COLOUR TELEVISION
Contents
1. POWER SCHEMATIC DIAGRAM MAIN PCB j D526 gt 30DF6 FC z ICP502 Ne 20 _3000 0 39 3W 5 8 847 7 8 i 0506 7 id alo 4B ADJ 808 Ee PROTECTOR TEST 11 5 0520 gt RELAY SW gt s 47K 1 4W 6503 TP502 TP503 0605 30DF6 FC ya KTC3203_Y 0 E 0517 115 ex TO DEFLECTION CRT 18 EMERGENCY 509 B aves R M E yos 1 SONT P CON 8V GND RY501 2 palo MER MEME 826 P CON SW 6 ele eee ae 0513 x LKtaF 12V 3 4 R545 R544 25 1371 6 5 sis 4 1646 W817 BTS 8 8 9 68K 1 2W 6 8K 1 20 319 2 219 5 8546 312 TO SOUND lt 8 3 zs 1 4W 5 SOUNDS R5032. D E F G H C629 8 deja CP802A B2013H02 5P CP802B B2013H02 5P 1 1 GND FROM TO IF CHROMA R614 P602 CUTOFF 2 CUT OFF 6 007 20 _ 270 3 gt 3 R 0UT ROUT 4 gt 4 B OUT BOUT 5 gt 5 BOUT CP803A 2013 02 4 CP803B B2013H02 4P A V OUT V DRIVEIC __10401 TDABI74A 1 gt 1 GND R819 an 5 HEATER 2 gt 2 HEATER we H OUT E S 5 E NC 3 NC NC 18 24 AFC lt lt B S amp 18V 4 gt 4 18V E 2 amp E E 9 98 6 7 s 689 901 S wasg 158 263 55 67 45 0 87 96 43 260 14 Nix e E TO MICON TUNER a k 5 E E 12 7 tz T 8 8 Bi 5 8 5 525 2 5 EE z ae RES 85 25 8 5 5 D403 CD801 2 CP801 2 85 58 525 i 4 SM1642 001 A2361WV2 2P s S 4 a a 11E1 EIC 1 TL u 81
3. 1 4 NOTE The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram H 1 20us 1 00V 20us 100mV 20us 1 00V 20 5 1 00V 20us 1 00V WAVEFORMS 20us 1 00V 10ms 1 00V 20us 200mV
4. C D E F G H STEREO 7 7 1905 10uH 0305 5 Is m 8 8 BS TES ta Sra C905 fe STS EA 100P CH 6 C906 6 100P CH FROM TO MAIN CP902 NC g NCo NC 9 49 0700 NC o NC o NC g M IMSA 9130S 10L o AG AS Gp TV 3 18 17 16 15 M2 IU 8070 SDA 1 x u g 2 8 8 5 5 8 ze 901 SE 5 8 8 EXT P CONs5V 3 WABRH3 5X6X1 P CON 8V Pcomay 4 AS bac WABRH3 5X6X1 STEREO RESET STEREO RESET _ _ 02 SOUND 1 SOUND L 6 5 SOUND R amp DACM L 25 80 STANDBYQ 1 NC SOUND_R 7 T 26 VREF2 79 ADR SEL 0 GND 8 5 NC SIF_IN 9 5 IN 10 DACM SUB NC 5 NC AUDIO OUTz 0 NC TP 2 NC a7 SU A2 NICAM DOLBY IC NU 47 6930 Roo 38 m 124 C914 8 SC2 OUT XTAL QUT RE 16 22 KA Roo 100 AW 38 T 9 Di 013 t 5 SC2 OUT L XTAL IN 16V 22 100 1 4 901 100CT01803 TESTEN C932 R904 lt 126 C944 8 SC1 OUT R ANA IN2 8 4 4 16 22 KA 100 14W Rgos 38 T T 56P CH 4 5 501 OUT L 40 CAPL M 65 AVSUP IN 8 05 16 22 KA 936 100 1 4W 7 4 T lt 8 A 1904 1
5. Tu 10ms 50us 20us 1 00V 100mV 1 00V 20us 50us 1 00V 0 50V 20us 1 00V 20us 1 00V 20us 0 2ms 1 00V 1 00V 0 2ms 1 00V 50us 100mV 20us 100mV
6. 0 2ms 200mV 0 2ms 200mV 0 2ms 200mV NOTE The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram H 4 MECHANICAL EXPLODED VIEW PCB110 lt CRT PCB ASS Y 124 Y PCB290 _ STEREO ASS Y MECHANICAL REPLACEMENT PARTS LIST REF NO PART NO DESCRIPTION 101 A3L904G720 CABINET FRONT ASSY 102 752 5 006 PLATE SHIELD 108 752WSAA008 SHIELD CASE 104 752WSAA013 SHIELD LID 105 752WSA0086 SHIELD IC 30P 40P 106 752WSA0087 SHIELD IC 107 701UPJA106 CABINET FRONT 108 741WUA0001 SPRING EARTH 109 711WPAAO080 PLATE FRONT 110 713UPAA001 GUIDE REMOCON 111 7235490022 BADGE BRAND 112 735UPAA014 BUTTON BASE 113 735UPBAO14 BUTTON FRAME 114 735UPBA013 BUTT
7. 0 2ms 0 2ms 5 0V 100mV 20us 50V STEREO 20us 0 2ms 0 2ms 50V 0 50V 100mV SOUND AMP 2ms 0 2ms 0 2ms 0 50 0 50 200mV NOTE The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram H 3 WAVEFORMS 0 2ms 200mV 0 2ms 200mV
8. 21PIN AV SW 20us 1 00V 20us 1 00V DEFLECTION CRT 10ms 1 00V 10 5 10 0 10 5 10 0 20 5 10 0 20 5 5 0 NOTE The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram H 2 WAVEFORMS 2ms 0 2ms 0 50V 0 50V 2us 200V 0 2ms 0 2ms 5 0V 0 50V 20us 50V
9. 0103 2 2K 1 2K 820 390 GREEN 2SA1037AK R132 E a eU 2 2 E b 6 uc 2001 P ACCESSORY 5 5 5 5 81 560 2 5 8 8 5 8 vco x CP001 UM 4 oz 8 TEES 24 49 0 49 1 2 3 Se z b 285 z 55 25 aly SZ S 5 003P 2100 001 8 6 Ex 5188 8 RO3 AB 2PXGPI Bes B 2 s u 5 UM 4 5 8 gt 82 Sz Sle 101 BTOO2 u E 5 2 R25 1788 R03 AB 2PXGPI 5 i E gt E 7 R105 W832 MIGON IC 10 m 491000 OECFODTA 1 1 KEY IN 4 REMORT J cso 2 m 49 20804 3 4 POWER FAIL Toc 4 mm J corr 4 4 7K FORTHD_VCR_2 RFAGC 5 FORTHD VCR 2 63V A_MUTE 100 NC NC 6 FORTHD VCR 1 1 FROM TO POWER ca FORTHD VCR 1 STEREO RESET 4 7K ST RESET T 5 2x8 P CON 5V EMERGENCY 0 1 B EMERGENCY 52 DEGAUSS 6 OSC IN pis z lt lt TUNER BT i 1 7 b EOS lt P FAIL 5 OSC TU RGB lt AVDD UM 080 QUT 23 lt DVDD OSC OUT G TIMER GND 48 DEGAUSS ON TIMER ATS gt 49 lt EMERGENCY 0 P4 6 PWM6 STANDBY LED gt STB LED SECAM VL 4 FROM TO IFICHROMA VL H 10K POWER E lt RF AGC IF NC 2 TUNER CSO RESETO P3 7 5 H_CONT pma 184 gt SC
10. C D E 1713 t Et 10uH 0305 Bee s VIDEO R712 C718 1 75 10 470 28 5 5 2 OC PS BUFFER 45 8719 C723 0701 KTA1266 47 16 10 Sx 7 EZP VIDEO SW IC 10707 NJM2234L SCART C IN W853 VIDEO IN 4 2 s Vini SW1 Vin2 5 2 Vin3 Vcc V OUT GND 1 2 3 4 5 6 7 8 O C728 49 04 49 01749 80 42 0 16V 10 KANP C743 ZORMOR Ae 1 16 10 10K tx A 6 B 5 7 S 25129175678 L 13 8 LIN L701 702 7 7 e TA Ihe 2uH 82K lt 5 515 FROM TO SOUND AM ul pm FRONT V IN L702 R747 t 5 SCART A IN2 L 2206 100 SCART IN2 R SCART 0072 L L lt RIN L703 709 5 0072 R 5 SCART_A_IN1_L 22uH 8 SCART_A_IN1_R 5 8 STE SCART A 00711 e 5 A OUT L705 R748 R OUT n 22uH 100 gl 515 MICON TUNER AV2 AVI gt FORTHD 2 21 Pl N ACK lt FORTHD 1 ses 4 035 0 8083 00 E 1 1 lt TU RGB L710 GND 1711 gt s D Sco Ss 8 8 22uH VIDEOIN VIDEO 22uH 517 VDEDOUT VIDEO OUT na LEID FRON TO IF CHROMA GND GND 75 10V470 YK SCART e GND GND SCART V IN2 Y NC e 2110 C724 SCART V IN1 SCART C IN 21
11. 2802412 4 10K 1 4W gt E1 El gt x gt 220 AW Paps 88 gt 050_6 gt 21 45 5 0SD_FB SCL SDA ATS 2 SECAM VL IF CONT PROTECT R647 OUT NOTE THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME xx OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE g s 82K 1 4W 80 0602 E KRATOZSRTK PCBO10 080 protect 8 gt Masas CAUTION DIGITAL TRANSISTOR CAUTION DIGITAL TRANSISTOR 0 0603 eum gem 195138 0610 2502412 8 gt DC VOLTAGE AT EACH PART WAS MEASURED 1 C635 l e D611 155133 1 WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST gt 0 B Sa WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL 5 3 A B C D E F H G 3
12. 8 100V 0 1 sz 42 21 S x S MMTV 719 J w 4 1 9 1 6 7 419 8 RED 0UT GREEN 0UT BULE 0UT 54 8 0801 0803 0805 14W 2 KTC3199 Y 8 8 KTC3199_Y KTC3199_Y BUE 8 E AS1EER33X74 95 E CP401 7 Ssg elg g 558 A1561WV2 A5P 858 ale Ain fe 575 a 5 8 8 8 gt 4 5 S 3 518 alg 218 s 5 1403 SAL HS401 ls z 9 8 J NC 1 2 9 GEEZ Z63WAA0237 s 8 815 ELH5L4113 1 a 21 21 120 775 47 120 77 47 120 7747 R424 5 4 t RED OUT GREEN OUT BLUE OUT gra Q802 Q804 Q806 4217 KTC4217 KTC4217 22K 12W 803 2 PEN H OUTPUT s 500 27 SL 36 Q401 e 7 5 5 5 2502499 38 x 8 oS aif ng Ay fet SES 465 365 z 305001 Py 4 z EG AMNEM 22 e 2 amp 114 eT 3 3 4 0 8 COL a zt E amp amp 2 ts 3512 115 E180 X S Sx x si 1 6 pa 3 z 6 1 4 4 x lt ats 5 8 T 1 124 u 8 8 8 4 115 1 I 4 d 4 2 aoe gt 5402 ols 0 ki ari x FROM POWER 04 3207 763 5 013 3 NG 5 AFC 1 0 5 8 H m WE s FOCUS FO
13. NOTE Do not add the rotating and the back and forth 5 Absorb the solder left on the pattern using the Braided directions force on the IC until IC can move back and Shield Wire Refer to Fig 2 4 forth easily after desoldering the IC leads completely NOTE Do not move the Braided Shield Wire in the vertical direction towards the IC pattern Blower type IC desoldering machine Braided Shield Wire Soldering Iron x IC pattern B2 1 DISASSEMBLY INSTRUCTIONS INSTALLATION 4 When bridge soldering between terminals and or the soldering amount are not enough resolder using a Thin 1 Take care of the polarity of new IC and then install the tip Soldering Iron Refer to Fig 2 8 new IC fitting on the printed circuit pattern Then solder each lead on the diagonal positions of IC temporarily Refer to Fig 2 5 Thin tip Soldering Iron Soldering Iron Pos FF 5 Finally confirm the soldering status on four sides of the Solder temporarily Solder temporarily IC using a magnifying glass Confirm that no abnormality is found on the soldering Fig 2 5 position and installation position of the parts around the IC If some abnormality is found correct by resoldering 2 Supply the solder from the upper position of IC leads NOTE sliding to the lower position of the IC leads Refer to Fig 2 6 When the IC leads are bent during soldering and or repairing do not repair the bending of leads If th
14. gla 2 8 lt P CON 8V S73 8 5 GND Nox 5 S o 9 5 x 5 m E 6 2 5 9 B8 s Eno Ee VESCE FROM TO DEFLECTION CRT Wess C304 oS a 2 8 g 5 E B B B B d g g g g 8 8 IF 95 gt e e a gt a gt x o gt lt gt lt gt lt C 5 o G OUT 1 67 0301 59 4 0 001 B 025 KTC38818 RTK 52 5 55 54 53 52 51 50 49 48 47 46 65 4 23 422 41 40 39 28 37 36 35 24 92 92 21 30 29 R OUT isl 19 40 51 17 25 at 07 09 57 56 80 44 0 50 24 15 15 29 0 40 40 44 38 23 23 23 46 4 B OUT S 3 gt omes 5 A lo M 80 VAMP Si 559 lo 45 BUFFER 0 ST o eje lt lt e BorBor 9129 OTs 8 8 0609 OUT 8 5 E 3 8 287 sl a9 2802412 AFC 553 837 815 28 e OUT x ly 19 La xs 29 B735T B 845545 e 418 s ge e 4 S R646 0603 gt 3 R610 82K 158133 5 lt 68 lt 6 H CONT R626 W839 D604 FROM TO MICON TUNER 0601 ls Pic
15. button on the remote control until the OK appear on the screen If the OK is not displayed select the side the changed from to 5 Press the Page UP button once to set to VCO FINE L1 mode 6 Press the VOL button on the remote control to select the 5 step down point from the upper limit on the OK Example In case of the OK point 30 41 select 36 2 4 AGC VOLTAGE 1 Place the set with Aging Test for more than 15 minutes 2 Receive the UHF 6308 3 Connect the digital voltmeter to pin 5 of CP101 4 Activate the adjustment mode display of Fig 1 1 and press the channel button 01 on the remote control to select RF 5 Press the VOL button on the remote control until the digital voltmeter is 2 50 0 05V 2 5 CUT OFF 1 Set condition is AV MODE without signal 2 Using the remote control set the brightness and contrast to normal position 3 Place the set with Aging Test for more than 15 minutes 4 Activate the adjustment mode display of Fig 1 1 and press the channel button 00 on the remote control to select CUT OFF 5 Adjust the Screen Volume until a dim raster is obtained ELECTRICAL ADJUSTMENTS 2 6 WHITE BALANCE NOTE Adjust after performing CUT OFF adjustment 1 Place the set with Aging Test for more than 15 minutes 2 Receive the gray scale pattern from the Pattern Generator 3 Using the remote control set the brightness and contrast to norma
16. 2 id AY 4 Activate the adjustment mode display of Fig 1 1 and 04 R CUTOFF 00 E press the channel button 25 on the remote control to 06 G CUTOFF 00 m select COLOR CENT 07 BDRIVE 45 a 5 Adjust the VOLTS RANGE VARIABLE knob of the 09 V POSI 50 05 x oscilloscope until the range between white 100 and 10 V POSI 60 00 0 is to 5 scales on the screen of the oscilloscope 18 BRIGHT MAX 25 25 6 Press the VOL button on the remote control until 19 BRIGHT MIN 16 16 the red color level is adjusted to 90 1096 of the white 20 TINT 30 ADJ level Refer to Fig 2 1 21 SHARP 02 02 7 Receive the PAL color bar pattern Audio Video Input 23 CONTRAST MAX 50 50 8 Set to the AV mode Then perform the above 24 CONTRAST MIN 10 10 adjustments 255 26 COLOR MAX 50 50 27 COLOR MIN 10 10 30 MBCUT OFF 127 31 CVBS OUT 31 32 APR THRESHOLD 00 33 BELL FILTER 10 34 BANDPASS 00 35 H POSI OSD 130 36 V POSI OSD 50 37 H POSI TEXT 125 38 V POSI TEXT 57 check for the fixed values of the RF 60 2 indicate the adjustment mode screen while input the 60Hz video White 10096 signal Red Level Fig 2 1 2 14 TINT 1 Receive the NTSC color bar pattern Audio Video Input 2 Using the remote control set the brightness and contrast to normal position 3 Connect the oscilloscope to TP803 4 Activate the adjustment mode display of Fig 1 1 and press the ch
17. 6V x x SB140 EIC i P CON 5V 1 503 KIA278ROGPI 4 R501 8 5 5 0 EMERGENCY 15M 1 2W 50 03 32 0 287 7 4 KRA102SRTI 8 PEED BARK l EMERGENCY 1 Ss 0508 3 5 2518 lt 16506 SoS KTA1281_Y 0 KRCHISRTK 55 5 LTV 817M VB amp DSL B 2 148 gt 8 53 53 1 is 4 GND 1 lt z l e ec 2 0 568 5 5 8 0508 8511 Wy C513 0521 538 4 ex 1 gt 1N4937 15 1 2W 0507 BINE m FEEDBACK 56 0 01 B wk Ll lt POWER 14 of 147 SWITCHING 63 0514 3 8 185133 0507 ENSE x FH502 R516 Qc 03198 56 Bee 155133 s R542 EYF 52BC R519 0519 5503 Bis RON PUE 5 470 n gt 763WAA0187 T 0 1K 1 4W 1 ales R510 eo 330 185133 0510 jo 28 i aE R523 5 8 501 8 56 gt 9 EYF 52BC s 8 EMERGENCY 0 58065 _ S806Y m 2 TSO es EOM A a gt KRCITISRTK TMA528 S C508 1 1 4 T CP501 5 CP502 NA 250V 0 0022 KX A3963WV2 3PD ep CAUTION DIGITAL TRANSISTOR 2 A a D 2
18. 837 0 4 4 57 8 im 4 8 FROM POWER B8 t 1 HS1002 gt diu amp gt g 763WAA0224 M 8701 573 2 R706 390 1 2W B702 WABRH3 5X6X1 SOUND s U HEADPHONEJACK SOUND M 390 1 2W WABRH3 5X6X1 J702 P CON48V 9 MSJ 2000 waes 8 GND 5 8 202 3 5 3 5 351 1001 SGOSA02AWA A2502WV2 4P RED 1 1 R w825 2 2 3 3 4 4 N lt gt WHITE 22 2 2 lt 010 528 CAUTION DIGITAL TRANSISTOR 1 1 NOTE THIS SCHEMATIC DIAGRAM IS THE LATEST THE TIME NOTE THE DC VOLTAGE AT EACH PART WAS MEASURED 5 E w OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST 1 5 WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL D E F G H 6 12
19. Poles Pole Terminal type Loop Antenna No Terminal U V Mixer No DC Car Cord Center No Guarantee Card No Warning Sheet No Circuit Diagram No Antenna Change Plug No Service Facility List No Important Safeguard Yes Owner s Manual Dew AHC Caution Sheet No AC Plug Adapter No Quick Set up Sheet Yes Battery Yes UM size x pcs UM 4 x 2 pcs OEM Brand No AC Cord No AV Cord 2Pin 1 Pin No Registration Card No PTB Sheet No 300 ohm to 75 ohm Antenna Adapter No A3 4 GENERAL SPECIFICATIONS G 13 Interface Switch Front Power Tact Sw No System Select No Main Power SW Yes Sub Power No Channel Up Yes Channel Down Yes Volume Up Yes Volume Down Yes Rear AC DC No TV CATV Selector No Degauss No Main Power SW No Indicator Power No Stand by No Stand by ON Yes Red On Timer Yes Green Terminals Front Video Input RCA Audio Input RCA x2 Other Terminal Head Phone Stereo Rear Video Input Rear1 No Video Input Rear2 Audio Input Rear1 No Audio Input Rear2 Video Output No Audio Output No Euro Scart 21Pin Yes x1 S INPUT Yes x1 Euro Scart 21Pin Yes x1 RGB INPUT Yes x1 Component Input No Diversity No Ext Speaker No DC Jack 12V Center No VHF UHF Antenna Input D Type AC Outlet No G 14 Set Size Approx W x D x H mm 590 x 492 x 446 5 G 15 Weight Net Approx 21 0kg Ibs G 16 Carton Master Carton Content Material Dimensions W x D x H mm Description of Origin Gift Box Mater
20. WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST 1 WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL NOTE THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE A B C D E G H G 1 G 2 C D E F H MAIN PCB al 39 SIF BUFFER Res 7 8518 0204 2802412 TER R206 33 rae Ab Nr d 1204 zT 80 VIDEO BUFFER 00 120P CH 515 15 KTC3881S RTK 0202 SECAMVLSW 0229 0 0022 B 08 10 R217 30 2SC2412K 033 5072 s i IN IN G OUTOUT 4 25 yp ds 12345 Pasa EB X 18 g 5 FROM TO 21PIN x 07 gos 8 C212 RUE oz q 5 0 0 001 B A
21. deal with it SERVICING NOTICES ON CHECKING 1 KEEP THE NOTICES HOW TO ORDER PARTS 6 AVOID AN X RAY Safety is secured against an X ray by consider ing about the cathode ray tube and the high voltage peripheral circuit etc Therefore when repairing the high voltage pe ripheral circuit use the designated parts and make sure not modify the circuit Repairing except indicates causes rising of high voltage and it emits an X ray from the cathode ray tube PERFORM A SAFETY CHECK AFTER SERVICING Confirm that the screws parts and wiring which were removed in order to service are put in the original positions or whether there are the portions which are deteriorated around the serviced places serviced or not Check the insulation between the antenna terminal or external metal and the AC cord plug blades And be sure the safety of that INSULATION CHECK PROCEDURE 1 Unplug the plug from the AC outlet 2 Remove the antenna terminal on TV and turn on the TV 3 Insulation resistance between the cord plug terminals and the eternal exposure metal Note 2 should be more than 1M ohm by using the 500V insulation resistance meter Note 1 If the insulation resistance is less than 1M ohm the inspection repair should be required Note 1 If you have not the 500V insulation resistance meter use a Tester Note 2 External exposure metal Antenna terminal Earphone jack Please include the following informat
22. 1 12 o w L AC230V 502 5 60501 s 1 1206655823 DEGAUSS COIL CAUTION DIGITAL TRANSISTOR 1 1503 NOTE THE DC VOLTAGE EACH PART WAS MEASURED 1 8R200015 CAUTION SINCE THESE PARTS MARKED BY A ARE ATTENTION LES PIECES REPAREES PAR UN A ETANT NOTE THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST CRITICAL FOR SAFETY USE ONES DANGEREUSES AN POINT DE VUE SECURITE ECT TO CHANGE WITHOUT NOTICE WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL 028R200015 OF PRINTING AND SUBJ DESCRIBED IN PARTS LIST ONLY N UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES 9 G 10 D E F H FROM TO STEREO PCB FROM TO 21PIN IMSA 9130B 10 SCART A IN1
23. C619 CSORB0315K 0 1 UF25V B C936 E50HU2100M 10 UF 16V C620 CSORB0315K 0 1 UF25V B C937 E50HU2100M 10 UF 16V C622 CSORB0315K 0 1 UF25V B C938 CSORBO0315K 01 UF25V B C623 CSORB0315K 0 1 UF25V B C939 E50HU53R3M CE 3 3 UF 50V C624 E50HU2100M 10 UF 16V C941 CSORBO0315K 01 UF25V B C625 CSORCH4Q1J CC 47 PF50V CH C942 E50HU2100M 10 UF 16V C628 EO2LU2101M 100 UF 16V C944 CSORCH4S1J 56 PF50V CH C629 CSORBO413K CC 0 001 UF 50V B C945 CSORCH4S1J cc 56 PF 50V CH C633 CSORB0414K 0 01 UF 50V B C946 CSORCH4S1J 56 PF50V CH C634 62 5100 10 UF 50V C1002 02100101 100 6 3V C635 CSORBO3E5K 0 15 UF 25V B C1007 CSORBO4S3K 0 0056UF 50V B C636 CSORB0315K 0 1 UF25V B C1009 CSORBO4S3K 0 0056UF 50V B C638 CSORB0414K 0 01 UF 50V B C1010 E50HU52R2M CE 2 2 UF 50V C640 P1S3TO333J CP 0 033 UF 50V C1011 E50HU2330M 33 UF16V C713 CSORB0315K 0 1 UF25V B C1012 7 222 2200 UF 25V J2 3 ELECTRICAL REPLACEMENT PARTS LIST REF NO PART NO DESCRIPTION REF NO PART NO DESCRIPTION CAPACITORS TRANSISTORS C1013 02172102 CE 1000 16V 0102 6 1037 0 TRANSISTOR SILICON 2SA1037AKT146R S C1014 02172102 1000 16V 0103 T6YJ1037K0 TRANSISTOR SILICON 2SA1037AKT146R S 1015 62 5470 4
24. Channel button 6 on the remote control for more than 2 seconds ADDRESS and DATA should appear as FIG 1 40 OF 70 5C A O n ADDRESS DATA 01 00 CRTON 0010 Fig 1 ADDRESS is now selected and should blink Using the VOL button on the remote step through the ADDRESS until required ADDRESS to be changed is reached Press OK to select DATA When DATA is selected it will blink Again step through the DATA using VOL button until required DATA value has been selected Pressing OK will take you back to ADDRESS for further selection if necessary Repeat steps 3 to 6 until all data has been checked When satisfied correct DATA has been entered turn POWER off return to STANDBY MODE to finish DATA input e coro After the data input set to the initializing of shipping 9 Turn POWER on 10 Press both VOL DOWN button on the set and Channel button 1 on the remote control for more than 2 seconds 11 After the finishing of the initializing of shipping the unit will turn off automatically The unit will now have the correct DATA for the new MEMORY IC 2 ELECTRICAL ADJUSTMENTS 1 ADJUSTMENT PROCEDURE Read and perform these adjustments when repairing the circuits or replacing electrical parts or PCB assemblies CAUTION Use an isolation transformer when performing any service on this cha
25. PF 50V CH C533 EO2LUO221M 220 UF 6 3V C905 CSORCH412J cc 100 PF50V CH C540 CO3LOR7G3K CC 0 0018UF 2KV R C906 CSORCH412J cc 100 PF50V CH C541 CSORBO4H4K 0 022 UF 50V B C909 CSORCH4Q2J cc 470 PF 50V C542 021103470 47 UF25V C910 4 0 0015UF 50V B C543 CSORBO2LSK 0 33 UF 16V B C911 E50HU2100M 10 UF 16V C601 CSORCH4Q1J CC 47 PF50V CH C912 CSORBO2L5K 0 33 UF 16V B C602 E50HU50R1M 0 1 UF50V C913 CSORCH430C cc 3 PF50V C603 CSORF0316Z 1 UF25VF C914 CSORCH430C cc 3 50 CH C604 E50HU5010M 1 UF50V C915 CSORBO2L5K 0 33 UF 16V B C605 CSORB0216K 1 UF16V B C916 CSORBO2L5K cc 0 33 UF 16V B C606 CSORB0414K 0 01 UF 50V B C917 CSORBO2L5K 0 33 UF 16V B C607 CSORF0316Z 1 UF25VF C918 CSORCH4Q2J cc 470 PF 50V C608 CSORB0315K 0 1 UF25V B C919 4 0 0015UF 50V C609 CSORB0315K 0 1 UF25V B C920 E50HU2100M 10 UF 16V C610 EO2LUO101M 100 UF 6 3V C921 CSORBO0315K 01 UF25V B C611 E50HU53R3M 3 3 UF 50V C923 CSORBO2L5K 0 33 UF 16V B C612 CSORBO4E3K 0 0015UF 50V B C924 CSORBO2L5K 0 33 UF 16V B C613 02101471 470 UF 10V C929 CSORBO2L5K 0 33 UF 16V B C614 CSORB0216K 1 UF16V B C930 E50HU2220M 22 UF16V 615 CSORB0216K 1 UF16V B C931 E50HU2220M CE 22 UF16V C616 CSORB04Q3K CC 0 0047UF 50V B C932 E50HU2220M CE 22 UF16V C618 CSORBO315K 01 UF25V B C933 E50HU2220M 22 UF16V
26. R IN BUFFER 0702 TUNER OUT GND o GND KTA1266 45 16 10 GND 5 SCART 0072 4 4 g 21610 21_Y 3 NC gt 1R GND GND 4 Eme 216 FOR VCR 5 FOR VCR E N 21 B IN 10 S LIN L706 R705 t t 218 N io C GD GND 22uH 82K UU ap 1707 750 22uH LOUT 5 LOUT 22uH RIN a RIN 22uH 100 1 4W R OUT 1 08 10 22uH 82K B 1709 749 22uH 100 815 IE BOR MO eee 7 4 1 pos T 8 STS 575 8 8 Ess 5 fe fe X FROM POWER 5 5 wk wk we e ee oo oa P CON 8V e e GND PCBO10 TMA52 NOTE THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME NOTE THE DC VOLTAGE AT EACH PART WAS MEASURED 1 OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL B C E F H G 5
27. R SCART A R 1 SCART A SCART A INT L 2 5 A IN2 SCART A IN2 3 SCART A IN2 SCART A IN2 4 FRONT AUDIO R 5 FRONT V IN FRONT AUDIO L 6 5 A OUT1 4 SCART A 0071 17 5 A OUT lt SCART A OUT 8 8 5 A 0 72 SCART OUT2 19 5 0072 R SCART 0072 10 CP902A IMSA 9130B 10 SDA 1 FROM TO MICON TUNER 100 5625 SCL 2 sD 100 P CON 5V 3 SCL P CON 8V 4 STEREO_RESEF STEREO RSET 5 MUTE SOUND_L 6 FROM IF CHROMA SOUND 7 GND 8 SIF IN SIF IN 9 MONO IN A 10 S805Y 5805 FRONT VIDEO 4 3703 HTJ 032 03AY o T SE za TELA SIN SOUND AMP STEREO 1 1002 LA4600 707 e e 100 1 2W FRONT AUDIO L A TR J704 185133 8 8 a Sx HTJ 032 03AW 2 Ry 15 BEE DE dy g x S 85 5 ALE BUFFER 8738 1715 497 5 pe STAND BY vec OUTPUT GND 0703 4 P 1 eL 7 6 5 4 3 2 1 28024128 28 82K 22uH 40 17 87 87 o 87 C1014 gls FRONT AUDIO R C1013 STe J705 16 1000 YK BUFFER STS 16V 1000 459 75 2502412 e R1001 01000 3 n 4 2 8 82K 22uH e iaw 1581331 5 HS z 5 9 5 538 7 5 87 8 8 518 4 MUTE fe ib 575 5 01003 1 a 0 2562412 lt
28. Receive the green raster pattern from color bar generator Adjust the pair of purity magnets to center the color on the screen Adjust the pair of purity magnets so the color at the ends are equally wide Move the deflection yoke backward to neck side slowly and stop it at the position when the whole Screen is green Confirm red and blue colors Adjust the slant of the deflection yoke while watching the screen then tighten the fixing screw DEFLECTION YOKE MAGNET SCREW 6 POLE MAGNETS 4 POLE MAGNETS PURITY MAGNETS DEFLECTION YOKE SCREW 3 3 STATIC CONVERGENCE NOTE Adjust after performing adjustments in section 3 2 1 Receive the crosshatch pattern from the color bar generator 2 Combine red and blue of the 3 color crosshatch pattern on the center of the screen by adjusting the pair of 4 pole magnets 3 Combine red blue magenta and green by adjusting the pair of 6 pole magnets 3 4 DYNAMIC CONVERGENCE NOTE Adjust after performing adjustments in section 3 3 1 Adjust the differences around the screen by moving the deflection yoke upward downward and right left Refer to Fig 3 2 a 2 Insert three wedges between the deflection yoke and CRT funnel to fix the deflection yoke Refer to Fig 3 2 b UPWARD DOWNWARD SLANT RIGHT LEFT SLANT Fig 3 2 a WEDGE POSITION Fig 3 2 b AC IN ELECTRICAL ADJUSTMENTS 4 ELECTRICAL ADJUSTMENT PARTS LOCATION GUIDE WIRING CONNECTION 0
29. checked on the screen Total hours are displayed in 16 system of notation NOTE If you set a factory initialization the total hours is reset to 0 1 Set the VOLUME to minimum S xolg 2 Press both VOL DOWN button on the set and Channel button 6 on the remote control for more than 2 seconds i 3 After the confirmation of using hours turn off the power INIT 01 00 Initial setting content of MEMORY IC CRTON 0010 POWER ON total hours 16 x 16 x 16 x thousands digit value 16 x 16 x hundreds digit value 16 x tens digit value ones digit value FIG 1 C 1 WHEN REPLACING EEPROM MEMORY IC If a service repair is undertaken where it has been required to change the MEMORY IC the following steps should be taken to ensure correct data settings while making reference to TABLE 1 SIS TS TS TS TS SIS TS TS TS TS TS ES TS 00 00 23 18 71 48 00 07 73 o5 os o0 06 73 re pep o pe o feo sp o o ow o o o o teletele ed so se se e m e e eo or os vs se 5s 889 EEE EE EEE Table 1 1 Enter DATA SET mode by setting VOLUME to minimum 2 Press both VOL DOWN button on the set and
30. vco NS TUNER V OUT 3700005 SCART 0072 eo o o 6 SIF SAWFILTER IC 15863080 s 5 SCART KRCTOSSRTK 2 STIS M 860 Boo S mue V IN2 Y 2 3 amp R301 5 gos 150 1 SCART C IN z NIS 4 CrS N 9 m d o gt w B Sar 21 e e S be 5 ik g 48 Ro ale Nc eus Sie 216 IN IN GND OUT OUT amp We WIS RIS e 2 560 S g T lt 6 8 P12 3 5 6201 8 28 r 5 ete x 2 2818 21 Y 18 8 Zim sob 1 R 8S s D301 el STR PSR um 8 5 19 22 3 gla 2 TO SOUND IF AMP 5 U e MONO IN rosse 25 25 30 32 28 25 25 14 21 0 40 50 35 21NC39 39 80 37 ol 32 27 32 17 19 25 25 25 0 SIE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 0 7 as E E s 5 2 z ex D a e x i FROM STEREO PCB Sm 2 Sega Se Be 8 GF Bag 8 3 1 4W 6 0 B 8 ES 8 t E E 8 2 CP601 5 01 1 8 lt GND 1 a c gl sl S 8 5 D P CON 5V 5
31. 02 1035 46000 C LA4600 L905 02167F100J COIL 10 UH J2 4 ELECTRICAL REPLACEMENT PARTS LIST REF NO PART NO DESCRIPTION COILS amp TRANSFORMERS T401 03305Y0018 TRANS HORIZONTAL DRIVE 305 001 A 1501 0481400674 TRANSFORMER SWITCHING 81400674 JACKS J701 063G100041 SOCKET 21PIN 035 0 8083 00 702 060131015 HEADPHONE MSJ 2000 J703 0606401047 JACK HTJ 032 03AY J704 0606401046 JACK 032 4705 0606401039 RCA JACK HTJ 032 03AR A J801 066 130017 SOCKET CATHODE RAY TUBE CVT3275 5101 SWITCHES SW102 0504201 31 SWITCH TACT SKHVBED010 SW104 0504201 31 SWITCH TACT SKHVBED010 SW106 0504201 31 SWITCH TACT SKHVBED010 SW107 0504201 31 SWITCH TACT SKHVBED010 SW501 0530205016 SWITCH SDKVA30100 VARIABLE RESISTORS VR401 1 6213 8 5 FIXED NVG6THTB102 VR420 1 6202 8 5 FIXED NVG6THTB471 VR501 V116313BTC 5 FIXED EVNCYAA03B13 P C BOARD ASSEMBLIES 010 A3L904G010K ASS Y 528 110 A3L904G110K 55 87 290 A3L904G290K PCB ASS Y TEAA89A MISCELLANEOUS B501 024HT03564 CORE BEADS W4BRH3 5X6X1 B504 024HT03564 CORE BEADS WABRHS 5X6X1 B701 024HT03564 CORE BEADS W4BRH3 5X6X1 B702 024HT03564 CORE BEADS W4BRH3 5X6X1 901 024HT03564 CORE BEADS WABRHS 5X6X1 B902 024HT03564 CORE BEADS WABRHS 5X6X1 BTOO1 14
32. 0503 R509 Sox W814 WO bi ANC 102 lr SOUND GND 4 39 7W RM11C EIC 022 1W 6 TTL FT SCONE 1 0514 A 1025 2502909 gt 10K taw P CON 5V 0502 5 AT 5V_AVDD gt P FAIL RM11C EIC i 4 5 9V REG IC GND 8 4 2 0 10502 KIA78RO9API e z 14 5 5 C540 a 12 67 d t A 7 d 582905 TO IFICHROMA 5 2KV 0 0018 ree TM zo 518 E oe 6512 2 TH501 N A 16 ss zo wes 28 0501 amp 054 5 500V470P 4 4 P CON 8V 1 gt 518 LS 89 51 P CON 5V dr RMITC EIC 110 Bis 51_ 4209 80 10 848 0827 l 4 GND E x TIET EIC HS502 S2 Jalu TO 21PIN i A 505 i 763WAA0187 SOR 8T 20808 P CON 8V orev ot USR A 5 8 s 275V 0 1 400V 150 310 i i R522 4 Ao 6 0501 n i al PFAIL l 4 OR8A393F28Y 47 2906 4 6 R534 R535 0517 R550 8 R507 0511 43 FROM TO MICON TUNER i I 4 424 Sek s gle 144937 100 1 2W 22K MTB o pens TUNER Dy R533 C543 475 w PAIL 470 1 4W 033 ao DEGAUSS AN UNIO no 091 i AT 5V_AVDD lt 763WAA0240 t t 140 0515 DVDD I 275V 0 22 PHE840 Bey x REG
33. 09 C502 CSORF0316Z 1 UF25VF C737 E50HU5010M 1 UF50V C503 ESEZT84R7M 4 7 UF 100V C743 E50HU2100M 10 UF 16V C505 E52D0H151M 150 UF 400V C745 CSORBO2H5K cc 0 22 UF 16V C506 COJBB0713K CC 0 001 UF 2KV B C747 CSORBO2H5K cc 0 22 UF 16V C507 COJBB0713K CC 0 001 UF 2KV B C748 E02LU1101M 100 UF 10V C508 0 0022UF 250V C752 CSORCH4G2J cc 180 PF 50V C509 62 221 220 UF 160V 757 E02LU1101M 100 UF 10V C511 EO2LF2222M 2200 UF 16V C758 CSORCH412J cc 100 PF50V C512 C0JOBO5Q2K CC 470 PF500VB C759 CSORBO0413K 0 001 UF 50V C513 CSORB0414K 0 01 UF 50V B C760 E02LU1101M 100 UF 10V C515 ESEZF3102M 1000 UF 25V C761 CSORBO0414K 0 01 UF 50V B C517 CO3LOR7U2K CC 680 PF2KVR C762 CSORBO0413K 0 001 UF 50V C518 EO2LU54R7M 4 7 UF 50V C763 CSORCH412J cc 100 PF50V CH C522 E50HU2100M 10 UF 16V C801 COSLOR713K 0 001 UF 2KV R C523 02101221 220 UF 10V C802 CSORCHAK2J 270 50 C525 CD39E0M13M 0 001 UF 250V C803 CSORCHAK2J 270 50 A C526 2472 104 0 1 275V PHE840 804 CSORCHAK2J 270 50 C527 CD39E0M13M 0 001 UF 250V C901 E02LT0102M CE 1000 UF 6 3V C528 E50HU2100M 10 UF 16V C902 4 0 0015UF 50V B C530 CSORB0315K 0 1 UF25V B C903 CSORCH4Q2J cc 470 PF 50V C531 ESEZF4102M 1000 UF 35V C904 CSORCH4H2J cc 220
34. 0W C204 CSORBO4H3K cc 0 0022UF 50V B R747 R801R7101J RC 100 OHM 1 10W C205 CSORBO0413K 0 001 UF 50V R748 R801R7101J RC 100 OHM 1 10W C206 E50HU5010M CE 1 UF50V R749 R801R7101J RC 100 OHM 1 10W C207 CSORBO2L5K 0 33 UF 16V B R750 R002T4101J RC 100 OHM 1 4W C209 E50HU2100M 10 UF 16V R751 R002T4750J RC 75 OHM 1 4W C210 E50HU5010M 1 UF50V AN R801 R3X18A123J R METAL OXIDE 12K OHM2W C212 CSORBO0413K 0 001 UF 50V R802 R801R7221J RC 220 OHM 1 10W C213 E50HU5010M 1 UF50V R803 R002T4272J RC 2 7K OHM 1 4W C214 CSORCH4B2J cc 120 PF50V CH R804 R002T4560J RC 56 OHM 1 4W C215 CSORBO0315K 01 UF25V B R805 R801R7221J RC 220 OHM 1 10W C217 E02LU2470M 47 UF 16V R806 R801R7182J RC 1 8K OHM 1 10W C218 CSORB04H4K 0 022 UF 50V R807 R3X18A123J R METAL OXIDE 12K OHM 2W C220 E02LU1471M 470 UF 10V R808 R801R7221J RC 220 OHM 1 10W C221 CSORBO0315K 01 UF25V B R809 R002T4272J RC 2 7K OHM 1 4W C301 CSORBO0413K 0 001 UF 50V R810 R00214560J RC 56 OHM 1 4W C302 CSORCH4E2J cc 150 PF50V CH R811 R801R7221J RC 220 OHM 1 10W C303 CSORBO0413K 0 001 UF 50V R812 R801R7182J RC 1 8K OHM 1 10W C304 CSORBO0413K 0 001 UF 50V A R813 R3X18A123J R METAL OXIDE 12K OHM2W C305 CSORBO0315K 01 UF25V R814 R801R7221J RC 220 OHM 1 10W C306 CSORBO0315K 01 UF25V B R815 R002T4272J RC 2 7K OHM 1 4W C402 P232T1104J CMP 0 1 UF 100V MMTV R816 R002T4560J RC 56 OHM 1 4W C403 EOELF4222M 2200 UF 35V ELEC
35. 116 10 KA 00 8 AHVSUP m 164 4 1285 cm ABE 5 10uH 0305 C937 nj 8 5 8 o o 8 8 8 8 8 5 c 16V 10 2 x o lt o o lt o o lt o o gt 41 43 44 4546 47 48 49 50 51 525354 55 156 5758 cog N 7 0NcO0 Nc 0 38 38 0 0 3 8 0 C918 470P CH a _ Sl 34 470P CH 5 STS m SRE ETS BS C919 3 415 gt 5 0 0015 3 97 97 B78 g i RS 8758 8 8 Jrs 6920 16 10 8 815 8 5 i 16 10 KA TV CP901 IMSA 9130S 10L SCART_A_INI_R SCART_A_INT_R 1 SCART IN L SCART A INT L 2 SCART A IN2 SCART A IN2 3 A IN2 L SCART A IN2 4 FRONT AUDIO 5 FRONTAL AUDIO L 6 SCART A QUT 1 5 A 1 7 2 QUT SCART A OUT R8 2 SCART OUT2 L SCART A 0072 9 SCART A QUT2 SCART A 0072 RIO PCB290 TEAA89 1 1 NOTE THE DC VOLTAGE AT EACH PART WAS MEASURED NOTE THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL A B C D E F G H 13 WAVEFORMS MICON TUNER IF CHROMA EC Ml 0 50
36. 12004013 BATTERY MANGAN ROS AB 2PXGPI BTOO2 1412004013 BATTERY MANGAN ROS AB 2PXGPI AX CD501 1206655823 CORD AC BUSH 1206655823 CD801 1278210014 BRAIDED WIRE SM1642 001 CD802 WCL6840038 CABLE AWM2468 AWG26 5C GRAY 400MM CD803 WBL6034038 CABLE AWM2468 AWG26 4C BLACK 340MM CF201 1012T5R507 FILTER CERAMIC TRAP TPWAO2B TF21 CF202 1029238 93 FILTER SAW TSF5330U CF301 1029138 93 FILTER SAW TSB6308U CF303 1012T03101 FILTER CERAMIC TRAP MKT31 9MA110P TF CF304 1012704001 FILTER CERAMIC TRAP MKT40 4MA110P TF CP001 069001001 PCB SIDE 003P 2100 or 069W01001A CONNECTOR PCB SIDE 003P 2100 CP101 069 160379 CONNECTOR PCB SIDE 06JQ ST CP401 0698450089 CONNECTOR PCB SIDE A1561WV2 A5P CP501 0695320419 CONNECTOR PCB SIDE A3963WV2 3PD CP502 0695420110 CONNECTOR PCB SIDE A1561WV2 2P CP601 069 010030 PCB SIDE 5 01 1 801 0695320010 CONNECTOR SIDE A2361WV2 2P CP901 069J1A0048 CONNECTOR PCB SIDE IMSA 9130S 10L CP902 069J1A0048 CONNECTOR PCB SIDE IMSA 9130S 10L 1001 0695140419 CONNECTOR SIDE A2502WV2 4P CP802A 0670005049 WIRE HOLDER B2013H02 5P CP802B 0670005049 WIRE HOLDER B2013H02 5P CP803A 0670004029 WIRE HOLDER B2013H02 4P CP803B 0670004029 WIRE HOLDER B2013H02 4P CP901A 069J1A0038 CONNECTOR PCB SIDE IMSA 9130B 10 CP902A 069 140038 CONNECTOR PCB SIDE IMSA 9130B 10 ELOO1 124116281A EYE LET XRY16X28BD ELOO2 124120301A EYE LET XRY20X30BD AN
37. 3A TP501 R521 CD501 CRT PCB 9 VR420 VR401 4701 CRT 99 034345 CP802A CP1001 MAIN PCB 2027 0 904 2027 D 5 SPEAKER BLOCK DIAGRAM VOL UP MICON W T TEXT TU001 IC101 OECF007A VOL DOWN 0102 SCL SDA IF LED DRIVE CH UP A165 y O D 9103 CH DOWN LED DRIVE ni ON TIMER P CON 5V gt MEMORY IC199 CHROMA S 24COABDP LA 201 STV2248C V DRIVE qu 4 8 1 401 TDAG174A OSD B 5 OSD G P CON 25V OSD R POWER OUTPUT C4 Bs OS101 aec lt TRIGGER INPUT lt 12 XTAL2 m _ X602 GA 401 3 579545 2 T H DRIVE H OUTPUT 1 2 4B L 4 433619MHz pe 0805 0806 3 P CON 25V P CON 5V BULE OUT 11 P CON 8V Q803 Q804 4 A2 NICAM DOLBY IC GREENOUT 6 7 5 902 MSP3410G 0801 0802 ANA 14 67 RED OUT 8 T x901 SC1 OUT R 36 V801 SC1 OU
38. 472J RC 4 7K OHM 1 4W R534 R801R7563J RC 56K OHM 1 10W R201 R801R7390J RC 39 OHM 1 10W R535 R801R7102J RC 1K OHM 1 10W R202 R801R7151J RC 150 OHM 1 10W R536 R002T4224J RC 220K OHM 1 4W R203 R801R7102J RC 1K OHM 1 10W R537 R801R7561J RC 560 OHM 1 10W R204 R801R7271J RC 270 OHM 1 10W R538 R801R7103J RC 10K OHM 1 10W R205 R801R7561J RC 560 OHM 1 10W R541 R801R7273J RC 27K OHM 1 10W R206 R801R7102J RC 1K OHM 1 10W R542 R002T4102J RC 1K OHM 1 4W R213 R002T2101J RC 100 OHM 1 2W A R543 R3X28BR39J R METAL OXIDE 0 39 OHM 3W R214 R801R7222J RC 2 2K OHM 1 10W R544 R002T2682J RC 6 8K OHM 1 2W R215 R801R7682J RC 6 8K OHM 1 10W R545 R002T2682J RC 6 8K OHM 1 2W R217 R801R7102J RC 1K OHM 1 10W R546 R002T4103J RC 10K OHM 1 4W R218 R801R7151J RC 150 OHM 1 10W R547 R002T4103J RC 10K OHM 1 4W R219 R801R7102J RC 1K OHM 1 10W R548 R002T4103J RC 10K OHM 1 4W R301 R801R7102J RC 1K OHM 1 10W R550 R002T2101J RC 100 OHM 1 2W R302 R801R7152J RC 1 5K OHM 1 10W R602 R801R7271J RC 270 OHM 1 10W R303 R801R7101J RC 100 OHM 1 10W R604 R801R7101J RC 100 OHM 1 10W R304 R801R7102J RC 1K OHM 1 10W R606 R801R7101J RC 100 OHM 1 10W R305 R002T2221J RC 220 OHM 1 2W R607 R801R7223J RC 22K OHM 1 10W R306 R801R7682J RC 6 8K OHM 1 10W R608 R801R7473J RC 47K OHM 1 10W R307 R002T4104J RC 100K OHM 1 4W R609 R002T4221J RC 220 OHM 1 4W R309 R801R7222J RC 2 2K OHM 1 10W R610 R801R7101J RC 100 OHM 1 10W R310 R801R7222J RC 2 2K OHM 1 10W R614 R801R7271J RC 270 OHM 1 10W R311 R801R7222J RC 2 2K OHM 1 10W R61
39. 7 50V Q201 T8AA03881S TRANSISTOR SILICON KTC3881S RTK C1016 50 03167 CC 1 UF25VF Q202 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 R S C1018 0211 0101 CE 100 UF 6 3V 0204 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 5 C1019 0211 0221 220 UF 6 3V Q301 T8AA03881S TRANSISTOR SILICON KTC3881S RTK DIODES Q302 T8AA03881S TRANSISTOR SILICON KTC3881S RTK D001 0970033018 DIODE ZENER MTZJ33B T 77 Q303 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 5 D101 0021721150 LED SLR 342VCT32 Q304 TNAACO5002 COMPOUND TRANSISTOR KRC103SRTK D102 D97U05R11B DIODE ZENER MTZJ5 1B T 77 A 0401 TDUF024990 TRANSISTOR SILICON 2502499 D103 0021E5Q210 LED LTL 1CHGE 002A Q402 032070 TRANSISTOR SILICON KTC3207 AT D108 D1VT001330 DIODE SILICON 1 133 77 A 0501 41 026510 TRANSISTOR FIELD EFF ECT 2SK2651 01MR D301 DD1ROMA770 DIODE SILICON MA77 9502 TNAAJ05003 COMPOUND TRANSISTOR KRC111SRTK D401 D97U03001B DIODE ZENER MTZJ30B T 77 Q503 T6YJ1037K0 TRANSISTOR SILICON 2SA1037AKT146R S D402 D97U03001B DIODE ZENER MTZJ30B T 77 Q505 TCAT032034 TRANSISTOR SILICON 203_ 0403 D2WT011E10 DIODE SILICON 11 1 9507 1980 TRANSISTOR SILICON KTC3198 AT Y GR D404 D2WT011E10 DIODE SILICON 11 1 0508 TNAAJ05003 COMPOUND TRANSISTOR KRC111SRTK D405 D2WTAUO2A0 DIODE SILICON AUO2A EIC Q509 016240 TRANSISTOR SILICON 25 1624 D406 D2WT011E10 DIODE SILICON 11 1 0510 05002 COMPOUND TRANS
40. 8 R801R7103J RC 10K OHM 1 10W R312 R801R7562J RC 5 6K OHM 1 10W R619 R801R7334J RC 330K OHM 1 10W A R402 R3X18A181J R METAL OXIDE 180 OHM 2W R620 R002T2561J RC 560 OHM 1 2W R403 R002T4152J RC 1 5K OHM 1 4W R621 R801R7101J RC 100 OHM 1 10W R406 R801R7272J RC 2 7K OHM 1 10W R622 R801R7334J RC 330K OHM 1 10W R407 R002T21R2J RC 1 2 OHM 1 2W R624 R801R7103J RC 10K OHM 1 10W R408 R801R7102J RC 1K OHM 1 10W R625 R801R7101J RC 100 OHM 1 10W R409 R002T2561J RC 560 OHM 1 2W R626 R002T4103J RC 10K OHM 1 4W R410 R002T4471J RC 470 OHM 1 4W R627 R801R7335J RC 3 3M OHM 1 10W ELECTRICAL REPLACEMENT PARTS LIST J2 2 REF NO PART NO DESCRIPTION REF NO PART NO DESCRIPTION RESISTORS RESISTORS R628 R801R7271J RC 270 OHM 1 10W R817 R801R7221J RC 220 OHM 1 10W R629 R801R7271J RC 270 OHM 1 10W R818 R801R7182J RC 1 8K OHM 1 10W R630 R801R7271J RC 270 OHM 1 10W R819 R6558A1R8J R FUSE 1 8 OHM 2W R632 R801R7101J RC 100 OHM 1 10W R904 R002T4101J RC 100 OHM 1 4W R633 R801R7101J RC 100 OHM 1 10W R905 R002T4101J RC 100 OHM 1 4W R634 R801R7472J RC 4 7K OHM 1 10W R906 R002T4101J RC 100 OHM 1 4W R636 R801R7473J RC 47K OHM 1 10W R907 R002T4101J RC 100 OHM 1 4W R638 R801R7222J RC 2 2K OHM 1 10W R909 R801R7101J RC 100 OHM 1 10W R639 R801R7392J RC OHM 1 10W R910 R801R7101J RC 100 OHM 1 10W R640 R801R7151J RC 150 OHM 1 10W R1001 R002T4472J RC 4 7K OHM 1 4W R641 R801R7102J RC 1K OHM 1 10W R1003 R801R7102J RC 1K OHM 1 10W R643 R801
41. 801R7103J RC 10K OHM 1 10W R507 R002T4222J RC 2 2K OHM 1 4W R128 R801R7101J RC 100 OHM 1 10W R508 R002T2220J RC 22 OHM 1 2W R129 R801R7101J RC 100 OHM 1 10W R509 R63581R22J R FUSE 0 22 OHM 1W R131 R801R7104J RC 100K OHM 1 10W R510 R801R7105J RC 1M OHM 1 10W R132 R801R7561J RC 560 OHM 1 10W R511 R002T2150J RC 15 OHM 1 2W R133 R801R7103J RC 10K OHM 1 10W R512 R002T4271J RC 270 OHM 1 4W R134 R801R7103J RC 10K OHM 1 10W R513 R002T4152J RC 1 5K OHM 1 4W R136 R002T4152J RC 1 5K OHM 1 4W R514 R002T4104J RC 100K OHM 1 4W R137 R801R7181J RC 180 OHM 1 10W R515 R002T4472J RC 4 7K 1 4W R140 R801R7182J RC 1 8K OHM 1 10W R516 R801R7474J RC 470K OHM 1 10W R141 R801R7182J RC 1 8K OHM 1 10W R518 R801R7561J RC 560 OHM 1 10W R142 R801R7182J RC 1 8K OHM 1 10W R519 R801R7331J RC 330 OHM 1 10W R143 R801R7152J RC 1 5K OHM 1 10W R521 R3X28BR56J R METAL OXIDE 0 56 OHM 3W R144 R002T4102J RC 1K OHM 1 4W R522 R002T44R7J RC 4 7 OHM 1 4W R145 R002T4102J RC 1K OHM 1 4W R523 R801R7102J RC 1K OHM 1 10W R146 R002T4102J RC 1K OHM 1 4W R524 R002T4473J RC 47K OHM 1 4W R147 R002T4122J RC 1 2K OHM 1 4W AN R527 R3X181R12J R METAL OXIDE 0 12 OHM 1W R148 R801R7103J RC 10K OHM 1 10W R528 R002T4103J RC 10K OHM 1 4W R150 R002T4102J RC 1K OHM 1 4W R530 R002T4562J RC 5 6K OHM 1 4W R151 R801R7472J RC 4 7K OHM 1 10W R531 R801R7102J RC 1K OHM 1 10W R152 R801R7472J RC 4 7K OHM 1 10W R532 R002T4223J RC 22K OHM 1 4W R153 R801R7103J RC 10K OHM 1 10W R533 R002T4471J RC 470 OHM 1 4W R154 R002T4
42. CUS GND A a 5 4g TER l 1 M D408 5 8 SCREEN 806 1 512 I 0 GND I ie Q 158133 R403 0 0 SCREEN H DRV4B gt I GND ig 15K 14W ips p C410 s L T gan 500V 0 0012 07 470 1 4 NC 5 e i R431 3 I 470 1 4W 215 C801 2KV 0 001 ages CVT3275 5101 110 TCA387 2 e e 8 8 Ev 5 ATTENTION LES PIECES REPAREES PAR NOTE THE DC VOLTAGE AT EACH PART WAS MEASURED 5 3 5 DANGEREUSES AN POINT DE VUE SECURITE WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST N UTILISER QUE CELLS DECRITES WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL DANS LA NOMENCLATURE DES PIECES gt tu R430 R445 CAUTION SINCE THESE PARTS MARKED BY ARE NOTE THE RESISTOR MARKED IS FUSE RESISTOR 010 CENA wa tz CRITICAL FOR SAFETY USE ONES THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP 528 8 8 g 5i s 55 NIE DESCRIBED IN PARTS LIST ONLY IS NON POLAR ONE 1 ors io ET gt i tas NOTE THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE A B C D E F G H G 8
43. ENT 1 Receive the PAL black pattern RF Input 2 Using the remote control set the brightness and contrast to normal position 3 Place the set with Aging Test for more than 15 minutes 4 Activate the adjustment mode display of Fig 1 1 and press the channel button 17 on the remote control to select BRIGHT CENT 5 Press the VOL button on the remote control until the screen begin to shine 6 Receive the PAL black pattern Audio Video Input 7 Set to the AV mode Then perform the above adjustments 2 5 The Black Pattern means the whole black raster signal Select the RASTER of the pattern generator set to the OFF position for each R G and B 2 12 CONTRAST CENT 1 Activate the adjustment mode display of Fig 1 1 and press the channel button 22 on the remote control to select CONTRAST CENT 2 Press the VOL button on the remote control until the contrast step No becomes 35 3 Receive a broadcast and check if the picture is normal 4 Set to the AV mode Then perform the above adjustments 1 3 ELECTRICAL ADJUSTMENTS 2 13 COLOR CENT 2 15 Confirmation of Fixed Value Step No 1 Receive the PAL color bar pattern RF Input Please check if the fixed values of the each adjustment 2 Using the remote control set the brightness contrast items are set correctly referring below and color to normal position 3 Connect the oscilloscope to TP801 bd
44. F501 080NTO4004 FUSE 50T040H FB401 043221012F TRANSFORMER FLYBACK 3221012F FH501 06710 0006 HOLDER FUSE EYF 52BC FH502 06710 0006 HOLDER FUSE EYF 52BC ICP501 0845 07003 PROTECTOR 20P_7000 502 0845T03003 20 3000 05101 0773071001 REMOTE RECEIVER RPM7138 H5 A RY501 0560 20115 RELAY ALKS321 SP351 070C555006 5 SG05A02AWA AN TH501 D8E080A100 DEGAUSS ELEMENT B59209 J80 A10 TM101 076 10 TRANSMITTER R25 1788 TUOO1 0145517006 TUNER VHF UHF TUWRF4EG 778F2 A 098A210440 CRT W DY 51 74 101 100CT4RO13 CRYSTAL HC 49 U S X601 100CT4R408 CRYSTAL HC 49 U X602 100CT3R509 CRYSTAL HC 49 U X901 100CTO1803 CRYSTAL HC 49 U S J2 5 RESISTOR CARBON RESISTOR CERAMIC CAPACITOR ALUMI ELECTROLYTIC CAPACITOR POLYESTER CAPACITOR POLYPROPYLENE CAPACITOR PLASTIC CAPACITOR METAL POLYESTER CAPACITOR METAL PLASTIC CAPACITOR METAL POLYPROPYLENE CAPACITOR TOSHIBA information Systems UK Ltd Consumer Products Division European Service Centre Admiralty Way Camberley Surrey GU15
45. HM 110 R005 R801R7333J RC 33K OHM 1 10W R413 R002T2102J RC 1K OHM 1 2W R006 R801R7472J RC 4 7K OHM 1 10W R416 ROO2T22R2J RC 2 2 OHM 1 2W R007 R801R7151J RC 150 OHM 1 10W R417 RAX5T6222F R METAL 2 2K OHM 1 6W R101 R801R7391J RC 390 OHM 1 10W R418 R002T4470J RC 47 OHM 1 4W R102 R801R7821J RC 820 OHM 1 10W R419 R002T4821J RC 820 OHM 1 4W R103 R801R7122J RC 1 2K OHM 1 10W R420 R801R7103J RC 10K OHM 1 10W R104 R801R7222J RC 2 2K OHM 1 10W R421 R002T2393J RC 39K OHM 1 2W R105 R801R7103J RC 10K OHM 1 10W 422 R002T4224J RC 220K OHM 1 4W R106 R801R7103J RC 10K OHM 1 10W R423 R002T4224J RC 220K OHM 1 4W R107 R801R7102J RC 1K OHM 1 10W R424 R002T2222J RC 2 2K OHM 1 2W R108 R801R7271J RC 270 OHM 1 10W 425 R002T2102J RC 1K OHM 1 2W R109 R801R7222J RC 2 2K OHM 1 10W R426 R002T2561J RC 560 OHM 1 2W R110 R801R7562J RC 5 6K OHM 1 10W 427 R002T4101J RC 100 OHM 1 4W R111 R801R7153J RC 15K OHM 1 10W 428 R002T21R8J RC 1 8 OHM 1 2W R112 R002T4152J RC 1 5K OHM 1 4W 429 R002T2222J RC 2 2K OHM 1 2W R113 R801R7562J RC 5 6K OHM 1 10W R430 R002T2333J RC 33K OHM 1 2W R114 R801R7472J RC 4 7K OHM 1 10W R431 R002T4471J RC 470 OHM 1 4W R115 R801R7472J RC 4 7K OHM 1 10W R445 R002T2823J RC 82K OHM 1 2W R116 R801R7103J RC 10K OHM 1 10W R446 R002T2472J RC 4 7K OHM 1 2W R120 R801R7472J RC 4 7K OHM 1 10W AN R501 R002T2155J RC 1 5M OHM 1 2W R121 R801R7101J RC 100 OHM 1 10W R502 R801R7103J RC 10K OHM 1 10W R123 R801R7103J RC 10K OHM 1 10W AN R503 R5X2AE3R9J R CEMENT 3 9 OHM 7W R124 R
46. ISTOR KRC103SRTK D407 D2WT011E10 DIODE SILICON 11 1 9511 01281 TRANSISTOR SILICON KTA1281 Y D408 D1VT001330 DIODE SILICON 1 133 77 0512 05001 COMPOUND TRANSISTOR KRA102SRTK D410 D2WTAUO2A0 DIODE SILICON AUO2A EIC Q513 TA3T1371A0 TRANSISTOR SILICON 2SA1371 D E AE A 0501 D2WTRM11C0 DIODE SILICON RM11C EIC 0514 TC3T029090 TRANSISTOR SILICON 2SC2909 S T AA 0502 D2WTRM11C0 DIODE SILICON RM11C EIC Q601 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 R S 0503 D2WTRM11C0 DIODE SILICON RM11C EIC Q602 5001 COMPOUND TRANSISTOR KRA102SRTK 0504 D2WTRM11C0 DIODE SILICON RM11C EIC Q603 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 R S D505 D2WT011E10 DIODE SILICON 11 1 0609 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 R S D506 D1VT001330 DIODE SILICON 1 133 77 0701 12660 TRANSISTOR SILICON KTA1266 AT Y GR D507 D1VT001330 DIODE SILICON 1 133 77 0702 12660 TRANSISTOR SILICON KTA1266 AT Y GR D508 D2WXN49370 DIODE SILICON 1N4937 Q703 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 5 D511 D97U01501B DIODE ZENER MTZJ15B T 77 Q704 T8YJ2412K0 TRANSISTOR SILICON 2SC2412KT146 R S D512 D2WXSB1400 DIODE SCHOTTKY SB140 EIC Q711 T8YJ2412K0 TRANSISTOR SILICON 25 2412 146 R S D513 D2WXB290S0 DIODE SILICON 5 2905 0801 TCATC3199Y TRANSISTOR SILICON KTC3199 Y AT D514 D1VT001330 DIODE SILICON 1 133 77 0802 0042170 TRANSISTOR SILICON KTC4217 0 Y 0515 D2WXSB1400 DIODE SCH
47. L 10k i9 CONT 10K I2C OFF SDA eorr 043 H 2 Zik 050 8 Er R123 BROTECT DATA GLK ee gt 08D G CLK LS AV 10K 10k x lt gt 0508 R124 j C125 gt PE gt SECAM VL t sa sel 8 AVI 1 10K AS AVI B 257s 1 6 5 gt H CONT V_SYNG 47 5 3 5 CVBS TXT 100 6 V_SYNC e10 H_SYNC 127 8140 o Z 0102 5 MTZJ5 1B 06 5 5 8 K EE 0108 10 100P CH ETE R 5 ATS 4 8131 H_SYNC 128 Slo m y 4 185133 46 _ 150 FB C0 02 3 4 AVDD1 0 T0 TO FROM TO SOUND AMP gt 20 R128 I a B gt SCL sue BI 8 ol 100 SDA 5 gt 5 5 R129 e STA 15 JTRSTO io Sia 100 STEREO RESET VDD GND G quu FROM DEFLECTION CRT 2 AGND R142 63V 2200 h cii 18 3 CVBS1 al atal 0 47 B 39393 3 R108 6112 18 Z i R143 151 3 82 4 21 cio NGS JTMS ue Avi 68P CH 49 10uH 0305 AV2 AVDD2 01 B 6105 0 6 R113 VCR 1 01 B NCS cvBso lt VCR 2 6106 R111 21 gt TU RGB ein 0 022 B 15K SH101 5 E 763WSA0087 2 1102 10uH 0305 010 TMA528 NOTE THE DC VOLTAGE AT EACH PART WAS MEASURED
48. LDER SIDE CIR 0260 2760 2 a 900M SOOM lt gt am lt 9 1260 H 0565 869 1569 69 Y 6260 CR We 7067 PRINTED CIRCUIT BOARDS STEREO CHIP MOUNTED PARTS SOLDER SIDE F 6 D E G H RESET IC 10102 1 LED DRIVE R3111N311A C TUWRF4EG 778F2 MAIN PCB gene 8 5 4 R103 R102 R101 3 6 31 180 LED DRIVE s _ _ 2 LTL 1CHGE 002A
49. MECHANICAL EXPLODED VIEW 1 MECHANICAL REPLACEMENT PARTS LIST 2 2 ELECTRICAL REPLACEMENT PARTS 15 2 1 42 5 2 1 G 3 Regulation Temperature Operating Humidity GENERAL SPECIFICATIONS CRT Size Visual Size CRT Type Deflection Magnetic Field CRT BV BH Color System Speaker Position Size Impedance Sound Output MAX 10 Typical DDR SECAM NTSC3 58 AV NTSC4 43 PAL60Hz Broadcasting System Tuner and Receive CH System Destination Tuning System Input Impedance CH Coverage Intermediate Frequency Picture FP Sound FS FP FS Picture FP Sound FS FP FS Preset CH Stereo Dual TV Sound Tuner Sound Muting Power Source Power Consumption Stand by at AC Per Year Power Fuse Safety Radiation X Radiation Operation Storage Protector A3 1 21 inch 544 5mmV NORMAL 90 degree 0 45G 0 18G PAL SECAM 2 Speaker Front 2 0x4 7 Inch 4 ohm 5 045 0 W 4 0 4 0 W Yes Yes Yes CCIR System B G L D K 1 F Synth VHF UHF 75 ohm E2 E4 2 2 81 810 5 E12 11 541 E21 E69 PAL SECAM U amp VH SECAM VL 38 9 38 9 34 4MHz 33 4 32 4 40 9MHz 5 5 6 5 6 5MHZ PAL DK SECAM DK 38 9 38 9 MHz 32 4 32 4 MHz 6 5 6 5MHz 100 Yes Yes 230V AC 50Hz 60 atAC230V 50 Hz 3 atAC230V 50 Hz kWh Year Yes CE EN60065 98 CE 50C 400C 200C 600C Le
50. NT CONTRAST MAX CONTRAST MIN COLOR CENT COLOR MAX COLOR MIN MR CUT OFF M G CUT OFF M B CUT OFF CVBS OUT APR THRESHOLD BELL FILTER BANDPASS H POSI OSD V POSI OSD H POSI TEXT V POSI TEXT H POSI 60 Fig 1 2 D 1 2 BASIC ADJUSTMENTS 2 1 CONSTANT VOLTAGE 1 Place the set with Aging Test for more than 5 minutes 2 Connect the digital voltmeter to TP501 3 Set condition is AV MODE without signal 4 Adjust the VR501 until the DC voltage is 115 0 5V 2 2 VCO COASE VCO FINE 1 Place the set with Aging Test for more than 10 minutes 2 Connect the oscillator 38 9MHz to TP001 3 Activate the adjustment mode display of Fig 1 1 and press the channel button 13 on the remote control to select VCO COARSE 4 Press the VOL button on the remote control until the OK appear on the screen If the OK is not displayed select the side on the changed from to 5 Press the Page UP button once to set to VCO FINE mode 6 Press the VOL button on the remote control to select the 5 step down point from the upper limit on the OK Example In case of the OK range 30 41 select 36 2 3 VCO COASE L1 VCO FINE L1 1 Place the set with Aging Test for more than 10 minutes 2 Connect the oscillator 33 95MHz to 001 3 Activate the adjustment mode display of Fig 1 1 and press the channel button 15 on the remote control to select COARSE L1 4 Press the VOL
51. ON POWER 115 743WKA0040 SPRING BUTTON 116 800WQ00045 FELT SHEET 117 7020 0257 CABINET BACK 118 722549 116 SHEET RATING 119 7230007471 SHEET JACK 120 755WPA0031 COVER PCB 121 761WPA0254 HOLDER FBT 122 8995034000 CORD CLIP UL CO 123 800UQ00009 FELT SHEET 124 899HV3T001 HOLDER ANODE WIRE 201 8121 50B54 SCREW TAPPING B0 GW20 5x28 202 8117540 64 SCREW TAPPING BO TRUSS 4x16 203 8110630804 SCREW TAP TITE P BRAZIER 3x8 204 8110630A04 SCREW TAP TITE P BRAZIER 3x10 205 8109130 04 SCREW TAP TITE B WH7 3x10 206 8107630804 SCREW TAP TITE S BRAZIER 3x8 723000B973 SHEET BAR CODE 791WHA0085 LAMIFILM BAG 792UHAA027 PACKAGE TOP 792UHAA028 793UCDB016 GIFT BOX A3L904G975 INSTRUCTION BOOK KIT JB5XDA00 POLYBAG INSTRUCTION RED CAUTION 13190401 INSTRUCTION BOOK F 13190407 QUICK SET UP J3L90410 INSTRUCTION BOOK G u 13190411 INSTRUCTION BOOK PL 13190451 INSTRUCTION BOOK HU 13190461 INSTRUCTION BOOK CZ J8L90470 QUICK SET UP SHEET G 43190471 QUICK SET UP SHEET PL 13190474 QUICK SET UP SHEET HU 13190474 QUICK SET UP SHEET CZ ELECTRICAL REPLACEMENT PARTS LIST 42 1 NO PART DESCRIPTION REF NO PART NO DESCRIPTION RESISTORS RESISTORS R003 R801R7271J RC 270 OHM 1 10W AN R411 R655U2680J R FUSE 68 OHM 1 2W R004 R801R7271J RC 270 OHM 1 10W R412 R801R7123J RC 12K O
52. OTTKY SB140 EIC Q803 TCATC3199Y TRANSISTOR SILICON KTC3199 Y AT D516 D2WXB290S0 DIODE SILICON 5 2905 0804 0042170 TRANSISTOR SILICON KTC4217 0 Y D517 D2WXN49370 DIODE SILICON 1N4937 Q805 TCATC3199Y TRANSISTOR SILICON KTC3199_Y AT D519 D1VT001330 DIODE SILICON 155133 77 9806 0042170 TRANSISTOR SILICON KTC4217 0 Y D520 D28F30DF60 DIODE RECTIFIER 30DF6 FC 01001 05002 COMPOUND TRANSISTOR KRA103SRTK D521 D1VT001330 DIODE SILICON 155133 77 01003 8 2412 0 TRANSISTOR SILICON 25 2412 146 5 D523 D2WT011E10 DIODE SILICON 11 1 COILS amp TRANSFORMERS D524 D2WT011E10 DIODE SILICON 11E1 EIC L001 02167F100J COIL 10 UH D525 D2WT011E10 DIODE SILICON 11 1 L101 02167F100J COIL 10 UH D526 D28F30DF60 DIODE RECTIFIER 30DF6 FC L102 02167F100J COIL 10 UH D527 D2WT011E10 DIODE SILICON 11E1 EIC L202 033700005R COIL VIDEO IFT 3700005 D528 D97UO5R61B DIODE ZENER MTZJ5 6B T 77 L203 021LA61R0M COIL 1 UH D603 D1VT001330 DIODE SILICON 155133 77 1204 0211 6100 COIL 10 UH D604 D2WT011E10 DIODE SILICON 11 1 1206 021LAGR22M COIL 0 22 UH D606 D97UO6R81B DIODE ZENER MTZJ6 8B T 77 L207 021LA6100J COIL 10 UH D607 D97UO6R81B DIODE ZENER MTZJ6 8B T 77 L208 02167F3R3J COIL 3 3 UH D608 D97UO6R81B DIODE ZENER MTZJ6 8B T 77 L401 021679472K COIL 47 MH D609 D1VT001330 DIODE SILICON 1 133 77 1403 022100027 COIL LINEARITY ELH5L4113 D610 D1VT001330 DIODE SILICON 1 133 77 AN L501 029T000091 COIL LINE FILTE
53. R OR8A393F28Y D611 D1VT001330 DIODE SILICON 1 133 77 AN 1503 028R200015 COIL DEGAUSS 8R200015 D712 D97UO5R61B DIODE ZENER MTZJ5 6B T 77 L601 02167F100J COIL 10 UH D723 D97U05R61B DIODE ZENER MTZJ5 6B T 77 L701 021LA6220J COIL 22 UH D801 D1VT001330 DIODE SILICON 1 133 77 1702 0211 6220 COIL 22 UH D802 D1VT001330 DIODE SILICON 155133 77 1703 0211 6220 COIL 22 UH D803 D1VT001330 DIODE SILICON 155133 77 1704 0211 6220 COIL 22 UH 01001 D1VT001330 DIODE SILICON 155133 77 1705 021LA6220J COIL 22 UH 01002 1 001330 DIODE SILICON 1 133 77 1706 0211 6220 COIL 22 UH 01003 j D1VT001330 DIODE SILICON 155133 77 1707 0211 6220 COIL 22 UH 5 1708 0211 6220 COIL 22 UH 101 I5PDOF007A OECF007A L709 021LA6220J COIL 22 UH 102 C7J0311A0 R3111N311A C TR L710 021LA6220J COIL 22 UH 199 19040015 S 24C04BDP LA L711 021LA6220J COIL 22 UH 201 OWDE2248C STV2248C L712 021LA6220J COIL 22 UH 401 OWTD81740 TDA8174A L713 02167F100J COIL 10 UH 501 0 0015070 1507 1 1715 0211 6220 COIL 22 UH 502 1KA98R09A KIA78RO9API or L716 021LA6220J COIL 22 UH 0GA909RDO PQ09RD08 L801 021673101J COIL 100 UH IC503 1KA98R060 KIA278RO06PI L802 02167D151K COIL 150 UH IC506 0002E00610 PHOTO COUPLER LTV 817M VB L803 02167D151K COIL 150 UH 702 10QS02234L NJM2234L L804 02167D151K COIL 150 UH 1 902 19FF34100 MSP3410G QA B8 L904 02167F100J COIL 10 UH 10
54. R7471J RC 470 OHM 1 10W R1009 R801R7332J RC 3 3K OHM 1 10W R645 R801R7222J RC 2 2K OHM 1 10W R1011 R801R7332J RC 3 3K OHM 1 10W R646 R801R7822J RC 8 2K OHM 1 10W R1014 R002T4122J RC 1 2K OHM 1 4W R647 R002T14822J RC 8 2K OHM 1 4W R1017 R801R7681J RC 680 OHM 1 10W R648 R002T4331J RC 330 OHM 1 4W CAPACITORS R701 R002T4750J RC 75 OHM 1 4W C001 CSORB04H4K 0 022 UF 50V R702 R801R7822J RC 8 2K OHM 1 10W C002 E02LU0471M 470 UF 6 3V R705 R801R7822J RC 8 2K OHM 1 10W C003 E02LU2470M CE 47 UF 16V R706 R002T2391J RC 390 OHM 1 2W C004 CSORCH4Q1J cc 47 50 R707 R002T2101J RC 100 OHM 1 2W C005 CSORCH4Q1J 47 50 R708 R002T4151J RC 150 OHM 1 4W C006 CSORCH412J cc 100 PF50V R709 R801R7822J RC 8 2K OHM 1 10W C007 CSORB0414K cc 0 01 UF 50V B R710 R801R7822J RC 8 2K OHM 1 10W C101 CSORCH4U1J cc 68 PF50V CH R711 R002T4750J RC 75 OHM 1 4W C102 CSORBO0315K 01 UF25V R712 R002T4750J RC 75 OHM 1 4W C103 CSORCH4H1J cc 22 50 R713 R002T4750J RC 75 OHM 1 4W C104 CSORB04Q3K cc 0 0047UF 50V B R714 R002T4750J RC 75 OHM 1 4W 105 CSORBO0315K 01 UF25V B R715 R002T4750J RC 75 OHM 1 4W C106 CSORB04H4K 0 022 UF 50V R716 R002T4750J RC 75 OHM 1 4W C108 CSORCH4H1J cc 22 50 R717 R801R7151J RC 150 OHM 1 10W C109 CSORCH4H1J cc 22 50 R718 R801R7151J RC 150 OHM 1 10W C111 CSORBO02Q5K 0 47 UF 16V R719 R801R7470J RC 47 OHM 1 10W C112 CSORCH4W1J cc 82 PF50V CH R720 R801R7470J RC 47 OHM 1 10W C113 C
55. SORCH4H1J cc 22 50 R721 R801R7103J RC 10K OHM 1 10W C114 CSORBO0315K 01 UF25V R722 R801R7103J RC 10K OHM 1 10W C115 E02LT0222M CE 2200 UF 6 3V R723 R801R7103J RC 10K OHM 1 10W C116 CSORB04Q3K 0 0047UF 50V B R724 R801R7103J RC 10K OHM 1 10W C118 CSORBO0315K 01 UF25V R725 R002T2391J RC 390 OHM 1 2W C119 CSORBO0315K 01 UF25V R726 R801R7102J RC 1K OHM 1 10W C120 CSORBO0216K 1 UF16V B R727 R801R7104J RC 100K OHM 1 10W C121 E02LU0101M CE 100 UF6 3V R728 R801R7104J RC 100K OHM 1 10W C125 CSORCH412J cc 100 PF50V R729 R801R7102J RC 1K OHM 1 10 C126 CSORCH412J cc 100 PF50V CH R730 R801R7104J RC 100K OHM 1 10W C127 CSORCH412J cc 100 PF50V CH R731 R801R7104J RC 100K OHM 1 10W C128 CSORCH4E2J 150 PF50V R732 R801R7563J RC 56K OHM 1 10W C129 CSORCH4H2J cc 220 PF 50V R733 R801R7103J RC 10K OHM 1 10W C130 P235WE105J CMP 1 UF 63V R736 R801R7103J RC 10K OHM 1 10W C131 E50HU2100M 10 UF 16V R737 R801R7563J RC 56K OHM 1 10W C139 CSORBO2Q5K 0 47 UF 16V R738 R801R7822J RC 8 2K OHM 1 10W C140 CSORCH4H2J cc 220 PF 50V R739 R801R7822J RC 8 2K OHM 1 10W C141 CSORBO0315K 01 UF25V R742 R801R7750J RC 75 OHM 1 10W C143 CSORBO0215K 01 UF 16V R743 R801R7104J RC 100K OHM 1 10W C201 CSORCH430C 3 50 CH R744 R801R7104J RC 100K OHM 1 10W C202 CSORBO0413K 0 001 UF 50V R745 R801R7104J RC 100K OHM 1 10W C203 CSORBO0414K 0 01 UF 50V B R746 R801R7104J RC 100K OHM 1 1
56. T L 87 VIDEO_SW IC 702 NJM2234L INT_CVBS_OUT 13 P CON 5V CVBSIN2 20 SC1_IN L 12C SC2 IN R P CON 8V AHVSUP VIDEO OUT VIDEO IN VIDEO OUT FRONT VIDEO J703 VIDEO IN 21 B IN 3 21 6 IN 2 21 R IN FRONT AUDIO L J704 FRONT AUDIO J705 2 Ort HEADPHONEJACK 2 7 9702 4 SW TRANS o T501 Q501 5 SOUND AMP IC 5 1 1002 1 D POWER LA4600 9 SOUND B 12 B SPEAKER 15 P CON 8V SP351 E q L 6 AT 5V P CON 5V F 1 PRINTED CIRCUIT BOARDS MAIN CRT INSERTED PARTS SOLDER SIDE R445 10084 rm AR N z A 8 R416 m Sp C446 9 5 8 8 1403 054 ST WO55 ae gt s x o gt BL R424 SZ 51 2 0402 P T401_1 0513 TS F 8 2 o gt 51518 A 524 E 5 51 lt ogo gt 209 5 802X 81811878 3 gt 4 251126 W852_ LL R1014 502 F501 501 W117 LOSMS 10 50 3 5 45 3 D 102 SW104 SW106 107 y D103 D101 e 1716 1715 5 702 8 J J705 3 3 5 2 F 5 INSERTED PARTS SO
57. TOSHIBA SERVICE MANUAL COLOURTELEVISION 21523 As for the places which need special attentions they are indicated with the labels or seals on the cabinet chassis and parts Make sure to keep the indications and notices in the operation manual 2 AVOID AN ELECTRIC SHOCK There is a high voltage part inside Avoid an electric shock while the electric current is flowing USE THE DESIGNATED PARTS The parts in this equipment have the specific characters of incombustibility and withstand voltage for safety Therefore the part which is replaced should be used the part which has the same character Especially as to the important parts for safety which is indicated in the circuit diagram or the table of parts as a N mark the designated parts must be used PUT PARTS AND WIRES IN THE ORIGINAL POSITION AFTER ASSEMBLING OR WIRING There are parts which use the insulation material such as a tube or tape for safety or which are assembled in the condition that these do not contact with the printed board The inside wiring is designed not to get closer to the pyrogenic parts and high voltage parts Therefore put these parts in the original positions TAKE CARE TO DEAL WITH THE CATHODE RAY TUBE In the condition that an explosion proof cathode ray tube is set in this equipment safety is secured against implosion However when removing it or serving from backward it is dangerous to give a shock Take enough care to
58. TRICAL REPLACEMENT PARTS LIST REF NO PART NO DESCRIPTION REF NO PART NO DESCRIPTION CAPACITORS CAPACITORS C404 EO2LTD2R2M 2 2 UF 250V C714 CSORBO0414K 0 01 UF 50V B C405 CHGTB0413K 0 001 UF 50V B C716 CSORCH412J cc 100 PF50V C406 COJTBOB13K 0 001 UF 500 717 E02LU1471M CE 470 UF 10V C407 P232T1224J CMP 0 22 UF 100V MMTV C718 E02LU1471M 470 UF 10V C408 E5EZU5100M 10 UF 50V C719 CSORCH412J 100 PF50V C410 COJTBOBB3K CC 0 0012UF 500 B C720 CSORCH4Q2J cc 470 PF50V C412 P232T0473J CMPL 0 047 UF 50V MMTV C721 CSORCH412J cc 100 PF50V CH C414 E5EZU4101M 100 35V C722 CSORCH4Q2J cc 470 PF 50V C417 EO2LU5100M 10 UFSOV C723 E50HU2100M 10 UF 16V C418 EO2LF3222M 2200 UF 25V C724 E50HU2100M 10 UF 16V C422 P232T1474J CMP 0 47 UF 100V MMTV C725 EO2LU1101M 100 UF 10V C437 P4J7F3334J CMPP 0 33 UF 250V PMS C726 CSORCH4Q2J cc 470 PF 50V C439 COJTSLBK1J CC 27 500 SL C727 CSORCH4Q2J 470 50 C440 COJTBOSH3K CC 0 0022UF 500V B C728 00 02100 10 UF 16V C442 P4N8FJ472H 0 0047UF 1 25KV C729 CSORBO0414K 0 01 UF 50V B C443 P4N8FJ392H 0 0039UF 1 25KV C730 CS0RB0414K CC 0 01 UF 50V B C446 EO2LU5220M 22 50 C731 CSORBO0414K 0 01 UF 50V B C448 ESEZFD220M 22 UF 250V C732 CSORB0414K 0 01 UF 50V B C501 P2472B224M 0 22UF 275V PHE840 C736 E50HU5010M 1 5
59. annel button 20 on the remote control to select TINT 5 Press the VOL button on the remote control until the section A becomes a straight line Refer to Fig 2 2 AU D 3 ELECTRICAL ADJUSTMENTS 3 PURITY AND CONVERGENCE ADJUSTMENTS NOTE 1 2 3 Turn the unit on and let it warm up for at least 30 minutes before performing the following adjustments Place the CRT surface facing east or west to reduce the terrestrial magnetism Turn ON the unit and demagnetize with a Degauss Coil 3 1 STATIC CONVERGENCE ROUGH ADJUSTMENT 1 Tighten the screw for the magnet Refer to the adjusted CRT for the position Refer to Fig 3 1 If the deflection yoke and magnet are in one body untighten the screw for the body Receive the green raster pattern from the color bar generator Slide the deflection yoke until it touches the funnel side of the CRT Adjust center of screen to green with red and blue on the sides using the pair of purity magnets Switch the color bar generator from the green raster pattern to the crosshatch pattern Combine red and blue of the 3 color crosshatch pattern on the center of the screen by adjusting the pair of 4 pole magnets Combine red blue magenta and green by adjusting the pair of 6 pole magnets Adjust the crosshatch pattern to change to white by repeating steps 6 and 7 3 2 PURITY NOTE Adjust after performing adjustments in section 3 1
60. e bending of leads are repaired the pattern may be damaged So be always sure to replace the IC in this case Soldering Iron from upper position Supply soldering to lower position 3 Absorb the solder left on the lead using the Braided Shield Wire Refer to Fig 2 7 NOTE Do not absorb the solder to excess Soldering Iron Braided Shield Wire P d B2 2 SERVICE MODE LIST This unit provided with the following SERVICE MODES so you can repair examine and adjust easily To enter the Service Mode press both set key and remote control key for more than 2 seconds VOL MIN Reset the user setting items PICTURE VOLUME LANGUAGE and NICAM AUTO OFF to the initial state for delivery Initialization of the factory NOTE Do not use this for the normal servicing VOL MIN 1 Pei i If you set a factory initialization the memories are reset such as the channel setting and the POWER ON total hours POWER ON total hours is displayed on the screen Refer to the OF HOURS USED VOL MIN Can be checked of the INITIAL DATA of MEMORY IC Refer to the WHEN REPLACING EEPROM MEMORY Writing of EEPROM initial data VOL NOTE Do not use this for the normal servicing VOL MIN 9 Display of the Adjustment MENU on the screen Refer to the ELECTRICAL ADJUSTMENT On Screen Display Adjustment CONFIRMATION OF HOURS USED POWER ON total hours can be
61. er Voltage D C UM size x pcs Power OQ Q N 0 Volume Up Volume Down Previous Select Picture Menu OK Enter EXIT Audio Select Sleep Timer Mute TEXT MIX TV CH Up Page Up CH Down Page Down Red Green Yellow Cyan TEXT F T B Reveal TIMED PAGE Sub Page CALL TEXT INDEX INPUT SELECT TEXT HOLD TIME TXCL A3 3 more than Min Min No Yes Yes No RC EY NEC 40 BF h 3V UM 4 x 2 pcs 33 Keys Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes GENERAL SPECIFICATIONS G 11 Auto Degauss Yes Auto Shut Off Yes Canal No CATV No Anti theft Back Up 30 Min No Memory Last CH Yes Memory Last Volume Yes BBE No Auto Search Yes CH Allocation Yes Just Clock Function No Game Position No CH Label No VM Circuit No Full OSD No Unitext No Fastext Yes Top Text Yes Premiere No Comb Filter No Lines Auto CH Memory Yes Stable Sound No Auto Set Up No FBT Leak Test Protect Yes Previous Quick View Yes Panel Lock Yes Power On Memory Yes Double Focus amp Dynamic Focus No Wss Signal Wide Change No Virtual Dolby Surround No Hotel Lock No G 12 Owner s Manual Language French Germany Polish Hungarian Czech w Guarantee Card No Remote Control Unit Yes Rod Antenna No
62. he OVER SCAN on right and left becomes minimum 2 9 VERTICAL POSITION VERTICAL LINEARITY 1 Receive the monoscope pattern from the pattern Generator 2 Using the remote control set the brightness and contrast to normal position 3 Adjust the VR401 until the horizontal line becomes fit to the notch of the shadow mask 4 Adjust the VR420 until the SHIFT quantity of the OVER SCAN on upside and downside becomes minimum D 2 2 10 VERTICAL SIZE 1 Receive the monoscope pattern from the Pattern Generator 2 Using the remote control set the brightness and contrast to normal position 3 Activate the adjustment mode display of Fig 1 1 and press the channel button 11 on the remote control to select V SIZE 50 4 Adjust by using the VOL button on the remote control so that the Up Down OVER SCAN Quantity becomes equal to the Right Left OVER SCAN Quantity Receive a broadcast and check if the picture is normal Receive the monoscope pattern of NTSC Audio Video Input 7 Using the remote control set the brightness and contrast to normal position 8 Activate the adjustment mode display of Fig 1 1 and press the channel button 12 on the remote control to select V SIZE 60 9 Adjust by using the VOL button on the remote control so that the Up Down OVER SCAN Quantity becomes equal to the Right Left OVER SCAN Quantity 10 Receive a broadcast and check if the picture is normal on 2 11 BRIGHT C
63. ial Double Brown Dimensions W x D x H mm 658 x 575 x 529 Design As per Buyer s Description of Origin Yes Natural Dropping At 1 Corner 3 Edoes 6 Surfaces Drop Test Height cm 46 Container Stuffing 288 Sets 40 container G 17 Material Cabinet Front PS 94HB Cabinet Rear PS 94HB Holder PS 94 0 5 DISASSEMBLY INSTRUCTIONS 1 REMOVAL OF ANODE CAP Read the following NOTED items before starting work After turning the power off there might still be a potential voltage that is very dangerous When removing the Anode Cap make sure to discharge the Anode Cap s potential voltage Do not use pliers to loosen or tighten the Anode Cap terminal this may cause the spring to be damaged REMOVAL 1 Follow the steps as follows to discharge the Anode Cap Refer to Fig 1 1 Connect one end of an Alligator Clip to the metal part of a flat blade screwdriver and the other end to ground While holding the plastic part of the insulated Screwdriver touch the support of the Anode with the tip of the Screwdriver A cracking noise will be heard as the voltage is discharged GND on the CRT Screwdriver Support Alligator Clip GND on the CRT 2 Flip up the sides of the Rubber Cap in the direction of the arrow and remove one side of the support Refer to Fig 1 2 Rubber Cap Support 3 After one side is removed pull in the opposite direction to remove the other NOTE Take care
64. ions when you order parts Particularly the VERSION LETTER 1 MODEL NUMBER and VERSION LETTER The MODEL NUMBER can be found on the back of each product and the VERSION LETTER can be found at the end of the SERIAL NUMBER PART NO and DESCRIPTION You can find it in your SERVICE MANUAL IMPORTANT Inferior silicon grease can damage IC s and transistors When replacing an IC s or transistors use only specified silicon grease YG6260M Remove all old silicon before applying new silicon SERVICING NOTICES ON CHECKING A1 1 HOW TO ORDER PARTS A1 1 IMPORTANT CONTENTS GENERAL SPECIFICATIONS DISASSEMBLY INSTRUCTIONS A2 1 1 REMOVAL ANODE CAP stt ttt ttti 2 REMOVAL AND INSTALLATION OF FLAT PACKAGE SERVICE MODE LIST CONFIRMATION OF HOURS USED WHEN REPLACING EEPROM MEMORY IC ELECTRICAL ADJUSTMENTS Me m BLOCK DIAGRAM PRINTED CIRCUIT BOARDS MAIN CRT SIEBEN M UT SCHEMATIC DIAGRAMS MCN M MEM G4 G2 IF CHROMA E G 3 G 4 21PIN AV SW G 5 G 6 DEFLECTION CRT G 7 G 8 POWER G 9 G 10 SOUND G 11 G 12 STEREO 2 9 13 6 14 WAVEFORMS 2 1 H 4
65. l position 4 Activate the adjustment mode display of Fig 1 1 and press the channel button 03 on the remote control to select R DRIVE 5 Press the Page UP DOWN button on the remote control to select the R DRIVE G DRIVE M R CUTOFF or M G CUTOFF 6 Adjust the VOL button on the remote control to whiten the R DRIVE DRIVE CUT OFF CUT OFF at each step tone sections equally 7 Perform the above adjustments 5 and 6 until the white color is looked like a white 2 7 FOCUS 1 Receive an 70dB monoscope pattern 2 Turn the Focus Volume fully counterclockwise once 3 Adjust the Focus Volume until picture is distinct 2 8 HORIZONTAL POSITION 1 Receive the monoscope pattern from the Pattern Generator 2 Using the remote control set the brightness and contrast to normal position 3 Activate the adjustment mode display of Fig 1 1 and press the channel button 08 on the remote control to select H POSI 50 4 Press the VOL button on the remote control until the SHIFT quantity of the OVER SCAN on right and left becomes minimum 5 Receive the monoscope pattern of NTSC Audio Video Input 6 Using the remote control set the brightness and contrast to normal position 7 Activate the adjustment mode display of Fig 1 1 and press the channel button 39 on the remote control to select H POSI 60 8 Press the VOL button on the remote control until the SHIFT quantity of t
66. not to damage the Rubber Cap INSTALLATION 1 Clean the spot where the cap was located with a small amount of alcohol Refer to Fig 1 3 Location of Anode Cap NOTE Confirm that there is no dirt dust etc at the spot where the cap was located 2 Arrange the wire of the Anode Cap and make sure the wire is not twisted 3 Turn over the Rubber Cap Refer to Fig 1 4 4 Insert one end of the Anode Support into the anode button then the other as shown in Fig 1 5 5 Confirm that the Support is securely connected 6 Put on the Rubber Cap without moving any parts DISASSEMBLY INSTRUCTIONS 2 REMOVAL AND INSTALLATION OF 3 When IC starts moving back and forth easily after FLAT PACKAGE IC desoldering completely pickup the corner of the IC using a tweezers and remove the IC by moving with the IC desoldering machine Refer to Fig 2 3 NOTE Some ICs on the PCB are affixed with glue so be careful not to break or damage the foil of each IC leads or solder lands under the IC when removing it REMOVAL 1 Put the Masking Tape cotton tape around the Flat Package IC to protect other parts from any damage Refer to Fig 2 1 NOTE Masking is carried out on all the parts located within Blowariypa IG 10 mm distance from IC leads desoldering machine Masking Tape Cotton Tape Tweezers 2 Heat the IC leads using a blower type IC desoldering machine Refer to Fig 2 2 4 Peel off the Masking Tape
67. ss than 80 RH G 7 G 8 On Screen Display OSD Language Menu GENERAL SPECIFICATIONS Menu Type Picture Contrast Brightness Color Tint NTSC Only Sharpness Audio Bass Treble Balance BBE On Off Stable Sound On Off CH Tuning Manual Auto CH Allocation Language Clock Set On Timer Set Off Timer Set Pin Code Registration Panel Lock Nicam Auto Off Color System Sound System Auto 4 3 Default AV2 Output Output Source Source Control Level Volume Brightness Contrast Color Tint NTSC Only Sharpness Tuning Bass Treble Balance Back Light Nicam ST G A2 Stereo Tone 1 2 A B Surround On Off Pin Code Skip Channel Hotel Lock Sleep Timer Selectable Picture Wide Mode Sound Mute A3 2 Yes Character Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No No Yes Yes Yes Yes Yes No Yes Yes No Yes Yes Yes No No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No Yes Yes Yes No No Yes Yes Yes No No Yes No Yes English French Spanish Germany Italian Polski Sweden Netherlands Portugal Denmark Czech Slovak Hungarian Russian G 9 Clock and Timer GENERAL SPECIFICATIONS Sleep Timer Clock On Timer Off Timer Wake Up Timer Timer Back up at Power Off Mode Unit Glow in Dark Remocon Format Custom Code Power Source Total Keys Keys T TEXT Keys Max Time Step Program On Timer Program Off Tim
68. ssis Before removing the anode cap discharge electricity because it contains high voltage When removing a PCB or related component after unfastening or changing a wire be sure to put the wire back in its original position When you exchange IC and Transistor for a heat sink apply the silicon grease on the contact section of the heat sink Before applying new silicon grease remove all the old silicon grease Old grease may cause damages to the IC and Transistor Prepare the following measurement tools for electrical adjustments 1 Oscilloscope 2 Digital Voltmeter 3 Pattern Generator On Screen Display Adjustment 1 In the condition of NO indication on the screen Press the VOL DOWN button on the set and the Channel button 9 on the remote control for more than 2 seconds to appear the adjustment mode on the screen as shown in Fig 1 1 35 H POSI OSD 36 V POSI OSD 37 H POSI TEXT 38 V POSI TEXT 39 H POSI 60 00 CUT OFF 9 EXT VCO Status MMM 2 Use the Channel button 0 9 or Channel UP DOWN button on the remote control to select the options 3 shown in Fig 1 2 Press the MENU button on the remote control to end the adjustments NO FUNCTION CUT OFF RF AGC AGC GAIN R DRIVE R CUTOFF G DRIVE G CUTOFF B DRIVE H POSI 50 V POSI 50 V POSI 60 V SIZE 50 V SIZE 60 VCO COARSE VCO FINE VCO COARSE L1 VCO FINE L1 BRIGHT CENT BRIGHT MAX BRIGHT MIN FUNCTION TINT SHARP CONTRAST CE
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