Home

Service Manual

1. LOC PARTCODE PART NAME DESCRIPTION REMARK LOC PARTCODE PARTNAME DESCRIPTION REMARK R614 RD AZ203J R CARBON FILM 16 20K OHM J CP20 CEXFIH229V CELECTRO SOV RSS 22 5X11 TP R615 _RD AZ203 R CARBON FILM 16 20K OHM J CP21 CMXM2A473 _ CMYLAR 100V 0 047MF J R616 RD AZI8I R CARBON FILM 16180 OHM J CP CMXM2A473 _ CMYLAR 100V 0 047MF J R617 RD AZ102 R CARBON FILM 6 IK OHM J CP23 CMXM2A473 _ CMYLAR 100V 0 047MF J R642 RD AZ829 R CARBON FILM 682 OHM J 120 PTPMJAD908 PCB PIP AXIAL AS DTR 29MSME R643 RD AZ829 R CARBON FILM 1682 0 10 2TM14006LB TAPE MASKING 3M 232 6 0X2000M R701 RD AZIOI R CARBON FILM 16100 OHM J 20 2TM10006LB TAPE MASKING 3M 232 MAP C 6 2 2000 R702 RD AZIOI R CARBON FILM 16100 OHM J A00 4859813924 PCB PIP 197X246 2X4 L6T R802 RC 2Z2824KP RCARBONCOMP 12 820K OHM K CP06 CBZPICI03M C CERA SEMI 16V YSS 0 01MF M AXIAL R806 RD 4Z221 R CARBON FILM 4220 OHM J CP09 CBZFIHI04Z SEMI SOV FO IMFZ R808 RD AZ103 R CARBON FILM 16 10K OHM J CPI3 CCZFIH103Z CCERA 30V F 0 01MF Z R809 RD 2Z152 R CARBON FILM 12 1 5K OHM CCZF1H103Z CCERA 30V 0 0 7 R810 RD 2Z100 R CARBON FILM 12 100HMJ CCZFIH
2. LOC PARTCODE PART NAME DESCRIPTION REMARK LOC PARTCODE PART NAME DESCRIPTION REMARK 20 2TM10006LB TAPE MASKING 3M 232 MAP C 6 2X2000M 505 DUZSRIB DIODE ZENER UZ 5 1B A001 4859808993 PCB MAIN 330X246 1 6 D506 DIN448 DIODE IN4148 TAPPING C103 CCZBIHIOK CCERA 30V B 1000PF AXIAL D507 DIN448 DIODE IN4148 TAPPING C308 CZCHIH200 CCERA 30V CH 20PF J AXIAL D508 DIN448 DIODE IN4148 TAPPING C501 CBZFIHI04Z CCERA SEMI SOV F0 IMPZ D509 DUZR7B DIODE ZENER UZ 2 7B C504 CCZF1H473Z CCERA 30V 0 047 Z D511 DUZTRSBM __ DIODE ZENER UZ 7 5BM C506 CBZFIHI04Z CCERA SEMI SOV F0 IMPZ D512 DUZTRSBM _ DIODE ZENER UZ 7 5BM C513 CCZFIH103Z CCERA 30V FO 01MFZ D513 DUZTRSBM DIODE ZENER UZ 7 5BM C515 CCZFIH223Z CCERA SOV F 0 022MF Z D515 DUZSR6BM DIODE ZENER UZ 5 6BM C516 CCZF1H223Z SOV F0 022MFZ D516 DIN448 DIODE IN4148 TAPPING C517 CCZFIH223Z CCERA 30V F 0 022MF Z D581 DUZ5R6BM __ DIODE ZENER UZ 5 6BM C520 CCZBIHISIK CCERA 30V B 150PF K AXIAL D585 DUZSR6BM DIODE ZENER UZ 5 68M C523 CBZFIHI04Z CCERA SEMI SOV F0 IMPZ D586 DUZSR6BM DIODE ZENER UZ 5 68M C526 CBZFIHIMZ CERA SEMI SOV F0 IMPZ D587
3. 18 4855419800 SPEC PLATE 1 ART 150 17 7172401612 SCREW TAPPTITE 1 TT2 TRS 4X16 MFZN BK 16 7178301212 SCREW TAPPTITE 2 TT2 WAS 3X12 MFZN BK 15 4855936400 DECO TERMINAL 1 PVC T0 3 14 7172401612 SCREW TAPPTITE 8 TT2 TRS 4X16 MFZN BK 13 4852161101 COVER BACK 1 HIPS GY 778A 12 CRT 1 A68 KTB359X 11 4856015800 SCREW CRT FIX 4 L 27 10 4856215402 WASHER RUBBER 4 CR T2 0 9 CHASSIS 1 CN 321 8 7172401212 SCREW TAPPTITE 8 TT2 TRS 4X12 MFZN BK T SPEAKER 2 6 7178301212 SCREW TAPPTITE 4 TT2 WAS 3X12 MFZN BK 5 7172401612 SCREW TAPPTITE 1 TT2 TRS 4X16 MFZN BK 4 SIDE AV UNION 1 CN 321 3 4852079701 MASK FRONT 1 HIPS GY 340A 2 48556174SD MARK BRAND 1 SILVER DIA GUTTING 1 PTPCSWJ912 PANEL ASSY 1 DTQ 29M5 NO PART CODE PART NAME QTY MATERIAL REMARKS UNITS mm Designed by Checked by Inspected by Approved by A S SY N AME some 020 DEVELOPMENT DWG 1 Daewoo Electronics Corp MODEL 29M5 D Center N 485009H4 25 10 2 DTR 29M6 XZ 26
4. REV LIST OF MODIFICATION REASON OF MODIFICATION DATE NAME APPR P AN A amp RSS G 2 8 7 6 4855419800 SPEC PLATE ART 150 5 7172401612 SCREW TAPPTITE IT2 TRS 4X16 MFZN BK 15 4 7172401612 SCREW TAPPTITE 8 112 TRS 4X16 MFZN BK 13 3 3 4852161133 COVER BACK HIPS BK 2 CRT 1 4856015800 SCREW CRT FIX 4 L 27 0 4856215402 WASHER RUBBER 4 CR 72 0 9 CHASSIS CM 908 8 7172401212 SCREW TAPPTITE 8 TT2 TRS 4X12 MFZN BK 7 3 7 SPEAKER 2 6 7178301212 SCREW TAPPTITE 4 TT2 WAS 3X12 MFZN BK 5 1 5 7172401612 SCREW TAPPTITE 1 112 TRS 4X16 MFZN BK 4 4 SIDE AV UNION 1 3 4852084301 MASK FRONT 1 HIPS GY 2 48556174SD MARK BRAND 1 SILVER DIA GUTTING 1 PANEL ASSY 1 29 6 NO PART CODE PART NAME QTY MATERIAL REMARKS UNITS mm Designed Checked by Inspected by Approved by AS SY AM E B W SEO SCALE 0 200 DEVELOPMENT DWG Daewoo Electronics Corp MODEL DTR 29M6 Display R amp D Center Team 5 REFERENCE N 10 3 DTR 29M7 CNZ REV LIST OF MODIFICATION REASON OF MODIFICA
5. R529 1 6W OND AVZin An 00 P904 0513 U2 7 58 PDO1 ooo SIGINAL 7 7 1901 STV5109 6922 R549 caos Lt 25 2 2K jv 210 0543 1901 C542 Ou A E 9 coo AGBKTB359X001LB1 K EYE 4 T CONA YAWO25 07 CONA YAWO25 07 EMO 7 REBRCU7S 7XBI FL c544 P50 901 R901 16V 47u 5 7 T s vr R904 R902 RI i 7 A32 le H 470 1 24 12 25 R910 590 915 G op SS v r 902 12 1 r Et E 258 A I R541 C540 2543 R542 233 2350 D507 220p 0502 KTA1266Y 546 100 AV2IN P604 MENU LOGO 4 sw702 SW701 PR UP 5 50704 TV AV VOL DN VOL UP PR DN SW705 59705 zril zaa 470025882 T 00470 50v 7 8526 100 578 337 9 0060006020 ds i 10 CB07 5 w gt 4 905 8 1 0902 R911 2 0 6 P 14
6. 6 6 The adjustment of VERTICAL S Correction 6 6 1 Receive PAL CROSSHATCH pattern signal of company PAL B 5CH 6 6 2 Fix adjustment of Vertical S Correction after EEPROM DATA presetting but it can be adjusted in case of need 6 6 3 Press the PR up down Keys A W to select S CORRECT Adjust S Corrction with Vol Up Down 4 p keys 7 THE ADJUSTMENT OF SUB PICTURE SUB BRIGHT SUB CONTRAST 7 1 Receive PAL RETMA PATTERN signal of company 2CH PAL B 7 2 Press the S9 KEY of SVC Remocon BRM OSD wil be displayed 7 3 The adjustment of SUB BRIGHT 7 3 1 Press the PR up down Keys A W to select SUB BRIGHT in SUB PICTURE MENU Adjust SUB BRIGHT with Vol Up Down p keys 7 3 2 Adjust With BRM When SUB BRIGHT is lacking in margin of adjustment 7 3 3 Standard of adjustment Adjust till instant of 1 2th cordon disappear in RETMA CONTRAST CHART signal of company 7 3 4 When Sub Picture mode was exited after SUB s adjustment Normal vlaue is brighter about 18 than adjustment point about 10 of adjustment mode because BRIGHT is set to rise 2 3 step 8 THE ADJUSTMENT OF PIP 8 1 Receive PAL RETMA pattern signal of company PAL B 2CH and Color Bar 8 2 Press the S7 KEY of SVC Remocon PIP Adjustment OSD wil be displayed 8 3 Fix adjustment of PIP after EEPROM DATA pr
7. CHECK REPLACE SCL SDA OF 1601 CHECK REPLACE SCL SDA SIGNAL amp TUNER 48 3 NO COLOR CHECK SIGNAL AT 19TH PIN OF 1501 NORMAL ABNORMAL CHANGE THE SYSTEM CHECK REPLACE PAL gt SECAM CVBS TUNER CHECK R G B SIGNAL ABNORMAL 42 43 44TH OF 1501 2 REPLACE CHECK REPLACE Q502 Q503 Q504 Q505 CHECK REPLACE CRT PART 49 4 NO PICTURE CHECK 19TH PIN OF 1501 ABNORMAL NORMAL CHECK SIGNAL OUT AT R G B OF 1501 NORMAL CHECK REPLACE Q502 Q503 Q504 Q505 ABNORMAL CHANGE INPUT MODE CHECK REPLACE RF gt AV gt RF 1501 CHECK SIGNAL AT CHECK REPLACE CVBS OF TUNER ABNORMAL SOL SDA Be NORMAL OF TUNER NORMAL CHECK SIGNAL AT R G B INPUT AND NORMAL R G B OUTPUT OF 1901 CHECK AV Signal ABNORMAL CHECK Connection of AV JACK ABNORMAL CHECK 12V amp 220V Line Heater Voltage NORMAL CHECK REPLACE CRT 50 5 NO VERTICAL SCANNING ONE HORIZONTAL LINE RASTER CHECK DY CONNECTOR CHECK REPLACE CHECK INPUT ABNORMAL D410 D301 VOLTAGE OF 1301 28V LINE 15V LINE NORMAL CHECK NORMAL 35TH PIN OF 1501 ABNORMAL CHECK REPLACE 1501 CHECK ABNORMAL VERTICAL INPUT Vin OF 1301 ABNORMAL CHECK CHECK REPLACE VERTICAL OUTPUT 130
8. OUT2 MODE STANDBY MUTE LOGIC 20 SHORT CIRCUIT AND SH TEMPERATURE 20 PROTECTION Hz MBK929 GND1 GND2 IG DESCRIPTION 2 Block Diagram 2 1 Pinning TDA8949J MBK932 2 2 Pin description Symbol Pin Description OUT1 1 negative loudspeaker terminal 1 GND1 2 ground channel 1 3 supply voltage channel 1 OUT1 4 positive loudspeaker terminal 1 n c 5 not connected IN1 6 positive input 1 n c 7 not connected IN1 8 negative input 1 IN2 9 negative input 2 MODE 10 mode selection input standby mute operating SVR 11 half supply voltage decoupling ripple rejection IN2 12 positive input 2 n c 13 not connected OUT2 14 positive loudspeaker terminal 2 GND2 15 ground channel 2 Vcc2 16 supply voltage channel 2 OUT2 17 negative loudspeaker terminal 2 40 4STEREOINPUTS INPUTATTENUATIONCONTROLINO 5dB STEP TREBLEANDBASSCONTROL TWOSURROUNDMODEAVAILABLEWITH 4SELECTABLERESPONSES MUSIC SIMULATEDSTEREO N TWOSPEAKERATTENUATORS N 2INDEPENDENTSPEAKERCONTROLS INTdBSTEPSFORBALANCEFACILITY INDEPENDENTMUTEFUNCTION SDIP32 ALLFUNCTIONSPROGRAMMABLEVIASE RIALBUS 2MONITOROUTPUT ONLYFORTDA7442 R IN2 1 R IN3 R IN1 2 R IN4 MONITOR L 3 L OUT MONITOR R 4 R OUT L IN1 5 AGND L IN2 6 Vs L IN3
9. WIRE COPPER AWG22 110 65 TIN COATING J074 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 141 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J075 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 142 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J076 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 143 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J077 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 144 85801065GY WIRE COPPER AWG22 110 65 TIN COATING 1078 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 146 85801065GY _ WIRE COPPER AWG22 110 65 TIN COATING J079 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 147 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J080 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING L101 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J081 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING L404 58C0000026 COIL BEAD HC 4035 1082 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1405 5CPZ109M02 COIL PEAKING M AXIAL 3 5MM J083 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING L501 5CPZ101K02 COIL PEAKING 100UH K AXIAL 3 5 J085 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1502 5CPZ220K02 COIL PEAKING 22UH AXIAL 3 5MM J086 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING L503 5CPZ479K02 COIL PEAKING 4TUH K AXIAL 3 5MM 1087 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING L504 5CPZ220
10. 1 NO RASTER CHECK MAIN B 133V ABNORMAL NORMAL CHECK VOLTAGE OF C804 220MF 295VDC AT AC 220V NORMAL ABNORMAL CHECK REPLACE CHECK REPLACE F801 1801 STR W6756 CHECK REPLACE D802 D805 R803 CHECK REPLACE I802 LTV 817C Y NORMAL CHECK VOLTAGE AT PIN 1 OF 1501 ST BY L POWER ON H CHECK VOLTAGE AT CHECK REPLACE PIN 1806 3 3V 15 5V 25 3 3V 45 54 of 1501 1804 1805 5V NORMAL ABNORMAL CHECK SIGNAL AT PIN CHECK VOLTAGE AT 59 SCL 60 SDA PIN 15 5V 25 3 3V OF 1501 45 5V 54 3 3V CHECK REPLACE X501 20 25MHZ 1501 47 CHECK HEATER VOLTAGE VIDEO B 220V LINE 28V amp 15V CHECK Horizontal plose AT PIN 24 OF 1501 NORMAL ABNORMAL CHECK VCC AT PIN 25 3 3V OF 1501 CHECK SIGNAL AT PIN 59 60 OF 1501 CHECK REPLACE 1501 CHECK REPLACE Q402 Q401 T402 R404 D401 CHECK REPLACE CRT BLOCK 2 NO PICTURE RASTER Ok CHECK SIGNAL AT PIN 19 OF 1501 ABNORMAL CHANGE INPUT MODE CHECK SIGNAL AT PIN RF gt AV gt RF 42 43 44 OF 1501 NORMAL CHANGE SIGNAL CVBS OF TUNER ABNORMAL NORMAL ABNORMAL CHECK VOLTAGE AT PIN 45 OF 1501 NORMAL CHECK REPLACE Q502 Q503 Q504 Q505 CHECK SIGNAL AT CATHODE OF CRT ABNORMAL CHECK REPLACE CRT BOARD NORMAL CHECK SIGNAL AT PIN 35 33 OF 1501 ABNORMAL NORMAL CHECK REPLACE SCL SDA B OF 1501
11. Output pin INTLC N Bias gt 1 GND Fig 6 15 Output pin ROUT GOUT BOUT SVMOUT GNDAB SE Fig 6 20 Output pins VERT VERTQ GND Fig 6 16 Output pins HOUT VSUPAB VSUPAB VREF VEWXR GNDAB fune Fig 6 17 Input pins SAFETY VPROT HGLB Fig 6 21 Output pin EW VSUPAB N VREF GND ap GNDag Fig 6 18 Input pins FBIN Fig 6 22 Output pins RSW1 RSW2 IC DESCRIPTION VCT 38xxA B Je VSUPs VSUP gl g P E N Fig 6 23 Input pins SENSE VRD ref current int ref voltage XREF GND AB Fig 6 24 Supply pins XREF VRD SE 25v GND Fig 6 25 Input pins AIN1 3 GND Fig 6 26 Output pins AOUT1 AOUT2 VSUPg 2 VSUP 3s P to ADC N GNDp Fig 6 27 Input Output pins P10 P17 P20 P27 P30 P37 38 i GND Fig 6 28 Input pins P42 P46 VSUP aps P Fig 6 29 Outpin pins ADB0 ADB18 OE1 OE2 WE1 WE2 GND Fig 6 30 Input Output pins DB0 DB7 VSUPp GNDp Fig 6 31 Input pins VBO VB7 VBCLK IC DESCRIPTION T 065 1 Block Diagram Vcc2 OUT1 IN1 IN 124 OUT1 TDA8946 J OUT2 IN2 IN2
12. RED FEEDBACK GROUND RED OUTPUT TED CATHODE CURRENT Vpp HIGH VOLTAGE RED INPUT GREEN INPUT LOW VOLTAGE BLUE INPUT PIN FUNCTION N Function Description 1 Blue Input Input of the blue amplifier It is a virtual ground with 3 8V bias voltage 15 microamperss input bias current with 14KQ input resistance 2 Vcc Low voltage power supply typically 12V 3 Green Input See Pin 1 4 Red Input See Pin 1 5 High voltage power supply typcally 200V 6 Red Cathode Current Provides the video processor with a copy of the DC current flowing into the red cathode for automatic cut off or gain adjustment If this control is not used Pin 6 must be grounded 7 Red Output Output driving the red cathode Pin 7 is internally protected ahainst CRT arc discharges by a diode limiting the output voltage to Vpp 8 Ground Also connected to the heatsink 9 Red Feedback Output driving the feedback resistor network for the red amplifier 10 Green Output See Pin 7 11 Green Cathode Current See Pin 6 12 Green Feedback See Pin 9 13 Blue Output See Pin 7 14 Blue Cathode Current See Pin 6 15 Blue Feedback See Pin 9 BLOCK DIAGRAM OF EACH CHANNEL BLOCK DIAGRAM OF EACH CHANNEL REFERENCE VOLTAGE 5101B 02 EPS 46
13. 13 Via this pin the reference voltage for the A D converters is decoupled The pin is connected with 10 F 47 nF to the Signal Ground Pin Pin 13 SGND Signal GND for Analog Input This is the high quality ground reference for the video input signals Pin 14 GNDAF Ground Analog Front end This pin has to be connected to the analog ground No supply current for the digital stages should flow through this line Pin 15 VSUPAF Supply Voltage Analog Front end This pin has to be connected to the analog supply volt age No supply current for the digital stages should flow through this line Pin 16 18 CBIN CRIN Analog Chroma Component Input Fig 6 11 These pins are used as the chroma component CB CR inputs required for the analog YUV Interface The input signal must be AC coupled The CRIN pin can alternatively be used as the second SVHS chroma input CIN2 Pin 17 18 CIN1 CIN2 Analog Chroma Input Fig 6 10 These are the analog chroma inputs A S VHS chroma signal is converted using the chroma Video 2 AD converter A resistive divider is used to bias the input signal to the middle of the converter input range The input signal must be AC coupled The CIN2 pin can alternatively be used as the chroma component CR input required for the analog YUV Interface Pins 1922 VIN1 4 Analog Video Input Fig 6 9 These are the analog video inputs A CVBS or S VHS luma signal is converted using the luma Video 1 AD convert
14. 4857821102 CLOTH BLACK FELT 340X10X1 5 7174301011 SCREW TAPPTITE RND 3X10 MFZN 22205 PTPCSWJ912 PANEL CONTROL AS DTQ 29M5 1806 LP295033 IC REGULATOR LP2950 3 3V M191 48519457 BUTTON CTRL 4951401 5545800 350VF6 IC PREAMP 356VF6 7178301011 SCREW TAPPTITE WAS 3X10 MFZN V 4859111750 JACK PIN BOARD PH JB 9515 M231 4852328201 PANEL DECO ABS GY V02 4859110950 JACK PIN BOARD 501 0001 M481 48548614 BUTTON POWER ABS GY L3 58C7070085 COIL CHOKE TLN 3062A 4856716 SPRING SWPA 0 5 14 58H0000039 H LINEARITY TRL 200D M591 4855933401 DECO EYE ABS BLUE LF801 SPLF30AI FILTER LINE M591A 7178301011 SCREW WAS 3X10 MFZN LF802 5800000144 COIL CHOKE PFC CPC 161A 22210 PTSPPWD703 SPEAKER AS DTC 29MSME M371 4853747800 RETA PCB NYLON 66 P601A 4850704532 CONNECTOR YHO25 4 YRT205 ULW900500 M372 4857252300 SHIELD CASE T0 3 SPOL 4858311110 SPEAKER 2W 8 OHM SP 58126F P904 4859281320 CONN WAFER TAC LI8X A3 SPO2 4858311110 SPEAKER 2W 8 OHM SP 58126F PW801 4859903110 CORD POWER AS KKP 419J HO3VVH2 HOU 2200 22290 PTMPMSD908 PCB MAIN MANUAL AS DTR29MSME A0 4859903511 CORD POWER CW4232 HO3VVH2 F 2250 10 2193102005 SOLDER BAR SN PB 63 47 5635 1320 Q401 PTG2SW7609 HEAT SINK ASSY TST2009DHI 7174300811 30 2291050616 FLUX SOLDER 5 6413 00 TST2009DH1 TR HORI ST2009DHI 40 2291050301 FLUX SOLVENT IM 10 0000A 4857027609 HEAT SINK
15. 85801065GY WIRE COPPER AWG22 110 65 TIN COATING D503 DUZSRIB DIODE ZENER UZ5 1B 24 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D504 DUZSRIB DIODE ZENER UZ5 1B 25 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 15 ELECTRICAL PARTS LIST LOC PARTCODE PART NAME DESCRIPTION REMARK LOC PARTCODE PARTNAME DESCRIPTIO REMARK 1026 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 094 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING J027 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 095 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J028 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 096 85801065GY _ WIRE COPPER AWG22 110 65 TIN COATING J029 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 097 85801065GY WIRE COPPER AWG22 110 65 TIN COATING 1030 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 098 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J031 85801065GY _ WIRE COPPER AWG22 1 0 65
16. DUZSR6BM DIODE ZENER UZ 5 68M C527 CZCHIH309C CCERA 50V CH AXIAL D588 DUZSR6BM DIODE ZENER UZ 5 68M C528 CZCHIH309C 30V CH AXIAL D589 DUZSR6BM DIODE ZENER UZ 5 68M C529 CCZBIHDIK CCERA 30V B 220PF AXIAL D590 DUZSR6BM DIODE ZENER UZ 5 68M C531 CBZFIHI04Z CCERA SEMI SOV F0 IMPZ D591 DUZSROBM __ DIODE ZENER UZ 5 6BM C333 CCZBIH221K 30V B 220 AXIAL D592 DUZSR6BM DIODE ZENER UZ 5 68M C534 CCZFIH103Z CCERA 50V F0 01MF Z D593 DUZSR6BM DIODE ZENER UZ 5 6BM C538 CCZBIH221K C CERA 50V B 220PF K AXIAL D594 DUZSROBM __ DIODE ZENER UZ 5 6BM C539 CCZBIHDIK C CERA 50V B 220PF K AXIAL D601 DIN448 IN4148 TAPPING C540 CCZBIHDIK C CERA 30V B 220 K AXIAL D602 DIN448 DIODE IN4148 TAPPING C543 CBZFIH104Z CCERA SEMI SOV F0 IMPZ D802 DLT2A05G __ DIODE LT2A05G TP C346 CBZFIHI04Z CERA SEMI SOV F0 IMPZ D803 DLT2A05G __ DIODE LT2A05G TP C566 CCZBIHDIK _ C CERA 50V B 220PF K AXIAL D804 DLT2A05G _ DIODE LT2A05G TP CCZBIHDIK 50V B 220PF K AXIAL D805 DLT2A05G DIODE LT2A05G TP C584 CCZF1H473Z _ C CERA 30V 0 047 Z D807 DIN4937G __ DIODE 1N4937G TAPPING C586 CCZF1H473Z CCERA SOV 0 047 Z D808 DIN4937G __ DIODE 1849376 TAPPING C509 CCZBIH221K CCERA 30V B 220 AXIAL D810 DIN4004S DIOD
17. RD AZION RCARBON FILM 16100 OHM J R549 RD AZ222J R CARBON FILM 1 6 2 2K OHM J R320 RD AZ479I R CARBON FILM 16470 R550 RD AZ102I CARBON FILM 1 6 IK OHM J RD AZ103J R CARBON FILM 16 10K OHM J R551 RD AZ201 CARBON FILM 1 6 200 OHM J R32 RD AZ102J R CARBON FILM 6 1K OHM I R552 RD 2Z1001 CARBON FILM 1 2 10 0HMJ R33 RDAZIOIJ R CARBON FILM 14 100 OHM J R556 RD AZ513I R CARBON FILM 1 6 51K OHM J R324 RD2ZIOOJ R CARBON FILM 210HM R559 RD AZ2431 R CARBON FILM 1 6 24K OHM J R326 RD AZ391J R CARBON FILM 16390 OHM J R560 RD AZA72I R CARBON FILM 1 6 4 1K OHM J R37 RN 4Z2701F R METAL FILM OHM F R561 47103 R CARBON FILM 1 4 10K OHM J R328 RN AZ3301F R METAL FILM 63 3K OHM F R564 RD AZ682 R CARBON FILM 1 6 6 8K OHM J R401 RDAZDIJ RCARBON FILM 14 120 0HM J R566 RD AZ330I R CARBON FILM 1 633 OHM J R402 RD 4Z122 R CARBON FILM 14 12K OHM I R570 RD 2Z101 R CARBON FILM 1 2 100 OHM J R405 RD 4Z3301 R CARBON FILM 1433 OHM J R573 RD AZ100J R CARBON FILM 1 6 10 OHM J R408 RD AZ102J R CARBON FILM 16 IK OHM J R574 RD AZA72I R CARBON FILM 1 6 4 1K OHM J R409 RD 4Z512 R CARBON FILM OHM J R577 RD AZ330J R CARBON FILM 1 633 OHM J RD AZ103J R CARBON FILM 16 10K OHM J R581 RD AZ750J R CARBON FILM 1 675 OHM J R412 RD AZ102J R CARBON FILM 16 IK OHM I R582 RD AZ683 R CARBON FILM 1 6 68K OHM J R418 85801065GY WIRE COPPER AWG22 1 0 65
18. UHF S37 C57CH 431 25MHz 863 25MHz FS Tuning System Program No Indication ON Screen Display Program Selection Aux Terminal 200 Programs AV input 1 lt RCA Input Scart Option Input Output gt AV Input 2 lt SIDE gt DVD1 DVD2 OUTPUT lt OPTION TV OUT or Monitor OUT gt Remote Control Unit R44C07 Screen size 67 6Cm NOTE BEFORE SERVICING THIS CHASSIS READ THE X RAY RADIATION PRECAUTIONS SAFETY PRECAUTIONS AND PRODUCT SAFETY NOTICE BELOW X RAY RADIATION PRECAUTIONS Excessive high voltage can produce potentially hazard ous X RAY RADIATION To avoid such hazards the high voltage must not exceed the specified limit The nominal value of the high voltage of this receiver is 25kV 21 at max beam current The high voltage must not under any circumstances exceed 27kV 21 Each time a receiver requires servicing the high volt age should be checked It is recommended the reading SAFETY PRECAUTIONS Potentials of high voltage are present when this receiver is operating Operation of the receiver outside the cabinet or with the back cover removed involves a shock hazard from the receiver 1 Servicing should not be attempted by anyone who is not thoroughly familiar with the precautions necessary when working on high voltage equipment 2 Always discharge the picture tube to avoid the shock harzard before removing the anode
19. 60Hz in case of need 6 2 The adjustment of VERTICAL CENTER 6 2 1 Receive PAL RETMA pattern signal of company PAL B 2CH 6 2 2 Press the PR up down Keys A W to select V CENTER Adjust with Vol Up Down 4 p keys so that the center mark of the CRT may be located on the horizontal line in the middle of the pattern In case of no center mark adjust with Vol Up Down 4 p keys to obtain a vertically symmetrical pattern 27 6 3 The adjustment of VERTICAL SIZE 6 3 1 Receive PAL RETMA pattern signal of company PAL B 2CH 6 3 2 Press the PR up down Keys A w to select V SIZE Adjust with Vol Up Down 4 p keys so that the upper and the lower of RETMA pattern may be located at the boundaries of the screen 6 4 The adjustment of HORIZONTAL CENTER 6 4 1 Receive PAL RETMA pattern signal of company PAL B 2CH 6 4 2 Press the PR up down Keys A w to select V SIZE Referring to the both side scales adjust with Vol Up Down 4 p keys so that RETMA pattern may be symmetrical 6 5 The adjustment of Vertical Linearity 6 5 1 Receive PAL CROSSHATCH pattern signal of company PAL B 5CH 6 5 2 Fix adjustment of Vertical Linearity after EEPROM presetting but it can be adjusted in case of need 6 5 3 Press the PR up down Keys A w to select V LINEAR Adjust Vertical Linearity with Vol Up Down 4 keys
20. 7 CREF L IN4 8 SDA MUXOUT L 9 SCL IN L 10 DIGGND MUXOUT R 11 TREBLE R N C 12 N C IN R 13 TREBLE L BIN R 14 PS1 BOUT R 15 LP BIN L 16 BOUT L 001 01247 SDIP32 41 BLOCK DIAGRAM TDA7442D 8rzlNvlod 3000 3000 9 3000 3100 9 L 4 319304 818381 3194 TI 193433 Fr E OG Ionuoo le 1 9096 Qunoxnw 42 IC DESGRIPTION TDA7442D TDA7442 TDA7442D PIN TREBLE L TREBLE R PIN VOUT REF Vs 20uA 25K GND D95AU233A D95AU309 PIN L IN R IN L IN2 R IN2 R INS PIN CREF L IN4 R IN4 D95AU336 D94AU200 PIN SCL SDA PIN LP b GND D94AU205 D95AU308 43 IC DESCRIPTION TDA7442D PIN L OUT R OUT PIN BASS LI BASS RI 45K Bass GND BASS LO BASS RO D98AU949 D95AU230 PIN BASS LO BASS RO 20uA GN BASS LI BASS RI D98AU950 44 IG DESCRIPTION BANDWIDTH 10MHz TYPICAL RISE AND FALL TIME 50ns TYPICAL CRT CATHODES CURRENT OUTPUTS FOR PARALLEL OR SEQUENTIAL CUT OFF OR DRIVE ADJUSTMENT FLASHOVER PROTECTION POWER DISSIPATION 3 5W ESD PROTECTED 8 7 6 5 4 3 2 1 Tab connected to Pin8 45 BLUE FEEDBACK BLUE CATHODE CURRENT BLUE OUTPUT GREEN FEEDBACK GREEN CATHODE CURRENT GREEN OUTPUT
21. ALEX C306 CEYFIE332V CELECTRO 25V RSS 3300MF 16X31 5 0008 7174300811 SCREW TAPPTITE RND 3X8 MFZN C30 CEYDIH689W ELECTRO 50V RHD 6 8MF 1635 5 0402 229 KTC3229 C405 CMYH3C123J C MYLAR KV BUP 0 012MF T DDC7ROM290 POSISTOR ECPCDTROM290 C406 CMYH3CT22J BUP 7200PF J R803 0 9 5 R CEMENT 10W 1 OHM K TRIPOD SMALI C408 CMYE2D624 CMYLAR 200V PU 0 62MF J SW801 5540101143 SW POWER PUSH PS3 22SP P C B C801 CLIUC3474M CLINE ACROSS ATMF L UCVSNDE SV Q 0 T4 50 0000251 FFA64039L C804 CEYD2G2ID _ C ELECTRO 400V FHS 220MF 25X40 T402 5TD0000018 TRANS DRIVE THD 120 C811 AC AC400V 4700PF M U CIV 50 444584 TRANS SMPS TSM 4445B4 C817 CEYDCDIV CELECTRO 60V RSS 220MF 18X35 5 U101 48593730 TUNER VARACTOR TMDG1 837 C831 CMYE2J473J CMYLAR 630V PU 0 047MF J X501 5XE20R250E CRYSTAL QUARTZ HC 49 U 20 2500MHZ 30PPM C839 CLIUC3474M ACROSS ATME 1UCVSNDF SVJHQ Q 22200 PTMPJOD908 PCB MAIN RHU AS DTR 29MSME D402 DRGP3W DIODE RGP30J DO 201AD 600V 3A C105 CEXFIC222V__ CELECTRO 16V RSS 2200MF 16X31 5 TP D403 DDGP30L _ DIODE DGP30L C407 CMXE2G273 CMYLAR 400V PU 0 027MF J TP D812 DRGP30 J DIODE RGP30J DO 201AD 600V C43 CEXFIESTIV CELECTRO 25V RSS 470MF 10X16 TP 12 ELECT
22. J R517 RD AZIBI R CARBON FILM 16 180 OHM R603 RD AZ101J R CARBON FILM 1 6 100 OHM J R518 RD AZIBI R CARBON FILM 16 180 OHM R604 RD AZ101J R CARBON FILM 1 6 100 OHM J R519 RD AZ181J R CARBON FILM 16 180 OHM R605 RD AZ153J R CARBON FILM 1 6 15K OHM J R520 RD AZ103J R CARBON FILM 16 10K OHM J R606 RD AZ562I R CARBON FILM 1 6 5 6K OHM J R521 RD AZ101J RCARBONHIM 16100 OHM R607 7562 R CARBON FILM 1 6 5 6K OHM J R32 RD AZ101J RCARBON FILM 6 100 OHM R608 RD AZ101J R CARBON FILM 1 6 100 OHM J R33 RD AZ152J R CARBON FILM 16 1 5K OHM R609 7331 R CARBON FILM 1 6 330 OHM J R524 RD AZ1S2I R CARBON FILM 16 1 5K OHM J R610 RD AZ682 CARBON FILM 1 6 6 8K OHM J R525 RD AZ332I R CARBON FILM 16 3 3K OHM J R611 RD AZ682J R CARBON FILM 1 6 6 8K OHM J R526 RD AZIOI RCARBONHIM 16100 OHM J R612 RD AZ392J R CARBON FILM 1 6 3 9K OHM J R37 RDAZIO R CARBON FILM 16 10K OHM J R613 RD AZ392J R CARBON FILM 1 6 3 9K OHM J ET ELECTRICAL PARTS LIST
23. OFF Disable the Digital Sensor FLAT MODEL i M F LARGE ON For 29 inch Models CM 908 F OFF For 14 21 inch Models CM 908S LATIN English French Swedish Czech German Spanish Italian Estonian EAST English Slovakian Hungarian Serbian Albanian Polish Turkian Rumanian RUSSIA English Russian Bulgaian Ukrainian Serbian Montenegro TEXT sel PERSIAN English Farsi ARAB English Arabic OFF Teletext Language depends on OSD Language selection x Note If OSD language amp text selec is different then Teletext depends on Text selec 2 The confirmation of Protection circuit Protection circuit confirmation is omitted in case of mass production in the factory 2 1 Over Current Protecor OCP circuit confirmation 2 1 1 Receive PAL RETMA PATTERN signal of company 2CH PAL B and adjust STANDARD MODE in PICTURE 2 1 2 Connect 2 1 2W between BASE of 0801 GND to confirm operating of PROTECTOR The next place to confirm normal operation when the resister 1M 0 is removed 2 1 3 After Main Power Switch OFF ON to confirm normal operation of picture and sound when turn the set on by remocon 3 The adjustment of SCREEN 3 1 Confirm the presetting IBRM data of EEPROM according to CRT 3 2 Press the S2 KEY of SVC Remocon horizontal line will be displayed 3 3 Adjust SCREEN V R of FBT so that the horizontal line reach the cut off point 3 4 To b
24. OHM J Q901 1206 1266 TP R905 RD AZ471J RCARBON FILM 1 6 410 OHM J RSOL RNOIBISWS RMETAL 1W 150 OHM J SMALL R906 RD AZ471J R CARBON FILM 1 6 410 OHM J RS02 RNOIBISWS METAL FILM 1W 150 OHM J SMALL R910 RD AZ472J R CARBON FILM 1 6 4 7K OHM J 22200 PTUNJAD908 PCB UNION AXIAL AS DTR29MSME R911 RD AZ472I RCARBON FILM 1 6 4 1K OHM J A001 4859809460 PCB UNION 230X61 246X246 2 FR 1 1 67 R912 RD AZ472J R CARBON FILM 1 6 4 7K OHM J C901 CCZBIH471K CCERA 30V B 470PF AXIAL R913 RD AZ561J R CARBON FILM 1 6560 OHM J C902 CCZBIH471K CCERA 30V B 470PF K AXIAL R914 RD AZ561J R CARBON FILM 1 6560 OHM J C903 CCZBIH471K CCERA 30V B 470PF K AXIAL R915 RD AZ561J R CARBON FILM 1 6560 OHM J CDOL CCZBIHS6IK CCERA 50V B 560PF K R916 RD AZ432J R CARBON FILM 1 643K OHM J D901 DLT2A05G DIODE LT2A05G TP R917 RD AZ432J R CARBON FILM 1 6 4 3K OHM J D902 DIN49376 DIODE IN4937G TAPPING R918 RD AZ432I R CARBON FILM 1 643K OHM J D903 DIN448 DIODE IN4148 TAPPING R920 RD 2Z102J R CARBON FILM 1 2 IK OHM J D904 DIN448 DIODE IN4148 TAPPING R921 RD 2Z105J R CARBON FILM 12 IM OHM J D905 DIN448 DIODE IN4148 TAPPING R923 RD 4Z471 R CARBON FILM 1 4 410 OHM J D906 DIN4148 DIODE 1N4148 TAPPING RDO RD AZ511J R CARBON FILM 1 6510 OHM J 1
25. READ WITH VTVM FROM POINT INDICATED TO 5 CHASSIS GROUND USING A COLOR BAR SIGNAL WITH ALL CONTROLS iss NORMAL LINE 230V AC VOLTAGE READINGS SHOWN ARE NORMAL VALUES RAVING AND MAY VARY 20 EXCEPT H V zi 4 THIS CIRCUIT DIAGRAM IS A STANDARD ONE CIRCUIT PRINTED MAY BE SUBJECT TO CHANGE FOR PRODUCT IMPROVEMENT WITHOUT PRIOR NOTICE sb S 8I WARNING z 855 2 BEFORE SERVICING THE CHASSIS READ X RAY RADIATION ge g g dE SAFETY PRECAUTION AND PRODUCT SAFETY NOTICE IN SERVICE ox Ou 8596 z E MANUAL S 2 224 SIK 4218 ES EP 4 5 0583 2 s 8 ST sl e 5 CAUTION TO SERVICE TECHNICIANS H g EA FE S BEFORE RETURNING THE RECEIVER TO CUSTOMER LEAKAGE CURRENT oe STEN EEE i OR RESISTANCE MEASUREMENTS SHOULD BE PERFORMED TO DETERMINE ps 2 ifaw LL THAT EXPOSED PARTS ARE PROPERLY INSULATED FROM THE SUPPLY 8 38 47K 454 5509 L 18809 SR sov CIRCUIT 100 C503 TATu MET LL 00 Dus sov B z 17 6 2 1 IN 3 502 Pie R 7 oa PRODUCT SAFETY NOTE N PIP BLANK a I z vor z THE COMPONENTS MARKED WITH ARE IMPORTANT FOR MAINTAINING SAFETY OF THE SET AND SHOULD BE REPLACED ONLY WITH TYPES IDENTICAL TO THOSE IN THE ORIGINAL OR SPECIFIED ONE IN THE PART Ros 3 LIST EJES aid rar DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING ye D w if TM i us as H Drive 5020
26. RSS 10MF 5X11 TP R909 RS017683J R M OXIDE FILM 68K OHM J TAPPING CPI8 CEXFIH229V C ELECTRO 50V RSS 2 2MF 5X11 TP R919 6502736015 RM OXIDE FILM 2W 3 6 OHM J SMALL 18 ELECTRICAL PARTS LIST DESCRIPTION LOC PARTCODE PART NAME REMARK LOC PARTCODE PARTNAME DESCRIPTION REMARK R922 RSQZS6US RM OXIDE FILM 2W 560 OHM J SMALL DDOI DUZTRSBM _ DIODE ZENER UZ 7 5BM 22200 PTUNJRD908 PCB UNION RADIAL AS DTR 29MSME J901 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C905 CMXL2E104K C MYLAR 250V MEU 0 IMF K J902 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C910 CEXFIE221V CELECTRO 25V RSS 220MF 8X11 5 TP J903 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C911 4SGODXOO0 SPARK GAP SSG 102 A1 1 0KV TAP J904 85801065GY WIRE COPPER AWG22 110 65 TIN COATING C914 4SGODXOO0 SPARK GAP SSG 102 A1 1 0KV 350 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C915 4SGODXOO0 SPARK GAP SSG 102 A1 1 0KV R901 RD 2Z102J R CARBON FILM 1 2 1K OHM J C916 4SGODX0001 SPARK GAP SSG 102 A1 1 0KV R902 RD 2Z102J R CARBON FILM 1 2 1K OHM J 501 CEXFIHIOV CELECTRO 30V RSS 10MF 5X11 TP R903 RD 2Z102 R CARBON FILM 1 2 CS02 CEXFIH100A C ELECTRO 30V RSM 10MF 5X7 R904 RD AZ471J RCARBON FILM 1 6 410
27. basic audio features for mono TV sets are integrated An overview of the VCT 38xxA B sin gle chip TV processor family is given in Fig 1 1 on page 7 2 Chip Architecture VSUPAF GNDAF aco 20 VCT 38xxA B VSUPD 38xxA B family offers a rich feature set cov ering the whole range of state of the art 50 60 Hz TV applications In comparison to the VCT 38xxA the VCT 38xxB offers the following features one additional composite video input analog luma chroma adder for video output closed caption module additional 12k character ROM uo VIN 4 RGBOUT Video Comb Color Panorama CIN 3 Front end Filter Decoder Scaler SVM VOUT 4 RGBIN VSUPAB EA GNDAB PC 2 AOUT MSync Audio 3 AIN 2 Color Pri 2 8 olor Prio VSync BE Master TPU DMA RDY CPU 24 kB ROM 3 kB 1kB OSD RAM CPU RAM 96 Clock RAM CPU ROM Oscillator 31 ADB DB CB IG DESCRIPTION VCT38xxA B 3 Pin Configuration P17 P16 VSUPP1 GNDP1 P15 P14 P13 P12 P11 VIN5 P10 VOUT VRT SGND GNDAF VUSPAF CBIN CIN1 CIN2 CRIN VIN1 VIN2 VIN3 VIN4 TEST HOUT VSUPD GNDD FBLIN RIN GIN BIN VPROT SAFETY 2 8 8 8 5 8 8 8 8 S S I
28. cap 3 Discharge the high potential of the picture tube before handling the tube The picture tube is highly evacuated and if broken glass fragments will be violently expelled PRODUCT SAFETY Many electrical and mechanical parts in this chassis have special safety related characteristics These characteristics are often passed unnoticed by a visual inspection and the X RAY RADIATION protection afforded by them cannot necessarily be obtained by using replacement components rated for higher voltage wattage etc Replacement parts which have these special safety char acteristics are identified in this manual and its supple of the high voltage recorded as a part of the service recorded as a part of the service records It is important to use an accurate and reliable high voltage meter 2 The only source of X RAY RADIATION in this TV receiver is the picture tube For continuous RADIATION protection the replacement tube must be exactly the same type tube as specified in the PART LIST 2 If any FUSE in this TV receiver is blown replace it will the FUSE specified in the PART LIST 3 When replacing a high wattage resistor oxide metal film resistor in circuit board keep the resistor 10mm away from circuit board 4 Keep wires away from high voltage or high temperature components 5 This receiver must operate between AC 100 240 volts 50 60Hz NEVER connect to DC supply or any other power or frequenc
29. down transistor can be used to shut off all beam currents A decoupling capacitor of 4 7 F in parallel to 100 nF low inductance is required Pin 48 XREF DAC Current Reference Fig 6 24 External reference resistor for DAC output currents typical 10 k BY to adjust the output current of the D A converters see recommended operating conditions This resistor has to be connected to analog ground as closely as possible to the pin Pin 49 50 51 AIN13 Analog Audio Input Fig 6 25 The analog input signal from TUNER or SCART is fed to this pin The input signal must be AC coupled Alter natively these pins can be used as digital input port Fig 6 25 Pin 52 53 AOUT1 AOUT2 Analog Audio Output Fig 6 26 These pins are the analog audio outputs Connections to these pins must use a 680 ohm series resistor as closely as possible to these pins The output signals are intended to be AC coupled Alternatively these pins can be used as digital input port Fig 6 26 Pin 54 VSUPS Supply Voltage Standby Pin 55 GNDS Ground Standby This is the ground reference for the standby circuitry Pins 56 and 57 XTAL1 Crystal Input and XTAL2 Crys tal Output Fig 6 7 These pins are connected to an 20 25 MHz crystal oscillator which is digitally tuned by integrated shunt capacitances The CLK20 clock signal is derived from this oscillator Pin 58 RESQ Reset Input Output Fig 6 6 A low level on this pin resets the VCT 38
30. 0 IMPZ 8 85801065GY WIRE COPPER AWG22 110 65 TIN COATING D101 DUZ33B DIODE ZENER UZ 33B O 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D102 DUZSROBM __ DIODE ZENER UZ 5 6BM O 85801065GY WIRE COPPER AWG22 110 65 TIN COATING D301 DIN4004S __ DIODE 40048 1 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D304 DUZ33B DIODE ZENER UZ 33B 2 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D306 DIN4004S DIODE 40048 3 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D307 DIN4004S __ DIODE 40048 4 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D401 DIN49376 DIODE 49376 TAPPING 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D405 DUZIRIBM __ DIODE ZENER UZ 9 1BM 6 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D406 DIN49376 DIODE 49376 TAPPING 7 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D407 DIN4937G __ DIODE 49376 TAPPING 8 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D410 DIN4937G DIODE 49376 TAPPING 9 85801065GY WIRE COPPER AWG22 110 65 TIN COATING D411 DUZI2BM DIODE ZENER UZ 12BM UNIZON 20 85801065GY WIRE COPPER AWG22 110 65 TIN COATING D412 DIN448 DIODE 4148 TAPPING 21 85801065GY WIRE COPPER AWG22 110 65 TIN COATING D501 DIN448 DIODE 4148 TAPPING 22 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING D502 DIN448 DIODE 4148 TAPPING 23
31. 0 SCREW CRT FIX 531 1 1TDA8946J IC AUDIO AMP TDA8946 M201B 4856215402 WASHER RUBBE CR T2 0 A 4857028228 HEAT SINK AL EX BK M2HA 7172401612 SCREW TAPPTITE TRS 4X16 MFZN BK 7174301011 SCREW TAPPTITE RND 3X10 MFZN 211 7172401612 SCREW TAPPTITE TRS 4X16 MEZN BK 1701 CATMCDP 1 MEMORY CAT24WC32P 7178301212 SCREW TAPPTITE WAS 3X12 MFZN BK 1801 PTC2SW8209 HEAT SINK ASS Y ISTRW6756 71743008 11 7172401612 SCREW TAPPTITE TRS 4X16 MEZN BK 1 ISTRW6756 IC POWER STR W6756 M541 4855419800 SPEC PLATE ART 150 A 4857008200 HEAT SINK AL EX BK M682 4856816300 CLAMP WIRE NYLON 6 V0 B 7174300811 SCREW TAPPTITE RND 3X8 MFZN M683 4856812001 TIE CABLE NYLON66 DAI 1802 LTV817C __ IC PHOTO COUPLER LTV 817C SPOLA 7172401212 SCREW TAPPTITE TRS 4X12 MFZNBK 1804 PTN2SW6902__ HEAT SINK ASSY 1K1A7805P1 7174300811 SPO2A 7172401212 SCREW TAPPTITE TRS 4X12 MFZNBK 1 1K1A7805P1 IC REGULATOR KIAT805API 901 455962606 CRT A68QBC230X09 P38 A 4857026902 HEAT SINK ALEX BK 22200 PTFMSID703 ASK FRONT AS DTC 29MSME 7174300811 SCREW RND 3X8 MFZN M201 48520797 ASK FRONT HIPSGY 1805 PTF2SW4902 HEAT SINK ASS Y 1 78605 7174301011 M231A 7178301212 SCREW TAPPTITE WAS 3X12 MFZN BK 1 IK78R05 IC REGULATOR KIAT8ROSAPI M561 4855617450 SILVER DIA CUTTING A 4857024902 HEAT SINK ALEX M781
32. 0301 CARBON FILM ues we i zt us s 5 5 5 ES MONITOR TV OUT i 5 PARTS OPTION LIST 1 200p 69 408 ONITOR OUT 1806 pU ELECTRO bass 2950558 gt R409 0403 Y CERAMIC uo 5 1K KTC3198Y HEH D412 R412 id Ts LI 10 57 THE DIFFERENT PARTS LIST OCP KSAT amec LOC CM 908 NORMAL CM 908F FLAT 901 A68KTB359X001 A68QCU757X81 care VI L R36 4 n FFA64 1401 FFA64039L BSC29 0197 A P 50V22u 3210 0120 I FG gt gt AV I vm g 1401 TRL2000 TRL 3508 Eo 1 0408 2009 0 620 2009 0 390 185 Sm C405 16KV 0 0tu 16KV 6900 gt N 0 C406 1 0808 6 m 6KV 9100 t skv 8200p 412 500V R919 2W 3 9 2W 3 6 I 4 4 En S 4 nun 8429 2W 680 N C SM m B 594 0518 UZ 5 68M cast css E bal a m d D EYE USE NOT USE v nm 25 0306 i IN40045 100 M 0 0530 DIGITAL SENSOR MODULE CM 908 ONLY HEATER 3 TONS 4 ow n R507 m 308 2 fv Ros Rib POWER 002 LV 2 8 58 My RE eee gm w 9 IB 2370 SDA 1000 X Edible fat TW um dU Last EST 9445 L 22000 UM x C822 an T 28V BOVA SEE ay R327 E VER gt 1
33. 1 Vout OF 1301 NORMAL NORMAL CHECK REPLACE DY CHECK Vertical Output Vont of 1301 CHECK REPLACE R301 R328 R564 C301 C314 C302 C303 51 TROUBLE SHOOTING CHARTS 6 NO MIAN SOUND RF Check Signal at Pin NORMAL 1 4 14 17 of 1602 ABNORMAL Check Signal at Pin NORMAL 6 12 of 1602 ABNORMAL Check Signal at Pin NORMAL 29 30 1601 ABNORMAL Check Signal at Pin NORMAL 2 5 of 1601 ABNORMAL Check Signal of NORMAL Q601 ABNORMAL Check Audio OUT NORMAL of Tuner ABNORMAL Replace Tuner CHECK Speaker amp Connector Replade 1602 Check Replace R610 R611 R612 R613 C633 C634 Check Replace 1601 Check Replace C603 C607 R605 R609 R617 Q601 Check Voltage at Pin 33V 5V SDA SCL of Tuner 7 NO EXTERNAL AV RF OK CHECK CONNECTION of AV1 AV2 DVD1 DVD2 ABNORMAL CHECK SIGNAL AT PIN 20 21 22 16 17 18 OF 1501 CHECK Signal of AV1 AV2 DVD1 DVD2 CHECK REPLACE 1501 CHECK Signal at R G B Input and ABNORMAL CHECK REPLACE R G B Output 1901 of 1901 CHECK SIGNAL AT PIN ABNORMAL R G B 42 43 44 OF 1501 53 8 REMOTE CONTROL UNIT TROUBLE CHECK BATTERY AND LED ABNORMAL REPLACE OF REMOCON BATTERY NORMAL CHECK IR OF PREAMP AND REPLACE VCC OF PREAMP IC IFO1 PREAMP IC IFO1 N
34. 143 140 3 271 23 HPARALL 2 2 0 2 14 ADJUST DATA V LINEAR 3 5 l 1 S CORRECT 21 21 22 18 ST PIP P HPOS 2 3 30 P V POS 9 Hi 26 P R G B Peak 150 150 150 65 65 65 65 65 65 PCONT 04 15 15 P BRIGHT 01 10 10 58 WHITE R G B DRIVE 170 170 170 195 195 195 178 175 175 BALANCE R 6 B BIAS 40 40 40 80 80 80 80 80 80 S9 SUBBN BRM 40 140 140 For SUB Bright Adjust Reference 50 NORMAL BRIGHT 32 32 32 DATA CONTRAST 58 63 63 COLOR 32 32 32 SHARPNESS 48 48 48 CORING 20 20 SIL OPTION PIP ME MP ON MZ MT OFF DIGIT EYE ON ON OFF TEXT SEL OFF OFF TELETEXT ME MT ON MZ MP OFF LARGE OFF ON ON VID FRAME OFF ON ON HOTEL VOL 00000 00000 00000 HOTELMODE OFF OFF OFF S12 Shipping SVC Main Menu CONT 32 32 32 IBRM 140 395 350 For Screen Adjust Reference SVC KEY EXPLAIN S5 BCL THD MAX BEAM CURRENT ADJUST DIFFERENT DATA FOR INCH BCL GAIN AVERAGE BEAM ADJUST S6 GEOMETRY PAL 50Hz adjust AV NTSC is auto correction S10 NORMAL PICTURE NORMAL data setting SLEEP TXT CHECK ON LINE SIZE GAME FUNCTION CHECK ON LINE S11 OPTION HOTEL VOLUME HOTEL MODE MAX VOL DATA SETTING HOTEL MODE OFF ON gt VOL MAX SET amp INSTALL DONT OPERATING Software option for Function Change ON With PIP Models xxxxME MP seiese PIP OFF Without PIP Models xxxxMT MZ seriese us ON Enable the Digital Sensor NORMAL MODEL Digital EYE
35. 2 3 fi Tuner POWER o TMDG1 837 3 pars icio 5 CAUTION LIVE MAIN mi R801 8 QFO EO EP ee RRID Z y ax 6 9 a 8 9 LER 0 802 RB R809 6 111111 5 Ey m A gt Res Bs ak a zo 7 2 e NJ J OG 5 8 9 SEE P p 0 C821 a a f Alyse ul iU 1 ae 55905 5 ig 04 A de ir a D i BUG 212 Oe A N S spa ANE gt HIT NSG 4 JU md NES NG State oss Sk 2 berg R56 9 1 i 9060 4 ws ES COO 18 1 g ra f i HHI 94 iil Ke P50 leq m ANY a ww yy E Am 222 3 E rd 70 1 Pet my QI 21 me 25 Y yas Tee Nye Set EG T DEN Pl 550 BET R566 S DDP J ENO par Mia M ee ei ps ne 6 OG 1 Ij rc lt Q CM 908 F PIP CM 908 F UNION 10 1 DTR 29M5
36. 2 R2 3 C402 CCXB2HI02K C CERA 500V 1000 K TAPPING E050 48563106 EYELE BSRT02 Q3 C403 CCXB2H222K C CERA 500V B 2200PF K TAPPING E051 48563106 EYE LE BSR T0 2 R2 3 C404 CCXB2H471K CCERA 500V B 470PF K TAPPING 2135 ELECTRICAL PARTS LIST LOC PARTCODE PART NAME DESCRIPTION REMARK LOC PARTCODE PART NAME DESCRIPTION REMARK C409 CEXF2C339V _ C ELECTRO 160V RSS 3 3MF 8X16 TP C825 CCXFIH473Z CCERA 50V F 0 047MF Z TAPPING C410 CCXB2H561K C CERA 500V B 560PF K TAPPING C826 CEXFIH220V CELECTRO SOV RSS 22MF 5X11 TP C411 CEXDOE29V CELECTRO 250V RSS 2 2MF 8X11 5 TP C827 CEXFIH479V CELECTRO SOV RSS 4 7MF 5X11 TP C415 CEXFIH470V _ C ELECTRO 50V RSS 47MF 6 3X11 TP C828 CEXFICIOIV CELECTRO 16V RSS 100MF 6 3X11 TP C417 CMXM2A104J CMYL
37. 2F R METAL FILM 15K OHM RPOS RD AZIOI R CARBON FILM 1 6 100 OHM J R842 RN AZHOIF __ R METAL FILM 16 1 10K OHM RD AZIOI R CARBON FILM 1 6 100 OHM J R843 RN AZHOIF R METAL FILM 16 1 10K OHM F RP14 RD AZ102J RCARBONHIM 1 6 IK OHM J R848 RD AZ3931 R CARBON FILM 639K OHM J RPI5 RD AZ102J R CARBON FILM 1 6 1K OHM J RFOL RD AZAI RCARBON FILM 16240 OHM 216 PTUNSWD908 UNION AS DTR 29M5ME RD AZ391J IRCARBONHIM 6390 OHM C908 CHIBFE4IM CCERAAC AC400V 4700PF M UIC V RF03 RD AZ681J R CARBON FILM 6680 OHM HP 485910524 JACK PHONE LGT1516 0100 RFO4 RD AZIS2 R CARBON FILM 16 1 5K OHM p PTC2SW5403 HEAT SINK ASS Y ISTV5109 7174300811 RFOS RD AZ911J R CARBON FILM 16910 OHM 00001 1STV5109 IC VIDEO AMP STV5109 RFO6 RD AZ822J RCARBONHIM 682K OHM J 0000A 4857025403 HEAT SINK ALO50P H24 T 2 RFO8 RD AZ223J R CARBON FILM 162K OHM J 00008 7174300811 SCREW TAPPTITE RND 3X8 MFZN RFO9 RD AZIMJ R CARBON FILM 16130 OHM IDO PNA4603H IC PHOTO SENSOR PNA4603H RF10 RD AZION R CARBON FILM 16100 OHM JV03 4859105450 JACK PIN BOARD 5 02 4120 95 27400 PTPMMSD908 PIP MANUAL AS DTR29MSME M231 4851114004 PANELAVASSY 2326802 5934302 IP02 K78R33 IC REGULATOR KIATSRISPI M231A 7178301011 SCREW TAPPTITE WAS 3X10 MFZN PP 4859279820 CONN WAFER TAC L18P A3 ANGLE M681 4856812001 TIE CABLE NYLON66 DA100 XPO
38. 326802 5934301 15 SIDE AV PCB 1 CN 321 14 7172401212 SEREW TAPTITE 1 TT2 TRS 4X12 MFZN BK 13 4852163101 COVER BACK 1 HIPS GY 12 4856015821 SCREW CRT FIX 4 SWRM SK5 L 35 11 4856215402 WASHER RUBBER 4 CRT2 0 10 4859635262 CRT 1 29 F 9 CHASSIS 1 CN 793F 8 7178301011 SEREW TAPTITE 2 TT2 WAS 3X10 MFZN 7 4851948401 BUTTON CTRL 1 4955101 5549200 6 7172401212 SCREW TAPTITE 8 TT2 TRS 4X12 MFZN 5 4858311110 SPEAKER 2 12W 8 OHM SP 58126F 4 4852083501 MASK FRONT 1 HIPS GY 3 4921300100 BRAND MARK 1 Al 2 4856716000 SPRING 1 SWPA PIEO 5 1 4854864101 BUTTON POWER 1 HIPS GY No PART CODE PART NAME Qty MATERIAL REMARKS UNTS m m Designed by Checked by Inspected by Approved by P A RT N AM E some 1 1 DEVELOPMENT DWG i MODEL DTQ 29U1 D sd REFERENCE 485009 KR 28 10 5 DTR 29U5 21 7172401612 SCREW TAPTITE 8 TT2 TRS 4X16 MFZN 20 7172401612 SCREW TAPTITE 1 TT2 TRS 4X16 MFZN BK 19 7178301212 SCREW TAPTITE 2 TT2 WAS 3X12 MFZN BK 18 4855936700 DECO AV 1 T0 25 17 4851114003 PANEL AV ASSY 1 2326802 5934301 16 SIDE AV PCB 1 CN 321 15 7172401212 SEREW TAPTITE 1 TT2 TRS 4X12 MFZN BK 14 4852163101 1 HIPS GY 13 4856015821 SCR
39. 6 3X11 TP R309 RNOBDIJS R METAL FILM 2W 120 OHM J SMALL C608 CEXFIH478V__ C ELECTRO 30V RSS 047 5X11 R310 RN02B200JS FILM 2W 20 OHM J SMALL C609 CEXFIH478V__ C ELECTRO SOV RSS 047 5X11 TP R312 RN01B913JS R METAL FILM 1W91K OHM J SMALL C610 CEXFIH478V CELECTRO SOV RSS 047 5X11 TP R314 RN02B103JS R METAL FILM 2W 10K OHM J SMALL C611 CEXFIH479V ELECTRO SOV RSS 4 7MF 5X11 TP R315 RN01B562JS R METAL FILM 1W 5 6K OHM J SMALL C612 CEXFIH479V ELECTRO SOV RSS 41 5X11 TP R404 RNO2B680IS METAL FILM 2W 68 OHM J SMALL C617 CCXBIH682K 50V B 6800PF TAPPING R420 RNOQBIONS R METAL FILM 2W 100 OHM J SMALL C618 CCXBIH682K 30V B 6800PF TAPPING R422 RNOBIOUS R METAL FILM 2W 10 OHM J SMALL C619 CEXFIHI00V 16 ELECTRO 30V RSS 10MF 5X11 TP R426 RN02B333JS R METAL FILM 2W 33K OHM J SMALL 62 CEXFIH478V CELECTRO SOV RSS 0 47MF 5X11 TP R429 RNO2B681JS R METAL FILM 2W 680 OHM J SMALL C623 CEXFIH478V ELECTRO 30V RSS 047 5X11 TP R828 RNOBIDJS FILM 2W 13K OHM J SMALL C624 CMXLIDMI CMYLAR 63V MEU 0 22MF J TP SW701 555010100 SW TACT THVH472GCA 65 CEXFIHI00V ELECTRO SOV RSS 10MF 5X11 TP SW702_ 555010100 SW TACT THVH472GCA C626 CEXFIH339V__ CELECTRO SOV RSS 33MF 5X11 TP SW703 555010109 SW TACT THVH472GCA 627 CMXL1224 CMYLAR 63V MEU 0 22MF J TP SW704 585010109 SW TAC
40. 80 p ee 1N4148 C910 oe T R912 BY C904 um 2509 7 124055 ET 203 9 3 6 FL PA902 500 0802 0805 21724056 4 A 0820 RLAA TSM COIL DEGAUSSING gt IKV 4700 CORD POWER 1801 STR W6756 2852 R818 47K I 0507 8 emus Qe Jag eot gs 5 mol sx mor d SUNT ER Arlen NOTE I ne our 1 _ 1 RESISTANCE IS SHOWN IN OHM 1000 M 1000000 x or M out LLY 595 amp fdu 2 UNLESS OTHERWISE NOTED IN SCHEMATIC ALL CAPACITOR 89 ravn VALUES ARE EXPRESSED IN uF LAVIN C pem amp 3 VOLTAGES
41. 9 Z EACH MODEL PARTS LIST LOC PART NAME NORMAL FLAT L401 COIL H LINEARITY TRL 200D TRL 350B T401 FBT FFA64039L BSC29 0197 C408 C MYLAR 200V 0 62 MF 200V 0 39MF C405 C MYLAR 1 6KV 0 01MF 1 6KV 6900PF C406 C MYLAR 1 6KV 91200PF 1 6KV 8200PF R919 R M OXIDE FILM 2W 3 9 OHM 2W 3 6 OHM R429 R METAL FILM 2W 680 OHM J SMALL NC 0515 DIODE ZENER NC UZ 5 6BM A001 PCB MAIN 4859808993 4859808993 DIGITAL EYE MODULE 0 X 20 CM 908 F CHASSIS Ver 1 ay AUDIO IN gt MONITOR L OUT MONITOR R MLS LET dy Testen ans MONITOR L OUT amp MONITOR R OUT R 0UT 5 lt o 59 o RIEN Iss 1 frreBLE L N PIP OPTION 5271 50V10u RP7 100 RPB 100 RP9 100 xP01 o Sia cps 2200P 24 BS gt mm 2 P602A Fon Fon Ton JV 3 YSCO3P 4120 14A 1501 AZ 9004Y 940K
42. AR 100V 0 1MF J TP C833 CEXFICIOIV C ELECTRO 16V RSS 100MF 6 3X11 TP C421 2 333 CMYLAR 100V 0 033MF J TP C836 CMXM2A104J C MYLAR 100V 0 1 J TP 05 CCXB2HI02K C CERA 500V B 1000PF K TAPPING 4857415001 CLIP FUSE PFC5000 0702 C42 CMXM2A104J CMYLAR 100V 0 1MF J TP F801B 4857415001 CLIP FUSE PFC5000 0702 C502 CEXFIC221V CELECTRO 16V RSS 220 8X11 5 1K1A7025AP IC RESET KIAT005AP C503 CEXFIH100V C ELECTRO 50V RSS 10MF 5X11 TP 1803 IKABIL JIC KA431L 0 5 T0 92 C505 CEXFIH470V C ELECTRO 50V RSS 47MF 6 3X11 TP L601 58CX430599 COILCHOKE AZ 9004Y 940K C507 CEXFIHI09V C ELECTRO 50V RSS 1MF 5X11 TP 1812 58CX430599 COIL CHOKE AZ 9004Y 940K C508 CEXFIH109V CELECTRO 50V RSS 1MF 5X11 TP Q101 TKTC3198Y TR KTC3198Y C509 CEXFIH478V CELECTRO 30V RSS 0 47MF 5X11 TP Q301 TKTC3198Y KTC3198Y C510 CEXFIH478V CELECTRO 30V RSS 047 5X11 TP Q403 TKTC3198Y TR KTC3198Y 5 CEXFIH478V C ELECTRO SOV RSS 047 5X11 TP Q502 TKTA1266Y KTA1266Y TP C512 CEXFIH478V C ELECTRO 50V RSS 0 47MF 5X11 TP 0503 TKTA1266Y KTA1266Y TP C514 CEXFIH470V _ C ELECTRO 50V RSS 47MF 6 3X11 TP Q504 TKTA1266Y KTA1266Y TP C518 CEXFIH470V CELECTRO 50V RSS 47MF 6 3X11 TP Q505 TKTC3198Y TR KTC3198Y C519 CMXLIJ683J CMYLAR 63V MEU 0 068MF Q507 TKTA1266Y 1266 TP C521 CEXFI
43. C821 CEXFIEDV CELECTRO 25V RSS 2200MF 16X25 TP E064 48563106 EYE LET BSR 70 2 R2 3 C824 CMXB2G122 CMYLAR 400V EU 1200PF I E065 48563106 EYE LET BSR 70 2 R2 3 C835 CEXFICHIV CELECTRO 16V RSS 470MF 8X12 TP E066 48563106 EYELE BSR T0 2 R2 3 C837 CEXFICHIV C ELECTRO 16V RSS 470MF 8X12 TP E067 48563106 EYELE BSR T0 2 R2 3 C838 CEXFICIO2V ELECTRO 16V RSS 1000MF 10X20 TP E068 48563106 EYELE BSR T0 2 R2 3 22200 PTMPJBD908 MAIN M 10 AS DTR 29MSME 1 48574175 TERM PIN DA IBO214 D2 3 DY PI 1 2TM18006BE MASKING 6 2X500 2 48574175 TERMPIN DA IBO214 D2 3 DY PI E001 48563106 EYE LET BSR T0 2 R2 3 3 48574173 TERM PIN DA IB0214 D2 3 DY PI E002 48563106 EYELE BSR T0 2 Q3 4 48574175 TERM PIN DA IBO214 D2 3 DY PI E003 48563106 EYE LE BSR T0 2 R2 3 5 48574175 TERMPIN DA IB0214 D2 3 DY PI E004 48563106 EYELE BSR T0 2 Q3 6 48574175 TERM PIN DA IBO214 D2 3 DY PI E005 48563103 EYE LE BSR 10 2 1 6 7 48574175 TERM PIN DA IBO214 D2 3 DY PI E006 48563103 EYE LE BSR T02 6 8 48574175 TERM PIN DA IB0214 D2 3 DY PI E007 48563103 EYE LE BSR T02 1 6 P501 4859232028 CONN WAFER YW025 07 STICK E008 48563103 EYELE BSR T02 6 P502 4859231728 CONN WAFER YW025 04 STICK E009 48563103 EYELE BSR T02 R1 6 POOL 4859231725 CONN WAFER YW025 04 STICK E010 48563103 EYELE BSR T02 6 P602 4859231825 CONN WAFER YW025 05 STICK E011 48563103 EYE LE BS
44. COPPER AWG22 1 0 65 TIN COATING 114 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J049 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 115 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J050 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 116 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J051 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 118 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J052 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 119 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1053 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 120 85801065GY WIRE COPPER AWG22 110 65 TIN COATING 1054 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 121 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J055 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 122 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J056 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 123 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J057 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 124 85801065GY WIRE COPPER AWG22 110 65 TIN COATING 1058 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 125 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1059 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 126 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J060 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 127 85801065GY WIRE COPPER AWG22 1 0 65 TIN C
45. E IN40048 C602 CBZFIHI04Z CCERA SEM SOV FO IMFZ D811 DUZ3R3B DIODE ZENER UZ 3 3B C603 CBZFIHI04Z CERA SEM SOV F0 IMPZ D813 DIN49376 DIODE 1849376 TAPPING C604 CBZFIHI04Z CERA SEM SOV F0 IMPZ D815 DRGPISJ DIODE RGP15J DO 204AC 600V 1 5A C605 CBZFIH104Z CCERA SEM SOV FO IMFZ D816 DRGPISI DIODE RGP15 D0 204AC 600V 1 5 C607 CBZFIHI04Z CERA SEM SOV FO IMFZ D817 DIN49376 DIODE 1N4937G TAPPING C613 CBZFIHI04Z CERA SEM SOV F0 IMPZ D822 DUZ6R2BM __ DIODE ZENER UZ 6 2BM C614 CBZFIHI04Z CERA SEM SOV F0 IMPZ D899 DUZSRIB DIODE ZENER 07 18 C615 CBZRICIS2M CCERA 16V YSR 1500PF M AXIAL DFO DUZSR6BM DIODE ZENER UZ 5 6BM C616 CBZFIHI04Z CERA SEM SOV F0 IMPZ DUZSR6BM DIODE ZENER UZ 5 6BM C630 CBZFIHI04Z CERA SEM SOV F0 IMPZ 1 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C642 CBZFIHI04Z CCERA SEM SOV F0 IMPZ 2 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C643 CBZFIHI04Z CCERA SEM SOV FO IMFZ 3 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C823 CCZFIHI03Z CCERA 30V FO 01MFZ 04 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C830 CCZFIHI03Z CCERA 30V FO 01MFZ 5 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C832 CBZFIHI04Z CCERA SEM SOV F0 IMPZ 7 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING C834 CBZFIH104Z CCERA SEM SOV F
46. E008 48563103 EYELE BSR T02 1 6 C104 CEXFIHIOIV CELECTRO SOV RSS 100MF 8X11 5 E029 48563103 EYELE BSR T02 6 C108 CEXFIH479V CELECTRO SOV RSS 4 7MF 5X11 TP E030 48563103 EYE LE BSR 10 2 6 C301 2 563 C MYLAR 100V 0 056MF J TP E031 48563103 EYE LE BSR 10 2 6 90 CMXM2A103J C MYLAR 100V 0 01MF J TP E032 48563103 EYE LE BSR T02 6 C303 CXSL2H100D CCERA 500V SL 10PF D TAPPING E033 48563103 EYE LE BSR T02 R1 6 C304 CEXFIH100V CELECTRO 50V RSS 10MF 5X11 TP E034 48563103 EYE LE BSR T02 R1 6 CX CEXDIH109Q C ELECTRO 30V RT IMF 6 3X11 TP E035 48563103 EYE LE BSR T0 2 R1 6 C307 CEXFIHIOIV C ELECTRO 50V RSS 100MF 8X11 5 TP E036 48563106 EYELE BSRT02 Q3 C309 CEXFIHI00V CELECTRO SOV RSS 10MF 5X11 E037 48563106 EYELE BSR T0 2 R2 3 C311 CEXFIH479V CELECTRO SOV RSS 4 7MF 5X11 TP E038 48563106 EYE LE BSR T0 2 R2 3 C312 CCXB2HS61K CCERA 500V B 560PF K TAPPING E039 48563106 EYE LE BSR T0 2 R2 3 C313 CEXFICIOIV C ELECTRO 16V RSS 100MF 6 3X11 TP E040 48563106 EYELE BSRT02 Q3 C314 CMYLAR 100V 3300PF J TP E041 48563106 EYELE BSR T0 2 R2 3 C315 CEXFIHIOIV C ELECTRO 30V RSS 100 8X11 5 E042 48563106 EYE LE BSR T0 2 R2 3 C320 CMXM2A104J C MYLAR 100V 0 1 J TP E043 48563106 EYELE BSR T0 2 Q3 C321 CMXM2A123J CMYLAR 100V 0 012MF J TP E049 48563106 EYE LE BSR T0
47. EW CRT FIX 4 SWRM SK5 L 35 12 4856215402 WASHER RUBBER 4 CRT2 0 11 4859635262 CRT 1 29 F 10 CHASSIS 1 CN 794F 9 7178301011 SEREW TAPTITE 2 TT2 WAS 3X10 MFZN 8 4854955501 BUTTON CH 1 ABS GY 7 7172401212 SCREW TAPTITE 8 TT2 TRS 4X12 MFZN 6 4858311110 SPEAKER 2 12W 8 OHM SP 58126F 5 4852084001 MASK FRONT 1 HIPS GY 4 4855549700 DECO SENSOR 1 PC SMOG 3 4921300100 BRAND MARK 1 2 4856716000 SPRING 1 SWPA 5 1 4854864601 BUTTON POWER 1 HIPS GY No PART CODE PART NAME Qy MATERIAL REMARKS UNTS m m Designed by Checked by Inspected by Approved by P ART N AM E SCALE 11 DEVELOPMENT DWG MODEL DTQ 29U5 D peat REFERENCE 485009KU 29 141 1C DESCRIPTION VCT 38xxA B 1 Introduction The VCT 38xxAJB is an IC family of high quality single chip TV processors Modular design and a submicron technology allow the economic integration of features in all classes of TV sets The VCT 38xxA B family is based on functional blocks contained and approved in existing products like VDP 3120B TPU 3050S and CCZ 3005K Each member of the family contains the entire video display and deflection processing for 4 3 and 16 9 50 60 Hz TV sets The integrated microcontroller is sup ported by a powerful OSD generator with integrated teletext acquisition which can be upgraded with on chip page memory With volume control and audio input select the
48. H229V C ELECTRO SOV RSS 22MF 5X11 TP 0508 TKTC3198Y KTC3198Y C522 CEXFIH479V C ELECTRO SOV RSS 4 5X11 TP Q509 TKTC3198Y TR KTC3198Y C525 CEXFIH100V C ELECTRO 50V RSS 10MF 5X11 TP Q512 TKSC2330Y TR KSC2330Y TP C530 CEXFIH479V C ELECTRO SOV RSS 4 7MF 5X11 TP Q513 TKSC2330Y KSC2330Y TP C542 CEXFIH470V _ C ELECTRO 50V RSS 47MF 6 3X11 TP QH TKTC3198Y TR KTC3198Y C544 CEXFIH470V _ C ELECTRO 50V RSS 47MF 6 3X11 TP Q581 TKTC3198Y TR KTC3198Y C545 CEXFIH339V_ C ELECTRO SOV RSS 3 3MF 5X11 TP Q582 TKTC3198Y TR KTC3198Y C548 CEXFICDIV ELECTRO 16V RSS 220MF 8X11 5 TP Q583 TKTC3198Y TR KTC3198Y C550 CEXFIH220V C ELECTRO 30V RSS 5X11 TP Q601 TKTC3198Y KTC3198Y C551 CEXFICIOIV CELECTRO 16V RSS 100MF 6 3X11 TP Q602 TKTC3198Y KTC3198Y C562 CEXFIH100V C ELECTRO 50V RSS 10MF 5X11 TP Q801 TKSA1013Y KSA1013Y TP C581 CEXFIH100V _ C ELECTRO 50V RSS 10MF 5X11 TP Q852 TKTC3198Y TR KTC3198Y C582 CEXFIH470V C ELECTRO 50V RSS 47MF 6 3X11 TP Q853 TKTC3198Y TR KTC3198Y C583 CEXFIH100V CELECTRO 50V RSS 10MF 5X11 TP QFOL TKTC3198Y TR KTC3198Y C585 CEXFIH470V C ELECTRO SOV RSS 47MF 6 3X11 TP RNOBXOS __ R METAL FILM 2W 20 OHM J SMALL C601 CEXFIH478V ELECTRO SOV RSS 047 5X11 TP R308 RNO2B271JS FILM 2W 270 OHM J SMALL C606 CEXF1H470V CELECTRO SOV RSS 47MF
49. I03Z CCERA 30V F 0 01MF Z R811 RD 4Z102 R CARBON FILM 14 1K OHMJ CCZF1H103Z CCERA 30V F 0 01MF Z R812 RC 2Z2825KP IRCARBON COMP 1282M OHM K JPOL 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING R814 RD 4Z473 R CARBON FILM 14 47K OHM 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING R815 RD 4Z163 R CARBON FILM 14 16K OHM JPO4 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING R816 RD AZ473 R CARBON FILM 16 OHM JPOS 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING RD AZ103 R CARBON FILM 6 10K OHM LP02 5CPZ100K02 _ COIL PEAKING 10UH AXIAL 3 5MM R818 RD AZ473 R CARBON FILM 16 47K OHM LP03 5CPZ100K02 COIL PEAKING 10UH K AXIAL 3 5MM R819 RD 4Z103 R CARBON FILM 4 10K OHM LPO4 5CPZ100K02 COIL PEAKING 10UH K AXIAL 3 5MM R821 RD AZ473 R CARBON FILM 16 47K OHM LP0S 5CPZ100K02 __ COIL PEAKING 10UH K AXIAL 3 5MM R822 RN 4Z1003F FIL 14 100K OHM F RPO RD AZ103J R CARBON FILM 1 6 10K OHM J R823 RD 4Z392 R CARBON FILM 1439K OHM J RP R CARBON FILM 1 6 41K OHM J R824 RD AZ103 R CARBON FILM 6 10K OHM RP RD AZ221J RCARBONHIM 1 6 220 OHM J R825 RD AZ432 R CARBON FILM 643K OHM J RD AZ221J R CARBON FILM 1 6 220 OHM J R827 RD AZI51 R CARBON FILM 16150 OHM J RD AZ102J R CARBON FILM 1 6 1K OHM J R840 RD 47682 R CARBON FILM 14 6 8K OHM J RPO7 RD AZIOI FILM 1 6 100 OHM J R841 RN 4Z150
50. ININLSNIAV OLNV INVO3S OLNV OLNV OLNV WHISAS 10109 3d DU DU DU I DU DU DU DU DU DU NWHISAS punos SC 116 SC HCC eC C9 C OIC C 649 SC 8v C tC9 ST LCS 606 50961 81 79 DAMA HA TA HA n TA HA HA HA TA VINLYY Sdr Hd Waad Ava HOLVH O VINLYY NYFILIVd HO8I TVd HOCI TVd HOv TVd 01 HOLv IVd HO8CH HJOLH HO6H HOL H HOCH IVd 1511 9NILL3S SISSVHO 4 806 IND 11 6 ELEGTRIGAL PARTS LIST In this Manual some parts can be changed for improving their performance without notice in the parts list So if you need the latest parts information please refer to PPL Prats Price List in Service information Center http svc dwe co kr LOC PARTCODE PART NAME DESCRIPTION REMARK LOC PARTCODE PART NAME DESCRIPT
51. ION REMARK 22100 488484C07 TRANSMITTERREMOCON _ R 44C07 AA D814 DHER308G DIODE HER308G ZZ110 PTACPWD703 ACCESSORY AS DTC 29MSME D820 DRL4A015 IDIODE RLAA 015 308 0030 4850Q0081 BATTERY ROP LN D821 DRLAA0I5 DIODE RLAA 015 308 200 48586054K MANUAL INSTRUCTION DTM 2082CW DCOL DLHPRSMH3 LED HOLDER AS LH 2P R 5M H3 M821 4858213801 BAG INSTRUCTION L D P E T0 05X250X400 F8 5F3GB6322L FUSE GLASS TUBE V S TL 6 3A 250V 22120 PTBCSHD703 COVER BACK AS DTC 29M5ME BOL PTF2SW7921 HEAT SINK ASSY ILA7848 7174300811 M211 4852161121 COVER BACK HIPS GY 0001 ILA7848 IC VERTICAL LA7848 M781 4857817630 CLOTH BLACK FELT 400X20X0 7 000A 4857027921 HEAT SINK AL EX BK 7130 PTPKCPD703 PACKING AS DTC 29MSME 000 7174300811 SCREW TAPPTITE RND 3X8 MFZN 0 65200101 STAPLE PIN AUTO W65 1401 PT828W6900 HEAT SINK ASS Y TK1A7809P1 7174300811 M801 4858057600 BOX CARTON DW 3 0001 1K1A7809P1 IC REGULATOR KIAT809API M811 4858199100 PAD EPS 29M5 00 4857026900 HEAT SINK ALEX M821 48582156 BAGP E PE FOAM 10 5x1600x1270 0008 7174300811 SCREW TAPPTITE RND 3X8 MFZN ZZ131 4851946410 CRT GROUND NET 29028 1015 1P 1501 V3834DW08 IC MICOM MCM VCT3834F DWO8 2213 58G0000149 COIL DEGAUSSING DC 29SF 1601 TDA742 IC AUDIO PROCESSOR TDA7442 2214 PTCACAD908 CABINET AS DTR29MSME 1602 PTB2SW8228 HEAT SINK ASS Y ITDA8946 7174301011 M201A 485601580
52. K02 COIL PEAKING 22UH AXIAL 3 5MM 1088 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING L505 5CPZ479K02 COIL PEAKING K AXIAL 3 5MM 1089 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING L506 5CPZ101K02 PEAKING 100UH K AXIAL 3 5MM J090 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING L507 5CPZ100K02 COIL PEAKING 10UH K AXIAL 3 5MM J091 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING L566 5CPZ479K02 PEAKING 4TUH K AXIAL 3 5MM J092 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING SCPZA79K02 COIL PEAKING K AXIAL 3 5MM J093 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1581 5CPZ470K02 COIL PEAKING 47UH K AXIAL 3 5MM 16 ELECTRICAL PARTS LIST LOC PARTCODE PART NAME DESCRIPTION REMARK LOC PARTCODE PART NAME DESCRIPTION REMARK L582 SCPZ100K02 COIL PEAKING 10UH AXIAL 3 5MM R528 RD AZA73I R CARBON FILM 1 6 41K OHM J 1599 5CPZ479K02 PEAKING K AXIAL 3 5MM R529 RD AZ103J R CARBON FILM 1 6 10K OHM J L602 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATI
53. L SXE2OR250E CRYSTAL QUARTZ HC 49 U 20 2500MHZ 30PPM 781 4857821300 CLOTH BLACK CLOTH 22200 PTPMJ2D908 PIP CHIP B AS DTR29MSME 4850707800 CONNECTOR YH025 07 YSTO25 ULW 500 PO ISDA9488XE IC CHIP PIP SDA9488X P502A 4850704804 CONNECTOR YH025 04 YSTO25 ULW 400 22200 PTPMJRD908 PIP RADIAL AS DTR29MSME P602A 4850705812 CONNECTOR YH025 05 YSTO25 ULW 500 CP CXCHIH240 C CERA SOV CH 24PF J TAPPING P603A 4850706818 CONNECTOR YH025 06 YST025 ULW 500 CXCHIH240 C CERA 30V CH 24PF J TAPPING P604A 4850703845 CONNECTOR YH025 03 YST025 USW 400 CP03 CCXBIH222K CCERA 30V B 2200PF K TAPPING 4850703518 CONNECTOR YH025 03 YBNH250 ULW 200 CP04 CCXBIH222K CCERA 30V B 2200PF K TAPPING 4859303830 SOCKET CRT 1586945 CP05 CEXFIH100V CELECTRO 30V RSS 10MF 5X11 TP 27200 PTUNJOD908 PCB UNION RHU AS DTR 29MSME CP08 CEXFIESTOV CELECTRO 25V RSS 47MF 5X11 C904 CEXF2E100V C ELECTRO 250V RSS 10MF 10X20 TP CEXFIESTOV C ELECTRO 25V RSS 47MF 5X11 TP C909 CEXF2E100V C ELECTRO 250V RSS 10MF 10X20 TP CP11 CMXM2A103J MYLAR 100V 0 01MF J TP 22200 PTUNJBD908 PCB UNION M 10 AS DTR 29M5ME CP12 CEXFIHI00V CELECTRO 50V RSS 10MF 5X11 TP R907 RS017683J R M OXIDE FILM 1W 68K OHM J TAPPING CEXFIH109V CELECTRO 50V RSS 1MF 5X11 TP R908 RS017683J R M OXIDE FILM 1W 68K OHM J TAPPING 6 CEXFIHI00V ELECTRO 30V
54. NG R532 RD AZ223I R CARBON FILM 1 6 2K OHM J L801 5MC0000100 COIL BEAD HC 3550 RD AZ271 R CARBON FILM 1 6270 OHM J R103 RD AZ472J R CARBON FILM 16 4 1K OHM J RM RD AZIOL R CARBON FILM 1 6 100 OHM J 07 RD AZIOI RCARBON FILM 16100 OHM R35 RD AZ2231 R CARBON FILM 1 6 2K OHM J R108 RD AZIOI RCARBONHIM 16100 OHM R36 RD AZ271 R CARBON FILM 16200 OHM J R109 RD AZ272I R CARBON FILM 62 7K OHM J R537 RDAZIOLI R CARBON FILM 16100 OHM J R110 RD AZ471J R CARBON FILM 16 410 OHM R538 RD AZ223I R CARBON FILM 1 6 2K OHM J R301 RN AZ3601F R METAL FILM 16 3 60K OHM F R39 RD A7271J R CARBON FILM 1 6 270 OHM J R302 RN 422002F R METAL FILM 14 20 0K OHM F R540 RD AZ101J R CARBON FILM 1 6 100 OHM J R303 RN 4Z1003F R METAL FILM 14 100K OHM F R541 RD AZ330J R CARBON FILM 1 633 OHM J R304 RN 421102F R METAL FILM LIK OHM F R542 RD AZ330J R CARBON FILM 1 633 OHM J R305 RD AZ562J R CARBON FILM 16 5 6K OHM J R543 RD AZ3301 R CARBON FILM 1 633 OHM J R306 RD AZ5631 R CARBON FILM 16 56K OHM R544 RD AZ2201 R CARBON FILM 1 6 22 OHM J 07 RD AZ113J R CARBON FILM 16 11K OHM R545 RD AZ102J R CARBON FILM 1 6 IK OHM J RDAZIDI R CARBON FILM 16 47K OHM R546 RD AZIO1J R CARBON FILM 1 6 100 OHM J R313 RD 4Z103 R CARBON FILM 4 10K OHM R547 RD AZ222I R CARBON FILM 1 6 2 2K OHM J R316 RD 4Z1011 R CARBON FILM 14 100 OHM J R38 RD AZ682I R CARBON FILM 1 6 6 8K OHM J R319
55. OATING J061 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 128 85801065GY WIRE COPPER AWG22 110 65 TIN COATING 1062 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 129 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J063 5CPZ479K02 COIL PEAKING 4 TUH K AXIAL 3 5MM 130 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1064 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 131 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J065 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 132 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J066 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 133 85801065GY WIRE COPPER AWG22 110 65 TIN COATING 1067 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 134 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1068 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 135 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1069 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 136 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J070 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 137 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 138 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J072 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 139 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1073 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 140 85801065GY
56. ORMAL CHECK REPLACE 8TH PIN OF 1501 ABNORMAL 54 OG DA WOO ELECTRONICS 686 AHYEONODONG MAPO GU SEOUL KOREA C P O BOX 8003 SEOUL LOREA PRINTED DATE Dec 2003
57. R T02 R1 6 P603 4859231925 CONN WAFER YW025 06 STICK E012 48563106 EYELE BSR T0 2 Q3 P604 4859231628 CONN WAFER YW025 03 STICK E013 48563106 EYE LE BSR T02 R2 3 PDO1 4859231628 CONN WAFER YW025 03 STICK E014 48563103 EYE LE BSR T02 R1 6 R105 850275128 RM OXIDE FILM 2W 5 1K OHM J SMALL E015 48563103 EYE LE BSR T02 R1 6 R317 RS02Z100J R M OXIDE FILM 2W 10 OHM J TAPPING E016 48563103 EYE LE BSR T02 R1 6 R318 6802727135 IRM OXIDEHLM 2W 270 OHM J SMALL E017 48563103 EYELE BSR T02 6 R403 RS01Z472J R M OXIDE FILM 1W 47K OHM J TAPPING E018 48563103 EYE LE BSR T02 R1 6 R406 RS02Z243JS RM OXIDE FILM 2W 24K OHM J SMALL E019 48563103 EYE LE BSR T0 2 R1 6 R407 RSO2Z102 RM OXIDEHLM 2W 1K OHM J SMALL E020 48563103 EYE LE BSR T02 R1 6 R410 REOIZ229J R FUSIBLE 1W 2 2 OHM J TAPPING E021 48563106 EYE LE BSR TO 2 R2 3 R413 RF01Z100 R FUSIBLE 1W 10 OHM J TAPPING E022 48563106 EYELE BSR T0 2 R2 3 R414 RS02Z472JS RM OXIDE FILM 2W 4 1K OHM J SMALL E023 48563106 EYE LE BSR T0 2 R2 3 R419 REOIZ229J R FUSIBLE 1W 2 2 OHM J TAPPING E04 48563106 EYELE BSRT02 Q3 R807 RFO2Z188K R FUSIBLE 2W 0 18 OHM K TAPPING E025 48563103 EYE LE BSR T0 2 R1 6 R813 RF02Z398K R FUSIBLE 2W 0 39 OHM K TAPPING E026 48563103 EYE LE BSR T02 R1 6 R830 RSO2Z104I R M OXIDE FILM 2W 100K OHM J TAPPING E027 48563103 EYE LE BSR T02 R1 6 1200 PTMPIRD908 PCB MAIN RADIAL AS DTR 29MSME
58. RICAL PARTS LIST LOC PARTCODE PART NAME DESCRIPTION REMARK LOC PARTCODE PARTNAME DESCRIPTION REMARK C419 CEXFICHIV CELECTRO 6V RSS 470MF 8X12 TP E054 48563106 EYE LET BSR T0 2 R2 3 C422 CEXF2C101V C ELECTRO 60V RSS 100MF 16X25 TP E055 48563106 EYE LET BSR 70 2 R2 3 C424 CEXFIVATIV CELECTRO 35V RSS 470MF 10X20 TP E056 48563106 EYE LET BSR 70 2 R2 3 C524 CEXFICHIV CELECTRO 6V RSS 470MF 8X12 TP E057 48563106 EYE LET BSR 70 2 R2 3 C631 CEXFIEIQV C ELECTRO 25V RSS 1000 13X20 E058 48563106 EYELET BSR T0 2 R2 3 C802 CCXB3A472K CCERA KV 4700PF K TAPPING E059 48563106 EYE LET BSR 70 2 R2 3 C803 CCXB3A472K C CERA KV B 4700PF K TAPPING E060 48563103 EYELET BSR T02 6 C806 CBXB3D471K C C CERA SEMI 2KV BL N 470PF K T E061 48563103 EYE LET BSR T02 R1 6 C818 CEXF2C101V C ELECTRO 60V RSS 100MF 16X25 TP E062 48563103 EYE LET BSR 10 2 1 6 C820 CEXFIE222V C ELECTRO 25V RSS 2200MF 16X25 E063 48563106 EYE LET BSR 70 2 R2 3
59. S e es i e el 2 8 fe e INL I7 VCT 38xxA B 31 VCT 38xxA B P20 P21 P22 P23 SDA SCL RESQ XTAL2 XTAL1 GNDS VSUPS AOUT1 AOUT2 AIN1 AIN2 AIN3 XREF RRD GNDAB VSUPAB BOUT GOUT ROUT SVMOUT RSW2 RSW1 GNDM SENSE EW VERT VERTQ HFLB IC DESCRIPTION VCT 38xxA B 4 Pin Connections and Short descriptions NC not connected IN Input LV if not used leave vacant OUT Output X obligatory connect as described in circuit diagram SUPPLY Supply Pin Pin No PSDIP Pin Name Type Connection Short Description 64 pin if not used 1 P17 IN OUT LV Port 1 Bit 7 2 P16 IN OUT LV Port 1 Bit 6 3 VSUPPp1 SUPPLY X Supply Voltage Port 1 4 GNDp1 SUPPLY X Ground Port 1 5 P15 IN OUT LV Port 1 Bit 5 6 P14 IN OUT LV Port 1 Bit 4 7 P13 IN OUT LV Port 1 Bit 3 8 P12 IN OUT LV Port 1 Bit 2 9 IN OUT LV Port 1 Bit 1 10 10 VIN5 IN OUT LV Port 1 Bit 0 Analog Video 5 Input VCT 38xxB only 11 VOUT OUT LV Analog Video Output 12 VRT IN X Reference Voltage Top Video ADC 13 SGND IN Signal Ground for Analog Input 14 GNDAF SUPPLY X Ground Analog Front end 15 VSUPar SUPPLY X Supply Voltage Analog Front end 16 CBIN IN VRT Analog Component Cb Input 17 CIN1 IN VRT Analog Chroma 1 Input 18 CIN2 CRIN IN VRT Analog Chroma 2 Input Anal
60. S M No TCM908FEFO Service Manual COLOR TELEVISION CHASSIS CM 908 F MODEL DTR 29M5ME MP MT MZ DTR 29M6ME MP MT MZ DTR 29M7ME MP MT MZ DTR 29U1ME MP MT MZ DTR 29U5ME MP MT MZ MODEL OPTION LIST Caution In this Manual some parts can be changed for improving their performance without notice in the parts list So if you need the latest parts information please refer to PPL Parts Price List in Service Information Center http svc dwe co kr DA WOO OG ELECTRONICS TABLE OF CONTENTS SPECIFICATIONS SAFETY INSTRUCTION CIRCUIT BLOCK DIAGRAM ELECTRICAL PARTS LIST SCHEMATIC DIAGRAM ONDA ALIGNMENT INSTRUCTIONS eee TYPICAL SERVICE DAT se BACH MODE PARTS LIST 2 21 PRINTED CIRCUIT BOARD uo AE AR 10 MECHANICAL EXPLODED VIEW AND PARTS 186 N 12 20 22 25 APPENDIX Appendix is provided only by internet http svc dwe co kr 47 12 TROUBLE SHOOTING CHARTS 30 Items Model DTR 29M5ME MP MT MZ DTR 29M6ME MP MT MZ DTR 29M7ME MP MT MZ DTR 29U1ME MP MT MZ DTR 29U5ME MP MT MZ TV Standard Color system PAL SECAM NTSC 4 43 AV Sound system B G D K Rated Voltage AC 110 250V 50 60Hz Power consumption 105W Sound Output Power 7W 7W Channel Coverage Tuning System VHF L IC1 S6CH 43 25MHz 140 25MHz VHF H IC1 S36CH 147 25MHz 423 25MHz
61. T THVH472GCA C68 CMXL1J224 CMYLAR 63V MEU 0 22MF J TP SW705 555010100 SW TACT THVH472GCA C69 CMXL1J224 CMYLAR 63V MEU 0 22MF J TP SW706 555010109 SW TACT THVH472GCA C633 CMXM2A682J CMYLAR 100V 6800PF J TP ZAQL SPXFIB47IM FILTER CFL 06 B 1H 470PF C634 CMXM2A682J CMYLAR 100V 6800PF I TP 240 SPXFIB47IM FILTER EM CFI 06 B 1H 470PF C805 CEXFIH100V CELECTRO 30V RSS 10MF 5X11 TP ZA03 SPXFIBA7IM FILTER EM CFI 06 B 1H 470PF C807 CCXBIH821K CCERA 30V B 20PF TAPPING ZA04 SPXFIB47IM FILTER EM CFL 06 B 1H 470PF C808 CCXBIHMIK CCERA 30V B 470PF K TAPPING 1405 SPXFIB47IM FILTER EM CFI 06 B 1H 470PF C810 CEXFIHIOV CELECTRO SOV RSS IMF 5X11 TP ZA06 SPXFIB4TIM FILTER EM CFI 06 B 1H C812 CCXB3A471K C CERA IKV B 470PF K T LAU SPXFIBA7IM FILTER EM CFI 06 B 1H 470PF C814 CCXB3A271K IKV B 270PF K TAPPING ZA08 SPXFIBA7IM FILTER EM CFI 06 B 1H 470PF C819 CEXF2A100V C ELECTRO 100V RSS 10MF 6 3X11 TP 22200 PTMPJAD908 PCB MAIN AXIAL AS DTR 29M5ME C822 CMXB2A102 CMYLAR 100V EU 1000 TP 10 2TM14006LB TAPE MASKING 3M 232 6 0X2000M 14 ELECTRICAL PARTS LIST
62. TIN COATING 100 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING J033 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 101 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J034 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 102 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J035 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 103 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1036 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 104 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1037 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 105 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J038 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 106 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J039 85801065GY WIRE COPPER AWG22 1 065 TIN COATING 108 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J041 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 109 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1042 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 110 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 1043 85801065GY _ WIRE COPPER AWG22 1 0 65 TIN COATING 111 85801065GY WIRE COPPER AWG22 110 65 TIN COATING J045 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 112 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J046 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING 113 85801065GY WIRE COPPER AWG22 1 0 65 TIN COATING J048 85801065GY WIRE
63. TIN COATING R583 RD AZ683 R CARBON FILM 1 6 68K OHM J R421 RD 4Z9 14 R CARBON FILM 4910K OHM J R584 RD AZA73I R CARBON FILM 1 6 41K OHM J MM RD 4Z101 R CARBON FILM 14 100 OHM J R585 RD AZ101J R CARBON FILM 1 6 100 OHM J R501 RD AZ472J R CARBON FILM 16 4 1K OHM J R586 7750 R CARBON FILM 1 675 OHM J R502 RD AZIOI R CARBON FILM 16100 OHM J R587 RD AZA73I R CARBON FILM 1 6 41K OHM J R503 RD AZ203 R CARBON FILM 16 20K OHM J R588 RD AZA73I R CARBON FILM 1 6 41K OHM J R504 RD AZIOI R CARBON FILM 16100 OHM J R589 RDAZIDI R CARBON FILM 1 6 41K OHM J R505 RD AZIO R CARBON FILM 16 10K OHM J R590 RD AZ101J R CARBON FILM 1 6 100 OHM J R506 RD A7223J R CARBON FILM 16 2K OHM J R591 RD AZ750 R CARBON FILM 1 675 OHM J R507 RD AZ102J R CARBON FILM 6 1K OHM J R592 RD AZ829J R CARBON FILM 1 682 OHM J R510 _ RD AZ912 R CARBON FILM 169 1K OHM J R593 RD AZA73I R CARBON FILM 1 6 41K OHM J RD AZ511 R CARBON FILM 16510 OHM R594 RD AZA73I R CARBON FILM 1 6 41K OHM J RD AZ122J R CARBON FILM 6 12K R05 RD AZIOLI R CARBON FILM 1 6 100 OHM J R513 RD AZD3 R CARBON FILM 16 2K OHM J R596 RD AZISQI R CARBON FILM 1 675 OHM J R514 RD A7271J R CARBON FILM 16270 OHM R597 RD AZISQI R CARBON FILM 1 675 OHM J R515 RD AZ222J R CARBON FILM 1622K OHM J R598 RD AZ102J R CARBON FILM 1 6 1K OHM J R516 RD AZIOI R CARBON FILM 16100 OHM R599 RD AZ330 R CARBON FILM 1 633 OHM
64. TION DATE NAME APPR A 2 8 7 6 4855419800 SPEC PLATE ART 150 5 7172401612 SCREW 2 TRS 4X16 MFZN 13 FBT 4 7172401612 SCREW TAPPTITE 8 112 TRS 4X16 MFZN 155 3 4852161113 HIPS BK 2 CRT 11 4856015800 SCREW CRT FIX 4 L 27 4856215402 WASHER RUBBER 4 CR 12 0 9 CHASSIS CM 908 7172401212 SCREW TAPPTITE 8 2 TRS 4X12 MFZN BK 7 5 7 SPEAKER 2 6 7178301212 SCREW TAPPTITE 4 TT2 WAS 3X12 MFZN BK 5 7172401612 SCREW TRS 4X16 MFZN BK 4 5 4 SIDE AV UNION 3 4852084301 MASK FRONT HIPS GY 2 48556174SD MARK BRAND SILVER DIA GUTTING 1 PANEL ASSY DIR 29M7 NO PART CODE PART NAME QT MATERIAL REMARKS UNITS mm Designed by Checked by Inspected by Approved by ASSY AME B W SEO SCALE 0 200 DEVELOPMENT DWG WW Daewoo Electronics Corp MODEL UR 2 Display R amp D Center Team 5 REFERENCE N 2275 10 4 DTR 29U1 20 7172401612 SCREW TAPTITE 8 TT2 TRS 4X16 MFZN 19 7172401612 SCREW TAPTITE 1 TT2 TRS 4X16 MFZN BK 18 7178301212 SCREW TAPTITE 2 TT2 WAS 3X12 MFZN BK 17 4855936700 DECO AV 1 PVCT0 25 16 4851114003 PANEL AV ASSY 1 2
65. d Analog Back end 47 VRD IN X DAC Reference 48 XREF IN X Regerence Input for RGB DACs 49 AIN3 IN GNDs Analog Audio 50 AIN2 IN GNDs Analog Audio 2Input 51 AIN1 IN GNDs Analog Audio 11 52 AOUT2 OUT LV Analog Audio 2 Output 53 AOUT1 OUT LV Analog Audio 1 Output 54 VSUPs SUPPLY X Supply Voltage Standby 55 GNDs SUPPLY X Ground Standby 56 XTAL1 IN X Analog Crystal Input 57 XTAL2 OUT X Analog Crystal Output 58 RESQ IN OUT X Reset Input Output Active Low 59 SCL IN OUT 2 Bus Clock 60 SDA IN OUT 2 Bus Data 61 P23 IN OUT LV Port 2 Bit 3 62 P22 IN OUT LV Port 2 Bit 2 63 P21 IN OUT LV Port 2 Bit 1 64 P20 IN OUT LV Port 2 Bit 0 IG DESCRIPTION VCT38xxA B 5 Pin Descriptions for PSDIP64 package Pin 1 2 5 10 P17 P10 Port Fig 6 27 These pins provide CPU controlled I O ports P10 can be configured as video input VIN5 Fig 6 9 on 38xxB only Pin 3 VSUPP1 Supply Voltage Port 1 Driver This pin is used as supply for the I O port 1 driver Pin 4 GNDP1 Ground Port 1 Driver This is the ground reference for the I O port 1 driver Pin 11 VOUT Analog Video Output Fig 6 12 The analog video signal that is selected for the main luma CVBS adc is output at this pin On VCT 38xxB this pin can also deliver the sum of luma and chroma input signals S VHS An emitter follower is required at this pin Pin 12 VRT Reference Voltage Top Fig 6
66. e completed adjustment of screen Press the S2 key to escape screen adjustment mode 4 The adjustment of FOCUS 4 1 Receive PAL RETMA PATTERN signal of company 2CH PAL B 4 2 Adjust the picture to best distinct picture of 350 Line by revolve Focus Volume 5 The adjustment of WHITE BALANCE 5 1 NITSUKI Setting Set Nitsuki to the Auto Mode Reference to the and System to the PAL 5 2 Setting the Normal Stats 5 2 1 Adjust Picture to Normal mode 5 2 2 Adjust the Gain of Nitsuki to suitability by manual when condition is Normal Adjust the standard illumination take within limit bright of Nitsuki and luminosity of SET into acount Exhortative Standard illumination High 70Cd nt LOW BEAM about 15Cd 5 2 3 Press the S8 key of SVC remocon to adjustment of Whit Balance X 0 288 Y 0 301 5 2 4 Memorize in Nitsuki after Adjustment of White Balance 5 3 Adjustment of White Balance 5 3 1 Receive Nitsuki signal 5 3 2 Adjust Picture to Normal mode 5 3 3 The Adjustment of High Beam Adjust R DRIVE and G DRIVE to R G B BAR come to center 5 3 4 The Adjustment of Low Beam Adjust R BIAS and G BIAS to R G B BAR come to center 5 3 5 Repeat 5 3 3 and 5 3 4 to R G B BAR come to within center 1 6 The adjustment of GEOMETRY 6 1 Press the S 6 key on the SVC remocon to call up the Geometry mode And then Geometry OSD will be displayed 6 1 1 All adjustment is base PAL 50Hz but it can be base on NTSC
67. er The input signal must be AC coupled Pin 23 TEST Test Input Fig 65 This pin enables factory test modes For normal opera tion it must be connected to ground Pin 24 HOUT Horizontal Drive Output Fig 6 16 This open drain output supplies the drive pulse for the horizontal output stage The polarity and gating with the flyback pulse are selectable by software Pin 25 VSUPD Supply Voltage Digital Circuitry Pin 26 GNDD Ground Digital Circuitry This is the ground reference for the digital circuitry Pin 27 FBLIN Fast Blank Input Fig 6 18 These pins are used to switch the RGB outputs to the external analog RGB inputs The active level low or high can be selected by software Pin 28 29 30 RIN GIN BIN Analog RGB Input Fig 6 14 These pins are used to insert an external analog RGB signal e g from a SCART connector which can by switched to the analog RGB outputs with the fast blank signal The analog back end provides separate bright ness and contrast settings for the external analog RGB signals Pin 31 VPROT Vertical Protection Input Fig 6 17 In the event of a malfunction of the vertical deflection stage the vertical protection circuitry prevents the pic ture tube from burnig in During vertical blanking a sig nal level of 2 5 V is sensed If a negative edge cannot be detected the RGB output signals are blanked Pin 32 SAFETY Safety Input Fig 6 17 This is a three level input Low l
68. esetting but it can be adjusted in case of need 8 4 Adjust PIP after GGOMETRY WHITE BALANCE and SUB BRIGHT are adjusted 8 5 List of adjustment PIP H POSITON Adjustment of H position Sub Picture Reference Presetting Value of EEPROM 38 PIP V POSITON Adjustment of V position of Sub Picture Reference Presetting Value of EEPROM 27 PIP R G B Peak Adjustment of Gain of PIP IC R G B Output Reference Presetting Value of EEPROM 85 P CONTRAST Adjustment of AC Gain Contrast of PIP IC RGB Output Reference Presetting Value of EEPROM 10 P BRIGHT Adjustment of DC Level SUB BRIGHT of PIP IC RGB Output Reference Presetting Value of EEPROM 15 9 REMOCON 9 1 SERVICE REMOCON m 000 0 0 0 ADD ERASE TV VIDI SOUND MODE SURROUND EIER 9 3 SERVICE REMOCON 9 2 USER REMOCON PinP SWAP SIE TVMDEO E EX SKIP DELETE MOD P SIZE 1 Enter SERVICE MODE Press keys of User Remocon as follows Ch91 Sharpness 0 Skip red Move green Menu 2 Choice SERVICE MENU Pr Up Down 3 Enter SERVICE SUB MENU Vol Up Down CNNOS MOHBO WVOES 19999 IML ANNOS OV NHHWOS INANLSNIAV HONHOWHANOO NAAYOS YILNIO H 840 IS A HZIS A 50204
69. evel means normal function At the medium level RGB output signals are blanked At high level RGB output signals are blanked and horizontal drive is shut off Pin 33 HFLB Horizontal Flyback Input Fig 6 17 Via this pin the horizontal flyback pulse is supplied to the VCT 38xxA B Pin 34 VERTQ INTLC Inverted Vertical Sawtooth Output Fig 6 20 Interlace Output Fig 6 19 This pin supplies the inverted signal of VERT Together with the VERT pin it can be used to drive symmetrical deflection amplifiers The drive signal is generated with 15 bit precision The analog voltage is generated by a 4 bit current DAC with external resistor and uses digi tal noise shaping Alternatively this pin supplies the interlace information the polarity is programmable 34 IG DESCRIPTION VCT38xxA B Pin 35 VERT Vertical Sawtooth Output Fig 6 20 This pin supplies the drive signal for the vertical output stage The drive signal is generated with 15 bit preci sion The analog voltage is generated by a 4 bit cur rent DAC with external resistor and uses digital noise shaping Pin 36 EW East West Parabola Output Fig 6 21 This pin supplies the parabola signal for the East West correction The drive signal is generated with 15 bit precision The analog voltage is generated by a 4 bit current DAC with external resistor and uses digital noise shaping Pin 37 SENSE Measurement ADC Input Fig 6 23 This is
70. og Component Cr Input 19 VIN1 IN VRT Analog Video 1 Input 20 VIN2 IN VRT Analog Video 2 Input 21 VIN3 IN VRT Analog Video 3 Input 22 VIN4 IN VRT Analog Video 4 Input 23 TEST IN GND Test Pin reserved for Test 24 HOUT OUT X Horizontal Drive Output 25 VSUPp SUPPLY X Supply Voltage Digital Circuitry 26 GNDp SUPPLY X Supply Digital Circuitry 27 FBLIN IN GNDas Fast Blank Input 28 RIN IN GNDAB Analog Red Input 29 GIN IN Analog Green Input 30 BIN IN Analog Blue Input 31 VPROT IN GNDb Vertical Protection Input 32 SAFETY IN GNDp Sefety Input 33 HFLB IN HOUT Horizontal Flyback Input 34 VERTQ OUT LV Differential Vertical Sawtooth Output INTLC Interlace Control Output 3 IC DESCRIPTION VCT 38xxA B Pin No PSDIP Pin Name Type Connection Short Description 64 pin if not used 35 VERT OUT LV Differential Vertical Sawtooth Output 36 EW OUT LV Vertical Parabola Output 37 SENSE IN GNDAB Sense ADC Input 38 GNDM SUPPLY X Ground MADC Input 39 RSW1 OUT LV Range Switch1 for Measurement ADC 40 RSW2 OUT LV Range Switch2 for Measurement ADC 41 SVMOUT OUT VSUPas Scan Velocity Modulation Output 42 ROUT OUT VSUPas Analog Red Output 43 GOUT OUT VSUPas Analog Green Output 44 BOUT OUT VSUPas Analog Blue Output 45 VSUPA8 SUPPLY X Supply Voltage Analog Back end 46 GNDas SUPPLY X Groun
71. oit 056292424 NI Ul AG 1S Y m A33 7031N02 A33 DLE AINO 806 W2 1 91 eu ze 8 9 W NI 4 29 INT AV uf oz A UNI AV 100 58 2 eu sano NI 3 1 ZAY NI 8 1 1ndNI GAG 3 40 O vou 3015 3 AVYDVIG 1 8 190W1 88 6 05 did 40 did 42018 SISSVHO 3 806 2 1 SERVICE REMOCON amp EEPROM PRESETTING DATA 1 1 SERVICE REMOCON R 34SVC S N 48B3034S VC 1 2 EEPROM PRESETTING DATA KEY Name Details BARE NORMAL FLAT WIDE remark PAL NTSC NT PAL xx PAL NTSC PAL NTSC SI Heat Run 2 Screen 3 Sound Test SA Picture Test 55 BCL BCL THR 150 150 BCL GAIN 12 12 WHITE PEAK ON ON S6 Geometry V CENTER 3930 3952 182 3640 3720 ADJUST DATA V SIZE 121 120 1 145 150 17 142 ADJUST DATA H CENTER 82 83 l 740 82 ADJUST DATA H SIZE 160 294 134 740 530 650 ADJUST DATA PARABOLA 160 158 2 102 130 11 ADJUST DATA EW TRAPEZ 36 3 30 66 8l CORNER 120 20 90 90 H BOW
72. the input of the analog to digital converter for the picture and tube measurement Three measurement ranges are selectable with RSW1 and RSW2 Pin 38 GNDM Measurement ADC Reference Input This is the ground reference for the measurement A D converter Connect this pin to GND Pin 39 40 RSW1 RSW2 Range Switch for Measur ing ADC Fig 6 22 These pins are open drain pull down outputs RSW1 is switched off during cutoff and whitedrive measure ment RSW2 is switched off during cutoff measurement only Pin 41 SVMOUT Scan Velocity Modulation Output Fig 6 15 This output delivers the analog SVM signal The D A converter is a current sink like the RGB D A convert ers At zero signal the output current is 50 of the maximum output current Pin 42 43 44 ROUT GOUT BOUT Analog RGB Output Fig 6 15 These pins are the analog Red Green Blue outputs of the back end The outputs are current sinks Pin 45 VSUPAB Supply Voltage Analog Back end This pin has to be connected to the analog supply volt age No supply current for the digital stages should flow through this line Pin 46 GNDAB Ground Analog Back end This pin has to be connected to the analog ground No supply current for the digital stages should flow through this line Pin 47 VRD DAC Reference Decoupling Fig 6 24 Via this pin the DAC reference voltage is decoupled by an external capacitor The DAC output currents depend on this voltage therefore a pull
73. xxA B The internal CPU can pull down this pin to reset external devices connected to this pin Pin 59 SCL 2 Bus Clock Fig 6 6 This pin connects to the I2C bus clock line The signal can be pulled down by external slave ICs to slow down data transfer Pin 60 SDA 12 Bus Data Fig 6 6 This pin connects to the 12C bus data line Pin 6164 P20P23 Port Fig 6 27 These pins provide CPU controlled I O ports 35 IG DESCRIPTION VCT38xxA B 6 Pin Circuits VSUPs GNDs Fig 6 5 Input pins TEST DISINTROM VSUPs GNDs Fig 6 6 Input Output pins RESQ SDA SCL VSUPs P P XTAL2 TAL 0 5M N XTAL1 N 9 GNDg Fig 6 7 Input Output pins XTAL1 XTAL2 uid GND Fig 6 8 Output pin CLK20 o To ADC Fig 6 9 Input pins VIN1 VIN5 GND pr GND pr Fig 6 10 Input pins CIN1 CIN2 VSUP ar Fig 6 11 Input pins CRIN CBIN VINx x P VERF N Fig 6 12 Output pin VOUT gt VSUP ar P gt VRT ADC Reference VREF SGND Fig 6 13 Supply pins VRT SGND IC DESGRIPTION VCT 38xxA B VSUP ag VSUPap P N IN QGND g GNDag Fig 6 14 Input pins RIN GIN BIN Fig 6 19
74. y ments electrical components having such features are identified by designated symbol on the PART LIST Before replacing any of these components read the PARTLIST in this manual carefully The use of substitute replacement part which do not have the same safety characteristics as specified in the PART LIST may created X RAY RADIATION 3 CIRCUIT BLOCK DIAGRAM 338 1 3S1nd H 8 1 0600215 ev v 331dn05 010Hd AL 4 MS Md 340 NO MOd 60 8 AS 8 5 cog v 95 9 15 86 51 SdWS CN JAYA H 110 H SNYUL 260 k MS 4 amp SNVUL 344 33082 98072110 30010 390149 094 145 0 twoe 41 31114 INN O 0 W03d33 MS YIMOd 9 55 930 100 j aging 2012902 MLI L2 AN 1 3 7 p tar dose 5 3NOHQV3H uonoajjaq 1031434 1no BOLGALS 82d 189 8 3 89M 1 0 894 Let Sv si 09 6 VN Jl 9 68 01 QNnOS AQLIDA annos 835532084 ANNOS 9f L 29 9 v

Service Manual

Contents

Download Pdf Manuals

Related Search

Related Contents