of OSD Alignment Request in the centre of the
15. HM1 16W C41 5 144 ebun 49 cam EL ia mm Re rou pa e Hak 72639 1250 SPI 04175 H5 C4176 C1 PWWI 18 i T er ten BBC Sck fm HoMLSDA 22 18 72688280 AGPIOTT C4177 01 C4178 01 araras 20 KAD Fin 18 72639 1280_DAT 2 imos 50V NC 2 50V NC Spo 18 HOM RX 147 HDMI PLUG 9 Homi sot 4 HDMIDDG_SCL T FI Dio C4179 01 C4180 H2 cates 005 8 a 3 YE umm c 2 SPLDO oie 3 UTER C4181 E1 C4182 E1 BE SPARC START AGPIOTAQe cue Fg C4183 D1 C4184 D1 neum HE mones o DD HDMI USB 2 0 woe He E A ATOR SVDD HDMI PUT m KEY C4185 F1 C4186 F1 2208M 1 556 AG 4 5 Rean 9 poc we oo AUDIO I O 1 C4141 4142 SCART CVBS Y SCARTI RIC TOON TEV TON TEV 3 3 VDD_12 125 325 04150 86 ADCi MIU CHAZ 79 KAN TAL OUT WA nrc ns mae VDD_TVDAG Lan 85 E 30 73
16. GEJ SPI Flash 24C32 24C02 24002 DDR2 32Mb NVM DSUB HDMI 512Mb HD panel TV_SIF HD 8 bit TV_CVBS Ed 2 LVDS HDMI1 ps Block Diagram SIDE E AUDIO R L R G B H V Y Pb Pr R L H Phone amp e Keypad Rx Tx e Compare e BUH L1 e IR LED 4 pin connection to Bathroom speaker board IR LINK 1w mono Bathroom audio amp speaker CVBS R L rear 000 000 000 CVBS RIL Side 19020_400_100730 eps 100811 2010 Aug 13 Circuit Diagrams and PWB Layouts 10 LEN 10 Circuit Diagrams and PWB Layouts Power Board 32 80901 A1 CN901 E1 CN902 G8 CN903 F10 C901 D2 C902 C2 C903 C1 C904 C2 C905 A2 C906 F1 C907 A5 C908 F1 STTHSLOGFP C909 B4 C910 B3 D902 C911 B3 C912 C4 C913 C3 C914 C915 C4 C916 B3 BEAD C931 06 C932 C933 C934 Heatsink TVR10471 C810 C935 F4 C936 E5 n sasa C937 C938 F4 C939 E5 C940 F5 X ers C941 F6 C942 G2 D C943 944 9 C945 E9 C946 C947 E9 C948 G3 HD935 VCC PFC eas C949 G3 C951 A7 eatsink Bogo C952 F5 C953 A6 C984 C954 E6 C956 FB RUN H C957 G9 C958 G8 C959 A8 C960 B5 C980 B7 C981 C7 C982 C7 C983 C7 47K Pone C984 B9 C985 B9 C986 B10 C987 H6 C989 C9 D902 A5 D903 B4 D914 F9 Heatsink 0935 89 D951 05 ton aw 0981 D952 5 0955 08 4 0956
17. 3V3_ON VUSB5V USB_ 5V 3V3_ON USB_ 5V R1702 8V ORANG R1712 4 7K1 16W NC FB1701 4 7K1 16W NC 10K1 16W 120R 3000mA 11 USB PWR EN USB PWR EN H170 ORO5OHM1 16W STMPS2171STR 1703 USB PWR OCP 11 R1713 OON 16V NC OON 16V 20K 1 16W 81711 0RO5OHM1 16W NC un MUTE USB VBUS 6 11 1710 R1706 OON 16V 20K 1 16W R1705 10K1 16W USB_ 5V 120R 3000mA 1704 3 gt USB2_DM R170 OROSOHM1 16W 3 CN1701 C1706 1709 2 4 CONN 47UF25V 16V 1701 90R 400mA NC FB1705 UsB_DP USB2 DP 81708 0RO5OHM1 16W S MSI VUI000 H0zL RClamp0520B TCT 2010 04 02 715G3891 19020_520_100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA ES SSB Scart audio SPdif out SCART AUDIO SPDIF OUT CN6101 F9 CN6102 C9 CN7103 C8 C6101 F3 C6102 F3 C6103 E4 C6104 F4 C6105 F5 C6106 F5 C6107 F4 C6108 5 C6109 C6110 5 C6111 G5 C6112 F4 C6113 C6114 F3 C6115 E4 C6116 F4 C6117 AS C6119 F2 C6122 F9 C6126 B4 C6127 F2 C6128 F8 C6129 B3 C6130 B8 C6131 B7 C6132 B7 C6133 B8 C6134 B9 C6136 07 C6137 D8 D6101 B4 FB6101 A4 Q6101 A4 Q6102 B2 06103 B3 06104 G6 R6101 06 R6102 G5 R6103 4 R6104 G4 R6105 F6 R6106 E4 R6107 G4 R6108 R6109 G3 R6110 R6111 R6112 F4 R6113 F4 BATHROOM OUT 24V_16V Bathroom 1W power out for Mono Speaker FA U6102 5V_ON R6124 Bathroom_MUTE TPA6211A1DGN 9 56K 1 16W
18. C5106 7 C5107 A7 C5108 A7 C5109 A8 C5110 A8 C5111 A8 C5112 C5113 B3 C5115 B3 C5117 B3 C5118 D4 C5119 E3 C5120 E3 C5121 05101 D4 D5102 4 05105 8 D5106 B6 05107 9 FB5101 E2 FB5102 5 FB5103 B2 05101 B7 Q5102 C2 Q5103 C5 Q5104 9 Q5105 5 Q5106 5 Q5107 G3 Q5109 H3 RP5101 F4 RP5102 F4 85101 F8 R5102 A4 R5103 B3 R5104 B3 R5105 B4 R5106 B2 R5107 B2 R5108 B2 R5109 B2 R5110 B2 R5111 B4 R5112 C3 R5113 D2 R5114 C6 R5115 C8 R5116 D4 R5117 D3 R5118 D3 R5119 D4 R5120 D8 R5121 D7 R5122 E2 R5123 E2 85124 E2 R5125 E4 R5126 D8 R5127 D9 R5128 D9 R5129 D6 R5130 E5 R5131 E2 R5132 E2 R5133 E8 R5134 F5 R5135 E8 85136 F6 R5137 F8 85138 B7 R5139 F7 R5140 D8 R5141 F7 R5142 F7 85143 E10 85144 G8 R5145 G3 R5146 H3 R5147 H3 R5151 G4 R5152 G4 R5159 E5 R5160 B7 U5101 E6 U5102 B4 U5103 E4 U5104 F2 U5105 G2 ZD5101 C1 ZD5102 B3 ZD5103 C1 ZD5104 C1 ZD5105 C2 ZD5106 E3 ZD5107 E1 ZD5108 F1 ZD5109 F1 HDMI INPUT 715G3891 2010 04 02 19020_513_100802 eps 100802 Circuit Diagrams and PWB Layouts TPN1 1HA LA 10 SSB HDMI input 3 09 HDMI INPUT 3 CN5104 A2 C5126 C5127 C1 C5128 5105 5108 4 HDMI 2 Option R1157 C4 R1158 C4 R1159 C4 R5148 A3 NC HDMI CN5104 R5149 B2 R5158 A2 C2 R5161 A2 R5162 B2 PCO C R5163 C1 R5164 C2 R5165 C2 R5166 C1 R5167 C2 R5168 C4 R5169 C3 U5108 C2 ZD5114 A1 ZD5115 A1 ZD5116 A1 ZD5117 A3 DDC CLK INC NC VPORT06
19. MDQO 83 84 VDD DDR MDQ2 85 86 MDQ5 Ground HDCPO KEY SDA AGPIOO00 87 88 89 KEY SCK AGPIOO1 90 VDD 33 91 VDD 12 92 VDDHSRT 93 USB GND 94 Name Name VDD 33 VDD 12 1251 BCLK AGPIO24 USLADCDAN AGPIO54 1251 WS AGPIO55 1250 DAT1 AGPIO52 I2SO_DAT2 AGPIO53 Ground TEST HWRESET MDQ20 MDQ19 VDD DDR VDD 33 MDQ17 VDD 12 S SCK GPIOOS IO MDQ22 MDM2 S SDA TS CLK 04 MDQ28 PWMO O GPIO00 MDQ30 PWM1 0 GPIO01 MDQ25 PWM2 O GPIO02 GPIOO5 IO MDQ27 MDQS2 GPIOO4 IO GPIOO9 IO MDQS2 VDD_DDR Ground TS DATO GPIO07 MDQS3 MDQS3 MDQ31 MDQ24 MDQ26 Figure 8 2 Pin configuration 1 VDD_DDR MDQ29 MDM3 19020_301_100730 eps 100730 2010 Aug 13 EN 26 EM LA IC Data Sheets Pinning information No Name No Name Name 31 REF 95 SCARTO_R ICE_TDI AGPIO46 MDQ23 32 USB_D 96 SCARTO_Y ICE_TDO GOICE AGPIO43 MDQ16 33 USB 97 GND TVADC ICE MS AGPIO42 MDQ18 34 VDDA 98 VDD TVADC ICE CLK AGPIO44 MDQ21 35 USB_GND 99 SCART1_FB ICE RST 45 DDR VDD12 36
20. 37 38 RES IMP VDD HDMI RXACLK SCART4 B SCART1_G SCART1_R M SCK AGPIO02 SDA AGPIO03 1250 MCLK AGPIO06 DDR GND MCAS MAO 39 RXACLK SCART1_Y 1250 BCLK AGPIO11 DLLOIN 40 41 RXAO ADCOM 1250 5 AGPIO10 1250 AGPIO09 DLL1IN 4 42 LVDS_GND MA6 43 44 CVBSO LVDS_B3 LVDS_B3 MA8 VDD_DDR 45 2 FSADJ LVDS_BCLK 46 GND_HDMI COMP LVDS_BCLK MA2 47 HDMI_DDC_SCK 16 AVDD_TVDAC LVDS_B2 MRAS 48 49 HDMI_DDC_SDA AGPIO13 PWR5V AGPIO51 OUT GND_TVDAC LVDS B2 LVDS_B1 MA9 MA5 50 HDMI_CEC IO AGPIO52 VDD 12 LVDS B1 MA12 51 STBC VDD 12 VDD 33 LVDS_BO DDR_VREF 52 53 STBC_VDD_33 SPI_WS IO AGPIO53 S PDIFO O GPIO10 ADIN 10 LVDS 0 LVDS VCC MCLK MCLK 54 SPI_HOLD IO AGPIO54 ADIN_RO LVDS A3 55 56 SPI_CS SPI_CLK 11 R1 LVDS_A3 LVDS_ACLK MA3 VDD_DDR 57 SPI DI ADIN L2 LVDS ACLK MA1 58 SPI DO R2 LVDS A2 MA10 59 60 GPIO1 MCU_GPIOO ADIN_L3 ADIN_R3 LVDS A2 LVDS_A1 MBAO MBA 61 STBC IRR I AGPIO55 ADIN L4 LVDS 1 MWE 62 63 RTC_UART_RX AGPIO58 RTC_UART_T
21. COMP1 Y1 11 R1221 1000HM1 16W m 20K 1716W NC Audio_IN YPbPri AU INR 20K 1716W NC JACK NC C1209 C1210 22P 50V NC 22P 50V NC ON SOAMOOL 090140 dA ON SOAMOOLEOSOLYOdA CN1201 L1201 AULO _ S YPBPRi L 72633 4 R L IN 1 10K1 16W N8 10K1 16W NC AV CVBS ay 1212 R1214 220pF 50V 220pF 50V 758 1 16W 1 SOAMOOLEO90 LYOdA 3V3_ESD PB1 BAV99 NC BAV99 NC BAV99 NC gt gt AV1_L_IN AV R IN 2010 Aug 13 100N 16V C1221 100N 16V COMP1 1 11 COMP1 PB1 11 REAR I O 2010 04 02 715G3891 19020_507_100802 eps 100809 SSB Scart Circuit Diagrams and PWB Layouts TPN1 1HA LA LIS L1 309 1 8uH NC nana C1302 R1302 SAV_CVBS1 yscaRTi_CVBS_Y_IC 11 I 1000HM1 16W NC 100N 16V NC 45V ON 2 Cen FBi302 120R 8000mA NC N1301A F1 N1301B G1 CN1302 B2 C1301 F6 C1302 A3 C1303 A2 C1304 A2 C1305 A6 C1306 A5 C1307 G2 C1308 G3 C1310 C2 C1311 C4 C1312 G2 C1313 G4 C1316 C4 1303 1304 R1303 220 E 50V NO C1317 D6 C1318 D9 1306 1319 6 1320 6 1 16 410 4708 1 16W 5 NC C1323 F6 C1324 100 16V NC C1325 4 1326 F4 R1305 22K1 16W NC L C1328 B6 C1331 B3 al 22 50V NC PMBS3906 N 1 C1337 B6 C1361 B4 CN1302 Q1302 D1301 D7 D1302 D6 SCARTING
22. T ae 10uF 10V NC o Monitor CVBS OUT 5 7 11 D1303 D7 D1304 D8 S1 T OUT 2 E R130 D1305 D8 D1306 D9 S R 700mA NO Jl 7 A R1310 FB1301 F3 FB1302 A7 56R 1 16W 1 NC 470uF 10V NO 100 OHM 1 10W NC 22K1 16W NC FB1 303 G3 FB1 304 C4 1331 R1333 1337 10U 16V NC MM_Video 8 305 G3 FB1306 C4 pF SOVING 1200H FB1307 F3 FB1308 F3 FB1312 B3 L1309 A2 Q1301 B6 Q1302 B5 R1301 G4 R1302 A3 R1303 A2 R1304 A5 R1305 A6 R1306 A6 R1307 B5 R1308 B5 R1309 B6 R1310 B6 R1313 G4 R1314 C2 R1317 G5 R1318 G4 R1319 C1 R1323 D2 R1324 F5 R1325 F5 T 3V3_ESD R1326 F5 R1327 F5 R1328 R1329 F4 R1330 F4 R1332 B4 R1333 B4 701302 C3 201305 C4 201306 E2 201307 E3 201309 D2 CLOSE TO IC R1304 MOL L YSZ 1200HM1 16W NC 0000009090000 2 SOR 700mA NC SCARTILLOUT 17 2 1 POR 1 61306 SOR 700mA NC lt lt SCART _ROUT 17 a C1310 81314 47pF 50V NC 758 1 16W 1 NC Hew 5 NC 2 8 a pun pate 50V NC 50V NC gt gt SCART1_Blanking 11 ON SOAM00LE090LHOdA ON SOAX00 L 0901HOdA 8 S 1 JS SCART FS 11 E ESAVI 8 1317 S1_T_OUT SC_FSW_3 R1323 X 1 1 JOON 16V 10K1 16W __ portosos100Kv0s No BAV99 NC BAV99 NC BAV99 NC
23. gt 1 2 AUD LOUT SO0R 700mA 505 1509 ZD1501 1 ON 50V ION 50v R1523 47K1 16W NC Q1501 BC847C NC SOAMOOLE090LHOdA ZD1502 SOAMOOLE090LHOdA AV_OUT CN1501 CN1501 D10 C1502 B4 C1503 D1 C1504 BS C1505 F8 C1506 F2 C1507 F2 C1508 A3 C1509 F8 C1510 E7 C1511 E6 C1512 EG C1513 G6 C1514 F6 C1515 F6 C1516 E5 C1517 G5 C1518 F3 C1519 F3 C1520 F4 C1521 E4 C1522 F5 C1523 F5 C1524 G4 C1525 G4 C1526 B6 C1527 C8 C1528 C4 D1501 C1 FB1502 F8 FB1503 F8 FB1504 B8 FB1505 A3 Q1501 G7 Q1502 B5 Q1503 B5 Q1504 C4 R1502 C7 R1503 C5 R1504 A5 R1505 C5 R1506 B7 R1507 A5 R1508 B4 R1509 B5 R1510 B4 R1511 C3 R1512 F1 R1513 F1 R1514 F2 R1515 F3 R1516 D4 R1517 B6 R1520 E5 R1521 G5 R1522 D7 R1523 G7 R1524 G6 R1525 E5 R1526 G5 R1527 E4 R1528 G4 R1529 E5 R1530 F4 R1531 F4 R1532 F5 R1534 E5 R1535 D5 R1536 E5 R1537 D5 R1539 E4 R1540 F4 R1541 B3 R1542 D4 U1501 F6 ZD1501 F9 CVBS AUDIO OUT 715G3891 2010 04 02 19020 511 100802 eps 100802 2010 Aug 13 SSB Tuner Circuit Diagrams and PWB Layouts TPN1 1HA LA 10 48 C1602 A2 C1603 C1604 A3 C1605 B3 L1602 150uH 6 10V FB1601 FB1603 120R 3000mA NC 01601 1 G965 25ADJPIUF NC 1618 100 16V 1605 16 NC R1613 IROBOHM1 16W R1607 11 8K 1 50V R1617 22R 1 16W 596 R1620 00 16V 47K1 16W OROSOHM1 16W 01604 BC847C 10uF 10V C1620 150pF 50V NC R1621 33K 1
24. timing Color temp Normal Normal Normal colour temperature normal cool warm Scaler offset 0 255 R128 G128 128 128 0128 B128 R128 06128 B 128 Back End Scaler B Gain NVM has YPbPr NORMAL WARM COOL CUSTOMER four sets Other source use offset with hardcoding Scaler gain 0 255 R127 G 124 B121 R127 G126 B117 R127 G128 B123 Back End Scaler B Gain NVM has YPbPr NORMAL WARM COOL CUSTOMER four sets Other source use offset with hardcoding Burn in Off Off Off Puts the set in Burn In mode for factory use only EEPROM init GO GO GO resets the EEPROM to initial mode Backlight time x hours x hours x hours the set backlight running time Error code 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 error code layer 2 Store in NVM Clear error code GO GO GO clears error code Layer 2 in NVM Reset PBS setting GO GO GO resets the PBS setting Virgin mode Off Off Off resets the set to manufacturer s mode ACI On On On ACI on or off ATS On On On ATS on or off NVM address 0x0 0 0x0 0 0x0 0 NVM address NVM value Ox7B 123 Ox7B 123 0x7B 123 NVM value NVM NVM copy to USB GO GO GO use this to copy the NVM data from the TV to the USB NVM paste from USB GO GO GO use this to restore the NVM data from the USB to the TV Exit Press OK Exit from factory mode 2010 Aug 13 HEX Gis Service Modes Error Codes and Fault Finding 5 1 3 Hotel mode 5 2 5 2 1 Notes only applicable t
25. 16W R1619 220 OHM 1 16W gt gt MM Video OROSOHM1 16W 81625 C1613 R1612 47K1 16W OON 16V 22R 1 16W 5 01602 2 847 10uF 10V NC R1609 R1626 758 1 16W 1 33K 1 16W C1606 B8 C1607 B3 C1608 B3 C1613 E3 C1614 E6 C1615 E4 C1616 E5 C1617 5 A OROSOHM1 16W NC R1616 220 OHM 1 16W 50V C1618 B7 C1619 E2 C1620 C3 C1621 C4 C1622 C5 FB1601 A4 FB1603 A8 L1601 E4 L1602 A4 Q1601 E8 Q1602 E3 Q1603 F9 Q1604 C5 R1601 E8 R1602 A8 R1603 B7 20pF 50V R1604 B4 R1605 B4 R1606 B3 R1607 B7 R1608 C3 R1609 E2 R1611 D3 R1612 E3 R1613 B7 R1614 E4 1000HM1 16W OOP 50V NC 100N 16V R1615 E5 R1616 E3 R1617 C5 R1618 E8 R1619 C5 R1620 C4 R1621 C4 R1625 E3 R1626 E3 TU1601 B1 gt gt TUNER_CVBS_S_Y_IC 11 To 72633 2N7002 lt gt F_SDA Q1603 2N7002 11 18 gt gt F_SCK 11 18 4 7K1 16W gt 4 7K1 16W 01601 SDA TUN_SCL 1 2010 Aug 13 715G3891 2010 04 02 19020_512_100802 eps 100809 SSB HDMI input B08 Circuit Diagrams and PWB Layouts TPN1 1HA LA 10 LI HDMI INPUT HDMI_1 CN5101 MI B2 02 2 D2 Shield 02 01 RX 1 01 Shield 01 RX_BO 00 RX_BO DO Shield 00 RX_BC CK RX_BC CK Shield CK CE Remote NC DDC_HDMI_WP 5103 5104 7 1 16 7 1 16 3V3_ON
26. Amp Power Control H ON L STBY 11 18V_PWRSW 10K1 16W 10K1 16W NC NC ORO5OHM1 16W H O P MUTE 9 11 OUTPUT EN gt R6150 OROSOHM1 16W 5V_ON R6131 47K1 16W NC R6128 1K 1 16W 5 NC 06102 BC847C NC gt SOUND_EN PreAmp output for SCART1 Out NC 1UE 56K 1 16W 330N 50V Q6103 BC847C NC 1 02K 1 10W 1 R6108 NC 10K1 16W 1206126 100N 50V HOON 50V FB6101 120R 6000mA NC 06101 V24_16V_SW 538 R6125 10KOHM 5 1 8W 3V3_ON R6118 NC 2K OHM R6101 NC OROS 1 10W NC 51K 1 16W 5 6108 50V 06149 R6120 ORO5OHM1 16W NC NC 33K 1 16 36103 ew C6115 C6103 R6110 NC j0K1 18W R6414 _ NC 47K1 16W C6113 NC 1UF16 86112 vom NC 33K 1 16W NC 470P 50V 33P 50V NC NC 33P 50V 6110 joy 8 CP U6101 INL UVP PGND BathRoom_LOUT Ses AUF IBY R6141 0 47uF 16V 3 9K 1 16W BathRoom_ROUT 26132 R6142 3 9K 1 16W CN7103 BathRoom Mono GND SHUTDOWN Vo BYPASS GND IN VDD Vo SOHM1 16W__BathRoom Mono L R6144 9905 1 16 BathRoom Mono CN6102 PHONEJACK BathRoom Mono 100N 16 gt gt SCART1_ROUT 4 R6148 OROSOHM1 16W R6114 E4 R6115 F4 R6117 E4 R6118 D4 R6119 D5 R6120 E5 R6122 B3 R6123 G8 R6124 A3 R6125 B5 R6126 F8 R6127 F2 R6128 B2 R6129 F2 R61
27. B7 C7237 E7 5V_STBY FB7223 i H 120R 6000mA 120R 3000mA 1 i G5657F12U 07203 G903T63UF RB160M 60TE25 NC 3 2 VIN VOUT E H L7202 10uH FB7209 120R 6000mA C7238 B6 C7239 B6 C7240 B9 C7241 E9 C7242 E7 C7243 E7 C7244 E9 C7245 E6 R7245 7234 7246 2 7247 62K 1 16W 1 C7248 B6 C7249 E1 D7201 B7 D7202 E8 D7203 A6 FB7202 E1 FB7203 G1 7209 A1 a FB7210 FB7211 E4 FB7212 C1 7213 G3 R7242 TEN BAK 1 NEW FB7214 C1 FB7215 A8 36K 1 16W 5 FB7216 A5 FB7217 D6 FB7218 D9 FB7219 C4 FB7220 A3 FB7221 A3 i FB7222 A4 FB7223 A2 17201 G2 17202 A7 SYSTEM POWER 7213 7214 R7217 F3 7218 G1 R7239 G2 R7240 G2 FB7214 FB7212 FB721 FB7219 R7242 86 R7243 7 120R 3000mA NC 120R 3000mA NC 120R 3000mA NC R7244 R7245 B8 iis R7246 E9 R7247 B6 R7248 E6 R7249 E9 R7250 E6 R7251 D6 U7201 E2 U7203 A2 U7204 A3 U7205 C2 U7209 G2 U7210 A6 100 16V 10U 16V Thermal Pad 10U 16V 10V 2N2 50V DDR2 VCC18lIO AP1084D18L 13 NC VIN VOUT Panel power 5 12 GND ADJ 2uF 16V NC FB7217 120R 3000mA NC FB7218 120R 3000mA NC R7251 17203 10uH NC 47K1 16W NC 8 VBIAS LX VIN BST DDR 2 POWER i 11 19 SYSTEM EN gt EN GND E R7248 COMP FB 43V3 ON DDR2 VCC18lO 1V8 NT 1K 1 16W 5 NC FB7202 U7201 j FB7211 2 SS G1084TUSUF 1 CY 2 2
28. C4118 5 pi dee 4 pol M x fook iev IT em MINA LE LL v fiev T TN ARM ICE C4121 A6 C4122 A6 E E 74 ICE TEKS 4 SCARTI Blanking dps momsen 45 eaor m E C4125 A6 C4126 A3 MA 2 7 UART ARM Y IG Ie C4127 A3 C4128 4 MAS 220HM SE HOW 4 5 Raton 0 AVA 02 we mn 19 4 UARTO DATORA T Wd 2 4131 C4132 A6 CVBS_OUT 457 Montor our YyMenter CVBS QUT _ E Side cc ERES C4135 A4 C4136 5 S VIDEO 800 5 NC MAT AT 2 1 4139 1 4140 4115 100k1 16 NC EQ Bata A 10K v 16W AUD 164144 DAT 1 R41 4700HM1 16W LOUTLTO CHAT TUF n A gt HP_OUT R4124 1 16W 5 NC 5 Ho A412 LOUTRTO B S 4123 1 16W 5 NC z 160 10N SOWAT RAi2g 4Z0OHMI EW E L Tener T SCART1_OUT 5 R4128 1 1ew 7 vo Pa ow KE PCIN SCART2 rang ES C4143 C4144 2 7 SCART2 R IC DAE PELS 47 OHM SCARI em AE E C4145 C2 C4146 C2 AGPIOSA Side ADINA S V CVBS2 R L Ser C4147 C1 C4148 C2 VPBPRI AKK ADIRLRE C4149 C2 C4150 C2 oso sroMMeme view YPBPR1
29. CN603 C4 CN604 B2 CN605 B4 CN606 04 CN607 B1 CN612 B3 Three types of bathroom speaker volume control CN613 B4 C601 A2 C602 A3 C603 A2 C604 C2 C605 C1 me C606 D2 C607 A3 i VR C608 A3 C609 D3 7 C610 02 C611 03 R643 10K 1 16 5 C612 D3 C613 D2 ISPi SDA FB603 ISPI SCL 2 HCB2012KF 121T30 i 9999 9 200 C614 C615 i i ipud C616 D2 C617 B5 C618 A4 C619 A1 C620 A1 C621 A1 C622 1 C623 D3 oS ss 624 D4 C625 D4 Lane m com C626 A4 C627 A4 ERES irm ee 628 4 C629 D2 Lo C630 D2 C631 D3 C632 D3 C633 D4 GPIOASSDAS D601 B4 D602 B4 GPIOAS SDAS R603 A 1800HM 1 16W 5 5 501 Gelaran FS RES TROOHM IEW 475 ISPL SDA D603 A5 FB601 A2 GPIOSVSDAA IE EIEN 5 FB602 A3 FB603 B2 FB604 C3 FB605 D3 FB606 D3 FB607 A4 FB608 A5 L601 A2 L602 D3 L603 D3 L604 D3 L605 D3 L606 D2 L607 D2 L608 A5 Q601 D2 Q602 D2 0603 05 Q604 D5 R601 B2 R602 C2 R603 C2 BATHROOM SPEAKER OUT R604 C2 R605 C2 R606 C2 R607 C2 R608 D2 R609 D2 R610 D2 R611 D2 HOB2O12KE 121730 POP NOISE R612 D2 R613 D2 FB604 T i 2 2 VPORTOB03100KV05 2 20603 VPORTOG03100KV05 WTS703F SGZ 1 1 R614 B2 R615 02 eases aP 20pm R616 A4 R617 C2 d R618
30. LANA 120R 3000mA 720R 3000mA T R7208 C7249 C7247 C7219 2708 1 470uF 10V Close to DDR 2 100UF 25V 1UF 10V ON ot NOL 2 9 ADJ GND ON ASZ 4001 ON ASZ ANE ON AOS dost R7217 1208 1 16W ON AQE ON L XS 8 1V2_ON FB7203 FB7213 120R 3000mA SC189ASKTRT 120R 3000mA LX a z EN VOUT 67240 2 7K 1 16W 1 R7239 10K 1 16W 1 2010 04 02 DC DC POWER 715G3891 19020 524 100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN 61 Layout Small Signal Board Overview Top Side 19020_525_100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN 62 Layout Small Signal Board Overview Bottom Side Ohio 99 t 19020 526 100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA 10 LI Keyboard Control Panel Keyboard Control Panel FUNC_KEY 1K 1 8W 11KOHM 5 1 8 01 TACT SW FWRD H1 5MM 1 18K 1 8W 5 TACT SW FWRD H1 5MM 3K9 5 1 8W__ TACT SW FWRD H1 5MM 33K 5 1 8 c s d 82K TACT SW FWRD H1 5MM Source Select 06 TACT SW FWRD H1 5MM 1 Power ON OFF TACT SW FWRD H1 5MM 77G 607 2FD 2010 Aug 13 SI
31. R L pum m HA p C4151 C2 C4152 C3 SCART R L K 19 PANELON GEANELON _ _ C4153 C4154 C2 RR lt 4155 2 4156 2 FLASH_WR Scr2 AK Baos nnn zan owe rumor C4157 C2 C4158 Homse i 1 C4159 1 4160 C1 15 lt EE TV_SIF IN SIF 088 te C4161 C1 4162 C1 court san Anco 8 T AGPIOSS SCART1 R L OUT 7 si Curis unn C4163 C1 C4164 G3 AT paourra 82 i imr BPR tp mezz lonou rc tir m STUART 1019 Modity kag ERI meure AUDIO sree suas C4165 01 C4166 D1 Bj 1 16W 5 NC DAOUT RI 134 DAOUT L MOU GPICO PANELON TGUTRTU soanten our ed OUT USB_PWR OCP HP RL OUT 7 C4167 E6 C4168 E6 B ptite R L yore tourer o Sr ooo OUT VT SEDE DATAS DAYA C4169 E7 C4170 E7 SF sri EEE iP ue tev VIN in WEN E C4171 F7 C4172 SF 52 iov STBY i AAA dv VoD sasav FE ot 9 STBY 125 Out 1019 Modify C4173 F6 C4174 F9 Qoo SE MA STR jag HOM PLUG qd
32. Side 19020_530_100802 eps 100802 2010 Aug 13 Layout Bathroom Speaker Board Bottom Side Circuit Diagrams and PWB Layouts TPN1 1HA LA LI IR LED Board IR LED Board S1315 05RVA 1KN ODV33SB DV33SB R201 2K7 1 10W 5 2010 Aug 13 DV33SB R301 R302 6 2K 1 10W 6 2K 1 10W LED303 White 15 22 R8T5D A30 2T DV33SB Pin1 Out R203 Pin2 GND 100 OHM 1 10W Pin3 Vcc 3 GND C201 U201 22uF 10V TSOP34336SB1 70202 VPORT0603100KV05 CN301 B1 C201 C4 LED303 A4 0301 B4 0302 4 R201 R203 B4 R301 A4 R302 A4 R304 R305 B4 U201 C4 IR LED BOARD 71564294 19020_532_100802 eps 100802 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN 69 Layout IR LED Board Layout Keyboard Control Panel Top Side Layout Keyboard Control Panel Bottom Side 19020 533 100802 eps 100802 2010 Aug 13 Styling Sheets EN 11 Styling Sheets Styling Sheet 32 Pro Plus 32 FRONT CABINET REAR COVER STAND ASSY REMOTE CONTROL KEY COVER BATHROOM MODULE COVER FOR ELECTRICAL PARTS ASSEMBLIES SEE WIRING DIAGRAM CHAPTER 9 19020_800_100804 eps 100811 2010 Aug 13 EN ELE lt T n Styling Sheets Styling Sheet 37 Pro Plus 37 7 eoo s
33. digit of the serial number contains the number 1 example AG1B033500001 then the TV set has been manufactured according to B O M number 1 If the third digit is a 2 example AG2B0335000001 then the set has been produced according to B O M no 2 This is important for ordering the correct spare parts For the third digit the numbers 1 9 and the characters A Z can be used so in total 9 plus 26 35 different B O M s can be indicated by the third digit of the serial number Identification The bottom line of a type plate gives a 14 digit serial number Digits 1 and 2 referto the production centre e g AG is Bruges digit 3 refers to the B O M code digit 4 refers to the Service version change code digits 5 and 6 refer to the production year and digits 7 and 8 refer to production week in example below it is 2006 week 17 The 6 last digits contain the serial number MODEL 32PF9968 10 MADE IN BELGIUM PHILIPS 120 PHILIPS 128W VHF S H UHF BJ3 0E 10000 024 090121 eps 100105 PROD NO AG 1A0617 000001 Figure 3 1 Serial number example Board Level Repair BLR or Component Level Repair CLR If a board is defective consult your repair procedure to decide if the board has to be exchanged or if it should be repaired on component level If your repair procedure says the board should be exchanged completely do not solder on the defective board Otherwise it cannot be returned to the
34. same potential Be careful during measurements in the high voltage section Never replace modules or other components while the unit is switched When you align the set use plastic rather than metal tools This will prevent any short circuits and the danger of a circuit becoming unstable Notes General Measure the voltages and waveforms with regard to the chassis tuner ground 4 or hot ground 5 on the tested area of circuitry The voltages and waveforms shown in the diagrams are indicative Measure them in the Service Default Mode with a colour bar signal and stereo sound L 3 kHz R 1 kHz unless stated otherwise and picture carrier at 475 25 MHz for PAL or 61 25 MHz for NTSC channel 3 3 3 6 e Where necessary measure the waveforms and voltages with and without aerial signal Measure the voltages in the power supply section both in normal operation 0 and in stand by 4 These values are indicated by means of the appropriate symbols Schematic Notes e All resistor values are in ohms and the value multiplier is often used to indicate the decimal point location e g 2K2 indicates 2 2 kQ Resistor values with no multiplier may be indicated with either an E or an e g 220E or 220R indicates 220 All capacitor values are given in micro farads u x 109 nano farads n x 10 or pico farads x 1012 e Capacitor values may also use th
35. screen Pre check panel uniformity is OK and Pre check White Original Surface Luminance Scaler R G B gain 127 32 panel gt 360 cd m 37 panel gt 400 cd m e 42 panel gt 400 cd m Adjusting Scaler Gain in factory mode The R G B gain value should be below 127 to avoid saturation at the 11 step grey pattern 2010 Aug 13 Alignments 6 5 6 5 1 6 5 2 This group setting of color temp will be applied automatically in EXT1 VGA HDMI AV source Table 6 1 The 1931 CIE chromaticity x y by CA 210 Picture Mode x y Cool 11000K 0 273 0 010 0 283 0 010 Warm 6500K 0 312 0 010 0 326 0 010 If you do not have a colour analyser you can use the default values This is the next best solution The default values are average values coming from production e Select COLOUR TEMPERATURE e g COOL NORMAL or WARM Set the RED GREEN and BLUE default values according to the values in Table 6 2 e When finished press OK on the RC then press STORE in the SAM root menu to store the aligned values to the NVM Restore the initial picture settings after the alignments Table 6 2 White tone default settings Colour temperature Picture Mode Size Red Green Blue Normal 32 127 124 121 37 127 126 117 42 127 127 123 Cool 32 121 121 127 37 125 127 127 42 121 125 127 Warm 32 127 120 1
36. set 5 5 2 Tuner Attention In case the tuner is replaced always check the tuner options 2010 Aug 13 6 1 6 2 6 3 6 3 1 Alignments TPN1 1HA LA 6 LUN Alignments Index of this chapter 6 1 General Alignment Conditions 6 2 Hardware Alignments 6 3 Auto Colour for ADC Calibration 6 4 White Balance Adjustment 6 5 Option Settings Note The Service Alignment Mode SAM are described in chapter 5 Service Modes Error Codes and Fault Finding Menu navigation is done with the CURSOR UP DOWN LEFT or RIGHT keys of the remote control transmitter General Alignment Conditions Perform all electrical adjustments under the following conditions e Power supply voltage 195 264 Vac 50 60 Hz 3 Hz e Connect the set to the mains via an isolation transformer with low internal resistance e Allow the set to warm up for approximately 15 minutes e Measure voltages and waveforms in relation to correct ground Caution It is not allowed to use heatsinks as ground Test probe R gt 10 C lt 20 pF 6 3 2 Use an isolated trimmer screwdriver to perform alignments Hardware Alignments Not applicable Auto Colour for ADC Calibration For EXT2 Y Pb Pr source 6 4 Equipment requirements 6 4 1 Use QuantumData 802BT or equivalent equipments Input requirements Input Signal Type YPbPr signal Set Timing mode at 720p 50 mode Pattern Apply SMPTE133 Pattern see Figure 6 1 6 4 2
37. tips for different applications e Adjust your solder tool so that a temperature of around 360 C 380 C is reached and stabilized at the solder joint Heating time of the solder joint should not exceed 4 sec Avoid temperatures above 400 C otherwise wear out of tips will increase drastically and flux fluid will be destroyed To avoid wear out of tips switch off unused equipment or reduce heat Mix of lead free soldering tin parts with leaded soldering tin parts is possible but PHILIPS recommends strongly to avoid mixed regimes If this cannot be avoided carefully clear the solder joint from old tin and re solder with new tin Alternative BOM identification It should be noted that on the European Service website Alternative is referred to as Design variant 2010 Aug 13 3 3 7 3 3 8 TPN1 1HA LA The third digit in the serial number example AG2B0335000001 indicates the number of the alternative B O M Bill Of Materials that has been used for producing the specific TV set In general it is possible that the same TV model on the market is produced with e g two different types of displays coming from two different suppliers This will then result in sets which have the same CTN Commercial Type Number e g 28PW9515 12 but which have a different B O M number By looking at the third digit of the serial number one can identify which B O M is used for the TV set he is working with If the third
38. zi 0 N IN R4 VDD 12 1 2V COMP ADCIM VGA 6 VGA B ADI ADC1VMID OU GND VGA_HS GND_TVDAG XTAL VDD S 3V 10N Fi LOUTRTI 4165 129 R4178 1 16W 5 NC 12 nuo wenn SIPDIFO OYGPIO10 33 TVADC 33V TVADC 3 3 L lt g gt SPARC VALIDIAGPIOOSQ 0 EE Lam HP MUTEUSB veus amp op C4187 G3 04101 F6 We ps a BANA 1 ut FB4102 A2 FB4103 A2 i8 F_SCK USB REF ESOK LVDS_A2s is pu sor y FB4104 2 FB4105 A2 van an Sick eA Se BS 2 FB4106 A2 FB4107 A2 ND Paparan qe UART HDGPO_KEY_SDNAGPIOO E aice bares pano ssa GA FB4108 A2 FB4109 A2 pore dr mma m i ap sa eso T sov we NE z FB4110 G3 FB4111 G3 E Ee an 04101 G9 RP4102 A7 DDRII 1_0 15 1
39. 02 37 127 118 97 42 127 117 98 Option Settings Reset Options In SAM after reset Reset option code the set immediately restarts Table 6 3 Display code overview CTN ALT BOM Panel Type Panel ID 32HFL5332 93 CMO V315B5 L02 125 32HFL5332 97 CMO V315B5 L02 125 37HFL5382 93 LG LC370WUN SCC1 126 42HFL5382 93 LG LC420WUN SCB1 127 Blind SAM mode In the blind SAM mode the display option code of the set can be entered Use RC command 0 6 25 9 8 MENU where n n n is the display option code see Table 6 3 Upon activating the Blind SAM mode service technician needs to makesure the CTN and serial number are correctly set inside the TV set CSM as per the family sheet sticker on rear cover 2010 Aug 13 Circuit Descriptions Index of this chapter 7 1 Introduction 7 2 Power Architecture Notes Only new circuits circuits that are not published recently are described Figures can deviate slightly from the actual situation due to different set executions e Fora good understanding of the following circuit descriptions please use the wiring block see chapter 9 Block Diagrams and circuit diagrams see chapter 10 Circuit Diagrams and PWB Layouts Where necessary you will find a separate drawing for clarification TV_SIF 150 I 2 TV CVBS HDMI1 SIDE HDMI AUDIO R L R G B H N Y Pb Pr B L 00000 e IR LED IR LINK
40. 03100KV05 T _ 1 des 1 DDC DAT INC X C1 NC VPORTO0603100KV05 0 1 INC NC VPORTO603100KV CK BX CC X_CC CK Shield X CC CK CE Remote CE Remote Remote DDC CLK NC 100R 1 10NSAK_INC DDC DATA FB5105 1208 600 85149 1K5 1 16W 5 NC 22K1 16W NC 5V_ON D5109 54 2 5167 100 1 16 5129 NC 100N 16v 05108 Option R5168 8 i 10K1 16W EO 9 DDC HDMI WP DDC HDMLWP 1 WC 1 5 3V3_HD_SW 9 DDC CLK INC SCL E2 9 DDC DAT INC SDA VSS M24C02 WDW6P OROSOHM1 16W HDMI_S2 2 BC847C A1157 ZOR 1716W lt HDMI_S2 HDMI_S3 1158 20K 1716W lt KHDMI_S3 R1159 20K 1 16W 9 LAZZ 2010 04 02 HDMI INPUT 3 715G3891 19020_514_100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA SSB Scaler 7263 SCALAR NT7263X C4101 A4 C4102 STBC Video I O C4103 A4 C4104 A2 800 mA 102 120F 600mA EVEI 3V3_ON o VDD DLL STBC VD 12 43V STBY AVDD_TVADC VDD_TVDAC SIF_VDD Seon Hout ec KA i DDR2 SDRAM C4105 A3 C4106 A4 9 NT 9548 quem C4107 A3 C4108 A4 WENT we beer bees bes an per bana pave Para bene prr pana 1020 SYSTEM PWR EN OS VAR
41. 10 B2 C7112 D9 C7113 B3 C7115 B9 C7116 D3 C7117 B2 C7118 G9 C7119 G8 C7120 F9 C7121 G3 C7122 G4 FB7103 A2 FB7104 C1 FB7105 A2 FB7106 C3 FB7108 B3 FB7109 B3 FB7111 F9 FB7112 F7 FB7113 F8 FB7114 F8 FB7115 B4 Q7101 D7 Q7102 B8 Q7103 B8 Q7104 F8 Q7105 G7 Q7106 F3 Q7107 G3 R7101 R7103 B7 R7105 C8 R7109 A8 R7110 A7 R7111 C8 R7112 A8 R7113 A7 R7115 B7 R7116 A8 R7117 A3 R7118 C7 R7119 D7 R7120 D2 R7121 D2 R7122 F7 R7123 F8 R7124 G7 R7125 G9 R7126 F3 R7127 F4 R7128 F3 R7129 G2 R7130 G2 R7131 C3 TP7101 TP7102 F4 TP7103 F9 TP7104 F9 ZD7101 F3 ZD7102 C3 pali a INVERTER OFF 5V_STBY 1 2 FB7103 120R 600mA 3V3 ON 45V o BRIGHT_ADJ 1 2 FB7105 120R 600mA R7113 2 2K1 16W NC R7109 2 2K1 16W R7112 2 2K1 16W R7101 R7117 0K1 16W NC 47K1 16W NC PSU INTERFACE CN7101 10K 1 16W 5 NC 108 1 16W 5 NC INVERTER_ON_OFF H ON L OFF FB7108 1 BL OFF 2 BL 4 12V_IN FB7115 120R 3000mA NC Q7102 BC847C 11 BKLTPWR ier TOON 16V FB7109 i 25V 1 1 120R 6000mA R7115 24V_16V 10K1 16W NC AUDIO Small model is 16V 330UF 35V 100N 50V H ON L Standby R7131 8 2K 5 1 10W 5V_ON SYSTEM PWR EN 11 20 ZD7102 BZX84C3V6 Protect for scaler 69 FB7104 120R 600mA R7118 2 2K1 16W NC BRIGHTNESS ADJUST anew FB7106 t 34 ps B
42. 13 G3 R4214 100N16V 100N16V 100N 16V oon 16v L U4202 B2 U4204 G4 DDR2 VCC18lO DDR2 VCC18lO A R4202 1K 1 16W 5 C4222 R4204 100N 16V 5 1K 1 16W5 11 A 0 12 lt DQ O 15 DDRII 0 15 bits U4202 R4208 NT5TU32M16CG 25C 000HM1 16W X DDR2 VCC18lO A o 050 8M flash ROM 3 3V_STBY 3 3V_STBY R4214 10 1 16 8 11 SPI CS CSt VCC R4201 11 5 509 SO HOLD 11 FLASH_WR gt 4 Wi 0 05 1 16 R4213 OU 16V 100N 16V 10K1 16W NC 2010 04 02 DDR MEMORY 715G3891 19020_516_100802 eps 100809 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA GEJ SSB Panel I F ICE UART PANEL I F CN4302 B5 CN4303 B2 CN4304 F3 CN4305 F7 CN4306 F7 C4301 B6 C4302 B3 FB4301 R4301 C7 R4302 B7 R4303 B4 R4304 G3 19 22 R4305 G3 R4306 C4 R4307 F6 R4308 F6 R4309 D6 R4310 G6 26 42 PANEL_VCC CN4302 CN4303 CONN PANEL_VCC 1312 30SVA 1R CN4302 NC 10K1 16W NC LVDS_BCLK LVDS B3 LVDS B2 LVDS BCLK CN4303 NC LVDS_B1 84306 84301 LVDS BO LVDS 1 LVDS_A3 LVDS_BO 1K 1 16W 5 NC 1K 1 16W 5 NC LVDS_ACLK LVDS_A3 LVDS_ACLK 31 LVDS_A1 LVDS_A0 wos Ag R4309 ORO5OHM1 16W CN4304 CONN NC FB4301 120R 3000mA TRST SRS ICE TCK ICE TMS T
43. 23 NC VDDLA LA GNDL LB VDDLB THERMALPAD OROSUHMT7T6 GNDI AD82581B TKG 72633 1250 lt 72633 1230 72633 1250 DAT lt lt 72633 1250 5 mE 72633 1250 BCK lt lt V24_16V_SW FB6207 120R 3000mA 1 2 _ 108215 06225 10 100N 16V DEF 72633 1250 VAMP_3V3 VDD AMP 24 16V o 66212 C6233 100N 50V 330uF 35V C6213 C6216 06234 100N 50V 100N 50V 100N 50V FRI 11 AMP_STBY adoz oN 0S 46022 2 amp 47uF 16V GND 470K 1 16W 5 6229 UF 10V GND R6235 1000HM1 16W R6239 R6240 2 2K1 16W 2 2K1 16W NC AUD_RESET ESMT_PD gt 06203 PDTC114EU 2010 01 11 ADD 3V3 R6211 10K 1 16W 5 NC AUD_RESET R6212 38 10K 1 16W 5 NC 10K 1 16W 5 NC PD 96201 470K 1 16W 5 R6210 R6202 10K1 16W 10K1 16W 1 S0R s000mA 4 100 50V C6209 R6223 10 OHM 1 10 96215 10 OHM 1 10 6231 5 IN 50V AOS 019 96216 10 OHM 1 10W FB6202 06228 211 NOS NOL G To SPK_R Bohm speaker 120 RB 1 2 ROUT 8 SPK R n s S0R s000mA R6213 10 OHM 1 10W 6221 i 50V L6201 LA 1 v 2 FB6204 CN6201 120R 3000m
44. 30 B3 R6131 B2 R6133 F2 R6134 F2 R6135 B2 R6136 C2 R6137 C2 R6138 B8 R6141 B7 R6142 B7 R6143 B9 R6144 B9 R6147 G6 R6148 D9 R6149 C2 R6150 D1 U6101 F5 U6102 B8 SPDIF OUT R6126 NC DRV6OSP 6102 NC 1UF1 Reti3 7 C6127 NC 33K 1 16W R6127 NC 22K1 16W R6111 NC 10K1 46W 6112 gt SCART1_LOUT 4 2 INR PVSS PVDD OUTR OUTL SGND EN CN C6128 11 SPDIF_DATAQy SEDIE DATAO 100N 16V R6133 NC 2N2 NC 22K1 16W NC 33P 50V NC 2N2 50 R611 NC 47K1 16W C6122 100P 50V R6105 1 47K1 16W NC 206106 6114 C6116 NC 1UF15Y NC 470P 50V NC 1UF16V i 6111 cese soy C6104 33P 50V NC CN6101 6109 MOI NC 10K1 16W 47 1 16 1716W 7 SOUND_EN gt Bathroom MUTE S0 9001 0901HOdA M9VLHNAHOOOL R6102 10K1 16W NC 86147 OROSOHM1 16W Q6104 BC847C NC 2 ______ __ lt ___ 2010 04 02 SCART AUDIO SPDIF OUT 715G3891 19020 521 100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN 58 SSB Audio amplifier Audio amplifier B17 3V3_ON FB6203 VAMP_3V3 1 2 VAMP_3V3 AKR5WOmA VAMP_3V3 R6220 10K 1 16W 5 R6203 100K1 16W R6209 VDD_AMP_24_16V 49 28 26 75 24
45. 506 C7 FB4501 F5 FB4502 C3 FB4503 5 Q4501 C5 4503 4 R4504 F5 204503 4 i R4505 E5 R4506 B4 1 i R4508 C5 R4509 D5 PESD1CAN 3 i 84510 E6 R4511 E6 84512 6 84514 06 84515 D6 R4516 05 B ZD4502 E4 ZD4503 A5 PHONEJACK B CN4503 IR KeyPad BOARD IRLEDR 84506 1000HM1 16W LED OUT R 11 IRLEDG gt FB4503 2 1 600R 300mA LED OUT G 14 IR 5 SS 3 3V_STBY 6 2 1 FB4502 1208 3000 R4508 04501 HOON 16V 100 16V 4 7K1 16W 2N7002 C4501 _ sov OROSOHM1 16W NC CN4501 ORO5OHM1 16W 45V STBY OROSOHM1 16W NC 84509 10 1 16 ___ OROSOHMIAGW 11 KEYPAD DET lt lt 84503 1000 IM1 16W 502 4502 R4505 OON 16V 100K1 16W NC ON 9ASO bexza cI 2 1 5V_STBY FB4501 120R 3000mA C4503 C4504 100N 16V EE OON 16V Light S IN 11 Light_Sensor R4504 1000HM1 16W ight Sensor 2010 04 02 KEY I R BOARD 715G3891 19020 519 100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA ES LII SSB USB CN1701 E7 C1701 B2 C1703 D4 C1706 E2 C1707 F5 C1708 F5 C1709 F2 C1710 D7 C1711 D3 FB1701 C5 FB1702 A2 FB1703 B2 FB1704 E6 FB1705 F7 L1701 E4 81701 C3 R1702 R1703 C6 R1705 E6 R1706 D7 R1707 E4 R1708 F4 120R A OR 3000m R1709 F5 R1710 F6 FB1703 R1711 D7 R1712 C7 100UF 25V R1713 D7 TH1701 C5 VUSB5V FB1702 TP1701 TP1701 1 01701 C4 120R 3000mA NC
46. 61 62 SSB DC DC Power B19 60 61 62 Copyright 2010 Koninklijke Philips Electronics N V All rights reserved No part of this publication may be reproduced stored retrieval system or transmitted in any form or by any means electronic mechanical photocopying or otherwise without the prior permission of Philips Published by SaS CC 1068 BU TV Consumer Care the Netherlands Subject to modification EN 3122 785 19020 2010 Aug 13 PHILIPS 2 1 EGEL Revision List 1 Revision List Manual xxxx xxx xxxx 0 e First release 2 Technical Specifications and Connections Index of this chapter 2 2 Directions for Use 2 1 Technical Specifications 2 2 Directions for Use 2 3 Connections 2 4 Chassis Overview Directions for use can be downloaded from the following websites http www philips com support http www p4c philips com Notes figures can deviate due to the different set executions e Specifications are indicative subject to change 2 1 Technical Specifications For on line product support please use the links in Here is product information available as well as getting started user manuals frequently asked questions and software amp drivers Table 2 1 Described Model Numbers Model Number Styling Published in 32HFL5332 93 Pro Plus 3122 785 19020 32HFL5332 97 Pro Plus 3122 785 19020 37HFL5382 93 Pro Plus 3122 785 19020 42HFL5382 93 Pro Plus 3122 785 19020
47. 8 412v 1 8 T 193 EJ 198 TO TEST HWRESETP 201 Bis voazo 204 ig 2 215 VDD DDR 221 DDR VDDi2 9 230 252 E 235 S 07 VOD pbR 8V DDRZ REFOUTS 12SO_DAT2 AGPIOS3 330 1280 DATVAGPIOS2 TESTIHWRESETI MDQ18 VDD_DDR 1 8V Moazs MOMS MDQ23 MDQ15 MDQ21 DDR 00124 DDR GND MCAS MAO PadBypass 0 PadBypass 1 MA4 MAG DI MWER VDD_DLL 1 2V POWER ON RESET VDD_33 VDD 53 9 2 HTS A103 APXBOO 208AG 7 1 33V STBY von IK 116W 5 R41631K 1 16W 5 VDD DLL ER RAN eee las 5 RP4105 7 RP4106 7 Twos d Tem mon OUT 8 RP4107 7 RP4108 B7 Vos auc NE YO E 1 RESET KEY SYSTEM RESET KEY STBC CRYSTAL RP4109 B7 RP4110 B7 ROS EEL TH E RP4111 R4101 01 Aspen NE LVDS i R4102 C7 R4103 C7 FE san ANEW ox 000091 Y p R4104 B1 R4105 B2 LVDS 0 E Wes Scam R4106 G2 84107 H2 Ex R4108 G2 R4112 C7 E ra NW NVRAM R4113 C7 R4114 B1 SAL DDRII 1_16 31 Control Command Address Duo 2 5 E ip e E V
48. 8 0980 7 0981 87 0982 8 FB902 A2 FB904 A5 FB905 A6 FB980 B9 F901 E1 F902 E1 F903 E9 HBD901 A1 ORIS IW 1 4 HD902 A4 HD935 A9 ne 5 HD955 07 HQ901 B5 5 remua 12 4 HQ951 06 HQ952 06 12901 12931 C6 470pF 250V 8 10932 C8 10951 E4 5 ENUV 10952 G2 16953 G3 1 982 C8 10991 66 MAA L901 C2 1902 B2 S L903 A2 L904 B1 L905 B2 L906 A3 1931 E8 L971 08 ds 1980 B9 NR901 D1 N saso Resa 0901 B4 Q931 C6 AN 08 201 21 11K 1 8W 196 0945 G5 0951 E6 27K_1 _NC Q952 E6 0988 G6 0992 010 0993 09 rg RV901 E2 RV902 A6 HD955 RV903 E1 R901 D2 R901 Heatsink Q989 STANDBY R902 D2 R903 D1 2 P R905 B3 R906 B3 10K NC R907 C3 R908 C3 panni 1 al 10N R909 D4 R910 C5 2 7 R911 C4 R912 C4 NR9Ot R913 C4 R915 C5 R916 R917 C4 R918 B4 R919 B4 O P gt 15 R930 B6 R931 06 1932 R933 C5 R934 C5 ges R935 C5 R936 E5 SP20100 R937 G5 R945 G6 NUS R950 D10 R953 D4 1000uF 50V R954 E4 R955 E4 R956 F4 R957 E3 R958 E3 R959 E2 p R960 E5 R961 ES meg R962 E5 R963 EG 100N 50 R964 F5 R965 F6 R966 R967 G2 Css VBOOT R968 G3 R969 G3 HR R970 G3 R971 G4 Emin 4 MT HAFO e R972 G3 R973 H3 Voc He R974 E9 R975 E9 ed R976 9 R977 69 DIS STOP i R980 G6 981 G4 L6599D p 50V ne C955 R982 C7 R983 C9 47K
49. 9 01317 F7 eine 4 758 VI6W 1 NO FB1309 D5 FB1310 F2 SCART NC FB1311 D5 FB1314 G5 FB1315 4 FB1316 C5 S2 T OUT FB1317 5 11310 4 01303 G3 01304 G3 R1312 D7 R1315 D7 B Pr i SCART2 RIC sCART2 RIC 11 81320 D8 R1321 D7 1351 R1378 ESAV2 20 FB1315 R1379 E R1365 G3 R1367 F2 75R 1 16W 1 R1369 G4 R1370 SOV NC R1371 D2 R1372 G3 R1373 G4 R1375 F3 R1376 A6 R1377 F3 R1378 A4 R1379 B4 R1380 B5 R1382 C2 FB1316_2 1 SOR 700mA NC lt SCART2_LOUT 7 81383 G2 81384 G3 LLL EB1317 2 SALI SOR TOOmA NC C SCART2 ROUT 7 ZD1301 D2 ZD1313 C4 1 201314 04 201315 D4 1360 1350 50V NC 50V NC R1382 39K 1 16 SN ON S0 001 090 1HOdA R1312 20K 1 16W R1315 20K 1 16W R1321 50V NC 50V NC 10k1 16W gt 10K1 16W JPSCART2 FS 11 ZD1301 R1371 10K1 16W NC VPORTO603100KVO5 NC ON S0 3100160901HOdA ON S0 01001 0901HOdA SCART2_Blanking gt gt SCART2_Blanking 11 C1333 R1370 47pF 50V NC 75R 1 16W 1 NC 3V3_ESD FB1310 1 2 OON 16V NC SCART2_Blanking BAV99 NC 81375 81377 BAV99 NC BAV99 NC BAV99 NC C1359 NC 470R 1 16W 5 108 1 16W 5 NC 100N 1567 C1352 22P 50V NC 2N3906S RTK PS NC C1353 01304 4711 Monitor CVBS OUT R1369 FB1314 10uF 10V NC THEW 1 NC 22
50. A 56uH R6214 10 OHM 1 10W 6218 50V 16204 LB 1 v 2 LOUT To SPK L speaker 120R 3000mA 56uH R6219 10 OHM 1 10W 6217 8 11 F_SCK 8 11 F 0 R6206 10K 1 16W 5 MONO R6204 10K1 16W VAMP_3V3 n R6222 R6225 5K1 1 16W 5 5K1 1 16W 5 yE 80 ESMT_SDA R6233 0805 1 10W di GND 2010 Aug 13 CN6201 B9 C6201 D7 C6202 D8 C6203 C8 C6204 D8 C6205 C8 C6206 A8 C6207 C7 C6208 B8 C6209 A8 C6210 A8 C6211 B8 C6212 F2 C6213 F2 C6215 C2 C6216 F2 C6217 E6 C6218 D6 C6219 A8 C6221 C6 C6222 C8 C6224 C5 C6225 C2 C6226 D3 C6227 D4 C6228 B8 C6229 D4 C6230 C5 C6231 B6 C6232 D4 C6233 F1 C6234 F3 C6235 F4 FB6202 B7 FB6203 B2 FB6204 C7 FB6205 D7 FB6206 A7 FB6207 E1 L6201 C7 L6202 A7 L6203 B7 L6204 D7 Q6202 F4 Q6203 F5 R6201 G4 R6202 H4 R6203 B3 R6204 H6 R6205 D5 R6206 G6 R6208 C3 R6209 C3 R6210 H5 R6211 G4 R6212 G5 R6213 B6 R6214 C6 R6215 A8 R6216 B8 R6217 C7 R6218 D7 R6219 D6 R6220 B3 R6221 D4 R6222 F8 R6223 A6 R6225 F9 R6226 D4 R6227 D5 R6228 D4 R6229 D4 R6230 D3 R6231 D3 R6233 G9 R6234 F4 R6235 E4 R6238 G4 R6239 E5 R6240 E5 U6202 C3 ZD6201 E4 AUDIO AMP AD82581B 2010 04 02 71563891 19020 522 100802 eps 100802 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN 59 SSB PSU amp Inverter I F B1 8 PSU INVERTER B18 CN7101 B1 CN7102 E7 C7105 B3 C7107 D2 C71
51. AD STTH8LO6FP bi C926 1500PF 1KV 18K 1 8W R918 100K 1 8W R972 R973 680R 1 8W 330nF 25V 12902 FB 21 R952 Comp Driver Mult GND 1508 1 6W C929 47 TK15A60U Q 9902 8 OR221W HEATSINK R927 HQ902 1 4W 10K 1 8W 330R 1 6W 18K 1 8W R954 2 2 1 8W R955 R930 C907 150uF M R970 1M 1 4W Q920 25 409715 100K 1 8W 1M 1 4 R971 C930 100PF 1KV R957 100R 1 8W VBOOT 3K3 1 6W HvG 100N 50V 470P 50V 0925 OUT N C Voc LVG LINE GND DIS PFC STOP L6599D C931 100PFAKV rtu 33K 1 8W R95 150N 50V 968 979 390 R982 0931 BAV21 C959 22uF 50V 33N 630V adi VANUS 1500PF250V HEATSINK HD901 3 A 0901 T905 STPS20H100CT 3597 1909 10914 TL431ACZ AP 18K 1 8W 2 2 1 8 R937 1 5 1 8W 24V L906 1 4uH 4 on 470UF 25V 4 6 0928 HEATSINK HEATSINK HD902 916 15K 1 8 47K 1 8W 100K 1 6W IF 2K7 1 6W 5 F 1000uF 35V C952 D902 STPS20H100CT 2 D928 SBFi T C95 5 8 1000uF 35V 24A 2 3uH C967 100uF 35V 47uF 25V R990 3K3 1 8W R938 4 7K R965 R968
52. B5 HD927 F8 HD928 HQ902 C6 HQ919 C6 IC901 D5 1C902 903 G5 1C909 E8 IC910 D9 12911 G8 12913 G8 1C914 B9 L901 B2 L902 B3 L903 B5 L906 C10 L907 F9 L908 C10 L909 C9 Q1C1Q2C1 Q902 C5 0915 Q916 D3 Q917 D5 Q918 G9 Q919 C7 Q920 B7 Q922 D8 Q923 05 0924 G7 RV902 B2 RV903 B7 RV904 B4 RV905 C1 R913 03 R915 R916 D8 R917 G6 R918 C4 R919 G8 R920 G10 R921 G5 R924 C5 R926 C5 R928 E8 R929 C5 R930 D6 R932 D4 R936 B10 R937 B10 R938 D10 R939 B10 R940 B10 R941 G9 R943 F8 R944 G9 R945 G9 R946 E9 R947 G9 R949 G8 R952 C5 R953 C6 R954 E4 R955 D4 R956 C6 R957 D6 R958 E4 R959 B4 R960 A4 R961 B4 R962 D3 R963 C6 R965 D9 R966 05 R967 E5 R968 D10 R969 B6 R970 B6 R971 B6 R972 C4 R973 C4 R974 D2 R975 C2 R976 F7 R977 C2 R978 G7 R979 E6 R980 G7 R981 F6 R982 E6 R983 D4 R984 06 R985 D4 R986 03 R987 E4 R988 05 R989 D5 R990 C10 R991 G6 R992 F6 SG1 A2 562 B2 SG3 A3 564 B3 SG5 C1 TH901 B4 T904 F7 T905 B8 ZD910 G6 ZD911 F6 ZD912 G6 ZD913 G5 ZD914 C5 ZD915 B6 Adapter 2010 04 02 71564360 19020 503 100802 eps 100802 Circuit Diagrams and PWB Layouts TPN1 1HA LA ES Layout Power Board 37 42 Top Side HBD901
53. C2 R619 A4 R620 A4 R621 4 ROS nese em R622 B3 R623 B3 R624 B3 R625 B3 AUDIO os sov a EPA sov AUDIO ass R626 B3 R627 B3 AUI LINP 0630 0 1uP 50V 0 50 A635 16W 5 50 BYPASS SHUTDOWN PVDDL R628 B3 R629 A5 on y Nod AE quem R630 5 R631 R636 B2 R637 B3 R638 03 R639 A1 ao R640 1 R641 1 R642 A1 R643 B4 R644 05 R645 05 R646 D5 R647 D5 R648 D4 R649 D2 SW601 C3 U601 D3 U603 A2 U604 B2 U605 A3 U607 A5 X601 B2 ZD601 D4 ZD602 D4 ZD603 C4 ZD604 C4 ZD605 D5 2 qUF 16V 811 qour 16V U601 TPA2008D2PWPRG4 SC NA N oo VOLUME ROSC 10K ROW 5 FIRM ROW 5 MIE C624 R849 2 OROSOHMI IGW NC 10k1H16W NC DC volume 0606 60 HCB2012KF 121T30 NC VPORTO803100KV05 R612 10K 1 16W 5 0613 tUF 10 1UF 16 cese tur 16v 2010 04 02 BATHROOM SPEAKER 71564215 19020 529 100802 eps 100809 2010 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA 66 Layout Bathroom Speaker Board
54. Colour Television Chassis TPN1 1HA Service LA Service Service 19020 000 100727 eps 100806 Service Manua Contents Page Contents Page 1 Revision List 2 Keyboard Control Panel E 63 64 2 Technical Specifications and Connections 2 Bathroom Speaker Board HS 65 66 67 3 Precautions Notes and Abbreviation List 5 IR LED Board J 68 69 4 Mechanical Instructions 9 11 Styling Sheets 5 Service Modes Error Codes and Fault Finding 14 Styling Sheet 32 70 6 Alignments 18 Styling Sheet 37 Zi 7 Circuit Descriptions 21 Styling Sheet 42 72 8 IC Data Sheets 24 9 Block Diagrams Wiring Diagram 32 33 Wiring Diagram 37 42 34 Block Diagram 35 10 Circuit Diagrams and PWB Layouts Drawing PWB Power Board 32 A01 36 37 38 Power Board 37 42 A01 39 40 41 SSB D sub input B01 42 61 62 SSB Rear I O 802 43 61 62 SSB Scart 803 44 61 62 SSB Scart 2 B04 45 61 62 SSB Side input 805 46 61 62 SSB CVBS audio out B06 47 61 62 SSB Tuner 807 48 61 62 SSB HDMI input 808 49 61 62 SSB HDMI input 3 809 50 61 62 SSB Scaler NT7263X B10 51 61 62 SSB DDR memory B11 52 61 62 SSB Panel I F ICE UART B12 53 61 62 SSB iTV B13 54 61 62 SSB Key board B14 55 61 62 SSB USB B15 56 61 62 SSB Scart audio SPdif out B16 57 61 62 SSB Audio amplifier B17 58 61 62 SSB PSU amp Inverter I F B18 59
55. DE CONTROL CNO1 A1 01 A1 c02 C04 RO1 ROS R08 c05 C07 R04 R07 swo1 1 02 1 SWO03 1 SWO4 A1 SWO05 A1 SW06 A1 5 07 1 715G3814 2010 04 02 19020_527_100802 eps 100802 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN 64 Layout Keyboard Control Panel Layout Keyboard Control Panel Top Side Layout Keyboard Control Panel Bottom Side 19020_528_100802 100811 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA 10 LI Bathroom Speaker Board Bathroom Speaker Board 10605 DC to DC for WT6703F RESET for WT6703F GND vec 0807 RESET 100N16V NC 1008 1 16W 5 FB602 4008 1716W 1 NC 641 1716W 5 4NC AUDIO_L HCB2012KF 121T30 R631 API7OIFWL NC 100K1 16W NC C622 100N16V er 1608 Re19 25 f 47K1 16W i i VIN BST 10uF 16V i joo Samy EM GND COMP 0819 10 50 C821 10NFSOV NC 1 16W 5 642 OROS 1 16W i OROSOHMI 16W NC L 10K1 16W 5 H AOZI2I2AI 10V 1008 116W1 wor 7 Rezi 17 TT tur tev
56. DO GOICE ICE TDI 84308 0RO5OHM1 16W 1144 UARTO RX UARTO TX R4310 ORO5OHM1 16W NC 311GW200G03AAX OROSOHM1 16W NC 2010 04 02 PANEL I F ICE UART 715G3891 19020_517_100802 eps 100811 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA EN EN 54 SSB iTV CN4401 C6 C4401 C4 C4402 F5 C4403 F6 FB4401 A2 FB4402 A2 Q4401 B4 Q4402 E2 Q4403 E3 Q4404 G2 04405 G3 R4401 R4402 B3 R4403 R4408 84410 G3 ITV_VDD ITV_VDD R4411 G2 R4414 B3 wa R4415 F5 R4416 F4 FB4401 i R4417 C3 R4418 C3 84419 4420 5V_STBY 420R 3000mA ITV VDD 401 B6 704401 C6 R4402 84403 204402 5 204403 C5 10K1 16W 10K1 16W 0RO5OHM1 16W Ni TH4401 8V 0R4 1000HM1 16W 2N3904S RTK PS CN4401 RC IR OUT 1 2 ZD4401 311GW250A05AAX BZX84 C5V6 4 5V ON 3V3 ON R4408 10K1 16W Q4403 11 13 UARTO lt 2N7002 gt RXD1 Q4402 1113 UARTO_TX 2N 700Z DINDA 3 3V_STBY 5V_STBY 3 3V_STBY 4402 4403 CL10043 50V NC CL10043 R4416 R4415 OK1416W 3 3K 1 16W NC R4411 3 3K 1 16W 11 RTC_UART_RXC Q4404 2N7002 11 UART TX 2010 04 02 715G3891 19020_518_100802 eps 100809 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA ES GEJ SSB Key I R board KEY BOARD CN4501 D9 CN4503 7 C4501 C6 C4502 E4 C4503 F5 C4504 C4505 C7 C4
57. DVB C DVB T DVD DVI d E DDC EDID EEPROM EMI EPG EPLD EU EXT FDS FDW FLASH FM FPGA FTV Gb s G TXT H HD HDD HDCP HDMI HP 2 s IF IR IRQ ITU 656 Precautions Notes and Abbreviation List TPN1 1HA LA EN Directions For Use owner s manual Digital Media Reader card reader Digital Multi Standard Decoding Digital Natural Motion Digital Noise Reduction noise reduction feature of the set Dynamic RAM Digital Rights Management Digital Signal Processing Dealer Service Tool special remote control designed for service technicians Digital Transmission Content Protection A protocol for protecting digital audio video content that is traversing a high speed serial bus such as IEEE 1394 Digital Video Broadcast Cable Digital Video Broadcast Terrestrial Digital Versatile Disc Digital Visual Interface d digital only Enhanced Display Data Channel VESA standard for communication channel and display Using E DDC the video source can read the EDID information form the display Extended Display Identification Data VESA standard Electrically Erasable and Programmable Read Only Memory Electro Magnetic Interference Electronic Program Guide Erasable Programmable Logic Device Europe EXTernal source entering the set by SCART or by cinches jacks Full Dual Screen same as FDW Full Dual Window same as FDS FLASH memory Field Memory or Frequency Modulation Field Programma
58. Fi pre YPBPR coe 8 12 1 3 mA 6 25mA paran 2 VANS RTG Cover C4109 A4 C4110 4 VDD1V2_STBY ao STBC VDD 12 psor puw kanaka ga 14 ATC_UART_AXKK RTC UART COMP1 PBi i 1008 16V 100N 16V JOON 1 1 16v ION 16V 16v I00N 16V UART TX Aad ANG e dc 4 i mA Rd 43 3V_STBY o 33 STBY L ae C4113 C4114 ADC ext owes ioe ext eves Dom 15 C4115 A5 C4116 A5 ADCO NI LAV 13995 Audio Reference AUD VDD VDD voltage Olanv 3415 0 TVDAC AVDD TVADC o AVDD TVADC XTAL_VDD ES E PC C4119 A5 C4120 A5 GolcE SCART1 SCART La C4123 C4124 ICE TOI s 2 SOAR C4129 A4 C4130 A4 alee pen UL S me m _ C4133 A6 C4134 A3 5 resno GPIO A C4137 4 C4138 H 5 12 3V f 2 x VDD DLL VDDHSRT VDDA VDD_HDMI AUD_VDD LVDS VCC Pise ADCT poe novie 9 9 9 se SERI AED aa a a HE PAMADE D AR bon ben jm Dar DE mrs m C4117
59. GA V VESA VGA VL VSB WYSIWYR WXGA XTAL XGA Y Y C YPbPr YUV Super Video Home System Software Spatial temporal Weighted Averaging Noise reduction 1280 x 1024 Thin Film Transistor Total Harmonic Distortion Transmission Minimized Differential Signalling Transport Stream TeletexT Dual Window with TeletexT User Interface Microprocessor 1600 x 1200 4 3 V sync to the module Video Electronics Standards Association 640 x 480 4 3 Variable Level out processed audio output toward external amplifier Vestigial Side Band modulation method What You See Is What You Record record selection that follows main picture and sound 1280 x 768 15 9 Quartz crystal 1024 x 768 4 3 Luminance signal Luminance Y and Chrominance C signal Component video Luminance and scaled color difference signals B Y and R Y Component video Mechanical Instructions TPN1 1HA LA 9 4 Mechanical Instructions Index of this chapter Notes 4 1 Cable Dressing figures below can deviate slightly from the actual situation 4 2 Service Positions due to the different set executions 4 3 Assembly Panel Removal 4 4 Set Re assembly 4 1 Cable Dressing 19020_100_100727 eps 100806 Figure 4 1 Cable dressing 32 2010 Aug 13 EN 10 TPN1 1HA LA Mechanical Instructions 19020_101_100727 eps 100727 Figure 4 2 Cable dressing 37 2010 Aug 13 4 2 Mechanical Instruct
60. K1 16W 2 S2 T OUT 30R 700mA NC NC 100 OHM 1 10W R1373 C1336 100K1 16W NC 22P 50V NC 2 e R1384 NC 1200HM1 16W NC 22K1 16W 2 2K1 16W NC 2010 04 02 SCART 2 715G3891 19020 509 100802 eps 100811 2010 Aug 13 Circuit Diagrams and PWB Layouts 10 46 SSB Side input SIDE INPUT N1401A A2 N1401B C2 CN1403 C1 CN1404 F9 CN1405 E2 C1401 A5 C1402 F8 C1403 A3 C1404 A3 C1405 B5 CN1401A C1406 B3 C1407 B3 HACKING C1408 C5 C1409 11403 1 8uH NC C1410 C3 C1411 C5 8 SIDE SV YO 81401 C1401 100N 16V NC T T ae C1412 D3 C1413 03 2 1403 1404 1000HM1 16W NC C1414 E8 C1415 F8 I 50V NC I 50V NC TR ew 1 48V3 ESD C1416 F2 C1417 F2 C1418 C1419 F3 C1420 F5 1421 4 C1422 E4 C1423 G3 SIDE SV 100N 16V NC 1424 4 1425 4 C1426 C1427 G5 R1405 SIDE_SV_Y03 SIDE SV CO _ 3 SIDE AV CVBS 3 C1428 F5 D1402 B7 20pF 50V NC pF SOV NC 758 1 16W 1 NC 0 rr we eeu 7 270 1 1 01403 8 01404 9 FB1401 F7 FB1402 F7 11401 11402 11403 01401 5 81401 4 R1402 D4 R1403 A4 R1404 B4 81405 B4 R1406 C4 CN1403 SACKING 11402 1 8uH R1406 Ri 407 1408 C4 2 SIDE AV 5 AV CVBS R1409 R1410 C4 EXT CVBS IC 11 4000HM1 16W 1411 04 R1412 E9 01410 R1413 22 R1414 7 sov Fon new 1 jes VCOM 3 CVBS R1415 F2 R1416 F2 _
61. MI Digital Video Digital Audio In 19 1 18 2 10000 017 090121 eps 090428 Figure 2 3 HDMI type A connector 1 02 Data channel 2 Shield Gnd 3 D2 Data channel 4 01 Data channel 5 Shield Gnd 6 D1 Data channel 7 DO Data channel 8 Shield Gnd 9 DO Data channel 10 CLK Data channel 11 Shield Gnd 12 CLK Data channel 13 n c 14 n c 15 SCL DDC clock 16 DDC SDA DDC data 17 Ground Gnd 18 5V 19 HPD Hot Plug Detect 20 Ground Gnd 2 3 2 Rear Connections 7 HDMI1 Digital Video Digital Audio In See 6 HDMI Digital Video Digital Audio In 8 Cinch S PDIF Out Bk Coaxial 0 4 0 6Vpp 75 ohm 9 TV ANTENNA In Signal input from an antenna cable or satellite 10 Cinch Audio In See 5 Cinch Audio In 11 Cinch Audio Out Ye Video CVBS 1 75 0 Rd Audio 0 5 Vams 10 Wh Audio L 0 5 10 2 4 Chassis Overview Refer to 9 Block Diagrams for PWB CBA locations 2010 Aug 13 66 96 l GO GO 12 Mini Jack Bathroom speaker 8 2 1 W Output 1 Control Signal OUT 2 Control Signal OUT 3 Control Signal OUT 13 EXT2 Video YPbPr In Audio In Gn Video Y 1 75 Video Pb 0 7 Vpp 75 W Rd Pr 0 7 75 W Wh Audio L 0 5 Vams 10 kW Rd Audio R 0 5 Vams 10 kW 14 Mini Ja
62. N AOS ON AOS 422 ON S MOL L SDA VSS INC y HPDLINC AOZBBO4DI NC Option Tor T HDMI port RX_BO RPS10 OOHM 1 16W NC B_1TX0 0 B RX TXCLK1 4 BC TXCLK1 RX_B2 RP5102 4 1 16W4NC X2 RX_B2 R 1TX2 AXBT G_1TXi GXT DDC_CLK_INB 3 3V_STBY 05107 BSN20 NC R5151 4 7K1 16W NC HDMI_SCL DDC_DAT_INB 85145 OROSOHM1 16WI 3 3V_STBY _ 05109 STET BSNZ0 NC 5 NC R5152 4 7K1 16W NC SDA HPD_INB 85146 OROSOHM1 1 R5147 0RO5OHM1 16W NC NC HPLUGB Q5106 BC847C FB5102 1 ee 2 be Be be Be be Be be Be be Be 5103 5104 5105 5106 5107 5108 5101 5109 5110 5111 2 DDC DSUB WP HPD INA 5103 R51 MA ATKIN 6w 10 2 5 al HDMI_DET_A R5160 K 1 16W 5 NC amp DDC WP ___ HPD_INB 95105 BI 3V3_HD_SW o DDC_DAT_INA 5V_STBY 00 16V os 16V 16V os 16V E 16V ps 16V o 16V 16V E 16V os 16V o 16V 45V ON 4 3V3 HD SW R5115 10K1 16W NC R5140 PLUG KQUTIPUT EN 11 17 DDC CLK INA RX AC XA RX_AO
63. O E M supplier for back charging Practical Service Precautions It makes sense to avoid exposure to electrical shock While some sources are expected to have a possible dangerous impact others of quite high potential are of limited current and are sometimes held in less regard Always respect voltages While some may not be dangerous in themselves they can cause unexpected reactions that are best avoided Before reaching into a powered TV set it is best to test the high voltage insulation It is easy to do and is a good service precaution 2010 Aug 13 Precautions Notes and Abbreviation List 34 Abbreviation List 0 6 12 AARA ACI ADC AFC AGC AM AP AR ASF ATSC ATV Auto TV AV AVC AVIP B G BDS BLR BTSC B TXT CEC CL CLR ComPair CP CSM CTI CVBS DAC DBE DCM DDC D K DFI SCART switch control signal on A V board 0 loop through AUX to TV 6 play 16 9 format 12 play 4 3 format Automatic Aspect Ratio Adaptation algorithm that adapts aspect ratio to remove horizontal black bars keeps the original aspect ratio Automatic Channel Installation algorithm that installs TV channels directly from a cable network by means of a predefined TXT page Analogue to Digital Converter Automatic Frequency Control control signal used to tune to the correct frequency Automatic Gain Control algorithm that controls the video input of the feature box Amplitude Mo
64. RIGHT_ADJ 1 2 120R 6000m 5V_STBY roii A Bi BRIGHTNESS_PWM 7116 07101 7107 BC847C T 470uF 10V BL Inverter OFF 3 3V Inverter ON BL PWM Duty ratio 1UF16V 10K1 16W 1UF 10V NC R7120 PWM control PWR OK H NVRAM 24C32 burnning L Disable 11 3 3K 1 16W R7121 10K1 16W CN7102 CONN PANEL POWER ON From _STBC_PWEN Sei TP7101 TP7102 FB7112 FB7113 FB7114 120R 6000mA NC 120R 6000mA 120R 6000mA NC PANEL 66 TP7103 TP7104 R7128 56K 1 16W 207101 1 R7122 56K 1 16W R7123 IL sov FB7111 R7127 120R 6000mA 7122 R7124 56K 1 16W 4435 100K1 16W 10K1 16W 1UF 10V SYSTEM_PWR_EN gt 11 PANEL_ON gt 07107 BC847C Q7105 BC847C C7118 10K1 16W C7121 470N 10V 1K1 16W C7119 220NF 25V R7129 100N 50V H ON L STANDBY L PANEL_VCC_OFF 10K1 16W H PANEL_VCC_ON 2010 04 02 PSU amp INVERTER 715G3891 19020 523 100802 eps 100802 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA EIN SSB DC DC Power DC DC POWER C7201 E8 C7202 7 C7203 G3 C7204 G1 C7213 B4 C7217 1 STANDBY POWER FOR RTC VDD30V STBC VDD12V STBC C7224 D2 C7229 B2 43V3 ON C7230 B2 C7231 G1 3 3V_STBY 45V STBY 07210 C7232 G3 C7233 B6 O O FB7216 C7202 10N C7234 B8 C7235 E6 FB7215 C7236
65. V_16V 8 24V_16V 7 GND 6 GND 5 GND 4 12V 3 12V 2 BRIGHT_ADJ 1 CN4501 INVERTER_ON_OFF 13 GND 12 LIGHT_SENSOR 11 45V_STBY 10 KEYPAD_DET1 KEYPAD_DET1 KEYPAD_DET1 GND 3V3_STBY 3V3_STBY GND ITV_IR_5V IR_LED_G IR_LED_R 2 BathRoom_Mono_L 3 BathRoom Mono CN7102 1 12V 2 GND CN4303 GND RXOO RXOO RXO1 RXO1 RXO2 RXO2 30 PANEL_VCC LEFT SPEAKER 19020 401 100730 eps 100813 Wiring Diagram 37 42 WIRING DIAGRAM 37 42 Pro Pus Component Level Repair Only For Authorized Workshop Board Level Repair LCD PANEL RIGHT SPEAKER Block Diagrams TPN1 1HA LA LEN 12 13 INVERTER ON OFF 14 BRIGHT ADJ 2010 Aug 13 LCD DISPLAY 1050 CN902 1 INVERTER ON OFF 2 3 BRIGHT_ADJ 4 412V 5 412V 6 GND 7 GND 8 GND 9 24V 10 24V 11 STANDBY IN 12 45VSB 13 45VSB CN4501 13 GND 12 LIGHT_SENSOR 11 45V_STBY 10 KEYPAD_DET1 KEYPAD_DET1 KEYPAD_DET1 GND 3V3_STBY 3V3_STBY GND ITV IR 5V IR LED G IR LED R CN7101 13 PWR_OK 12 5V_STBY 11 45V STBY 10 SYSTEM PWR 24V 16V 424V 16V GND GND GND 12V 12V 5 RXO1 BRIGHT ADJ 6 RXO2 INVERTER ON OFF 7 RXO2 8 CN7103 1 GND 2 BathRoom_Mono_L 3 BathRoom_Mono_R LEFT SPEAKER 19020_402_100730 eps 100813 Block Diagrams TPN1 1HA LA
66. X O AGPIO57 ADIN_R4 LVDS 0 LVDS 0 VDD DLL MDQ4 64 SAR_ADCO LVDS_GND MDQ3 2010 Aug 13 Figure 8 3 Pin configuration 2 19020_302_100730 eps 100730 IC Data Sheets TPN1 1HA LA EM EN 27 8 2 Diagram B19 SSB DC DC Power G5657F12U 07210 Block diagram Internal 4V PWM CONTROL DRIVER LOGIC Pinning information NC 8 SS NIZ Lx 3 6 COMP GND 4 5 FB SOP 8 FD 18860 303 100510 eps 100809 Figure 8 4 Internal block diagram and pin configuration 2010 Aug 13 HEN 8 LA IC Data Sheets 8 3 Diagram 05 SSB Side input TPA6132A2RTER 25mW 16 01401 Block diagram Supply Control Resistor Array Resistor Array Charge Pump Pinning information 18850_304_100107 eps 100809 Figure 8 5 Internal block diagram and pin configuration 2010 Aug 13 IC Data Sheets TPN1 1HA LA EM BEJ 8 4 Diagram B17 SSB Audio amplifier AD82581B TKG TQFN 48 12W IC 06202 Block diagram Logic Internal Interface System Clock Loudspeaker Driver E Pinning information V1 ON 91 lt 20 gt 2 DODD gt gt
67. _ 1000HM1 16W 81417 G4 R1418 G4 SIDE_AU_INR R1419 G4 R1420 G4 81408 20K 1 16W gt pevesi_t 1421 5 R1422 EG YCVBS1_R R1423 E5 R1424 E5 R1427 E4 R1428 G4 TN sav R1402 R1411 R1429 E8 U1401 F4 1oki 16W 5 10K1 16W ZD1401 F9 ZD1402 D3 ZD1404 F9 ZD1405 D3 BAV99 NC BAV99 NC BAV99 NC 5 8 2 B 43V3 ON R1427 3V3_ON OROSOHM1 16W R1423 1422 ORO5OHM1 16W R1422 R1429 1421 47K1 16W 4 7 1 16 CN1405 CONN R1412 HP DET HD DET HP DET IN 1414 1000HM1 16W v 50V ORO5OHM1 16W 17 1401 1 yy vva 2 600R 300mA 22U10V pas HPL FB1402 1 pyy va 2 600R 300mA S _ 61402 415 Y C1428 1 2 Thermal Pad 1UF 16V 2 2 8 2 1UF 16V U1401 OON 50V 100 50V C1419 1UF 16V TPA6132A2RTER C1420 1 1UF 16V 3 PHONEJACK HPOOUTR Y R1418 A 100 1 1 pite ION 50V 1 2 1417 R1414 4 4 1UF 16V ON 50V ON SOAMOOLE090LHOdA ON S0 300160901HOdA R1428 R1417 OROSOHM1 16W lt 10K1 1 R1420 OROSOHM1 16W NC JOROSOHM1 16W NC C1423 22N 16V NG 2010 04 02 SIDE INPUT 715G3891
68. ble Gate Array Flat TeleVision Giga bits per second Green TeleteXT H sync to the module High Definition Hard Disk Drive High bandwidth Digital Content Protection A key encoded into the HDMI DVI signal that prevents video data piracy If a source is HDCP coded and connected via HDMI DVI without the proper HDCP decoding the picture is put into a snow vision mode or changed to a low resolution For normal content distribution the source and the display device must be enabled for HDCP software key decoding High Definition Multimedia Interface HeadPhone Monochrome TV system Sound carrier distance is 6 0 MHz Inter IC bus Inter IC Data bus Inter IC Sound bus Intermediate Frequency Infra Red Interrupt Request The ITU Radio communication Sector ITU R is a standards body subcommittee of the International Telecommunication Union relating to radio communication ITU 656 a k a ITV LS LATAM LCD LED LL LPL LS LVDS Mbps M N MHEG MIPS MOP MOSFET MPEG MPIF MUTE MTV NC NICAM NTC NTSC NVM O C OSD OAD OTC P50 PAL SDI is a digitized video format used for broadcast grade video Uncompressed digital component or digital composite signals can be used The SDI signal is self synchronizing uses 8 bit or 10 bit data words and has a maximum data rate of 270 Mbit s with a minimum bandwidth of 135 MHz Institutional TeleVision TV sets for hotels hospitals etc Last Sta
69. ck IR link Input Output 1 Control Signal IN 2 Control Signal OUT 3 Ground Gnd 15 PC 00000 5 O O O O O15 10000_002_090121 eps 090127 Figure 2 4 VGA connector 1 Video Red 0 7 Vpp 75 0 2 Video Green 0 7 75 3 Blue 0 7 Vpp 75 0 4 5 Ground 6 Ground Red Gnd 7 Ground Green Gnd 8 Ground Blue Gnd 9 5 5 5 V 10 Ground Sync Gnd 11 Ground Red Gnd 12 DDC_SDA DDC data 13 0 5V 14 V sync 0 5V 15 DDC SCL DDC clock 16 Audio In Left Right VGA Gn Audio L R in 0 5 Vams 10 kW 17 Service UART 1 Ground Gnd 2 UART TX Transmit 3 UART Receive 9 DO 99 9 99 DO 1 OOO DODD tOr OP 3 1 3 2 3 3 3 3 1 Precautions Notes and Abbreviation List TPN1 1HA LA EM ENS 3 Precautions Notes and Abbreviation List Index of this chapter 3 1 Safety Instructions 3 2 Warnings 3 3 Notes 3 4 Abbreviation List Safety Instructions 3 3 2 Safety regulations require the following during a repair Connect the set to the Mains AC Power via an isolation transformer gt 800 VA Replace safety components indicated by the symbol A only by components identical to the original ones Any other component substitution other than original type may increase risk of fire or electrical shock hazard Safety regula
70. dulation Asia Pacific Aspect Ratio 4 by 3 or 16 by 9 Auto Screen Fit algorithm that adapts aspect ratio to remove horizontal black bars without discarding video information Advanced Television Systems Committee the digital TV standard in the USA See Auto TV A hardware and software control system that measures picture content and adapts image parameters in a dynamic way External Audio Video Audio Video Controller Audio Video Input Processor Monochrome TV system Sound carrier distance is 5 5 MHz Business Display Solutions iTV Board Level Repair Broadcast Television Standard Committee Multiplex FM stereo sound system originating from the USA and used e g in LATAM and AP NTSC countries Blue TeleteXT Centre channel audio Consumer Electronics Control bus remote control bus on HDMI connections Constant Level audio output to connect with an external amplifier Component Level Repair Computer aided rePair Connected Planet Copy Protection Customer Service Mode Color Transient Improvement manipulates steepness of chroma transients Composite Video Blanking and Synchronization Digital to Analogue Converter Dynamic Bass Enhancement extra low frequency amplification Data Communication Module Also referred to as System Card or Smartcard for iTV See E DDC Monochrome TV system Sound carrier distance is 6 5 MHz Dynamic Frame Insertion DFU DMR DMSD DNM DNR DRAM DRM DSP DST DTCP
71. e assemble the whole set execute all processes in reverse order Notes While re assembling make sure that all cables are placed and connected in their original position See Figure 4 1 Figure 4 2 and Figure 4 3 e Pay special attention not to damage the EMC foams on the SSB shields Ensure that EMC foams are mounted correctly 2010 Aug 13 Gis Service Modes Error Codes and Fault Finding 5 5 1 5 1 1 Service Modes Error Codes and Fault Finding Index of this chapter 5 1 Service Modes 5 2 Service Tools 5 3 TV Main Software Upgrading 5 4 Error Codes 5 5 Fault Finding and Repair Tips Service Modes The Customer Service Mode CSM is used for communication between the call centre and the customer while the Service Alignment Mode SAM offers several features for the service technician This chassis also offers the option of using ComPair a hardware interface between a computer and the TV chassis It offers the abilities of structured troubleshooting error code reading and software version read out for all chassis Customer Service Mode CSM Purpose The Customer Service Mode shows error codes and information on the TV s operation settings The call centre can instruct the customer by telephone to enter CSM in order to identify the status of the set This helps the call centre to diagnose problems and failures in the TV set before making a service call The CSM is a read only m
72. e value multiplier as the decimal point indication e g 2p2 indicates 2 2 pF asterisk indicates component usage varies Refer to the diversity tables for the correct values correct component values are listed on the Philips Spare Parts Web Portal Spare Parts For the latest spare part overview consult your Philips Spare Part web portal BGA Ball Grid Array ICs Introduction For more information on how to handle BGA devices visit this URL http www atyourservice magazine com Select Magazine then go to Repair downloads Here you will find Information on how to deal with BGA ICs BGA Temperature Profiles For BGA ICs you must use the correct temperature profile Where applicable and available this profile is added to the IC Data Sheet information section in this manual Lead free Soldering Due to lead free technology some rules have to be respected by the workshop during a repair e Use only lead free soldering tin If lead free solder paste is required please contact the manufacturer of your soldering equipment In general use of solder paste within workshops should be avoided because paste is not easy to store and to handle e Use only adequate solder tools applicable for lead free soldering tin The solder tool must be able To reach a solder tip temperature of at least 400 C stabilize the adjusted temperature at the solder tip exchange solder
73. emove all other fixation screws from the SSB Remove the shielding from the SSB Release the clips from the LVDS connector Caution be careful as these are very fragile connectors Release the other cables from their clamps Unplug all other connectors 8 Take the SSB out Caution be careful not to damage the thermal pad at the bottom side of the SSB Bathroom Speaker board Caution it is mandatory to remount all different screws at their original position during re assembly Failure to do so may result in damaging the bathroom speaker board 1 Release the cable from their clamps 2 Unplug all connectors from the bathroom speaker board 3 Remove all fixation screws from the bathroom speaker board 4 The bathroom speaker board can now be taken out of the set When defective replace the whole unit 2010 Aug 13 Mechanical Instructions 4 3 4 4 3 5 4 3 6 AU fo e V 1 2 19020 103 100806 eps 100811 Power Supply Unit PSU Caution it is mandatory to remount all different screws at their original position during re assembly Failure to do so may result in damaging the PSU 1 Release the Power board cables from their clamps 2 Unplug power connectors from the SSB and LCD panel 3 Remove all fixation screws from the PSU 4 The PSU can now be taken out of the set When defective replace the whole unit Stand removal Cautio
74. in SW Detects and displays software version e 2 2 Reserved Not applicable e 2 3 Reserved Not applicable e 2 4 NVM version Detects and displays software version 3 1 Signal Quality Present analog digital signal strength e 3 2 TV lock Detects and displays 3 3 HDCP key Detects and displays 3 4 Reserved Not applicable e 3 5 Reserved Not applicable 3 6 HDMI audio format input Per supported format e g Dolby TrueHD DTS HD Master Audio MPCM Service Modes Error Codes and Fault Finding TPN1 1HA LA 5 e 3 7 HDMI video format input Per Supported format e g 5761 50 Hz 576p 50 Hz 720p 50 Hz 10801 50 Hz 1080p 50 Hz How to Exit CSM Press MENU on the RC transmitter 5 1 2 Service Alignment Mode SAM Panel Type V315B5 L02 125 Current Source mon How to enter To enter the factory mode use the following method e Press the following key sequence on the remote control transmitter MENU 1 9 9 9 Color Temp Normal After entering the factory mode the following screen is visible Scaler Offset 128 128 B 128 on the top and right of the panel Scaler Gain 127 G 124 121 Burn In EEPROM Init Go With the up down cursor keys can be used to navigate through the menu while with the Left Right cursor the values can be changed Clear Error Code Go How to EXIT Reset PBS Setting Go Choose EXIT and press the OK button Virgin Mode ael ACI On No
75. ing TV related data such as alignments Open Circuit On Screen Display Over the Air Download Method of software upgrade via RF transmission Upgrade software is broadcasted in TS with TV channels On screen display Teletext and Control also called Artistic SAA5800 Project 50 communication protocol between TV and peripherals Phase Alternating Line Color system mainly used in West Europe color carrier 4 433619 MHz and South America color carrier PAL M 2010 Aug 13 PCM PDP PFC PIP PLL POD POR PSDL PSL PSLS PTC PWB PWM QRC QTNR RGB RC RC5 RC6 RESET ROM RSDS R TXT SAM S C SCART SCL SCL F SD SDA SDA F SDI SDRAM SECAM SIF SMPS SoC SOG SOPS SPI S PDIF SRAM SRP SSB SSC STB STBY SVGA 2010 Aug 13 TPN1 1HA LA 3 575612 MHz and PAL N 3 582056 MHz Printed Circuit Board same as PWB Pulse Code Modulation Plasma Display Panel Power Factor Corrector or Pre conditioner Picture In Picture Phase Locked Loop Used for e g FST tuning systems The customer can give directly the desired frequency Point Of Deployment a removable CAM module implementing the CA system for a host e g a TV set Power On Reset signal to reset the uP Power Supply for Direct view LED backlight with 2D dimming Power Supply with integrated LED drivers Power Supply with integrated LED drivers with added Scanning functionality Positive Temperat
76. io IN for PC mode CN1102 72633 4 R L IN 2 700 20 1 16W 1106 VGA_VS_RTC 11 R1120 PC AU INR 20K 1 16W 3 3V_STBY 3V3_ESD PHONEJACK 201109 201108 R1121 R1122 10K1 16W 22P 50V 0603100 05 VPORTO0603100KVO05 NC 10K1 16W 10K1 16W VGA HS RTC 11 M3I LXOL M9ULEMOL D Sub ESD Diode U1101 43V3 ESD ZD1102 BZX84 C5V6 1 gt 3 HS 201103 BZX84 C5V6 1 n 3 5 201104 BZX84 C5V6 ss Kode 9 3_PC_SCL 201105 BZX84 C5V6 81133 1 3 PC SDA 1K1 16W NC PT ZD1106 BZX84 C5V6 1 D 3 VGA TX 81128 201107 BZX84 C5V6 01102 i 1 n 3 2N7002 3 3K 1 16W i PC SCL R1129 Q1101 2N7002 3 3K 1 16W 2010 04 02 D SUB INPUT 715G3891 19020_506_100802 eps 100809 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA LI SSB Rear I O REAR I O CN1202A PR1 1 2 203 30R 700mA Ya 1 2 R1219 A A A1000HM1 16W R1218 1000HM1 16W m 1000HM1 16W Video_IN 494 21202 R1208 CVI 1 IN CN1202B YPbPr1 AU INL 1000HM1 16W 50V NC R1220 1000HM1 16W m R1222 1000HM1 16W C1219 100N 16V C1218 100N 16V C1216 10N 50V C1217 100N 16V C1220 100N 16V C1222 COMP1 PR1 11 gt 1 PR1 11 gt gt COMP1_SOG1 11 COMP1 1 11
77. ions TPN1 1HA LA EN 11 E 5 19020_102_100727 eps 100727 Figure 4 3 Cable dressing 42 Service Positions 4 3 Assembly Panel Removal For easy servicing of a TV set the set should be put face down Instructions below apply to the 32HFL5332 xx but will be on a soft flat surface foam buffers or other specific workshop similar for other models tools Ensure that a stable situation is created to perform measurements and alignments When using foam bars take 4 3 1 Rear Cover care that these always support the cabinet and never only the display Caution Failure to follow these guidelines can seriously damage the display Ensure that ESD safe measures are taken Warning Disconnect the mains power cord before removing the rear cover Refer to Figure 4 4 for details 1 Remove fixation screws that secure the rear cover 2 Lift the rear cover from the TV Make sure that wires and flat foils are not damaged while lifting the rear cover from the set 2010 Aug 13 4 3 2 4 3 3 TPN1 1HA LA Figure 4 4 Rear Cover Small Signal Board SSB Caution it is mandatory to remount all different screws at their original position during re assembly Failure to do so may result in damaging the SSB 1 Release the tape near the bottom side of the set from the TV panel and release the tape near the left side of the set from the shielding Remove the fixation screw near the HDMI side inputs R
78. itch off your TV Insert the USB flash drive that contains the software update file 3 Switch on your TV Press MENU on the remote control 5 Select PBS Settings gt Consumer Setup gt Yes and press OK See Figure 5 6 6 In next menu select Software update gt Local updates gt USB and press OK See Figure 5 7 gt Service Modes Error Codes and Fault Finding TPN1 1HA LA ESI LIU 7 Select AUTORUN UPG and press OK on the remote control See 2 8 When prompted select Cancel or Update and press OK New software is higher version than current See software Continue 9 To proceed In next menu select Start and press OK to start software updates See 10 Upgrading will now begins and the status of the updating progress will be displayed 11 When the TV software is updated select Restart and press OK to retart the TV See 19020_206_100729 eps 100729 Figure 5 9 Update the TV software 4 Press Start to begin the update 19020_213_100809 eps 100809 The TV performs the following steps Figure 5 6 Update the TV software 1 Restart Download the new software Local updates Other 19020_207_100729 eps 100729 Figure 5 10 Update the TV software 5 19020_204_100729 eps 100809 Press Start to begin the update Figure 5 7 Update the TV software 2 The TV performs the following steps Restart Download the new software Update your TV with new software Select a
79. le Software update files can be obtained from your dealer or can be downloaded from the Philips servicer network web site P4S Preparing a portable memory for software upgrade You require the following 1 personal computer connected to the Internet 2 Anarchive utility that supports the ZIP format e g WinZip for Windows or Stufflt for Mac OS 3 AUSB flash drive preferably empty Note 1 Only FAT DOS formatted flash drives are supported 2 Only use software update files that can be found on the Philips servicer network web site PAS Check the current TV software version Before starting the software upgrade procedure it is advised to check that what the current TV software 1 Press the Menu button on your remote control 2 Select Setup and press then select Software update Current software If the current software version of your TV is the same as the latest update file found on the Philips servicer network web site PAS it is not necessary to update the TV software Download the latest software Find the Philips servicer network web site P4S 2 Find information and software related to your TV 3 Select the latest software update file and download it to your PC 4 Insert a USB flash drive into one of the USB ports of your PC 5 Decompress the downloaded ZIP file and copy the autorun upg to the root directory of the USB flash drive Update the TV software Sw
80. n it is mandatory to remount all different screws at their original position during re assembly Be sure to put the set in the Service Position 1 Remove the fixation screws 2 Take the stand out Speakers 1 Remove the stand as described earlier Unplug the speaker connector from the SSB 3 Release the tape near the bottom middle side of the panel from the TV bezel 4 Remove all fixation screws from the speaker 5 Take the speakers out When defective replace the whole unit 4 37 4 3 8 4 3 9 Mechanical Instructions TPN1 1HA LA EN 13 IR LED Board 1 Remove the fixation screw 2 Take the board out from the bezel and unplug the connector from the IR LED board When defective replace the whole unit Keyboard Control Panel 1 Unplug the connector on the keyboard control panel 2 Take the keyboard control panel from the bezel When defective replace the whole unit LCD Panel Remove the SSB as described earlier Remove the PSU as described earlier Remove the stand as described earlier Remove the speaker as described earlier Release the control board cable from its clamps and unplug the control board cable from the control board 7 Remove the fixation screws that secure the LCD panel with the metal bracket 8 Lift the LCD Panel from the bezel When defective replace the whole unit o gd PN Remove the bathroom speaker board as described earlier 4 4 Set Re assembly To r
81. n upgrade file Restart again Do not turn off the TV 19020_208_100729 eps 100729 Figure 5 11 Update the TV software 6 19020_205_100729 eps Note lt 100799 e Do not remove the USB flash drive during the software update Figure 5 8 Update the TV software 3 e fapower failure occurs during the update do not remove the USB flash drive from the TV The TV will continue the software update as soon as power comes back e Ifan error occurs during the update retry the procedure or contact your dealer We do not recommend downgrading to an older version e Once the upgrade is finished use your PC to remove the TV software from your USB portable memory 2010 Aug 13 Gis Service Modes Error Codes and Fault Finding 5 4 Error Codes The error code buffer contains all errors detected since the last time the buffer was erased The buffer is written from left to right When an error occurs that is not yet in the error code buffer it is displayed at the left side and all other errors shift one position to the right Basically there are three kinds of error codes Error Code Event 000 No problem 011 2 bus error 012 Tuner error 013 panel 5 5 Fault Finding and Repair Tips 5 5 1 Speakers Make sure that the volume is set to minimum during disconnecting the speakers in the ON state of the TV The audio amplifier can be damaged by disconnecting the speakers during ON state of the
82. o o Moar M K 38 YDS GND 524 84119 C1 84120 C1 R4121 C1 84122 C1 R4123 1 84125 C1 1 R4126 1 84127 850 ON Beso e 84135 D1 R4137 01 tii as 84140 05 84142 D1 Dal PASS tox mw E R4145 05 R4147 05 einem R4149 E5 84150 5 T prm R4152 F6 R4153 F8 R4154 F6 R4155 G6 R4156 G9 R4157 F9 R4158 F9 R4159 G6 ON E R4160 G6 R4161 G7 P4180 R4167 modfiy 25 25 25 25 RAGS HAAG R4179 R4169 H6 R4170 6 mem R4171 H7 R4172 H5 Fe Flow ox tac snow 84173 C5 R4174 3 24 ADD 84175 C5 R4176 C6 R4177 C1 84178 R4179 H1 84180 H1 R4181 H1 4182 G9 R4183 F9 R4188 E1 R4189 E1 R4190 F1 R4191 F1 TP4101 B9 TP4102 B9 U4101 C2 U4102 G9 U4103 G1 SCALAR NT7263X 715G3891 19020 515 100802 eps 100811 2010 Aug 13 Circuit Diagrams and PWB Layouts TPN1 1HA LA SSB DDR memory DDR MEMORY C4201 A4 C4211 A2 C4212 A3 C4213 C4214 A3 C4215 DDR2 VCC18lO C4216 A3 C4217 A3 41 99 E1 9 E9 C4218 A3 C4222 B4 M9 63 C7 G7 EAEE EEE C4225 G5 C4227 G5 C9 G9 anu iE 4228 85 4202 I 1 1 Nene R4201 G3 R4202 B4 R4204 B4 R4205 D2 Wi isa 84206 D2 84208 D1 100 16 100 16 100NT6V T0ONTEV R42
83. o xxHFLxxxxX nn e Refer to the user manual for more information on the hotel mode e When in the hotel mode the service modes CSM SDM SAM and ComPair are automatically disabled this is to prevent hotel guests entering Philips service modes order to use the service modes and ComPair hotel mode must be disabled e enable disable the hotel mode the hotel setup remote green remote is needed Service Tools ComPair Introduction ComPair Computer Aided Repair is a Service tool for Philips Consumer Electronics products and offers the following 1 ComPair helps to quickly get an understanding on how to repair the chassis in a short and effective way 2 ComPair allows very detailed diagnostics and is therefore capable of accurately indicating problem areas No knowledge UART commands is necessary because ComPair takes care of this 3 ComPair speeds up the repair time since it can automatically communicate with the chassis when the uP is working and all repair information is directly available 4 ComPair features TV software upgrade possibilities Specifications ComPair consists of a Windows based fault finding program and an interface box between PC and the defective product The ComPair Il interface box is connected to the PC via an USB cable For the TV chassis the ComPair interface box and the TV communicate via a bi directional cable via the service connector s The ComPair faul
84. ode therefore modifications are not possible in this mode How to Activate CSM Key in the code 123654 via the standard RC transmitter Note Activation of the CSM is only possible if there is no user menu on the screen 32HFL5332 93 012345678901 23 Set Type Production code Option code 125 5 000 000 000 000 000 558 SEE TYPE PLATE Display SEE TYPE PLATE PSU SEE TYPE PLATE 19020 200 100727 eps 100727 Figure 5 1 CSM Menu 1 3 2010 Aug 13 Current Main SW TPN11HA 1 12 2 4 NVM version 19020 201 100727 eps 100727 Figure 5 2 CSM Menu 2 3 Signal Quality Present TV lock non active HDCP key Valid HDMI audio format inp HDMI video format inp 19020_202_100727 eps 100727 Figure 5 3 CSM Menu 3 3 How to Navigate By means of the CURSOR DOWN UP knob or the scroll wheel on the RC transmitter can be navigated through the menus General 1 1 Set Type NVM read write max 16 characters 1 2 Production code NVM read write max 16 characters 1 3 Reserved Not applicable 1 4 Option Code Store in NVM set feature grouping as option panel code 1 5 Codes Error code Layer 2 Store in NVM 10 error buffers 000 No problem 011 bus error 012 tuner error 013 panel e 1 6 SSB 12NC NVM read write 12 characters 1 7 Display 12NC NVM read write 12 characters e 1 8 PSU 12NC NVM read write 12 characters 2 1 Current Ma
85. r Service When defective a new board must be ordered and the defective one must be returned unless the main fuse of the board is broken Always replace a defective fuse with one with the correct specifications This part is available in the regular market Consult the Service website for the order codes of the boards The output voltages to the chassis are e 5 STANDBY stand by mode only e 12 panel on e 24V audio power 2010 Aug 13 GEES EH IC Data Sheets 8 IC Data Sheets This section shows the internal block diagrams and pin configurations of ICs that are drawn as black boxes in the electrical diagrams with the exception of memory and logic ICs 8 1 Diagram B10 SSB Scaler NT7263X NT72634FG A LQFP 256 IC 04101 Block diagram 125 Output S PDIF Buttons 19020 300 100730 eps 100810 Figure 8 1 Internal block diagram 2010 Aug 13 IC Data Sheets TPN1 1HA LA EM HEN Name Pinning information No MDQ1 65 Ground MDQ6 66 SAR_ADC2 MDMO MDQ12 67 68 SAR ADC3 STBC RST VDD DDR MDQ14 69 70 PW EN AGPIO56 VGA VS AGPIO60 MDQ9 71 VGA HS AGPIO59 MDQ11 72 XTAL GND MDQSO 73 XTAL_OUT MDQSO 74 XTAL IN MDQS1 75 XTAL VDD MDQS1 76 VDD_DDR 77 MDQ15 MDQ8 78 79 MDQ10 80 MDQ13 81 MDM1 82 MDQ7
86. t finding program is able to determine the problem of the defective television by a combination of automatic diagnostics and an interactive question answer procedure How to Connect This is described in the chassis fault finding database in ComPair TOTV UART SERVICE 12 SERVICE UART SERVICE CONNECTOR CONNECTOR CONNECTOR RC in RC 0 function 09990 22210 Optional Power Link Mode Switch Activity ComPair Il T RS232 UART ComPair II Developed by P ips Brugge Optional power 5V DC CL PC only 10000_036_090121 eps 091118 Figure 5 5 ComPair Il interface connection 2010 Aug 13 5 3 5 3 1 5 3 2 5 3 3 5 3 4 Caution is compulsory to connect the TV to the as shown in the picture above with the ComPair interface in between as the ComPair interface acts as a level shifter If one connects the TV directly to the PC via UART ICs will be damaged How to Order ComPair order codes e ComPair Il interface 3122 785 90630 Programming software can be downloaded from the Philips Service portal e ComPair UART interface cable for TPN1 1HA xx 3122 785 90630 Note While having problems contact the local support desk TV Main Software Upgrading Introduction Philips continuously tries to improve its products and we recommend that you update the TV software when updates are availab
87. tes only applicable to xxHFL5332 93 ATS On e When the Hotel mode is active the service modes CSM NVM address 0 0 0 SDM SAM and ComPair are automatically disabled this is NVM value 0 7 123 to prevent hotel guests entering Philips service modes copy to USB e In order to use the service modes ComPair Hotel mode must be disabled To enable disable the hotel mode the hotel setup remote green remote is needed 19020_203_100727 eps 100727 paste from USB Go Figure 5 4 Example of SAM Table 5 1 Contents of SAM Action Items Range Default Value Description 32 37 42 Brand PHILIPS PHILIPS PHILIPS brand customer Ver TPN11HA_1 12 TPN11HA_1 12 TPN11HA_1 12 software version Date Jul 14 2010 Jul 14 2010 Jul 14 2010 software release date Model name 32HFL5332 93 37HFL5382 93 42HFL5382 93 model name Scaler NT72634 NT72634 NT72634 scaler IC type Panel type V315B5 L02 125 LC370WUN SCC1 126 LC420WUN SCB1 127 panel type and display code Current source TV TV TV select source Auto color GO GO GO PC any pattern has black and white YPbPr SMPTEbar colour bar any timing ADC offset 0 255 RO GO BO RO GO BO RO GO BO PC any pattern has black and white YPbPr SMPTEbar colour bar any timing ADC gain 0 255 RO GO BO RO GO BO RO GO BO PC any pattern has black and white YPbPr SMPTEbar colour bar any
88. tions require that after a repair the set must be returned in its original condition Pay in particular attention to the following points Route the wire trees correctly and fix them with the mounted cable clamps Check the insulation of the Mains AC Power lead for external damage Check the strain relief of the Mains AC Power cord for proper function Check the electrical DC resistance between the Mains AC Power plug and the secondary side only for sets that have a Mains AC Power isolated power supply 1 Unplug the Mains AC Power cord and connect a wire between the two pins of the Mains AC Power plug 2 Set the Mains AC Power switch to the on position keep the Mains AC Power cord unplugged 3 Measure the resistance value between the pins of the Mains AC Power plug and the metal shielding of the tuner or the aerial connection on the set The reading should be between 4 5 MQ and 12 MQ 4 Switch the set and remove the wire between the two pins of the Mains AC Power plug Check the cabinet for defects to prevent touching of any inner parts by the customer 3 3 3 3 3 4 3 3 5 Warnings All ICs and many other semiconductors are susceptible to electrostatic discharges ESD Careless handling during repair can reduce life drastically Make sure that during repair you are connected with the same potential as the mass of the set by a wristband with resistance Keep components and tools also at this
89. tus The settings last chosen by the customer and read and stored in RAM or in the NVM They are called at start up of the set to configure it according to the customer s preferences Latin America Liquid Crystal Display Light Emitting Diode Monochrome TV system Sound carrier distance is 6 5 MHz L is Band Lis all bands except for Band I LG Philips LCD supplier Loudspeaker Low Voltage Differential Signalling Mega bits per second Monochrome TV system Sound carrier distance is 4 5 MHz Part of a set of international standards related to the presentation of multimedia information standardised by the Multimedia and Hypermedia Experts Group It is commonly used as a language to describe interactive television services Microprocessor without Interlocked Pipeline Stages A RISC based microprocessor Matrix Output Processor Metal Oxide Silicon Field Effect Transistor switching device Motion Pictures Experts Group Multi Platform InterFace MUTE Line Mainstream TV TV mode with Consumer TV features enabled iTV Not Connected Near Instantaneous Compounded Audio Multiplexing This is a digital sound system mainly used in Europe Negative Temperature Coefficient non linear resistor National Television Standard Committee Color system mainly used in North America and Japan Color carrier NTSC M N 3 579545 MHz NTSC 4 43 4 433619 MHz this is a VCR norm it is not transmitted off air Non Volatile Memory IC contain
90. ure Coefficient non linear resistor Printed Wiring Board same as Pulse Width Modulation Quasi Resonant Converter Quality Temporal Noise Reduction Quality Video Composition Processor Random Access Memory Red Green and Blue The primary color signals for TV By mixing levels of R G and B all colors Y C are reproduced Remote Control Signal protocol from the remote control receiver RESET signal Read Only Memory Reduced Swing Differential Signalling data interface Red TeleteXT Service Alignment Mode Short Circuit Syndicat des Constructeurs d Appareils Radior cepteurs et T l viseurs Serial Clock CLock Signal on Fast I C bus Standard Definition Serial Data DAta Signal on Fast 2 bus Serial Digital Interface see ITU 656 Synchronous DRAM SEequence Couleur Avec M moire Color system mainly used in France and East Europe Color carriers 4 406250 MHz and 4 250000 MHz Sound Intermediate Frequency Switched Mode Power Supply System on Chip Sync On Green Self Oscillating Power Supply Serial Peripheral Interface bus a 4 wire synchronous serial data link standard Sony Philips Digital InterFace Static RAM Service Reference Protocol Small Signal Board Spread Spectrum Clocking used to reduce the effects of EMI Set Top Box STand BY 800 x 600 4 3 Precautions Notes and Abbreviation List SVHS SW SWAN SXGA TFT THD TMDS TS TXT TXT DW UI uP UX

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