Download Sharp 28KF-84H Service manual
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This file is provided FREE OF CHARGE from the electromaniacs.com community You are free to distribute this file to other persons who needs it , but without of charge Also on http://electromaniacs.com you can find thousands of service manuals , schematics free of charge 28KF-84H SERVICE MANUAL SE0028KF84H00 Issued:24th July 2003 GA-200 CHASSIS PAL I SYSTEM COLOUR TELEVISION MODEL 28KF-84H In the interests of user safety (required by safety regulations in some countries) the set should be restored to its original condition and only parts identical to those specified should be used. CONTENTS ELECTRICAL SPECIFICATIONS ................... 3 IMPORTANT SERVICING NOTES ................. 4 CONTROLS & TERMINALS ........................... 5 ADJUSTMENT PROCEDURES ...................... 6 LED FLASHING CODES ............................... 13 PRINTED WIRING BOARDS ........................ 14 COMPONENT LOCATION TABLES ............... 22 CHASSIS LAYOUT ......................................... 29 SCHEMATIC DIAGRAMS ............................... 32 BLOCK DIAGRAM ....................................... 45 TROUBLESHOOTING TABLES ..................... 46 ICs ADDITIONAL INFORMATION .................. 51 PARTS LISTING ............................................. 67 SERVICING NOTES.................................... 77 SOURCE OF DOCUMENTATION .................. 79 SHARP CORPORATION 1 This document has been published to be used for after sales service only. 28KF-84H SERVICE MANUAL UPDATE LOG SHEET Technical Report No. Technical Bulletin No. Cause / Solution Part No. Page No. Application Data /Serial No. Use this page to keep any special servicing information as Technical Report (Bulletin), Technical Information, etc. If only part number changes are required, just change part number directly the part number in the Parts Listing Section. If you need more information, please refer to the Technical Report (Bulletin). 2 28KF-84H ELECTRICAL SPECIFICATIONS •Focus ................. High Bipotencial Electrostatic •Power Input .................... 220V-240 Volts AC 50Hz •Sweep Deflection ............................. Magnetic •Power Consumption Normal Operation (Method IEC60107) ...............100W Stand-by Operation ..........................................1.5W •Picture Intermediate frequency .......... 38.9MHz •Sound Carrier Trap ........................... 32.9MHz •Audio Power Output Rating (MPO) / Impedance Internal Left Speaker ................................. 10W, 7Ω Internal Right Speaker ............................... 10W, 7Ω •Adjacent Sound Carrier Trap ............. 40.9MHz •Adjacent Picture Carrier Trap ........... 30.9MHz •Speakers Left / Right ................................................. 12 x 6cm •Aerial Input Impedance VHF/UHF ................. 75 ohm Unbalanced •Convergence (Maximum Misconvergence) Static (Centre) between any two colours ... 0.03 Dynamic after static equals zero Within 28 x 15 cm rectangle ........... 0.13 56 x 30 cm rectangle........................ 0.15 Everywhere else .......................................... 0.18 •Tuning Ranges ..... 45.75MHz thru 855.25 MHz VHF: IR A - J / CC01-CC68 (Hiperband) UHF: I21 - I69 CH cm cm cm cm •White Level Set brightness control to get total picture tube cathode current of 600 µA under no signal condition. Maximum necessary correction of each picture tube cathode current to get 8950 degrees K-20 MPCD screen temperature should not exceed 15% of its original value. X=0.290 ± 0.015 Y=0.284 ± 0.015 Specifications are subject to change without prior notice. WARNING The chassis in this receiver is partially hot. Use an isolation transformer between the line cord plug and power receptacle, when servicing this chassis. To prevent electric shock, do not remove cover. No user-serviceable parts inside. Refer servicing to qualified service personnel. 3 28KF-84H IMPORTANT SERVICING NOTES Only qualified service personnel are allowed to carry out maintenance and repair of this receiver. Servicing of High Voltage System and CRT It is important that the static charge is removed from the high voltage system when carrying out work on the receiver. This can be achieved by connecting a 10K resistor (with a suitably insulated lead) from the CRT cavity connector to the CRT ground tag. This must be carried out with the AC supply disconnected from the receiver. Note the following: • The CRT in this receiver employs Integral Implosion Protection. • If the CRT has to be changed it MUST be replaced with the correct type for continued safe working. • DO NOT lift the CRT by its neck. • When handing the CRT, ensure that shatterproof goggles are worn. • Ensure that the CRT is discharge before handling. X-Ray This receiver is designed to keep any x-ray emission to an absolute minimum. Some fault conditions and servicing procedures may produce potentially hazardous x-ray radiation levels. This is a problem when in close proximity to the receiver for long periods of time. To reduce any risks associated with this, please observe the following precautions: 1. When undertaking any servicing on this chassis, DO NOT increase the EHT to more than 33 KV, (at a instantaneous beam current of 1800µA). 2. Ensure that during normal operation the EHT does not exceed 30 KV (at a beam current of 1300µA). This level has been preset in the factory. Always check that this level has not been exceeded after carrying out any repair on the receiver. 3. DO NOT replace the CRT with any other type than that specified in the parts listing as this may cause excessive x-ray radiation. Before returning the receiver to the customer In addition to the above checks, the following should also be carried out before returning the receiver to the customer. 1. Inspect all the leads to ensure that they are dressed correctly and that they are not obstructed or pinched by any other parts. 2. Ensure that all protective devices are in good condition. These will include nonmetallic control knobs, insulating fish papers, cabinets backs, compartment covers or shields, mechanical insulators, etc. 4 28KF-84H CONTROLS & TERMINALS HOW TO OPEN THE DOOR 8 Lift the projection at the lower right of the door with your finger in the direction of the arrow. 1 2 3 ! " # $% $$ 69,'(2 9,'(2 /6*, $ $ ! ! "! #$ %&'! " #$%("$! # $) $% ('*+,$%*, '$! $$ *('-! $ *('#.! $ /.$012345466.! & &+ 5''' $8',2 $'() $ )*,*)!. *+,$%*, '$,$)( )%$*'7!. *+,$%*, '$( ') * 6&$57 3(5,7(/(9,6,21 * $97(50,1$/ $ $ 5 28KF-84H REMOTE CONTROL 1. 19. 2. 20. TV 1. Stand-by button (TV) Video 2. Power button (VCR) TV 3. 0 ~ 9 digit buttons 4. Flash back button Teletext 5. GREEN button 6. RED button TV 7. Volume DOWN button 8. MENU button 3. Teletext 4. 5. 6. 21. 22. 23. 9. 10. 11. 12. 13. 14. REVEAL button LIST button STORE button CANCEL button HALF PAGE button RESET button Video 15. 16. 17. 18. Rewind/picture search reverse Play button Pause/Still button Stop button TV 19. TV/VIDEO button 20. Channel Call button 21. Single/Double entry button Teletext 22. YELLOW button 23. BLUE button TV 24. 25. 26. 27. TV /Teletext 28. CLOCK button TV 24. 7. 25. 26. 8. 27. 9. 28. 10. 11. 29. 12. 31. 13. 32. TV 29. Sound mode button 14. 15. 16. 33. 34. Teletext 30. HOLD button 35. 36. TV 31. Sound Mute button Teletext 32. TEXT/MIX/PICTURE button 33. INDEX button Video 34. 35. 36. 37. 30. 17. 18. 37. Channel UP button Volume UP button Channel DOWN button Wide mode button Channel UP button (VCR) Fast forward/picture search forward Channel DOWN button (VCR) Record button ADJUSTMENT PROCEDURES All adjustments to this chassis, except for focus, are carried out in the Service Mode. Service Mode The Service Mode is provided to enable the engineer to correctly set up the receiver to the CRT fitted in the set. Note that these adjustments may vary from one receiver to another. To enter the Service Mode, carry out the following procedure. 1. Connect a test pattern to the antenna terminal. 2. Tune the receiver to this signal. 3. Turn the receiver off using the mains switch. 4. Press volume down and channel up buttons on the front of the receiver at the same time. 5. Keeping these buttons pressed, turn the mains on. 6. When the set starts up it will be in Service Mode. 7. Release the two buttons. 6 1 Figure 1 8 28KF-84H • Use the channel up and down buttons to move between the options. • Use the volume control buttons to change the data. • To store the data, use the stand-by button on the remote control. • To exit the Service Mode, turn the receiver off using the mains switch. When the Service Mode is entered the following On Screen Display appears: SERVICE SOFTWARE 28KF84H ∗∗-∗∗∗∗∗ SW on: XXXX SW off: XXXX Hours ON: XXXX The figures displayed in the “XXXX” locations are hexadecimal representations of the number of times that particular function has been executed. For example if the hexadecimal number displayed after “SW ON” was 0E4A, this would correspond to the receiver being turned on 3658 times. X Adjustment menu: The following adjustments can be carried out in the Service Mode. 01. Horizontal Shift 02. East West Width 03. Pin Phase 04. Pin Amp 05. Upper corner correction 06. Lower corner correction 07. Extreme Corner Correction 08. Vertical Linearity 09. Vertical Angle 10. Vertical Bow 11. Vertical Amplitude 12. S Correction 13. Vertical Shift 14. Red Cut Off 15. Green Cut Off 16. Blue Cut Off 17. Alter NVM Pag (Page) 18. Alter NVM Pos (Position) 19. Alter NVM Val (Value) 20. Teletext Mix Mode Contrast 21. Teletext Contrast 22. OSD Contrast 23. DVCO Adjustment (Only PAL) 24. DVCO Adjustment (Only NTSC) 25. AGC Adjustment 26. Auto Installation On/Off When in the Service Mode it is possible to access certain functions by using the teletext keys as below. • By pressing the Blue button each adjustment can be directly accessed via the remote control. Referring to the list above, press the Blue button followed by the adjustment number, this will directly access the selected adjustment. If any number above 26 is selected, the set will revert to the Service Mode entry page. To access a number less than 10, use the 0 key first, i.e. 02. • Press the Yellow button to go straight to the AGC adjustment. • Press the Green button once to enter “FACTORY VOLUME” level. Use volume control keys to change the setting. The original value will be recovered after resetting the TV set. • Press the Green button twice to enter “FACTORY BALANCE” level. Use volume control keys to change the setting. The original value will be recovered after resetting the TV set. • Press the Red button once to enter “FACTORY CONTRAST” level. Use volume control keys to change the setting. The adjustment is stored automatically. • Press the Red button twice to enter “FACTORY BRIGHTNESS” level. Use volume control keys to change the setting. The adjustment is stored automatically. • Press the Red button three times to enter “FACTORY COLOUR” level. Use volume control keys to change the setting. The adjustment is stored automatically. • If buttons 0 through 9 are pressed, the set will automatically go to that program number. Note that in case the blue button has been used before, the program number should be requested by using two digit number (01...99). • By pressing the Menu button, the unit will normalise Picture and Audio settings. The Auto Installation is then turned “on”. 7 28KF-84H The following geometry adjustments can be carried out. Detailed instructions on how to execute these are given on the following pages: Horizontal • Horizontal Shift • East West Width • Pin Phase • Pin Amp • Vertical angle • Vertical bow • Upper Corner Amplitude • Lower Corner Symmetry • Extreme Corner Symmetry Vertical • Vertical Amplitude • S Correction • Vertical Shift • Vertical Linearity Just in case the TV set requires a full geometry adjustment, please proceed first with Vertical according to the above order, and after that, adjust Horizontal according to the above order. Horizontal Shift Adjust the horizontal shift so that the picture is centred. The effect of this adjustment is shown in figure 2. • When the volume up button is pressed, the picture moves to the left. • When the volume down button is pressed, the picture moves to the right. • Press the stand-by button on the remote control to store. Figure 2 East West Width Adjust the East West Width so that 8% over-scan is achieved. The effect of this adjustment is shown in figure 3. • When the volume up button is pressed, horizontal scanning increases. • When the volume down button is pressed, horizontal scanning decreases. • Press the stand-by button on the remote control to store. Figure 3 Pin Phase Adjust the Pin Phase so that the picture is symmetrical top and bottom. The effect of this adjustment is shown in figure 4. • When the volume up button is pressed, side pincushion changes. • When the volume down button is pressed, side pincushion changes. • Press the stand-by button on the remote control to store. Figure 4 Pin Amp Adjust the Pin Amplitude so that the picture is centred. The effect of this adjustment is shown in figure 5. • When the volume up button is pressed, side pincushion changes from pincushion to barrel shape. • When the volume down button is pressed, side pincushion changes from barrel shape to pincushion. • Press the stand-by button on the remote control to store. 8 Figure 5 28KF-84H Upper Corner Correction Adjust the Upper Corner Correction so that the picture is centred. The effect of this adjustment is shown in figure 6. • When the volume up button is pressed, side pincushion changes from pincushion to barrel shape. • When the volume down button is pressed, side pincushion changes from barrel shape to pincushion. • Press the stand-by button on the remote control to store. Figure 6 Lower Corner Correction Adjust the Lower Corner Correction so that the picture is centred. The effect of this adjustment is shown in figure 7. • When the volume up button is pressed, side pincushion changes from pincushion to barrel shape. • When the volume down button is pressed, side pincushion changes from barrel shape to pincushion. • Press the stand-by button on the remote control to store. Figure 7 Extreme Corner Correction Adjust the Extreme Corner Correction so that the picture is centred. The effect of this adjustment is shown in figure 8. • When the volume up button is pressed, side pincushion changes from pincushion to barrel shape. • When the volume down button is pressed, side pincushion changes from barrel shape to pincushion. • Press the stand-by button on the remote control to store. Figure 8 Vertical Linearity Adjust the Vertical Linearity so that the upper and lower parts of the picture are symmetrical. The effect of this adjustment is shown in figure 9. • When the volume up button is pressed, the upper picture scanning decreases and the lower picture scanning increases. • When the volume down button is pressed, the upper picture scanning increases and the lower picture scanning decreases. • Press the stand-by button on the remote control to store. Figure 9 Vertical Angle Adjust the Vertical Angle so that the picture is centred. The effect of this adjustment is shown in figure 10. • When the volume up button is pressed, the vertical angle changes to right. • When the volume down button is pressed, the vertical angle changes to left. • Press the stand-by button on the remote control to store. 9 Figure 10 28KF-84H Vertical Bow Adjust the Vertical Bow so that the picture is centred. The effect of this adjustment is shown in figure 11. • When the volume up button is pressed, the vertical bow changes to left. • When the volume down button is pressed, the vertical bow changes to right. • Press the stand-by button on the remote control to store. Figure 11 Vertical Amplitude Adjust the Vertical Amplitude so that 8% over-scan is achieved. The effect of this adjustment is shown in figure 12. • When the volume up button is pressed, the vertical size of the picture increases. • When the volume down button is pressed, the vertical size of the picture decreases. • Press the stand-by button on the remote control to store. Figure 12 S Correction Adjust the S Correction so that the picture symmetrical between the top, centre and bottom. The effect of this adjustment is shown in figure 13. • When the volume up button is pressed, the top and bottom scanning decreases and the centre scanning increases. • When the volume down button is pressed the top and bottom scanning increases and the centre scanning decreases. • Press the stand-by button on the remote control to store. Figure 13 Vertical Shift Adjust the Vertical Shift so that the picture is centred. The effect of this adjustment is shown in figure 14. • When the volume up button is pressed, the picture moves up. • When the volume down button is pressed, the picture moves down. • Press the stand-by button on the remote control to store. Figure 14 Colour Adjustments The following adjustments should only be carried out when the CRT, IC850, IC851 or IC852 are replaced. G2 and Cut Off Adjustments 150 V 1. Follow the procedure below to set the G2 1.1 Tune the set to the output of a signal generator (cross hatch pattern). 1.2 2. In the user menu, set the picture levels to the FACTORY settings (normalized). 1.3 Connect the oscilloscope to the RED cathode (pin 8 of CRT socket) and adjust G2 to read 150V on the sensor pulse as in the drawing: Note: Oscilloscope should be adjusted for vertical TV field trigger and synchronized with video signal. 10 CH1 gnd Figure 15 28KF-84H 2. Follow the procedure below to set the Cut Off 2.1 Adjust G2. 2.2 Tune a white pattern. 2.3 Adjust colour to minimum. 2.4 Position colorimeter in the centre of screen. 2.5 Adjust brightness and contrast to obtain a luminance of ≈20 NITS. 2.6 Operate in Service Mode and select location RED CUT OFF, GREEN CUT OFF and BLUE CUT OFF, to obtain colour coordinates: X=0.290 ± 0.015 Y=0.284 ± 0.015 To increase press volume-up button and to decrease press volume down button. RED CUT OFF alter «X» coordinate. GREEN CUT OFF alter «Y» coordinate. BLUE CUT OFF alter «X» and «Y» coordinate. They will be stored automatically. Colour Adjustment Alternative Method In case that the required equipment (Colorimeter / oscilloscope) is not available, please follow the procedures below to obtain correct G2 and Grey scale settings (R-G-B Cut Off). Alternative Method to set the G2 Follow the procedure below to set the G2: 1. Tune the set to the output of a signal generator (Cross-hatch pattern). 2. In the user menu, set the picture levels to the FACTORY settings (normalized). 3. Connect a DC voltimeter at the Red amplifier output (Pin 9 IC850) and adjust G2 to read 145VDC (±5V). Alternative Method to set Cut Off Do not change the Cut RED value (50%). 1. Adjust G2. 2. Tune a grey scale pattern. 3. Adjust colour to minimum. 4. Operate in Service Mode and select location GREEN CUT OFF and BLUE CUT OFF. 5. Adjust these parameters until achieve a correct grey scale tracking. To increase press volume-up button and to decrease press volume down button. Press the Store button of Remote Control to store all values. Changing NVM Data To change the data contained within the Non Volatile Memory, it is necessary to first select the page the data is stored in, then the position and finally to change the data itself. The procedure below outlines this process. 1. While on ALTER NVM PAGE, use the volume up/down buttons to change this data (it is shown in hexadecimal format). 2. Press the channel up button and ALTER NVM POSITION appears, use the volume up/down buttons to change this data (it is shown in hexadecimal format). 3. Press the channel up button and ALTER NVM VALUE appears, use the volume up/down buttons to change this data (data is shown in hexadecimal format). 11 28KF-84H 4. Once this data has been set, press the stand-by button to store. 5. If another NVM value has to be changed, use the channel down button to select the page or position and repeat as necessary. Note: DO NOT change any NVM data, unless you have been advised to do so by a Sharp representative. If data is incorrectly changed, serious damage may occur to the receiver. Contrast Adjustments Three types of contrast levels can be varied as listed below: • TELETEXT MIX MODE CONTRAST • TELETEXT CONTRAST • OSD CONTRAST Use the volume up/down buttons to adjust to a suitable level, they will be stored automatically. DVCO Adjustment (PAL) Carry out the DVCO Adjustment (PAL) as shown below: 1. Receive a color pattern signal (PAL). 2. While in the DVCO ADJUSTMENT (PAL) menu, press the stand-by button. 3. The adjustment will be carried out automatically and stored. DVCO Adjustment (NTSC) Carry out the DVCO Adjustment (NTSC) as shown below: 1. Receive a color pattern signal (NTSC 3.58). 2. While in the DVCO ADJUSTMENT (NTSC) menu, press the stand-by button. 3. The adjustment will be carried out automatically and stored. Automatic Gain Control Adjustment To correctly align the Automatic Gain Control, follow the procedure outlined below: 1. Tune the set into a pattern generator on CH-21. 2. Adjust the signal strength of the pattern generator to 57dB/uV. 3. Enter the Service Mode. 4. Press the channel up button of Remote Control to select “Automatic Gain Control”. 5. Press the stand-by button on the remote control. 6. The adustment will be carried out and stored automatically. Auto Installation On/Off To return the receiver to the original Auto Installation mode, using the volume up or down button, set the Auto Installation On/Off to On. This setting is automatically stored and when the receiver is turned on the next time it will start up in Auto Installation mode. Postcode Password Reset In order to reset the PostCode when password is not on mind, enter and exit the Service Mode. 12 28KF-84H LED FLASHING CODES This model is not provided with stereo led, so to let “flashing codes” for IC failures detection when the TV set does not work, we offer the next solution: • The detection of failure will be made with an external LED. • The output of the flashing code will be via AV1 (pin 10). • Insert a generic led diode between pin 10 and ground (i.e. pin 5) as shows the below picture. 20 21 18 19 16 17 14 15 12 13 10 11 8 9 6 7 4 5 2 3 21 1 Follow the sequence according to the below information, as a guide to fault finding. 1. Unable to read or write into NVM: 66% ON, 33% OFF twice and OFF for a second. On Off 2. MSP 3410 failure: 66% ON, 33% OFF for three times and OFF for a second. On Off 3. SDA 9380 failure: 66% ON, 33% OFF for four times and OFF for a second. On Off 4. VSP 9402 failure: 66% ON, 33% OFF for five times and OFF for a second. On Off 5. TDA9886 failure: 66% ON, 33% OFF for six times and OFF for a second. On Off 13 28KF-84H PRINTED WIRING BOARDS F7351N5 Mother Unit PWB. Component side. (RC) J1 23 C701 J4 + S701 D1002 D1001 E C Q706 L701 (OPC) J5 S703 QP R1036 4 D1017 (SW1) 1 C1022 3 LP701 (SWRC) M1000 1 24 K7351BM S705 3 S704 S702 1 25 (ST) J3 C703 R730 R770 C706 VR701 C799 R774 22 D702 21 D703 D701 20 3 (AA) C746 1 J17 D704 C704 J196 1 (G) 2 R714 19 R746 R798 C798 R755 C702 POR701 18 C712 + C753 Q701 S PRDAR5531BM FB703 D746 C734 R711 C707 3 + IC703 D + G T702 R799 2 R749 Q703 G S D717 R779 R778 R722 R725 C710 D734 PRDAR5531BM R718 PRDAR5531BM D718 C717 + + + J220 C709 D735 G J47 C902 R758 Q702 R723 S 12 D D729 C748 13 C796 J42 D752 D + C903 R719 R728 HOT 14 C738 R756 JF902 D710 D903 R757 D711 R790 15 + C711 R909 (M) 1 C705 C725 J41 T3.15AH R787 1 J35 F701 16 4 C730 D712 C713 J34 J32 17 J33 3 C721 R721 D736 7 1 R657 PRDAR1563BM L605 J9 R609 D609 C639 T601 JL1. C617 (L2) R C624 D607 J96 R627 D S C644 C626 C C625 D618 Q612 PRDARA027WJ R668 G C619 D606 D620 FB601 J132 9 D R618 B 1 2 J121 G R612 Q602 + 10 C63 + D610 D619 C603 Q601 E R666 J122 J97 D617 7 6 J82 C628 B E 5 J9 L609 Q605 (L5) (F) C630 C609 L606 9 8 J84 D510 J57 J56 R530 R603 C621 D605 D613 TP601 R651 R606 C620 C642 D612 + R614 TP602 C627 C643 + C622 JL1 + C613 + 10 COLD J58 J59 C640 11 J83 L601 J202 C520 J203 C623 + + FB603 L602 L611 R667 S 3 8 J194 7 5 6 K C602 4 D638 PRDARA027WJ 1 C601 4 J133 5 4 R4 (MO) J134 A (VIB) 1 3 21 20 R1009 12 13 D627 R671 J172 + J171 D611 21 4 11 (AV1) R663 2 Page 15 C634 20 R215 R660 (L7) R617 1 R650 5 Y DIP (H) 0 X 1 2 3 4 5 6 7 8 9 14 10 11 12 13 14 15 16 17 28KF-84H F7351N5 Mother Unit PWB. Component side. . L352 J29 C362 D306 L320 C376 L353 J16 R387 6 J24 C728 T701 D728 5V R776 J40 IC702 17 IC708 D1010 JF23 IC305 D740 D753 D608 J48 R738 1.8V J176 J53 14 8V MSP J188 R501 L501 R780 3V3 C752 J189 R704 J190 R601 10 15 IC704 J183 J52 F704 C1047 J54 J208 R553 R796 D722 C504 16 + J49 J50 D745 J51 R1045 TP701 J191 + D720 PRDAR5531BM R734 J46 J206 R345 J44 J37 D721 J207 18 C735 R797 16 J25 FB304 1 Q797 SUBWOOFER PRDAR5531BM J39 + R699 + IC705 (SB) 13 + J28 C733 + R795 R733 L705 J38 19 R390 R391 + 3V3 STBY C757 F702 CN3 J31 + C799 + + IC706 1 J30 R772 R717 J195 C729 C720 C737 2 20 . + FB704 J27 QPWBF7351BMN5 + R702 J216 C751 21 C377 ESPA¥A L704 R759 C732 J21 + FB701 (VS) R359 J23 L316 C727 D727 + + -16V C726 11 C372 JF70 + J20 J212 J215 J19 22 C365 L315 +16V J14 L702 C378 IC302 10 R337 J18 D719 L351 1 (S) J22 J209 C370 (FRONT) (YC) L303 D798 J11 L350 J13 J193 R747 (HD) L302 23 C361 20 C363 IC301 C351 C1031 + C1052 C389 24 R358 + R423 C352 4 IC304 2 6 (FV) (PHONE) 1 (SS) C388 5 3 1 10 + 1 R351 C356 + 7 1 3 8 + QPWBF7351BMN5 25 C742 J177 J180 R1024 J92 J91 J90 J80 J81 J78 J76 J77 J74 J71 J72 J70 J64 J65 J66 J67 J68 J69 J119 J120 J116 J117 J118 J115 J114 J200 R208 J199 R414 R417 6 5 IF1 IF2 IC202 1 SF201 C201 SF202 1 33V 5 C204 R223 J169 J168 J16 R2 R2 R2 DA CL J17 AS C221 L203 TU + (RGB) + + C222 16 17 18 19 20 21 22 23 24 25 15 26 27 28 1 AGC J174 2 C215 2 (AV) 3 D2 D2 1 J173 4 R2 B+ C422 J163 L202 J161 J162 J160 C309 R302 FB303 C303 R413 (VIA) Page 14 X201 CN1 C304 J157 J155 J156 FB302 R442 2 R301 J144 J145 J143 C318 C316 C317 J153 + J166 5 1 C205 C312 + + + (CR) 1 J149 J159 + J152 1 C301 J131 J158 + R303 R304 C311 + J154 C308 + J137 C302 J142 J151 J147 J148 J140 FB301 J198 (FI) C319 J139 R213 J89 (SA) C320 R416 J130 J100 R640 J126 7 12 J167 + J136 J88 1 X301 J141 BLUE C330 J113 R415 J129 R443 J128 R441 8 J106 J125 + C417 24 J110 J107 J108 J103 + C637 J104 J105 J124 J127 4 2 J219 R654 J101 C636 25 J214 J181 J102 1 J95 24 J98 J99 9 L301 2 R666 R344 J73 IC501 J63 R503 J62 R518 R611 J60 J61 D508 J182 R505 J201 J204 25 + J87 MOD.DIGITAL 1 + R214 (YA) C618 + J94 + J93 10 J187 + J84 JF59 FB501 11 + J85 J197 J179 J185 J186 + J86 J184 C511 C526 (YB) + C524 J205 12 L319 J55 R509 R555 J79 L318 C535 C536 + J83 J175 + Q502 JF61 JF60 20 29 Y C212 30 TH201 31 32 33 X 28KF-84H J6 C390 J11 J8 C727 C726 L702 J18 D719 (VS) + + R745 FB701 R795 J28 F702 C728 IC705 R744 R741 J37 150V C749 C708 Q502 J182 J60 R505 J61 R518 R506 R504 J63 JF59 J85 J87 C629 D637 R640 J192 C633 C644 + R655 J136 J137 C314 C315 R440 R341 C394 D436 C393 R43 R427 R438 C334 C398 R305 R319 C341 C331 K J153 D426 C403 R314 R321 C338 R320 C340 (VIA) R428 C336 C333 R306 D429 K FB302 C433 R (CR) D430 J155 J156 K R316 R310 K D410 Q407 K K C342 R311 + C308 J157 C316 J173 D422 J151 J152 R343 J144 J145 R312 40 + R411 J154 J166 R420 R419 R421 K K D423 R313 FB301 R407 D434 K D425 R408 C397 K C337 R318 C339 D437 + R441 J142 D405 R452 C343 D424 C417 J141 R304 R412 K R418 J140 C317 K R673 Q611 J126 J128 R303 D406 R634 R633 C319 R413 K D409 R410 R325 C396 C345 C344 R323 FB303 K D407 K D408 R641 C637 + C321 C305 + R302 C309 C303 R322 K C392 R324 D431 K + C212 +C310 C304 R327 C348 J124 R442 J130 C313 C306 R301 J161 J160 J162 K D305 + C347 R326 + 1 C307 K C346 1 41 D723 J158 J159 R422 C221 C737 Q709 J108 J107 J106 J210 R210 C207 J167 2 L203 J174 TU K C302 D303 C311 D304 K Q403 C395 JF9 2 3 C320 R63 D636 + K K J125 J139 C312 4 AS C322 + J131 J163 J168 J169 L202 R223 + 24 R644 J101 J103 65 R635 C632 J99 J129 J127 IC303 R214 D631 C540 R409 K D411 K Page 17 C214 C213 C422 + R531 K D633 K J98 X301 + C328 CN1 R230 + C204 5 J170 Y J146 JF54 JF28 R206 JF7 C203 6 C215 1 R309 C325 C3313 D302 K Q201 12 C206 DA CL JF8 D205 IC201 X201 C202 C218 JF6 C324 64 C301 C219 R220 R219 D204 C209 13 R207 J181 J102 R654 C326 J217 R231 B+ R217 R225 R202 9 8 7 R211 R205 R240 C205 C208 24 IF2 C211 J164 R203 R204 JF10 2 (FI) R209 SF202 J149 IC202 R221 JF5 C323 80 R554 J93 J94 J143 C318 J213 J111 J113 J147 J148 C210 L205 GND 3V3 STBY 1 1 R201 J199 R208 R212 IF1 R370 J198 R222 Q202 R369 (SA) K D203 K D202 K D201 (YB) 24 J104 R308 12 MOD.DIGITAL K C330 7 6 R656 J110 R307 + R638 J86 D615 J219 J105 J214 J109 J84 J205 J197 J179 C526 R622 J222 J221 R424 R416 R415 R417 R414 J115 J200 J114 R213 J118 J117 J116 8 J120 J119 C1023 24 D R555 25 2 L802 C736 C506 J88 C618 Q606 1 Q503 R605 + 9 J89 +3V3 JF62 R815 +5V J95 C817 +1.8V FB305 J204 J201 K D507 + R511 (YA) 25 Q505 C510 J180 C534 10 MOD.DIGITAL R816 C733 IC502 R549 R536 R515 R537 R544 R512 R513 + FB501 J187 J62 J208 C522 R510 C503 + J186 J65 J64 J67 J66 J69 J68 J70 J72 J71 J74 J73 J76 R1024 J77 J78 J80 J81 J90 C502 C511 J185 J92 J175 R509 J184 D508 J177 IC501 C524 11 10 JF61 JF60 L501 J55 C535 R738 R601 D511 R514 C507 L319 J91 IC503 R534 12 F704 R780 + C536 D753 J48 J191 R502 C525 R545 R535 R548 16 J53 C327 R704 D720 D740 D608 J52 R516 K J190 + C742 L318 J79 C504 C329 R345 + C752 13 J27 D745 J176 R501 J189 1 D750 R737 J49 J50 J183 J188 2 C722 R503 JF23 Q1011 IC305 3V3 C740 Q1004 R1051 K J195 D721 R1056 R1039 Q1010 1 IC704 1.8V J206 2 R739 K R742 J207 D722 J54 R1047 14 + K C741 3 R743 IC R740 D748 R717 J29 R526 C1047 R796 + 15 J46 R1045 D1010 R766 R699 C508 C505 1 S R1046 D1011 R734 J51 C743 R1025 2 S Q796 J44 R797 3 R1026 R776 J40 IC708 16 D R794 R761 G R1044 R777 R765 R764 C757 G R553 Q710 R390 C739 C735 + C731 2 Q797 J38 J39 D728 Q708 R767 1 K R736 17 3 R775 R733 R735 R771 J25 IC702 J216 J24 C729 J31 C751 D747 C732 K IC706 C720 + L705 C1045 JF11 J30 (SB) R391 R702 + CN3 D727 R759 R747 R330 J9 C389 C388 K D308 J19 1 J218 R388 18 3 R423 C406 JF29 R328 C383 R333 R334 + J20 R338 R339 K J193 D798 R337 J14 J212 J215 L316 C1052 L303 (YC) C386 L704 C1046 4 C391 L302 J13 C1044 3 (FV) 3V3 STBY 5V FB304 IC304 J21 R387 J22 Q307 C370 5 R436 C416 K J211 20 19 D311 K J15 L315 R362 11 Q306 C365 L320 D310 + IC302 20 R380 C371 R374 C366 + J23 Q308 C377 R356 C367 Q309 R389 21 C369 C379 C372 + JF70 C376 R360 L351 (SS) 1 J7 (HD) L350 C352 C374 J16 22 R355 + C368 C378 R336 C384 C351 IC301 C373 R357 R359 R335 C387 R385 20 C375 Q305 11 + L353 (S) R350 + C1031 1 (FRONT) R329 23 R346 R384 C354 C364 R331 C362 R382 C358 C350 C361 C1043 R375 R352 C380 C382 + C363 C357 L352 24 QWBF7351BMN5 8 D306 C356 D307 R351 C359 C353 J12 R353 C360 R358 C381 JF71 R332 C385 JF72 JF73 F7351N5 Mother Unit PWB. Copper side. 25 C222 TH201 33 X 32 31 30 29 28 27 26 24 25 16 23 22 21 20 19 18 17 16 28KF-84H F7351N5 Mother Unit PWB. Copper side. R707 E R1015 JF55 R1032 (RC) 25 R1031 (SW1) S702 (SWRC) + S701 2 1 22 D704 C706 3 J17 C704 T1 20 T2 Q707 R714 C702 1 (G) Q721 F701 R753 HOT D707 R752 + D741 R748 Q704 1 D710 Q902 K 2 K D618 D619 FB601 Q604 Q602 Q608 R608 C642 D612 2 5 3 4 J132 J133 7 5 6 JF1016 4 JF1015 JF1014 JF1013 12 JF1012 JF1011 JF1010 JF1009 11 R660 JF63 11 2 12 JF1007 K D640 JF1002 JF1003 R215 13 J171 D611 3 R1009 JF1001 + K 1 R650 R661 R1049 K . JF1004 JF1005 JF1006 C634 R663 D1018 D639 (AV1) 13 6 1 8 F7351BMN5 J172 R662 14 T601 9 D1020 D643 + + 10 D A K JF24 C613 C610 D610 G C602 D1021 J150 C432 C620 D620 R616 C608 R617 (H) 15 C622 J97 E R1010 D404 K 8 7 K D1019 C412 (AV) R405 -13V + E R612 D606 C612 D638 K K R453 D403 R451 K D421 (VIB) D427 K R407 R629 R630 J134 J165 K R425 C403 D617 C601 D402 K 9 D609 Q603 K R406 R651 R606 J56 L609 C B J96 R620 (MO) R426 16 D613 C604 D627 Q406 D411 K D420 R614 C605 R610 J194 R1050 R440 R664 Q614 R665 10 D S R626 D642 + C641 L606 K C607 D644 C R607 K C1049 C644 R667 R672 B R631 R760 Q609 K 11 + JF1008 S K Q601 J121 R628 G D622 R441 R437 C628 K R618 D D623 R439 D624 D604 R668 D641 C635 R632 R637 + R627 Q612 IC601 J192 34 K C603 J122 L601 R530 G Q613 R609 C639 636 + Q607 D616 D625 R666 12 L611 R645 S R639 13 R670 K C631 R669 D607 R635 C632 L605 C617 R214 C624 R531 C606 K C541 R554 + R658 D902 R908 JF902 D904 K Q605 R657 R623 (F) C609 + C643 C630 J83 J82 1 R643 J85 J58 J59 C627 R605 R638 D510 R621 R604 G J84 J57 C640 K R906 R907 L602 C623 25V 13V J202 J203 D512 COLD + S 14 C901 R901 FB603 C520 C905 C902 K C903 01 Q503 Q901 JF901 R902 C908 C907 C906 R756 D711 R790 R757 R758 C748 Q724 R779 15 R903 + K 16 R904 R905 R727 J220 C717 D737 2 D901 C716 D718 D708 D713 D736 + J47 R728 R718 K C718 K D732 R788 R789 J32 D752 D725 D733 K R781 C796 K R726 K R778 R731 S 17 (M) K R909 D729 G C904 D714 R703 R701 R719 Q703 3 R910 C738 J42 R787 C710 R721 C755 + R749 C721 7 K D716 R729 C723 R725 C708 D735 Q723 D717 R722 D734 K D730 K D731 R723 K Q712 R716 R710 3 1 J41 D 18 4 IC709 Q720 R786 R782 R715 C711 C725 J35 S G Q705 K C754 R751 C756 400V D R705 C713 6 R750 IC701 R754 D712 R785 R783 C730 R799 G R709 Q702 10 + R784 C712 C705 1 19 C753 POR701 R712 R711 Q701 R700 C715 16 R708 K D R768 C724 J36 C719 R732 R706 D715 FB703 3 1 J33 4 D743 Q713 4 S 2 J34 T702 Q714 K 1 27 D746 R791 + R793 C798 R773 R792 R713 3 C714 G IC703 2 R438 21 3 (AA) J196 6 Page 16 1 4 R798 17 R770 C701 C746 R730 D701 R747 FB701 D702 R774 J11 C703 R1099 R1017 23 D703 C799 408 24 LP701 C J3 VR701 D1001 (OPC) R1014 D1002 (ST) JF56 JF153 J1 JF151 R1013 D1017 C1022 J5 R1019 Q706 Q1002 Q1003 J4 R1037 R1055 JF58 S703 S704 S705 M1000 R1042 R1030 R1053 . 10 9 17 8 . 7 Y 6 5 4 3 2 1 0 X 28KF-84H F7269N4 CRT Unit PWB Component side (H) R883 IC851 C877 R856 B Q851 1 2 3 4 C5414 B Q5407 R5415 7 R5417 (SVM) D5403 J11 C5422 R5445 R5444 R5435 R1617 R5432 R1616 J20 Q5412 C1611 (MO) C1609 C1613 R1622 R1623 E C Q1603 10 11 12 JF8 E E C Q1604 1 13 Q5410 (B) . F7269BMN4 K7269BM 9 C5427 R5433 R1624 C 1 E E C R5447 1 R1621 D871 C1614 R5434 D5408 Q5411 D1607 C J25 R5431 C1612 J16 C5425 18 R5427 C5405 R1618 R1615 IC1601 B 8 E Q5406 C C5407 C890 R871 C1610 C1608 R5449 R5448 E E D5409 L2 J5 6 C5421 R5416 C5419 R891 SG861 SG862 R892 R1620 R1619 J15 5 R5419 C5411 C5408 R5418 R5442 ESPA¥A X L864 C Q5405 1 (Q) Y 0 E R889 R851 C883 C882 SG860 L1603 R852 C5426 1 C5409 21 + + D852 + J13 C874 (RT) FB852 D863 C885 C893 R853 R859 D851 C884 B Q5408 R5443 + C853 R894 9 IC852 R876 4 E R5437 SC861 9 BLUE E 5 7 R5424 3 R5421 B11 R884 1 SG863 D867 1 2 R897 C850 J21 6 Q5415 Q861 C852 R5446 C5418 01 R886 C JF7 J10 C C856 J14 R881 C857 J17 C R887 D861 R872 C865 Q860 R882 R874 Q859 + 3 D864 R885 E E (G2) R D865 R865 R866 JF6 R5440 C871 R862 G 8 C880 R880 R5441 D870 C894 R888 RED 9 IC850 J1 J8 C887 J18 1 JF4 J9 D868 R850 C881 FB850 R858 J4 6 E R861 D866 J6 D869 Q855 R855 J7 C861 8 4 R895 C888 J12 R1801 JF1 C869 + R854 R863 SG865 + (K) R860 R893 L3 + Q852 C C JF5 J3 E + 8 C C5417 R5436 C863 + E B E + Q853 E C868 J23 C895 C854 R857 9 1 E C Q854 Q5414 + C851 Q858 C891 D5411 J19 D862 + + C JF3 R5438 J24 E L863 1 E JF2 5 R5420 C5410 9 D5410 Q857 C 10 7 C5420 C5424 GREEN C 11 R5425 FB851 D5404 R873 R875 R868 R870 R867 R5439 C892 R869 C855 R864 C889 Q856 C862 + E + 12 + C859 13 14 15 16 17 28KF-84H F7269N4 CRT Unit PWB Copper side 13 (B) Q1604 13 12 C889 C859 R869 + Q858 Q853 R855 Q855 D869 FB850 C861 J7 R858 R860 R863 (K) D868 J18 J8 J1 C871 C887 + R5440 C893 C5425 J15 J5 J17 2 C857 1 + R876 (Q) 1 C856 Q5415 1 IC852 C884 R884 3 C C C852 9 C5426 Q859 Q860 R874 R882 Q861 R885 J10 JF7 C865 R881 FB852 C885 R852 R892 D863 C1608 (MO) Q1603 F7269BMN4 14 + E B 1 R1621 + C R866 SG862 E 4 E R5448 C1613 C JF6 E C R853 R859 D851 E Q5410 15 4 E + J16 R1623 C E IC1601 5 JF4 D864 R856 R5447 R1622 JF8 R1615 C1611 R1624 R897 C877 + C1609 R5431 8 6 R862 R865 R5449 + C5427 R5433 8 + J25 Q5412 C1610 R1618 R1616 R1617 C Q5411 E D871 D5408 C C1614 R5434 R894 R1619 J20 D5409 7 R1801 D865 J14 R1620 R871 C890 D1607 C5407 R5432 R880 12 R5435 E 10 B R5427 J12 1 R872 SC861 Q5405 C E R867 R870 R873 J6 R895 R851 R861 J13 C874 C881 J3 9 C880 IC850 11 C E 9 D867 R886 R5442 Q5406 C5405 JF5 J4 (RT) R5443 R5444 8 C 8 7 G R J11 R5445 1 Q852 C C 9 R854 E E R888 6 SG863 L1603 4 L864 C5422 C5408 C5409 R5419 D5403 5 16 R857 E R5418 C5411 17 J9 R891 SG860 10 JF2 R5438 R850 + J21 C851 JF3 C891 R5441 R5437 Q5408 C869 11 C Q856 Q857 C C888 E C854 R887 D861 D870 + E B SG865 JF1 12 E Q854 + C863 C894 + 1 L863 C5419 R5421 E C895 + C R893 C850 R5417 R5416 (SVM) C868 + R5436 SG861 Q5407 Q5414 C5418 D866 J23 E E 1 C C883 + R5424 R889 R5415 D862 J19 B C882 9 D5411 C5417 C5421 FB851 J24 E B 3 R868 C5410 D5410 R5420 D5404 C5414 C5420 IC851 C5424 R5446 R875 R864 C862 R883 C855 R5439 C892 (H) R5425 B E C853 D852 Q851 . Y 11 10 9 8 19 7 6 5 4 3 2 1 0 X 28KF-84H F7353N3 TVTextPRO Digital Module Unit PWB Component side 8 C6069 (K) R6019 J91 IC6002 C6014 J73 J53 R6026 R6024 J24 L6005 FB6045 C6001 + K7353BM R6005 J3 FB6002 J85 J69 J64 J86 J67 R6020 J15 FB6003 R6068 J42 J41 J35 J82 J37 J54 J58 R6021 J34 J83 R6038 J21 J33 J19 R6004 J56 J57 J32 L6006 1 J52 R6039 L6004 J11 L6003 L6007 J90 R6063 + JL2. J10 1 ESPA¥A R6061 FB6047 J2 R6043 J8 C6052 (VI) J74 C6143 J48 J75 JL1. (YA) FB6001 (YB) J84 F7353BMN3 J36 1 . J96 2 C6070 J16 J14 J20 J40 J61 E J59 + R6046 X6002 FB6046 6 3 X6001 + + (YC) 1 4 E Q6005 L6002 J60 C C6043 R6014 JL2 IC6005 + J13 L6001 J39 D6012 C6041 C6035 X6003 J1 C6037 C6025 3 5 1 2 1 + 6 J25 JF6012 + J9 Q6006 C + 7 J65 (RT) J92 L6008 JF6013 J93 Y 0 2 1 X 4 3 5 6 7 9 8 10 13 12 11 14 16 15 17 F7353N3 TVTextPRO Digital Module Unit PWB Copper side 15 12 J13 7 J15 6 J1 C6059 C6055 C6066 C6054 J4 J95 C6057 R6041 C6058 + C6033 C6064 C6051 4 R6059 C6065 C6050 C6067 5 R6058 3 L6003 J2 FB6037 J3 2 FB6038 (YA) 5 4 3 C6132 C6131 1 C6129 C6130 FB6022 FB6023 FB6027 FB6024 . 6 R6060 (VI) J12 J11 C6056 FB6036 FB6034 FB6035 C6122 FB6026 J7 C6053 C6047 J104 C6048 L6004 L6006 J19 40 J10 C6049 FB6028 R6016 D6014 + C6146 R6066 C6145 C6063 C6061 C6038 C6034 C6062 J14 J16 + C6041 + J20 FB6045 L6005 FB6050 C6126 FB6032 FB6033 C6127 C6128 F7353BMN3 8 C6043 R6031 J84 J22 C6120 J36 C6068 J96 R6050 J80 20 R6055 1 IC6007 FB6049 C6117 FB6019 FB6021 C6119 K 9 C6045 FB6020 D6015 R6056 C6040 C6035 C6023 J25 R6018 J77 R6039 R6017 C6118 Q6002 J108 R6065 3 C6052 J79 FB6016 FB6018 FB6017 10 R6040 C6044 J24 R6024 R6026 J27 J83 R6038 J34 J33 J32 D6004 K K FB6002 C6114 11 J26 C6144 C6030 J54 J21 J52 J37 J82 J35 J41 J86 FB6007 C6106 FB6008 C6107 FB6009 FB6010 C6108 FB6011 C6109 FB6012 C6110 C6115 C6103 FB6005 FB6004 C6102 C6104 FB6006 13 Q6003 J57 J58 C6060 20 C6046 R6020 R6008 7 J9 X6003 R6023 R6021 K D6001 16 FB6046 80 1 C6042 FB6025 C6121 FB6048 FB6029 C6123 C6124 FB6030 C6125 FB6031 J103 R6003 R6029 R6019 C6006 Q6004 J93 J17 K J48 14 C6036 R6034 R6033 IC6006 JF6015 FB6044 C6024 C6140 C6139 R6057 JF6014 D6002 J56 JF6012 R6032 D6010 C6031 32 1 K R6004 C6116 16 R6063 JF6013 R6035 64 (YB) C6101 17 R6062 R6064 R6068 J94 R6001 C6111 FB6001 K C6028 J61 R6005 C6112 FB6013 J75 + C6026 C6027 J8 IC6003 C6001 J42 J85 R6051 C6029 R6061 C6141 FB6014 J100 J101 C6005 Q6008 J64 R6007 J74 R6002 C6017 J67 J69 R6006 R6069 C6039 D6005 J107 FB6047 1 J92 J106 R6052 R6009 81 IC6001 FB6003 16 R6046 R6012 C6008 C6007 R6037 R6036 R6053 R6054 L6002 D6003 J40 Q6001 J102 JF6005 JF6006 IC6002 17 R6042 D6012 K R6010 R6011 100 C6021 C6020 C6022 J23 C6003 C6004 FB6042 FB6041 FB6040 FB6039 C6136 C6138 D6011 K 80 J63 1 J49 C6013 (K) C6137 R6014 IC6005 R6047 R6015 C6009 + C6014 50 + J91 L6008 C6070 C6015 C6016 J73 JF6004 Q6007 JF6003 J53 C6011 JF6002 R6045 C6010 JF6008 J59 J60 L6007 R6048 R6013 C6012 JF6010 R6049 J90 JF6007 C6018 32 (RT) JF6009 J68 J65 J105 R6043 + R6044 C6069 FB6043 8 Q6006 Y 2 1 0 X 28KF-84H 22 22 21 21 20 20 Copper side 23 3 2 1 23 CAUTION ! (M) T3.15AH CAUTION ! S6701 F6701 S6701 F6701 CAUTION 24 (M) THE ACTIVE SECTION IS INDICATED WITH THE " " SYMBOL 24 1 25 2 25 3 Component side FB452N0B Power Switch Unit PWB HOT 19 18 18 17 17 16 16 15 15 14 14 13 13 12 12 R6702 R6701 R6702 3 2 1 L6701 4 R6701 4 C6746 1 3 M6702 L6701 2 M6702 LP6701 19 HOT LP6701 C6701 C6701 C6746 S6704 (AA) (SWRC) 3 1 4 VOL(-) C6704 C6707 + R6706 R6706 S6703 2 R6703 R6705 1 9 8 8 7 7 R6705 R6703 1 (A) R6704 9 S6703 10 R6704 1 10 1 11 2 11 C6703 (SWRC) C6703 4 VOL(+) C6707 (A) S6702 C6702 S6702 C6702 S6706 C6706 CH(UP) CH(DOWN) S6704 C6704 + C6706 S6706 (YC) (CC) D6401 D6401 R6449 R6449 JF6703 6 5 5 4 4 JF6703 (HD) FB452WJN0 C6428 C6336 6 2 4 L6317 C6337 R6316 35 R6317 7 1 KB452WJ B ESPA¥A (SS) C6429 JF6701 L6318 4 3 2 0 Y R6316 1 21 CN4 5 C6336 1 1 L6317 1 6 C6337 R6317 B 7 C6428 2 C6429 2 COLD 3 (HD) 3 3 L6318 FB452BMN0 8 (SS) COLD (YC) JF6702 JF6701 X 9 JF6702 (FV) 6 X 0 Y 1 2 3 4 5 6 7 8 9 28KF-84H COMPONENT LOCATION TABLES F7351N5 Mother Unit PWB Component side + **! *! ! B! B(! B '! B! 7! /! /! +! +1! +>! ! ! ! / %! ! 7! $! $*! $! $$! $'! $! $! (*! (! $! C! +( +( 6 6 68> 61 6 68 61 1 6 6 6 68 69 6A ,)66 4448A >>68 A999 444 4819 A198 >99 AA89 168 16184 A41 4166 86 8684 66 AA8 AA66A 48>8 696 >616 46 >969 8A6 891A 91>>1 64 4A64 8194 >4>9 9>9 9>9 6>88 4888 9A14 A4699 4A86 A696 96A8 A18 8A46 98>8 98>8 8A49 8619 6>9 84A4 44 >6 496 .)64A 8A4 >1A A>9 16>6 >AA9 84 9>>64 4468 48 9619 9619 4>48 464 848 AAA> 8A91 4911 918 >8 4A1A4 9484 84 AAA> 96 96 1 898 69>99 AA48 966 966 496 96A 8>99 6 848 8A4 84>4 A88 8A94 84 >44 1618 89664 6>8 8A6 88816 >984 886 + 4 > 9 A 6 6 1 1 14 4 4 4 41 >6 > >4 >> >9 99 9A 8> 8 168 1 16 18 14 11 14 46 46 46 46A 4 4> 4>* 49 4A 46 4 4 4 48 48* 41 44 4> 49 46 ,)84999 1A66 1A66 9 69>99 19 8684 >9 4>>4 4888 8A9 >69 61618 4186 696 >18 881 >166 6194 >A4 946 >9 A61>4 984 8889 9> 886A8 >>6 >899 89444 4 >>8>6 1 9>46 6>8 8969 89988 A6 49 44 414 A4 8>>1 A>66 AA18 A884 98 6A8>8 684 AA8 .)81 >9 8414 89>49 1144 48 44A8 6A96 68> 8A16 A8 6>9 9466 19 649 64 8998 66A8 48 168 168 8>88 849 88> 6186 6A8>8 >A 66198 4986 A999 8>8A9 A4 >99 AA8 69>6 968 9619 9>46 1814 69>6 AA8 69>6 164 9619 968 186 186 644 AA89 A4>>8 + 48 44 4> 486 48 48 488 >6 >6 >6 >68 >61 >64 >6> >6A >6 > > > >> >6 > >1 >4 >> >9 >A >6 > > >8 >1 >> >9 >8 >84 >89 >1 >1 >1 >1> >A4 >A9 >AA A6 A6 66 66 ,)AA149 >6499 >844 A46 414 66A 489 4 194>8 AA48 44686 1 81>A4 8A16 81A>8 4986 4>148 >6 >A89 46 44A 19 19 68A>9 994 19 9>9 8684 9484 14 1A69 >>96 6996 8>8A9 9>66 >A8 994 A198 A>96 414 A814 AA149 6>88 19>16 18A8 99A6 49 696 66 8A6 .)69 >6 1A9 68 6>99 AA4A1 1986 6>48 944A6 >88 A>4 19>16 68>8 4>9A8 9 8 14848 >888 4619 66 9>A9 199 11889 94 61894 1A>44 9>81 >A19 99 444 96694 >816 >>69 8> 64 >4>9 8A94 9948 64 946 >AA6 8669 944 6489 8 696 8499 A6166 AAA> AAA> + 66 6> 68 61 64 8 1 169 16 4 461 464 46> 469 46A 46 4 4 4 4> 49 4A 46 4> > >6 >6 >6 >68 >6 > > >> >9 >A >A* >6 > > >> >9 >A >8 >1 >4 >86 >81 >84 >1 >1 22 ,)466A4 8118 4AA 4AA 1118 >64 A>>6 98A 9619 A6>18 99 A688 6A8>8 19 >619 48 A8>8 946 69 9A44 AA48 A46 9116 9648 A6166 198 866 9> 99A 6A9 >>9 6A6 444 >4>69 98A 9484 9AAA A14 1819 914>8 1994 4AA 4194 8684 4986 19 A4 814 114 9A6 .)19A A8 44>6 86 66 >4>69 48984 19 6114 8168 A911 4>18 9666 8> >198 4AA 88 68A6 A>9 >668 4>18 194>8 1A84 6644 1A>44 688>6 9 6A968 698 19 19 >A19 9A9 8 64A 64A 1>896 48984 1A69 A68 >696 88> 9A9 9A9 A6 88> 89988 >914 8> 88A8 + >A9 >A9* 9 +%?B B B>6 B>6 B>68 B6 B6 B6 B68 B16 B46 B46 B>6 B>6 (6 (6 (6 (68 (61 (16 (>6 (>6 (>68 (>61 (>64 (>69 < <66 <6 <6 <6 <68 <61 <64 <6> <69 < <6 < <8 <1 <4 <> <9 <A <6 < ,)948 9144 A6>18 A6 11> 6644 >>4 9484 >9618 A4699 1 6> A6 4998 8188 >844 6A8>8 914 9>>8 99188 84999 146 4149 9>>8 4A6 9A14 A999 8986 A1A6 888 >A6>6 9A4 6A4 6A84 111 8A16 8A89 1>8 18666 449>9 4>69 9A64 6664 649 A 8A9 4898 A68 6 6>4A4 .)696 696 8A464 16184 696 496 >146 9>4 84> >8 898 9AAA 69>6 8A16 948 A14 >118 8>88 6>9 91 49 866 6AA9 >9 > 8669 >88A9 98419 18A86 14 4A8 >9A9 >>4 >619 >>8>6 >4 >1 496> 496> 1A9 >14A >>8 >9A9 >88 >446 >446 >446 >446 >446 1944 + < <8 <1 <4 <> <9 <A < <6 < < < <8 <4 <> <A <8 <86 <8 <8 <8 <88 <81 <8> <89 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'! 469 46A 46 4 4 4 48 1861 186> 1869 186A 186 18 188 18> 189 18A 186 18 18 188 181 184 18> 916 91 91 91 918 911 914 91> 91A 94 94 94 941 949 94A 9> 9>8 9>> 996 99 99 99 ,)4A64 A>4 >>8 48 >189 16 6>99 4194 A6>6 6484 A416 14A> AA18 A884 8>644 >8 184 184 86>4 9>6 6A4 88>9 84616 18494 8A1 96>> 4>614 168 >A >> 66 8A94 41>4 9>6 416 >66 646 A>9 169 1144 994 64 >466 64 194>8 888 888 8>88 >4 >189 .)6A 6A >4 8A>98 A>9 A68 64 4 9>4 688 1A6 4A8 86 1A9 1A9 49 1A9 68 A88 >>8>6 9819 68 964 1A9 666>4 86 >> 946 >4A4 6466 1A6 86 99A66 49 1A6 1A6 49 49196 198 99A >16 9>998 9666 11>9 669 84 1814 4A8 669 669 Copper side + 998 991 99> 999 99A 9A6 9A 9A 9A 9A8 9A1 46> 186 1868 1869 186A 186 18 91 91 94 94 94 948 941 944 94> 949 94A 9>6 9> B916 B91 B91 (46 (916 (91 (91 < <6 < < < <8 <1 <4 <> <9 <A <6 ,)18948 1>16 A119 1418 A9 AA18 41>4 8188 >984 A8AA4 >4818 >18 1>4 144 AA18 AA18 >8 >46 A6 898 186 A814 4166 >494 81>6 4>99 8A16 1669 8>8A9 6886 989 8499 A6 186 6>9 >9 4A1A4 8>8A9 1418 >8 948 186 4849 81>6 4998 9>998 AA64 99A6 64496 6AA9 .)9>A4 >16 84> 66198 49 >1A A8899 49 8414 >6944 99484 184 1A9 68A8 1 161 6A6 AA8 1>89 99 >9A9 AA646 >8 966 84>4 669 >16 9 9 >864 A9 >446 >>4 >698 464 46>64 64 4 18 8 1989 4A8 669 84> >9>8 999 1A6 18 A>14 464 + < < <8 <1 < <8 <1 <4 <> <9 <A <B <B <B <B8 <B1 <B4 <B> <B9 +46 +1 +94 +948 186 44 44 D46 D468 D1861 D1864 D186> D1869 D186 D18 D18 D188 D181 D91 D91 D91 D918 D911 D914 D91> D919 D91A D946 D94 41 44 ,)6886 A9 64 468 186 186 18 19 >>9 8 48 6466 6A 1418 688 1418 688 9A14 168 44189 >49 64 8A49 188 >46 6968 4986 >169 AA18 168 9A61 86A>6 168 AA18 168 948 >4818 >8 1 A848 186 >1A 18A8 1418 8188 99 A616 44 >6A8 >46 .)>6944 A1>19 68489 898 >99 4941 > 669 49196 18 968 >9894 A8899 A>69 88A19 >8A6 889 8 186 1989 918 61A9 119 >4A4 >1 11>6 646 6449 8A8 8A8 A>>A6 498A >4 >A86 >A86 A8899 466 >46 918 918 A898 918 49 68A6 69>6 >16 6>8 6A99 86 44>6 + 4> 49 4A 46 4 4 4 48 96 181 184 18> 189 18A 186 18 188 181 18> 18 18 18 188 181 184 18> 189 18A 1886 188 188 188 1888 1881 1884 188> 1889 188A 916 91 91 91 918 911 914 91> 919 91A 946 94 26 ,)8>8 >46 >9>86 >668 A8AA4 16 99> 68 186 1A98 844 4A64 8A94 8A464 6111 8>48 8969 18>4 198 168 198 168 198 198 6416 19 1418 >16 8188 666 AA18 AA18 168 168 1A8 14A> 996 >8A6 16184 >9>86 46A9 4 999 66 A9>9 1418 >9 >9 8>A9 484 .)184 A6 864 A848 186 18A8 8> 918 411 A9A9 9 9 41>94 1A9 69819 >84>4 9>46 4 86486 >>96 1146 66 66 966 99484 >8A6 A8899 49 8A6 >1A84 8A6 11>9 8A6 11>9 A88 >14 61>8 8 4A8 669 >16 1>89 A886 918 A>6 99A66 49196 1>89 49196 669 + ,)- .)94 >494 88A4 94 19 49196 948 8 49 941 >494 86486 944 8A6 >16 94> >9 49 949 169 >>4 94A 1418 49 9>6 A9>9 49 9> A4 966 9> 19 11>9 9> 889 49 9>8 8A94 >16 9>1 411 11>6 9>4 8A>98 6A 996 81844 1669 99 198 >16 99 884 >16 99 916A6 4 998 119 88>9 991 1 6>8 994 88816 >16 99> 1944 >9A9 999 411 48669 99A 968 666 9A 9446 9188 9A 4496 8A4 9A >1 9>998 9A8 4814 888 9A1 1144 669 9A> 81>6 A>6 $94 9>AA 18A8 $7946 49196 4A699 $794 996 96>> $794 >4>69 86 $794 >6 18>A $7948 4A8 >1A84 $7941 A4A8 996 No parts 28KF-84H F7353N3 TVTextPRO Digital Module Unit PWB Component side + E! '! (! C*! C! C! 466 468 461 461 46> 468 468 461 464A 46>6 48 46 B466 B466 B466 B4681 B4684 B468> (466 (466 (4661 < <6 < < <8 <1 <4 <A < <6 < <8 <1 < < < <8 <1 <4 <> <A <86 <8 ,)9448 69>6 > 66 6A68 4919 >A16 >666 4A916 8694 1199 >41 4 A848 88A8 696A 88>96 A>14 19A 1989 >449 86 1986 A9A9 A96 1649 866 96 946 946 8 1A69 4A1 9889 198 6449 >9 1989 84> 1>A 1>89 194>8 46A46 484 996 96>> >9AA8 >A16 9191 9464 .)494 494 1 >69 >69 8411 >698 4A>4 48>>6 484 149A4 4849 148 8188 4998 186 66 46A46 8A94 A9 4A8 A9>9 A>6 >984 88816 8A4 411 19A9 64 >A86 4168 41>94 A9 4168 8 464 81 464 86 4>614 A119 >16 >16 >16 6A9 4919 6A9 4>9 8A6 6A9 Copper side + <8 <89 <1 <1 <18 <14 <1> <19 <1A <46 <4 <48 <41 <4> <4A <> <>8 <>1 <9 <9 <9 <98 <91 <94 <A <A6 <A <A <A <A4 <B46 <B46 <+ <+ <+ +466 +466 +466 +4668 +4661 +4664 +466> +4669 D4661 D4664 4668 4661 468 46A 466 ,)99484 411 >4>69 1649 >88 AA149 AA149 AA149 1649 68489 9116 6416 696 94 844 A>66 1164> 19A 9116 996 148 41>94 >914 A>9 >4 696 >46 4814 498 911A9 >9 81A>8 AA9 4>148 1 916A6 989 946 198 4 198 19 89>8 9>46 8A6A9 AA646 A9A9 66A >A8 4998 .)84 416 6A9 8>88 8>41 AA> >494 1866 4>18 48 84>4 49 >668 4A8 4A8 194>8 61>8 968 88816 6A9 >16 6449 66 69 44A8 4>99 194>8 4A1A4 4A916 4468 49196 >6944 416 46>64 19 41>> 1814 1418 A>9 888 44>6 41>> 1>868 4681 4A1A4 1 161 48 889 198 + 46 468 464 469 46A 468 4684 464 464 4649 &466 &466 &466 ,)>>8 88A19 8>8A9 11A8 1618 1649 9448 A1991 A1991 1 444 >84>4 6A .)4649 86 86 >16 >16 44A8 114 88816 8A6 64 46 16184 19A9 27 + 466 4668 4661 4664 466> 4669 466A 466 46 46 46 461 464 46> 469 466 46 46 46 468 464 46> 469 46A 466 46 46 468 464 469 46A 4686 468 4688 4681 4684 468> 4689 468A 4616 461 461 4618 4611 4614 461> 4619 461A 4646 464 ,)64A8 8A1 88>96 >9 >6A8 11>6 69819 866 4A9 1 A1 98 19 A>A8 14848 484 48>>6 44A8 88816 4A916 >84>4 >198 >864 4998 41>> 88>68 918 1>89 88816 988 8946 184 >A86 4A1> >8 AA> >>9 A848 4 6A9 1A6 4>48 88 A 498 A> 99 >9>8 AA9 6A .)A48 9>4 66 >1A 44>6 9889 119 48 48669 48669 1>868 8A>4 8A6 66 48>>6 >668 >668 >668 411 484 11> 16966 8A>4 8946 889 16>6 4166 4814 46>64 1A84 >619 1>A 11> A>6 848 41>4 >1A 19 A848 1866 A848 >41 164 4A1 484 11996 1694 46 46 1944 + 464 464 4648 4641 4644 464> 4649 46 46 46 468 464 46> 469 46A 46 4 4 48 41 44 4> 49 4A 46 4 4 4 48 41 44 4> 49 4A 46 4 4 44 4> 49 4A 486 48 488 481 484 466 466 466 4668 ,)A 18A8 968 A88 99A6 1696 9144 A884 >88 919 66 A6 99> 866 1 6968 1 6968 6918 6484 6466 148 8A6 114 896 A9>9 >A86 164 >9 6>8 >8 946 4 A68 >>96 414 88>9 69>6 >189 99A66 >A89 >A89 669 11>9 8A 8A 9144 999 66198 1944 .)4>18 4A>4 4681 >494 19 >984 688 6449 6449 6449 6449 646 646 646 646 646 A9 A9 918 646 466 416 66 416 688 A41 6644 A41 A41 A41 A41 A41 A41 A41 A41 A41 A41 4>614 496> 41>94 19A9 46 >984 84> 89664 88816 91 >9 11>9 49 + 4661 466 46 468 461 B4668 B4661 B4664 B466> B4669 B466A B466 B46 B46 B46 B468 B464 B46> B469 B46A B466 B46 B46 B46 B468 B461 B464 B46> B469 B46A B466 B46 B46 B46 B468 B461 B464 B46> B469 B46A B4686 B468 B468 B468 B4688 B4689 B468A B4616 (466 (4664 ,)8946 848 99A66 1669 4A1A4 19A6 8 9>>9 >6A8 6A4 >89 198 >>4 6A>9 6A>9 64496 AA646 68A8 A>14 1846 8A6 1694 8A86 8198> 8198> 886 4 8A86 >9 496 19 A6 1A69 898 89A 988 66 9>A4 186 AA9 9666 918 9619 9819 >4 918 86 66AA 9 1>419 .)4814 19 4AA 184 A>6 6449 6449 6449 A68 646 646 646 646 646 A9 A9 466 >4 466 416 9>A4 416 11> 6 A>>A A41 66 A> 9>6 A41 A41 A41 A41 A41 464 66 66 66 A68 4>99 411 411 411 411 496> A41 86661 86661 >1A 186 28KF-84H F7353N3 TVTextPRO Digital Module Unit PWB. Copper side. 5HI1R ,& - - - - - - - - - - - - - - - - - - - - - - - - - -) -) -) -) -) -) -) -) -) -) -) 4 4 4 4 4 4 5 5 5 5 5 5 5 ;XP <XP 5HI1R 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 ;XP <XP FB452N0B Power Switch Unit PWB. Component side. 5HI1R $ ;XP <XP $$ && )9 +' 0 5& 66 6: 6: 6:5& <& %5 %5 %5 & & & & & & & & & & & & &1 ' ' ) ,& - -) -) -) / / / /3 0 5 5 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6 Copper side No Parts 28 (L5) 29 TP602 (AA) T601 3 R614 1 TP601 C701 L701 (L2) (L7) C713 Q602 (G) C746 1 Q703 VR701 4 (H) D638 Q601 Q701 R730 L605 Q702 T702 1 (AV) 4 Q612 (F) 7 1 (MO) 4 3 R746 C799 R747 1 T701 2 (CR) 10 16 D720 TP701 + (RGB) (VIA) C728 X301 (YB) IC303 IC501 IC503 IC502 L501 C733 + IC706 (HD) IC304 Q797 X201 IC201 SF202 IC704 IC301 IC302 SF201 (SWRC) (YA) TH201 IC708 (S) 28KF-84H CHASSIS LAYOUT PWB A- Mother Unit, F7351N5 + (AV1) 28KF-84H PWB B- CRT Socket Unit, F7269N4 (H) IC851 Q5407 C (SVM) (K) Q5408 (G2) IC850 L864 (RT) L2 IC852 (MO) IC1601 (B) (Q) PWB C- TVTextPRO Digital Module Unit, F7353N3 IC6002 X6003 (K) X6001 IC6006 X6002 (YC) 3 IC6007 IC6001 1 (VI) IC6003 (YA) (YB) 30 2 4 6 (HD) KB452WJ FB452WJN0 35 B ESPA¥A (SS) COLD (YC) 1 S6702 CH(DOWN) 1 2 (A) VOL(+) 4 (SWRC) VOL(-) M6702 HOT LP6701 C6701 S6701 CAUTION (M) 3 2 1 THE ACTIVE SECTION IS INDICATED WITH THE " " SYMBOL CAUTION ! F6701 31 T3.15AH 7 1 CH(UP) 28KF-84H PWB D- Power Switch Unit, FB452N0B S6704 S6703 S6706 28KF-84H SCHEMATIC DIAGRAMS Description SAFETY NOTE: 1. DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE REPLACING PARTS. 2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERATING. NOTE: 1. The unit of resistance « ohm »is omitted (K=1000 ohms. M= Megaohm). 2. All resistors are 1/8 watt. unless otherwise noted. 3. All capacitors are µF, unless otherwise noted (P= µµF). IMPORTANT SAFETY NOTE: SERVICE PRECAUTION: PARTS MARKED WITH « ! » ( ) ARE IMPORTANT FOR MAINTAINING THE SAFETY OF THE SET. BE SURE TO REPLACE THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE SAFETY AND PERFORMANCE OF THE SET. THE AREA ENCLOSED BY THIS LINE ( ) IS DIRECTLY CONNECTED WITH AC MAINS VOLTAGE. WHEN SERVICING THE AREA, CONNECT AN ISOLATING TRANSFORMER BETWEEN TV RECEIVER AND AC LINE TO ELIMINATE HAZARD OF ELECTRIC SHOCK. CAUTION This circuit diagram is original one, therefore there may be slight difference from yours. Waveform Measurement Condition 1. Test Equipment: Digital Oscilloscope; Colour TV Pattern Generator 2. Test Conditions: CH-12; Colour Bars; 70dB/µV From RF Input 3. TV Condition: Picture and Audio : Settings Unplugged Speakers) Factory Presets ( Only in Audio Measures: Max. Volume With Waveforms 1 Red In 2 Green In 3 32 Blue In 28KF-84H 4 Red Output 5 Green Output 6 Blue Output 7 Video Output 8 +12V 10 V Switch 11 V Control St-By 12 Vp 13 Vertical Input 14 E-W Control 2 15 Inner Correction 16 Vertical+Input 17 9 VH (1.2kV) 33 18 E-W Output H Control 28KF-84H 19 Vb (Horizontal) 20 Vc (Horizontal) 21 Headphone L Input 22 Headphone R Input 23 Speaker L Input 24 Speaker L Output 25 Speaker R Output 26 Speaker R Input 27 E-W Control 1 28 V Flyback Vertical 29 Vertical Output 30 Vertical - Input 31 IF Video Output 32 H Protection 34 33 V Protection 28KF-84H 34 H Flyback Pulse 37 Power Supply Switch Voltage 1 35 R/C Pulses 38 Power Supply Switch Voltage 2 36 +400V (Power Supply Voltage) 39 I Sense CRT 40 IF Video In 41 Analog Y Out 42 Analog U Out 43 Analog V Out 44 OSD Blanking 45 SDA5550 Data D3 46 SDA5550 Address A 47 SCL2 48 35 SDA2 28KF-84H 49 52 SCL 3B at SDA5550 pin SDA1 55 SDA 5550 6MHz Xtal Output 58 VSP9402 20.25 MHz Xtal Input SDA at SDA5550 pin 51 SCL1 53 SDA5550 video In 54 SDA5550 6 MHz Xtal Input 56 SDA9380 24.576 MHz Xtal Input 57 SDA9380 24.576 MHz Xtal Output 59 VSP9402 20.25 MHz Xtal Output 50 36 7 GND RT OUT 10 JF4 BC547 Q1604 BC557 Q1603 C863 10uF (16V) 39 (1W) R1623 100R R1622 470R (1W) R1621 100R +12V . (25V) C1612 220uF -13V (25V) C1613 220uF R1624 100R +13V C850 330uF (16V) +12V D869 DX0045BM D868 C5V1 EX0408 R895 3K9 . . C1614 10nF C5418 47uF (16V) D5411 C13V EX0418 C1611 1nF R1615 1M . C1610 100nF IX1596BM IC1601 C5419 10uF (50V) C852 10nF D851 DX0045 R853 22K 1K8 R859 100 +12V R5436 100 Q5414 BC635 TX0108BM C851 47uF (16V) +5V Q854 BC547 TX0142 R861 1K5 +12V R873 220 2 R863 R1616 100K R5437 1R0 (1/2W) +13V C853 1000uF (16V) D852 DX0045 A1246 2SA1246 Q851 . (16V) C1609 10uF R1618 100K R856 68 (1/4W) EX0410 1K8 R868 10pF C862 . G EX0400 D1607 C2V4 6 GN0241 (RT) 47uH (DF) L1603 R1619 47K C887 220uF (16V) 1K8 C865 7pF R866 R1617 2K2 +12V D867 0 D866 0 D865 0 -13V R862 1K R865 3K3 D864 DX0045 +12V R897 150K R886 220 J14 C6V2 3 R B R1620 10K (16V) C1608 10uF D GN0341CE (B) (K) GN0841CE 8 SENS +12V 6 GND JF7 0 JF5 0 JF6 0 B 5 4 G R JF3 0 JF2 0 2 3 GND R860 220 2 JF8 0 3 1 1 +VS 8 SVM IN 1 4 -VS 37 5 7 4 6 3 5 Firma válida MADE +12V +12V +12V R5447 22k R5433 100 R5431 1K2 +5V +5V +5V 3 CDAR1532 10nF C871 CDAR1532 C874 10nF Firmado digitalmente por ADOLFO FERNANDEZ Nombre de reconocimiento (DN): cn=ADOLFO FERNANDEZ, o=LABORATORI O, c=US Fecha: 2003.07.22 13:16:34 +02'00' Motivo: Soy el autor de este documento Firma válida R5435 220 BC557 0 R851 0 R852 Firmado digitalmente por Josep Vila Sola Nombre de reconocimiento (DN): cn=Josep Vila Sola, o=SEES, ou=Engineering, c=ES Fecha: 2003.07.22 13:36:19 +02'00' Motivo: He revisado este documento C890 22nF C5407 10nF +12V R884 68K R876 (2W) 6K8 C885 560pF Q5412 TX0143 C5427 560pF 68K (2W) 6K8 R875 0 R850 R880 68K (2W) R883 C883 560pF TDA6111Q IC852 VERIFIED R5434 1K5 BC547 6K8 R872 C881 560pF IC851 TDA6111Q C5405 220nF Q5411 TX0142 R5432 33 +12V C877 10nF IC850 TDA6111Q 4 CDAR1532 1 C861 5pF RT IN 1 1 1 1 1 5 5 6 6 7 7 2 2 2 2 8 9 9 8 8 3 3 2 2 3 3 4 4 4 4 4 5 5 6 6 3 5 5 6 6 7 7 2 7 B 7 9 1 8 A 9 C 8 E 0091GEZZ FB850 PH2369 Q5405 TX0111 C884 33nF (250V) R5427 2K2 DX0045 D5409 Firma válida Firmado digitalmente por Castillo, Fco. Nombre de reconocimiento (DN): cn=Castillo, Fco., o=Engineering Dept., ou=SEES, c=ES Fecha: 2003.07.23 12:41:05 +02'00' Motivo: I'm aproving this document BF324 . 200V . 200V . 200V R5443 10 Q5406 TX0135 R5444 10 10 R5442 LN-0091GEZZ FB852 C882 33nF (250V) 0091GEZZ FB851 C880 33nF (250V) D5408 DX0045 B G R APPROVED 9 F 8 7 MODEL DATE NAME C5422 47nF R5445 150 (50V) C5409 1,2nF 47nF (400V) C5408 DX0570 D863 0 R5419 1K D5403 0 0 R5417 R5418 120K 120K R5416 R5415 1K D5410 680 (1/2W) R894 680 (1/2W) R891 680 (1/2W) R888 28KF84H 22-07-2003 CRT (1/2W) 330 R892 DX0570 D862 (1/2W) 330 R889 DX0570 D861 (1/2W) 330 R887 R R5421 3.3 (1/4W) 2SC4793 Q5408 C4793 2SA1837 Q5407 A1837 CODE C5421 470nF C5420 470nF 47uF R5424 1K (2W) . F1 G2 3 2 1 4 3 2 1 R5446 10 (SVM) GN0341CE SVM OUT (MO) GN0441 -13V +13V GND +150V GND 5 Vh +200V 4 C5424 68nF 250V . . (H) GN0541CE L2 M0017CE .SC861 3 2 1 PB3DE472Z 200V -13V +13V . . 1 12 C869 F1 G2 7 G1 5 KB 11 C868 100uF (250V) C5414 R5425 22uF 3K3 (160V) (3W) (250V) C895 L864 470K P0179CE JF1 0 9 H KG 6 10 H KR 8 ELECTRONICA ESPANA S.A. SHARP 6 5 2 1 SIZE 3 4 A-3 Q P W B F 7 2 6 9 B M N 4 B 6 R5420 3.3 (1/4W) G 5 4 G 9 H 8 11 6 10 9 H.V. 30KV CRT DATE 20-01-2003 5 7 1 REVISIONS UP TO INFO 335 W66ERF022 I .QSOCV103BMZZ N 28KF-84H Schematic Diagram of CRT Unit (F7269N4) 5 6 56nF (FZ) C738 11 1M (1/2W) R719 1M (1/2W) R754 10K BC857B VSBC857B Q704 R753 2K2 22K R727 BR100/03 SX0004BM D752 DX0579 D729 1N4937 10 220K D707 C710 22nF 100 R781 470nF CF C716 BC847B VSBC847B Q705 D714 C6V8 R752 10K EX0548BM R748 (1/2W) L701 F0108BM (1%) R726 5K6 4K7 1% R731 D730 B6V2 EX0584BM DX0551 D732 R725 3K3 1K R773 C754 100nF R782 47K C756 100nF R789 100K 250V KZ0029CE C703 10nF VX0073CE VR701 R785 100K POR701 P0001BM (1%) 470pF C718 D718 DX0045 DX0045 D717 R715 18K C723 470pF DX0551 D731 R751 100K BC857B VSBC857B Q712 R788 22K GPP20J DX0641BM D701 IX1556 330K BC847B VSBC847B Q724 7 (FZ) C717 10nF R728 120 100 R779 (1/2W) R778 100 (1/2W) R721 120 (FZ) C721 10nF (TQ) (1%) 390K (TQ) R710 BC847B VSBC847B Q723 1nF C755 B6V2 EX0584BM D716 BC857B VSBC857B Q721 GPP20J DX0641BM D703 R729 22K 10K R722 330K R709 27K R750 22K R711 10 36 C24 EX0561BM C24 EX0561BM D725 C24 EX0561BM D708 2SK2543 TX0245BM Q703 D735 C24 EX0561BM D734 1 (1/2W) XZ0200BM R799 R718 37 38 270pF (1KV) C730 12 KZ0127 100pF C796 4n7 (630V) FZ0205BM C705 2SK2543 TX0245BM 1KV (35V) C748 220uF 82R (1/3W) XZ0123BM R758 DX0045 D711 2 1 4n7 (630V) FZ0205BM C725 5 4 6 T701 NZ0591 EZA036WJ (450V) 68uF C713 BYV28-600 DX0618BM D712 3 1 4 6 T702 Z0586BM 100K R907 100 R909 22uF (25V) C902 Q702 220pF (2KV) KZ0035CE C798 2SK2543 TX0245BM LN0091GE Q701 FB703 DX0551 R713 10K (160V) C712 1uF R783 220K 0.47uF (50V) C903 D715 CRDAR5531 100uF (25V) C707 0.56 (3W) R714 8K2 R705 (TQ) R712 390K (TQ) R708 390K (TQ) DX0551 22K R905 2M2 . D903 JF902 EX0421BM R906 D901 R706 390K R904 (400V) 680nF C706 1K R903 BC847B VSBC847B Q720 250V KZ0029CE (TQ) (1%) 33K 22K R901 BC847B VSBC847B Q902 1K8 R756 R902 C905 470nF 1K5 R910 C704 10nF GPP20J DX0641BM D704 (15W) R730 4K7 BC847B VSBC847B Q901 FX0111 IC709 TLP165J R716 BA10393 IC701 R786 1K8 R784 18K 330nF (275V) FZ0188BM C746 GPP20J DX0641BM 680 C714 D702 BT134W SX0003BM Q707 100 (1/2W) XZ0224BM R755 9 8 13 10 11 12 14 J4021CE F702 1R5 (1/2W) XZ0202 R797 22 (2W ) R759 1M (CF) 3.3uH LN0091GE R707 D740 C740 BYV27/100 DX0621 D719 MBR340RL DX0605BM D722 SF26 DX0643BM D753 SF26 DX0643BM D745 SF26 DX0643BM LN-0091GEZZ FB704 D721 D720 100nF (25V) EX0480BM (2%) D1017 B5V1 C731 SF26 DX0643BM (25V) C743 100nF BYV27/100 DX0621 D798 470nF (16V) C741 1 (1/2W) XZ0200 R796 1000uF (25V) J216 C737 BC557C TX0230 Q706 FB701 C708 100nF (25V) L702 . +5V . +12V . +16V IC706 22 (2W ) R704 IC704 470 (1%) R1026 3 2 DX0621BM BYV27/100 D727 1 IX1846 3 3 LM4931CV33 1 3 CRDAR5531BMFW IX1878 LM317T IC708 1 PRDAR5531BMFW IX1846 1,1K (1%) R1025 L4931CV33 8 1000uF (25V) C732 EZA035WJ C728 100uF (200V) TP701 (25V) 2200uF C727 (25V) 2200uF C726 C742 22uF 10uF (16V ) C752 . . . . 2200uF (10V) C720 . . . . . +5.5V +12V +150V -16V +16V +3.3Vb +1.8V +3.3VSTBY +5VSTBY VERT+ VERT- VPROT 16 30 4K7 (1%) R548 6K8 R535 6K8 R512 BA4558 R534 27K R549 27K -13V . IC502 100K R545 5 7 8 6 +VS 5 6 7 8 . JF55 . . C1022 100 R1099 100K 13 . -13V 1K R1024 C511 2.2uF R509 39K +5V (25V) C510 100nF (25V) C536 1000uF . +5VSTBY R1017 15K R544 1K R513 +13V 560 4 +5VSTBY 10uF (50V) R514 12K 3 JF58 R526 R1019 27K 2 +13V 4 -VS . 3 2 1 R515 1K2 -VS +VS BA4558 -13V . 4 3 2 1 IC503 1K (1%) R1042 +3,3VSTBY 1 GN0441 (SWRC) IR R749 R703 2K7 R701 22K EX0543BM D741 C4V3 R790 270 C701 470nF (275V) FZ0219BM (250V) KZ0029CE 2 (AA) CM762F 4 C702 10nF 3 38 -VS 5 4 1 3 6 2 2 7 A +VS 8 B 1 JF56 (G) 4K7 4K7 R536 R537 . (25V) 47nF 68nF (FZ) C 22 IX1786 TDA7480L IC501 C382 100nF R330 10 1nF C10 . 2 R335 100K C387 100nF 22uH (CF) L319 C383 1nF C524 20 19 18 17 16 15 14 13 12 11 C525 . -13V . -13V C535 10uF (50V) C522 68nF C506 100nF +13V R333 1K R331 2K7 . +13V (RA) R337 10 22uH (CF) L318 -13V Schematic Diagram of Mother Board Unit (F7351N5) Page 39 1 KEY 2 I 2 C OUTL D +12V F 8 E 6 G 7 H PLGN0260 28KF-84H Page 40 DX0551 10 11 39 12 13 3K9 560 R605 +5V HOUT ABL 14 1K2 (1/2W) 470 DX0551 D644 R623 2K2 18 220nF (10V) HB 1K 4 5 BC847B VSBC847B Q607 C607 22pF DX0045 R601 22nF C632 56. (2W) DX0551 D636 1M D608 -VS 3 BA4558 2 1 6 +VS IC601 7 8 C629 68nF 15R (1/2W) XZ0214BM R787 1N4937 DX0579BM D736 R635 R633 C540 3.3 nF R651 . 3K3 R641 22K R727 R604 R760 +13V . C606 1K8 R644 DX0551 R669 10 330pF C541 DX0551 D633 0 +5V R554 R672 100 D631 820K 100uF (25V) C636 R531 (UA) R747 8M2 1/2W (UA) R746 8M2 (1/2W) . +13V R666 15 3300pF 4KV KZ0106GE C799 56nF (FZ) 330K R639 820K 100K R637 100uF (25V) C637 27K R634 R673 R643 2.2nF HB C605 C604 390pF C633 56pF R670 0 10K R640 9 DX0551 D713 D625 2SK2839 TX0244BM Q613 D609 1N5819 DX0518 Q605 KSC2500 TX0192 1,2 (3W ) (MF) 560 (10V) C609 470uF 1 (2W ) (10V) C640 470uF 1.5uH PA052WJ L609 VV3ABR22J 10 (1/2W) XZ0212 (25V) C612 680pF R657 FB603 220pF (500v) C627 R793 22K R620 4K7 (FZ) C717 10nF BC847B VSBC847B Q714 R609 R638 100K R621 14 A 27 . +5V R732 1K5 47uF (16V) R792 22K C734 R603 R658 0 D616 DX0635 DX0551 D637 BC857B VSBC857B Q611 2K7 R655 68nF C715 R632 680 R791 390 2,2nF DX0551 (63v) C643 680pF C635 15 R667 . -13V 470 R798 33R (1/2W) XZ0218BM DX0045 D746 B6V2 EX0584BM D733 VSBC847B 19 (16V) C641 470nF RGP02-16E DX0634BM D607 D618 DX0045 HB C610 1nF (MO) D606 DX0045 R608 2K2 (25V) C724 100nF GN0441CE SB1H100 DXA021WJ D610 SB360 DXA011 D605 R607 2K2 BC847B VSBC847B Q603 D619 DX0045 C27V EX0562 1K D743 R768 4K7 R700 270pF (1KV) 1 C630 22nF C628 DX0551 D604 D617 DX0045 47nF (FZ) C603 BC847B VSBC847B Q604 (25V) 2 3 . R610 68 HB (TV) 4 . -13V PRDAR1563 BU2525AX TX0197BM Q601 EX0421BM D620 C18 Q602 IC705 KA431AZ IX1674 FX0113 T1103G IC703 560 (TQ) 8n2 (630V) FZ0237BM C602 LN0091GE FB601 330K R741 R740 C2V4 EX0537BM D748 R795 56 +12V F704 J4021CE 9 8 2SK2843 TX0236BM CRDARA027WJFW C608 100nF 2K2 (1/2W) R612 DX0551 +13V . 7 R616 10 D624 C719 100nF BC857B VSBC857B Q608 BC857B VSBC857B Q713 10uF C709 6R8 (1/2W) XZ0210BM R718 C730 330pF (2Kv) FZ0216BM DX0551 D737 C24 EX0561BM D725 4 3 470pF C718 1 2 R723 3K3 DX0551 D732 D722 (TQ) (1%) R743 120K (35V) 105º 1uF C751 100nF (25V) C736 C733 470uF (TQ) R742 120K (1%) 3 8 7 9 (CF) 3,3uH L602 D613 1N4935 1K R737 C621 2.2nF (500V) 470uF (35V) C623 +13V 22 (1/2W) R611 (CF) 3,3uH L601 DX0631 D612 1N4935 G2 L7 F1 F2 H.T. 47K R766 BC847B VSBC847B Q709 4V7 EX0544BM D747 1K R765 470 R764 T601 F2089BM 4K7 R767 12nF DX0631 (2Kv) FZA093WJ C601 . 33K R745 BC847B VSBC847B Q708 100 R717 +150V +150V . 22 (1/2W) BY459 DX0642BM 20 D638 17 (1%) 4K7 R744 (EB) 27nF (25V) C722 1K R739 C10V EX0552 D750 1uF (16V) (TV) C749 C740 220pF R780 MBR340RL DX0605BM 1N4935 DX0577BM D740 1 9 2 C738 EW 10 6 5 12 11 7 13 470uF (35V) C622 -13V C620 2.2nF (500V) L7 M0017CE A +5.5V C520 470uF (35V) +25V DX0631 (1/2W) D510 1N4935 GN0541CE (H) 10uF (250V) C634 1 3.3uH (DF) 2 +13V . 1N4936 DX0632 D611 27K R1009 3 4 R663 1R2 (2W) R1049 4K7 DX0551 D1018 (1/2W) 0 R645 1nF . +150V TP601 0 4V7 EX0544 R654 100 D1019 JF63 (TQ) R1047 47K R1010 BC847B VSBC847B Q606 BC847B VSBC847B Q710 470uF (6.3V) EX0544 4V7 D1020 470uF (6.3V) C729 L705 330K P0177CE C735 3K3 R622 C618 220uF (16V) C22 1K5 EX0560BM D615 R761 0.68 (TQ) R777 0.68 R794 470 R656 2K2 D728 DX0045 (1/2W) 10K R614 TP602 . +5,5V R775 15K C1049 R776 1K2 C613 470nF R660 12K 5K6 (1%) R733 Q797 2SK2232 TXA003WJ L2 M0017CE 5K6 (1%) R735 (25V) C739 100nF R736 10K . +5,5V L606 +200V 1 (1/2W) XZ0200 R650 IC702 KA431AZ IX1674 3K3 R1039 XZ0208BM 4.7 R530 XZ0204 1/2W 2R2 R617 22K R1044 R1051 820 . +3.3VSTBY BC847B VSBC847B Q1004 100 R1056 . +200v 8 STBY GND BC847B VSBC847B Q1011 DX0551 D1021 . +5V 15K R1050 HFB ABL PROT Page 41 Heater Page 38 28KF-84H Schematic Diagram of Mother Board Unit (F7351N5) RESINT I HPROT H G F E D C B A Page 38 IC501 IX1786 21 2 R328 150 C1044 1nF 1 IC304 M5218L VHIM5218L C385 220nF TDA7480L 383 nF C382 100nF R330 10 22uH (CF) 1nF 3 C1043 R335 100K C387 100nF L319 3V (RA) R337 10 22uH (CF) L318 . -13V +12V 8 OUTL 7 -INL 6 +INL 5 270 . 10K R665 R510 8K2 (25V) (HB) C384 1nF (TQ) R511 150 (HB) C508 560pF R334 1K R332 2K7 L302 12uH (DF) C47 EX0568 DX0551 D641 C507 4.7nF D642 (25V) C505 100nF 1000uF (25V) C526 R336 100K C502 100nF 22 C386 220nF -13V R664 C503 100pF 1 2 3 4 5 6 7 8 9 10 GND 4 +INR 3 -INR 2 OUTR 1 4K7 (1%) R502 HB R629 470K L501 P0271 (1%) C619 R503 1K 1K (1%) R516 -13V . DX0551 D511 C8V2 EX0550BM D308 (FZ) C388 330nF R338 220 150 2W R501 2 1 220nF (FZ) C504 L303 12uH (DF) (FZ) 29 XZ0101BM R553 1.2 (1/3W) C8V2 EX0550BM D307 C389 330nF R339 220 R518 1.5 (2W) EX0564 D512 C33 28 DX0045 D508 +25V 220 R505 N06-90L TX0239 Q503 BC857B VSBC857B Q505 2SA1905Y 2SA1905Y Q502 (1/2W) XZ0208BM R555 4R7 R347 33K EX0562 R384 22K BC857B VSBC857B Q306 R362 22K D507 C27 R506 1K R504 1K C1031 330uF (6.3V) 100pF JF23 HB 2K2 R344 EX0550 C8V2 D723 C320 10uF (16V) D305 7V5 EX0549 C304 10uF (16V) R303 100 R374 12K (25V) C373 100nF R375 12K 100nF C321 C309 330uF (10V) D304 7V5 EX0549 R304 100 C372 0.47uF (25V) C366 100nF C371 1nF R305 100K 22K R380 HB C357 1nF 0.47uF C362 46 45 44 43 42 41 (25V) SC2INR SC2INL 100K 100K C317 330nF (FZ) (FZ) 2K2 R345 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 C311 10uF (16V) R306 100K NC AVSS AVSS MONO NC VREFTOP SC1_IN_R SC1_IN_L ASG1 SC2_IN_R SC2_IN_L ASG2 SC3_IN_R SC3_IN_L ASG4 SC4_IN_R SC4_IN_L NC AGNDC AHVSS C312 10uF (16V) TDA7480 IC302 (25V) C367 100nF TDA7480 IC301 (25V) C350 100nF AHVSS NC NC C310 100nF (16V) C303 10uF 20 19 18 17 16 15 14 13 12 11 48 R310 (FZ) C370 330nF C316 330nF C1045 26 27K R355 C365 220uF (25V) L315 +16V 3.3uH (CF) JF11 0 C308 3.3uF (1/2W) 150 R738 100pF C1046 (FZ) C356 330nF 22K R382 SC4INR R311 . 0 23 20 19 18 17 16 15 14 13 12 11 47 (25V) C307 100nF +12V R346 1K5 R350 2K2 JF4 SC1OUTL SC4INL BC847B VSBC847B Q305 R385 1M D306 +5V DX0045 R351 27K (25V) C358 100nF C302 10uF R302 100 1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10 (25V) D303 7V5 EX0549 D302 7V5 EX0549 C301 10uF R301 100 RH-IX1853BMZZ MSP3410G IC303 HB R356 C379 100nF (25V) C369 100pF C306 1nF 10K R352 12K C364 100nF C354 (25V) 100pF C368 100nF C374 4.7nF (HB) C378 220uF (25V) (HB) C359 4.7nF (25V) C353 100nF C363 220uF (25V) R357 150 I2C_CL I2C_DA I2S_CL I2S_WS I2S_DA_OUT I2S_DA_IN1 ADR_DA ADR_WS ADR_CL DVSUP DVSUP DVSUP DVSS DVSS DVSS I2S_DA_IN2 NC NC NC RESETQ NC NC DAC_R 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 C305 1nF HB (HB) C375 560pF (25V) (FZ) C376 470nF 680K P0195CE -16V 680K P0195CE -16V L352 L353 3.3uH (CF) L316 R353 150 (HB) C360 560pF L351 3.3uH (CF) 100 R308 C328 100nF C313 47nF 100 R309 R307 4K7 C377 1uF R387 C361 470nF (FZ) 10K SCL1 SDA1 1N4148 DX0551 D310 BC847B VSBC847B Q307 BC857B VSBC857B Q309 R389 R360 10K FB R IN G IN B IN FI SCL1 SDA1 PROT RESINT MUTE (YA) 1 +5V. 0 FB305 +1.8V. . . 20 . . . . . . . . . . . . . . . 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 . . 17 16 . 18 QSOCZ2561CEZZ (YB) . 21 . . 22 19 . 23 . 24 25 QSOCZ2561CEZZ 2 3 4 OUT R +3.3Vb . AGC SMPL RES SSC-DATA EW LED 35 (S) GN0441CE GND GND OUT L BC847B VSBC847B Q308 25 LEDOPC OPC KEY IR 100K R359 100K R358 24 6 C626 6K2 R630 BC847B VSBC847B Q614 C534 1nF LN0091GE FB501 FB304 LN0091GE C8V2 EX0550BM D311 3 C351 220uF (25V) (FZ) C352 100nF 40 CAPL_M (CF) 39 AHVSUP L350 3.3uH 30 +16V 28 GN341 37 SC1_OUT_L C3313 (SS) 2+ 27 GN341 UT 38 CAPL_A + 35 VREF1 34 SC2_OUT_L 36 SC1_OUT_R 32 ASG3 33 SC2_OUT_R 31 NC 29 NC 1nF HB 25 40 26 HEADL DACM_SUB HEADR DACM_L SC4INL OUT1 L DAC_L SC1OUTR VREF2 J SC2OUTL DACM_R K SC2OUTR _OUT HEADR L M 5 YQ N 4 OUT0 O HEADL 100 Q R391 R 3 100 P 2 R390 1 PROT RES MUTE SC4INR Page 41 (HD) 28KF-84H Schematic Diagram of Mother Board Unit (F7351N5) 7 HFB ABL PROT HB D404 7V5 EX0549 0 R451 (AV1) GN0241 21 (500V) 20 75 19 EX0549 D403 7V5 17 C4V7 EX0544BM 16 C403 10nF 15 R407 75 EX0546 D420 C5V6 180nF (400V) FZ0240BM C617 150nF (400V) FZA073WJZZ (1/2W) 82K R627 C624 14 (CR) GN0241 D421 4V7 EX0544 18 R406 15 13 12 (F) EX0546 BC857B VSBC857B Q406 GN1505BM D411 C5V6 (250V) FZ0198BM 11 10 18K R409 9 390 R437 R439 100 R442 1K2 H 1 L605 ZA016WJ 390 (1/2W) R668 8 7 H R318 100 J141 2K2 10 (1/3W) R441 2 1nF (500V) C639 6 4 R438 470 FB302 LN0091GE EX0554 5 V 5 4 J142 2K2 BC847B VSBC847B Q407 +5V R440 1K V D438 C12 3 3 47uF (10V) C417 2 1 C338 Page 39 16 14 13 12 Firma válida 75 R420 10 Firmado digitalmente por Castillo, Fco. Nombre de reconocimiento (DN): cn=Castillo, Fco., o=Engineering Dept., ou=SEES, c=ES Fecha: 2003.07.23 12:39:53 +02'00' Motivo: I'm aproving this document 11 82 75 R419 R421 75 R418 BC857B VSBC857B R417 75 APPROVED 15 R416 75 220 R422 Q201 R205 220 (1/2W) 10 R223 R230 22K 9 HB 8 7 MODEL DATE 150 6 10nF C210 B0201BM R211 6K8 2 28KF84H 1 BA591 DX0623 I2S_CL 24 23 22 21 20 19 18 17 16 15 14 13 4 C208 10nF R208 22K +5V SIF2 SIF1 OP2 AFC VP VPLL AGND CVBS VAGC REF VIF1 VIF2 OP1 FMPLL DEEM AFD DGND AUD TOP SDA SCL AGC RF R240 68k AGC SMPL SCL1 SDA1 ELECTRONICA ESPANA S.A. SHARP 330nF (FZ) A-1 SIZE R220 R219 (CF) 6.8uH L203 R225 47K SDA1 SCL1 DATE 04-06-2003 C212 470uF (10V) 1/2W 18K R213 1/2W 18K R214 1/2W C221 JF5 0 390pF C206 10nF SCL1 SDA1 AGC RF R215 8K2 3 HB 10nF C218 R203 100 R202 100 +5V R370 3K3 C219 C0278BM K3953 C222 100uF (6.3V) 5K6 R206 L301 10uH (DF) 100 R309 SF201 +5V . +200V 1 2 3 4 5 6 7 8 9 10 11 12 C330 330uF (10V) R369 3K3 100 R308 SOUT IX1808BM TDA9886 IC201 (25V) C329 100nF 1 2 3 TAGC NC NC I2C_CL I2C_DA Q P W B F 7 3 5 1 B M N 5 CODE D_CTR_OUT1 D201 R222 220K J161 2K2 R221 680K BC847B VSBC847B Q202 (25V) C209 100nF R210 100 +5V 5pF C327 X301 B0203 18,432MHz R209 6K8 C0451CE K9456 BA591 DX0623 3 X201 4MHz 5pF C326 SF202 D202 (FZ) C201 470nF XTAL_IN MOTHER BOARD 22-07-2003 5 4 LN0091GE FB303 EX0554 D437 C12 DX0623 D203 BA591 3 R207 (25V) C202 100nF C323 47pF J162 2K2 R212 22K GA200 NAME R204 22K C205 220nF C207 1n5 AVSUP C322 100nF (25V) NC NC (FZ) 64 63 AVSS AVSS SC2INL Firma válida Firmado digitalmente por Josep Vila Sola Nombre de reconocimiento (DN): cn=Josep Vila Sola, o=SEES, ou=Engineering, c=ES Fecha: 2003.07.22 13:37:15 +02'00' Motivo: He revisado este documento 17 EX0549 C7V5 D410 EX0549 C7V5 D409 EX0549 C7V5 D408 EX0549 C7V5 D407 R415 75 0 31 270 R231 C203 22nF C422 220uF (10V) G IN VERIFIED 19 18 FI JF54 C204 100uF (16V) (FZ) C319 330nF C320 10uF (16V) 62 61 SC2INR Firmado digitalmente por ADOLFO FERNANDEZ Nombre de reconocimiento (DN): cn=ADOLFO FERNANDEZ, o=LABORATORI O, c=US Fecha: 2003.07.22 13:15:41 +02'00' Motivo: Soy el autor de este documento 21 C4V3 EX0543 D406 (DF) 100K R312 L202 12uH BC847B VSBC847B Q403 R414 1K R413 68 0 R815 100K R313 (FZ) (FZ) C318 330nF C317 330nF JF6 0 7 TH201A 1 2 3 4 5 6 7 8 9 10 11 REVISIONS . . . . . . 19 18 17 16 15 14 . . . . . . . . . . . . 12 11 10 9 8 7 6 5 4 3 2 1 13 . . 20 21 . 22 . 23 . N AGC SCL SDA +B VT IF . 24 . 25 RTUNH0135 UP TO INFO 456 C215 47uF (16V) JF9 0 R217 12K C211 IC202 10nF IX0037 1K2 R443 (YB) QSOCZ2561CEZZ +3.3VSTBY 32 34 33 CVBS OUT FRONT VI1' ABL HPROT VERT- VERT+ HFB HOUT AV1 AV2 AV3 STBY VPROT SSC-CLOCK Page 40 13 Firma válida MADE 0 R452 20 C7V5 EX0549 D405 1nF (HB) C433 18K R411 +5V SC1INR SC1INL GN0241 (VIA) CVBS OUT RGB CZ2107BM D422 C15 EX0556BM 3K3 R410 AV1 AV CZ2107BM C432 1nF R626 100 C625 1nF CRDARA027WJFW 2SK2882 TXA002WJ Q612 C12 EX0554BM D622 DISPLAY 3K3 R408 R631 330K . D623 270 100nF R319 R628 27K . 680pF (25V) C619 270 R629 470K . R320 100 C340 BC847B VSBC847B . GND PLUG . V OUT . N.C. 1nF HB DISPLAY R321 680pF 10uF . CHROMA IN N.C. . GND . N.C. . N.C. . AV LINK . GND . N.C. C337 L IN . SS . GND C341 . L OUT . GND SOUND . R OUT DISPLAY . R IN HB 1nF C626 . 100K . AVSUP 66 100K R322 Q609 . GND PLUG V IN . V OUT RF . GND FS . GND V IN . RED . FS . N.C. . V IN . GND V IN GND . GND R N.C. . GREEN . N.C. . GND G . SS 100 . BLUE 5 2 C343 680pF 65 . L IN C324 47pF ANA_IN1+ 67 ANA_IN68 ANA_IN2+ 69 SC2INR 270 4 . SSC-DATA GND B AV2 . 70 C325 47pF R325 XTAL_OUT 72 R327 100K TESTEN HB 1 (25V) 73 NC 75 TP R323 76 AUD_CL_OUT 74 D_CTR_OUT0 78 STANDBYQ 80 ADR_SEL 79 HB NC 270 71 1nF C348 SSC-CLOCK GND SOUND FB . B IN L OUT RF SSC-CLOCK . SC1OUTL R324 SC1INR 100 SC1OUTR . SC2OUTL R OUT RF 12 R IN R IN C344 41 R326 100K 5 77 SC2OUTR 680pF (25V) 11 1nF 10 C347 4 9 1 8 2 6K2 28KF-84H Schematic Diagram of Mother Board Unit (F7351N5) 14 R Q P O N M SC1INL L K J 28KF-84H Schematic Diagram of TVTextPRO Digital Module Unit (F7353N3) I C6143 100nF C6141 100nF R6006 R6063 R6061 KEY 680K 100nF DX0551 R6001 100K 53 C6008 C6007 100nF D6015 H PROT SCL33 SDA33 +3.3VSTBY 470 (1%) 1K2 (1%) SDA2 C6003 100nF R6055 R6056 SCL2 VOUT AV2 AGC SMPL +2.5VSTBY KEY H100 AV1 V100 +2,5VSTBY D3 D2 Q60 BC84 VSB D4 2 1 D1 D4 4 3 D2 D3 7 5 9 6 VSS XROM VDD 2.5 VDD 3.3 10 11 12 13 14 15 8 P0.0 P0.1 P0.2 P0.3 P0.4 P0.5 P0.6 P0.7 18 16 17 STOP 21 20 23 22 19 OCF EXTIF CVBS VDDA 2.5 24 25 P2.0 P2.1 VSSA P2.2 26 27 28 NC P2.3 ENE 55 L6008 1uH C6015 C6016 100nF 100nF 27pF 18 D5 19 20 D7 21 C6017 A10 23 OE 24 A11 25 A9 26 A8 27 A13 28 A14 29 A17 30 A18 31 JF6002 32 100nF 090 A10 A3 OE 086 A4 085 A11 084 A5 083 A9 082 A6 081 A8 D4 D5 D6 D7 E A10 OE A11 A9 A8 A13 A14 A17 A18 VCC IX18 FL_RST A7 D3 C6018 100nF 80 79 D4 D6 22 089 C6036 100nF R6033 2K2 C6035 68nF (63V) R6035 27K 1% C6070 47uF C6012 27pF A2 C6069 10uF 100nF C6011 17 A7 L6007 1uH C6013 A13 A12 6MHz A1 093 +3.3VSTBY +2.5VSTBY X6001 A13 A12 78 77 A14 VDD 3.3 VSS 75 74 76 VDD 2.5 73 A15 FL_PGM 72 71 A17 A16 A8 A14 A15 A17 A16 A18 54 70 69 A18 NC RD A19 68 52 51 NC C6010 10nF A6 66 F RST 67 50 RESINT A9 P4.3 NC 49 4K7 MUTE A5 P4.2 WR 48 220 +3.3VSTBY D3 087 A11 P1.6 65 R6014 47 63 R6015 SSC-DATA 094 088 A4 P1.5 64 46 NC RES D7 JF6005 ALE P1.4 P1.7 45 A3 PSEN 61 LEDOPC 096 45 091 A10 P1.3 62 44 LED A0 092 VSS IX1869BM P1.2 B 43 P1.1 BLANK/COR 42 D6 097 +3.3VSTBY VDD 3.3 P1.0 60 41 C6009 100nF SDA5550 VDD 3.3 59 40 A1 A2 VSS G 39 +3.3VSTBY 58 G P3.7 IC6 SS D0 098 095 FL_CE IC6001 P3.6 R 38 D7 P3.5 VDDA 2.5 +3.3STBY A0 P3.4 VSSA 37 57 36 56 R6010 27K D6 P3.3 D5 099 D0 P3.2 NC 35 D6003 BAS85 DX0606 100 D5 P3.1 XTAL1 34 55 SSC-CLOCK P3.0 54 33 53 32 R6011 220 IR XTAL1 31 STBY HS/SSC VS 30 29 D1 R6032 270 R6034 68K R6031 +3.3V 15K 57 C6029 C6027 15pF R6019 100 33 34 BSOIN IBEAM 37 35 38 36 VREFH VBLO PROTON VSYNC H38K H35K PWM 15 16 5 1 25 . 24 . 23 . 22 . 21 . 20 . 19 . 18 . 17 . 16 . . 15 . . 14 . . 13 . . 51 . . 12 . . . . . . SCL1 . 220K 47 11 10 R6024 ABL 9 J32 100 BC847 VSBC847B HPROT 8 19 18 17 VERT- 7 22 21 20 VERT+ 6 25 24 23 EW 5 26 RO VPROT 4 28 27 SSC-CLOCK STBY 3 30 R6023 Q6004 10K HOUT RES SCL1 SDA1 AV2 HOUT AV1 HFB VERT- VERT+ ABL HPROT SCL2 SDA2 VOUT 2 31 29 10nF C6028 15pF +3.3VSTBY 1 14 X1 2 1 X6002 FH1_2 HD SWITCH 24.576MHz B VREFN 41 39 DCI HSYNC 56 48 VREFC 42 40 43 Y/R0 VDDA V/B0 VDDA SSD C6026 100nF C U/G0 45 44 46 VSSA VSSD CLKI +3.3V VDDD VSSD 64 L6002 3.3uH FLB 13 63 VDDA IX1805BM SVM 12 220 VSSMC 11 62 R6053 220 VSSA 32 100nF R6052 D/A E/W SCP SDA 60 61 C6140 1uF 0 59 VD+ SDA9380B BOUT VDDD C6139 100pF FB6040 58 C6025 47uF GOUT 10 SVM C6024 100nF ROUT C6030 57 VD- R6021 100 56 B VDDA IC6006 VDDMC SCL G B2 RESN 55 VSSA 9 54 G2 8 D 47nF VPROT 7 L6001 10uH R 53 HSAFE HPROT R2 R6020 100 47nF +8V SENS C6022 D6010 DX0551 FBL2 TEST 52 FBL1 SUBST C6021 47nF +3,3VSTBY 51 6 50 C6020 X2 2 44 CLEXT 49 R/Y1 15pF VSSA C6023 33K 0 3 R6018 3 JF6009 5 3 2 1 0 4 IX-1873BM JF6007 1 47 C3V3 EX0540BM 48 E D6005 0 G/U1 JF6015 MC334164 B/V1 IC6005 C6014 47uF (YA) (YB) PS25LB PS25LB GZ2541CE GZ2541CE TO : SDA2 - SCL2 MA TO : VIDEO_IC A FI MSP NVM TUNER 1 2 3 4 42 5 6 Firm válid 7 Page 43 SDA1 - SCL1 28KF-84H Schematic Diagram of TVTextPRO Digital Module Unit (F7353N3) (K) GN0842 (RT) GN0242 FB6039 0 1 2 3 4 5 6 7 8 I +12V R6046 10K JF6014 1 2 3 Q6002 Q6003 BC847B VSBC847B 4 BC847B VSBC847B R6017 47K NC VCC S1 WP S2 SCL VSS SDA C6001 470uF R6009 3K3 8 R6005 100 6 SCL2 5 R6016 47K D4 18 D5 19 D6 20 D7 21 23 OE 24 A11 25 A9 26 A8 27 A13 28 A14 29 A17 30 A18 31 D4 D2 D6002 D6001 C3V9 EX0544BM +3.3STBY D0 D7 A0 E A1 A10 A2 OE A3 A11 A4 A9 A5 A7 A14 A12 A17 A15 A18 A16 VCC VPP 15 D2 14 D1 R6045 330 R6044 56 Q6007 (1%) 13 D0 12 A0 BC857B VSBC857B TX0217 R6054 11 A1 10 A2 +2.5STBY 9 A3 8 A4 7 A5 6 A6 5 R6043 1K 0 D6012 R6042 46 +1.8V A7 4 A12 3 A15 2 A16 1 VPP G 8V2 EX0587 BC547 TX0106 +5V +3.3V L6006 1uH 3V9 EX0405 D6011 Q6006 (1%) +8V R6057 0 680 A6 A13 Q6005 BC337 +12V 16 D1 D6 A8 32 F6002 VSS D5 22 A10 D3 H SDA2 IC6002 SST37VF 17 C6006 100nF R6008 3K3 7 C3V9 EX0544BM 45 +3.3V (6.3V) R6004 100 +3.3V D3 SENS R6003 5K6 BAS85 B R6002 5K6 BAS85 39 IC6003 M24128 IX1883 +3.3VSTBY 49 D6014 1 G SCL33 D6004 2 R SVM RO SCL1 SDA33 SDA1 +3.3VSTBY 50 3 +1.8V R6041 180K L6005 1uH 58 JF6004 59 C6061 X6003 20.25MHz 22pF IX1841BM L6004 1uH +3.3V L6003 1uH C6060 22pF B0219BM C6146 VOUT C6059 C6058 100nF 100nF C6037 10uF (50v) 1 CHROMA IN 10nF R6066 75 100nF C6018 100nF C6063 100nF C6062 C6064 10nF C6145 F 2 3 LUMA IN 100nF C6034 R6065 75 43 (YC) GN342 22nF 62 63 64 65 61 CVBSO3 CVBSO2 CVBSO1 VDDAC2 VSSAC2 68 656IO6 RIN2 656IO5 VSS33RGB HOUT VDD33RGB VDDARGB V50 BIN1 (50V) 60 C6057 100nF 59 VI1 58 1 C6065 47nF 56 CR1 55 VI2 VI2 C6066 E 2 57 R6058 75 3 47nF 4 54 53 52 40 C6067 0 FI 51 47nF C6055 50 49 5 R6059 75 CR1 VI1 C6056 6 (VI) 100nF GN0642 48 47 46 D 45 44 C6054 43 42 100nF C6053 41 100nF C6052 GIN1 FBI2 RIN1 10uF (50V) C6049 47nF 40 39 FBI1 VSSAFBI 36 38 37 VSSD4 C6048 100nF 100nF C6043 10uF 35 22 C6045 R6039 100 VDDAFBI TDI 656IO0 VSSARGB VDDD4 H50 21 R6038 100 220K 66 67 GIN2 R6026 5K6 R6024 VDDD1 VDDAPLL VSSD1 69 70 XIN XOUT 71 VREF 74 72 73 NC VDDP1 VSSP1 76 75 AVOUT VDDDACV 79 77 VSSDACV AUOUT IX1868BM V 656IO4 20 BIN2 34 19 SCL 33 18 VSSAC1 VDDAC1 NC 656IO1 17 CVBS1 VDDP2 32 16 CVBS2 VSP9402A VSSP2 31 15 656IO7 656IO2 14 IC6007 656CLK 30 13 100nF CVBS3 NC VSSD3 C6031 100nF 12 CVBS4 TMS VDDD3 11 C6042 SDA CLKOUT 9 10 CVBS5 27 8 7 CVBS6 VDDD2 29 10uF VSSS2 28 100nF C6041 6 VSSP3 33K 5 VDDP3 R6029 C6040 CVBS7 RESET +3.3V VDD33C VSSDACY 26 4 VSS33C AYOUT 25 D6010 DX0551 VDDDACY 24 3 VDDDACU 80 2 100nF 22nF 656IO3 1 41 VOUT C6038 C6039 23 15K VSSDACU C6033 42 22nF R6031 78 +3.3V R6032 270 C6047 100nF C6050 47nF C6051 47nF C C6046 100nF J93 FI B IN 0020CE B IN G IN FB R IN R IN G IN FB KEY +1,8V IR LEDOPC EW LED SSC-DATA AGC SMPL RES MUTE +5V C6044 10nF RES V100 SDA1 +3,3V SCL1 RESINT SDA1 PROT HFB VPROT SCL1 H100 ABL VERT+ HPROT 52 21 23 22 24 25 B . 20 . 19 . 18 . 17 . 16 . 15 . 14 . 13 . 12 . 11 . 10 . . 9 . . 8 . . 7 . . 6 . 5 . 4 . 3 . 2 . 1 . FB6002 0091GE 51 R6040 100 YA) PS25LB Page 42 GZ2541CE MADE - SCL2 O: VM Firma válida 8 VERIFIED Firmado digitalmente por ADOLFO FERNANDEZ Nombre de reconocimiento (DN): cn=ADOLFO FERNANDEZ, o=LABORATORI O, c=US Fecha: 2003.07.22 13:16:09 +02'00' Motivo: Soy el autor de este documento Firma válida 9 APPROVED Firmado digitalmente por Josep Vila Sola Nombre de reconocimiento (DN): cn=Josep Vila Sola, o=SEES, ou=Engineering, c=ES Fecha: 2003.07.22 13:35:54 +02'00' Motivo: He revisado este documento NAME Firmado digitalmente por Castillo, Fco. Nombre de reconocimiento (DN): cn=Castillo, Fco., o=Engineering Dept., ou=SEES, c=ES Fecha: 2003.07.23 12:40:25 +02'00' Motivo: I'm aproving this document Firma válida 10 DATE MODEL 13-05-2003 CODE Digital Module 22-07-2003 28KF84H 11 43 UP TO INFO 439 Q K I T P 7 3 5 3 B M N 3 A SHARP SIZE A-2 REVISIONS ELECTRONICA ESPANA S.A. 12 13 14 3 4 44 5 6 Firma válida MADE L6317 12uH (CF) (HD) GN0341 R6316 390 C6336 10nF CN4 QJACKJ0101SEZZ Firmado digitalmente por ADOLFO FERNANDEZ Nombre de reconocimiento (DN): cn=ADOLFO FERNANDEZ, o=LABORATORI O, c=US Fecha: 2003.07.22 13:16:59 +02'00' Motivo: Soy el autor de este documento 3 2 1 R6317 390 1 5 4 3 GND 2 2 6 7 1 OUT L A OUT R (SS) GN0341 Firma válida VERIFIED C6337 10nF B 3 2 C6428 1nF GND 1 Firmado digitalmente por Josep Vila Sola Nombre de reconocimiento (DN): cn=Josep Vila Sola, o=SEES, ou=Engineering, c=ES Fecha: 2003.07.22 13:36:46 +02'00' Motivo: He revisado este documento (YC) GN0341 L6318 12uH (CF) C6429 1nF JF6701 0 1 2 J6401 QJAKZ0015CE C OUT R LUMA IN Firma válida APPROVED 3 RH-EX0412BMZZ D6401 C7V5 RH-EX0412BMZZ D6402 C7V5 JF6703 0 Firmado digitalmente por Castillo, Fco. Nombre de reconocimiento (DN): cn=Castillo, Fco., o=Engineering Dept., ou=SEES, c=ES Fecha: 2003.07.23 12:41:46 +02'00' Motivo: I'm aproving this document 4 (SWRC) GN0441 2 3 180 7 28KF84H 22-07-2003 1 R6704 KZ0079 KZ0079 1K3 S6702 S6706 R6703 CH CH SWITCH A / V GA200 MODEL DATE NAME (16V) 3 C6707 10uF M6701 CUA004WJZZ E CHROMA IN GND D 1 820 R6706 KZ0079 S6704 VOL R6701 120K 1/2W 0 JF5 ELECTRONICA ESPANA S.A. SHARP 1 A-3 3 4 5 6 (A) GN0260 2 0 JF4 R6702 120K 1/2W ESCALA Q P W B F B 5 1 5 B M N 0 Q P W B F B 4 5 2 B M N 0 CODE R6705 0 KZ0079 S6703 VOL + F 2 G +5V FECHA 12-02-2003 S6701 P0613BM H KEY FS-C3226 F6701 REVISIONES UP TO INFO 364 C6701 330nF (275V) (M) GN0360 I RC LP6701 P0001 N 28KF-84H Schematic Diagram of Switch A/V Unit (FB452N0B) GND OUT L 45 1 2 3 I2C Q723 Q724 T701 SC 703 SWITCHED MODE POWER SUPPLY PFC IC701 Q701 T702 REG. A IF VIDEO AUDIO +5.5V -6V +150V +16V AUDIO -16V AUDIO +12V IC 706 MAIN REG. KA431 IC 707 ST-BY REG. KA431 230V AC 50Hz SF 202 SAW SF 201 SAW VIDEO AUDIO RGB +180V FRONT VIDEO AGC IC202 Y-C FUSE R L IR DETECTOR EMI FILTER MAINS AREA S-VIDEO M 1000 FRONT MODULE SCART AV-1 21 PINS +33V TUNER UV1316/A 1-2 TH 201 +5V IC 201 TDA 9886 IF +5V +150V +12V ST-BY +5.5V +12V +3.3V STBY +2.5V STBY IC6002 FLASH MEMORY . ST-BY Q796 IC 706 Q706 +5V B +13V SDA5550 IC6001 OSD MICROCONTROLLER OSD NVM IC6003 IC704 Q 710 CURRENT LIMITER -6V Q 605 Q 613 H. DRIVER EW DRIVER IC 601 +13V +3.3V STBY +5V STBY I2C33 I2C AUDIO SUB-CARRIER CVBS DIGITAL MODULE TVTextPRO I2C 4 B +3.3V VSP9402 IC 6007 HORIZONTAL DEFLECTION Q 601 EW MODULATOR Q 602 +3.3V +5V LM317T IC708 1.8V PROCESSOR VIDEO I2C33 D6001 Q6005 C +8V EW SDA9380B IC 6006 +2.5V D723 +150V +13 V H.OUT RGB ROTATION D6006 Q6007 -13 V +3.3V STBY DISPLAY & DEFLECTION PROCESSOR +3.3V +8V MSP 3410 G DYNAMIC MODULE (ONLY 32") T 1602 +1.8V +13V +8V SOUND PROCESSOR IC303 +5V C I2C A I2C 28 / 32KF-84H BLOCK DIAGRAM (GA-200 CHASSIS) T601 TRANSFORMER FLYBACK HORIZONTAL +12V +16V +13V IC 304 +13V -16V -13V +200V H.V. FOCUS +25 V +12V SCREEN TDA6111 AMPLIFIERS IC850-1-2 RGB CRT MODULE HEATER D +13V IC 1601 -13V BA4558 IC 502 M5218L TDA7480 IC 302 -13V TDA7480 -16V IC 301 +16V V DRIVER D +200 V SVM +150V RGB SVM VERTICAL FLYBACK Q 503 Q 502 +25V -13V VERTICAL POWER IC 501 TDA 7480L +13V H E HORIZ. DEFLECT. COIL VERT. DEFLECT. COIL HEADPHONE CONECTOR FRONT MODULE AUDIO OUT R AUDIO OUT L E H.V. C.R.T. 1 2 3 4 28KF-84H BLOCK DIAGRAM 28KF-84H TROUBLESHOOTING TABLES //0*121/2 113 C *. ±4(6 (6 ;;#. 7 C (. C (.$ (. C .0. #- '01E! ' . A C C *.; A- .0/1 -C! .0+163+13 +13+43B>63 >A93>A3>4 >> .0$ 3(63 (6 . .0= 1C*! +46A 7(113 1431>-(4664 946 .03 831 (6 .0 . 4 8 1 8 C (.%, 0# ; .# ; .0 (. ' 0# ; -(7('*+ "+% . C .# # C * 7 '. #- %,# (. %,# 486 A .08(4664-# #4> .)#49 . C .0(46 . > 8 .0D46%, D463D463D4683 D46934634>3 46834643483 4A349 46>! *Although the checking of these parts could be right, they may be partially damaged. So if the problem remains proceed to replace all parts. xx Test Point 46 28KF-84H //0*121*.* 4 *2 5 *. 4 6 )#>3 4C! # (7('*+"+%! .! C *. ±(16 (16 .0#4 43(163(16 . C (. # -(16 .0(163 (16 . C *. 1 -(16 .0(163 16A1 C (. 8 -(16 .0(16 . C *-.)# -D16.# D163.8 -(16 C .0D163D16. .016316.1! .0-0.#. 1614 .0#3 #/## # ='.---$##-.-;0-.#.$#(3 ;- ../:$# 0# xx Test Point 47 28KF-84H 3*31 *. 8-C!3 8-C*!3 19-C*!3 9-C*! +0-. .. .0 C *. 1466 *-#.# 3.0.. $; 0; .0D466>3D4664 . C *. 9461 .0D466>3(4664 . .0.. E! C *.(3 -C*! 1 .0.($; 1 .0.= (4661. .0-(4663 (466.0 &466 18 11 C .0-&466&466 # 14 1> 19 (.;-. -- *-(466 1A 81 .0(4663(466 . 84 .0-( C C (. -.# .0(-- D466D466 8A 16 1 1 .0/D4668 9 .0.+B.# #!-- ( .0..-- #;.(.#. . * XXJF74E and XXKF84H models don’t have a stereo led. Please refer to “LED FLASHING CODES” (Page 13). xx Test Point 48 28KF-84H /312 # .# $; -); =.) )%-D668 C * .16 >9 * .1 9-C*! .0./:$# *-D46! * .866 > C .011>!3D>A> . C .0(>643(>683 (>69. C .0>A93>A3>63 >813>13>3>>3 >>86 C .0D>A>3B>6 B>68 .# ; ,.0 C -(7('*+"+% .# (.' 0# ; .0D>6 $; -B>6!B ! (. ; # -D>6 *. 8C! 8C*! C*! *In the original situation (with the Digital Module assembled) this value is 1.8V. 49 .0D>63D>6 . 28KF-84H C *-.)# )$-D463 .' ) *-.)# -(>6. .66>9 C .0D46 .0(>6 .; -'/%/($'*7% $'*'""''/%('"% $" ($ '%' .-; C .. $ . 3 +$# #AC! *-.)# -(>6 #3 $;.# C .0./:$# *-D46! -(7('*+"+% .# .0$">1! . .0B0- $;(>6! .0(>6 .; Note: Once the TV set has been repaired, have in mind to put the TV set in the default situation (undo shortcircuits, specially the applied in Q1004). 50 28KF-84H ICs ADDITIONAL INFORMATION TDA9886TS (IC201) Features 1 FEATURES • 5 V supply voltage • Gain controlled wide-band Vision Intermediate Frequency (VIF) amplifier, AC-coupled • Multistandard true synchronous demodulation with active carrier regeneration: very linear demodulation, good intermodulation figures, reduced harmonics, and excellent pulse response • SIF-AGC for gain controlled SIF amplifier, single reference QSS mixer able to operate in high performance single reference QSS mode and in intercarrier mode, switchable via I2C-bus • Gated phase detector for L and L-accent standard • Fully integrated VIF Voltage Controlled Oscillator (VCO), alignment-free, frequencies switchable for all negative and positive modulated standards via I2C-bus • AM demodulator without extra reference circuit • Digital acquisition help, VIF frequencies of 33.4, 33.9, 38.0, 38.9, 45.75, and 58.75 MHz • I2C-bus control for all functions • Alignment-free selective FM-PLL demodulator with high linearity and low noise • I2C-bus transceiver with pin programmable Module Address (MAD) • 4 MHz reference frequency input: signal from Phase-Locked Loop (PLL) tuning system or operating as crystal oscillator • Four I2C-bus addresses via MAD. • VIF Automatic Gain Control (AGC) detector for gain control, operating as peak sync detector for negative modulated signals and as a peak white detector for positive modulated signals 2 • External AGC setting via pin OP1 • Precise fully digital Automatic Frequency Control (AFC) detector with 4-bit digital-to-analog converter, AFC bits readable via I2C-bus GENERAL DESCRIPTION The TDA9885 is an alignment-free multistandard (PAL and NTSC) vision and sound IF signal PLL demodulator for negative modulation only and FM processing. • TakeOver Point (TOP) adjustable via I2C-bus or alternatively with potentiometer The TDA9886 is an alignment-free multistandard (PAL, SECAM and NTSC) vision and sound IF signal PLL demodulator for positive and negative modulation, including sound AM and FM processing. • Fully integrated sound carrier trap for 4.5, 5.5, 6.0, and 6.5 MHz, controlled by FM-PLL oscillator 3 • Sound IF (SIF) input for single reference Quasi Split Sound (QSS) mode, PLL controlled 4 APPLICATIONS • TV, VTR, PC and STB applications. ORDERING INFORMATION PACKAGE TYPE NUMBER NAME TDA9885T/V3 SO24 TDA9885TS/V3 SSOP24 TDA9885HN/V3 HVQFN32 TDA9886T/V3 TDA9886TS/V3 SO24 SSOP24 DESCRIPTION plastic small outline package; 24 leads; body width 7.5 mm VERSION SOT137-1 plastic shrink small outline package; 24 leads; body width 5.3 mm SOT340-1 plastic, heatsink very thin quad flat package; no leads; 32 terminals; body 5 × 5 × 0.85 mm SOT617-1 plastic small outline package; 24 leads; body width 7.5 mm SOT137-1 plastic shrink small outline package; 24 leads; body width 5.3 mm SOT340-1 51 52 23 (26) SIF1 18 (20) AGND 20 (22) VP SUPPLY CAGC (6, 12, 13, 14, 17, 19, 25, 28, 29, 32) 13 n.c. VPLL VIF-PLL RC VCO 19 (21) OP1 3 (1) OUTPUT PORTS DGND 7 (5) SIOMAD 12 (11) AFC AUDIO PROCESSING AND SWITCHES SOUND TRAPS 4.5 to 6.5 MHz AFC DETECTOR 21 (23) FMPLL 4 (2) MHC108 (4) 6 (3) 5 (7) 8 (18) 17 FM-PLL filter NARROW-BAND FM-PLL DEMODULATOR sound intercarrier output and MAD select 10 (9) SDA Fig.1 Block diagram. SCL 22 (24) 11 (10) OP2 TDA9885 TDA9886 DIGITAL VCO CONTROL 15 (16) REF external reference signal or 4 MHz crystal I 2C-BUS TRANSCEIVER MAD SINGLE REFERENCE QSS MIXER INTERCARRIER MIXER AND AM DEMODULATOR CBL SIF AGC VIF-AGC (1) Not connected for TDA9885. Pin numbers for TDA9885HN in parenthesis. 24 (27) 1 (30) VIF1 SIF2 2 (31) TUNER AGC 16 VAGC (1) VIF-PLL filter handbook, full pagewidth VIF2 14 (15) 9 (8) CAGC(neg) TAGC TOP CVAGC(pos) AFD audio output CAF de-emphasis network DEEM AUD video output: 2 V (p-p) [1.1 V (p-p) without trap] CVBS 28KF-84H TDA9886TS (IC201) Block Diagram 28KF-84H TDA9886TS (IC201) Pin Description PIN SYMBOL DESCRIPTION TDA9886T TDA9886TS TDA9885T TDA9885TS TDA9885HN VIF1 1 1 30 VIF differential input 1 VIF2 2 2 31 VIF differential input 2 n.c. − − 32 not connected OP1 3 3 1 output port 1; open-collector FMPLL 4 4 2 FM-PLL for loop filter DEEM 5 5 3 de-emphasis output for capacitor AFD 6 6 4 AF decoupling input for capacitor DGND 7 7 5 digital ground n.c. − − 6 not connected AUD 8 8 7 audio output TOP 9 9 8 tuner AGC TakeOver Point (TOP) for resistor adjustment SDA 10 10 9 I2C-bus data input and output SCL 11 11 10 I2C-bus clock input SIOMAD 12 12 11 sound intercarrier output and MAD select with resistor n.c. − − 12 not connected n.c. 13 13 13 not connected n.c. − − 14 not connected TAGC 14 14 15 tuner AGC output REF 15 15 16 4 MHz crystal or reference signal input VAGC 16 − − VIF-AGC for capacitor n.c. − 16 17 not connected CVBS 17 17 18 composite video output n.c. − − 19 not connected AGND 18 18 20 analog ground VPLL 19 19 21 VIF-PLL for loop filter VP 20 20 22 supply voltage AFC 21 21 23 AFC output OP2 22 22 24 output port 2; open-collector n.c. − − 25 not connected SIF1 23 23 26 SIF differential input 1 and MAD select with resistor SIF2 24 24 27 SIF differential input 2 and MAD select with resistor n.c. − − 28 not connected n.c. − − 29 not connected Pin Assignments handbook, halfpage VIF1 1 24 SIF2 VIF2 2 23 SIF1 OP1 3 22 OP2 FMPLL 4 21 AFC DEEM 5 AFD 6 20 VP 19 VPLL DGND 7 TDA9885TS TDA9886TS 18 AGND AUD 8 17 CVBS TOP 9 16 VAGC (1) SDA 10 15 REF SCL 11 14 TAGC SIOMAD 12 13 n.c. MHC110 (1) Not connected for TDA9885TS. Fig.3 Pin configuration for SSOP24. 53 54 MONO SCART4 SCART3 SCART2 SCART1 I2S2 I2S1 Sound IF2 Sound IF1 SCART DSP Input Select ADC ADC Demodulator Prescale Prescale Preprocessing DAC SCART Output Select DAC Headphone Sound Processing DAC DAC Loudspeaker Sound Processing SCART2 SCART1 I2S Headphone Subwoofer Loudspeaker 28KF-84H MSP3410G (IC303) Block Diagram Source Select 28KF-84H MSP3410G (IC303) Pin Assignments SC2_IN_L SC2_IN_R ASG SC3_IN_R ASG SC3_IN_L SC1_IN_L ASG SC1_IN_R SC4_IN_R VREFTOP SC4_IN_L NC NC MONO_IN AGNDC AVSS AHVSS AVSS AHVSS NC NC NC NC AVSUP 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 65 CAPL_M AVSUP 66 39 AHVSUP ANA_IN1+ 67 38 CAPL_A ANA_IN− 68 37 SC1_OUT_L ANA_IN2+ 69 36 SC1_OUT_R TESTEN 70 35 VREF1 XTAL_IN 71 34 SC2_OUT_L XTAL_OUT 72 33 SC2_OUT_R TP 73 32 NC AUD_CL_OUT 74 31 NC NC 75 30 DACM_SUB MSP 34x0G NC 76 29 NC D_CTR_I/O_1 77 28 DACM_L D_CTR_I/O_0 78 27 DACM_R ADR_SEL 79 26 VREF2 STANDBYQ 80 25 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 1 2 3 4 5 6 7 8 9 DACA_L DACA_R NC I2C_CL NC I2C_DA NC I2S_CL RESETQ I2S_WS NC I2S_DA_OUT NC I2S_DA_IN1 NC ADR_DA I2S_DA_IN2 ADR_WS DVSS ADR_CL DVSS DVSUP DVSS DVSUP 55 DVSUP 28KF-84H TDA7480L (IC501) 10W OUTPUT POWER: RL = 8Ω/4Ω; THD = 10% HIGH EFFICIENCY NO HEATSINK SPLIT SUPPLY OVERVOLTAGE PROTECTION ST-BY AND MUTE FEATURES SHORT CIRCUIT PROTECTION THERMAL OVERLOAD PROTECTION PDIP20 (14+3+3) DESCRIPTION The TDA7480L is an audio class-D amplifier assembled in Power DIP package specially designed for high efficiency applications mainly for TV and Home Stereo sets. ORDERING NUMBER: TDA7480L Pin Assignments -VCC 1 20 -VCC -VCC 2 19 -VCC -VCC 3 18 -VCC OUT 4 17 -VCC BOOTDIODE 5 16 +VCC POW BOOT 6 15 VREG N.C. 7 14 +VCC SIGN FEEDCAP 8 13 N.C. FREQ 9 12 STBY/MUTE 10 11 IN SGN-GND D96AU537B Pin Description N. Name 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 -VCC -VCC -VCC OUT BOOTDIODE BOOT NC FEEDCAP FREQUENCY SGN-GND IN ST-BY-MUTE NC +VCC SIGN VREG +VCC POW -VCC -VCC -VCC -VCC Function NEGATIVE SUPPLY. NEGATIVE SUPPLY. NEGATIVE SUPPLY. PWM OUTPUT BOOTSTRAP DIODE ANODE BOOTSTRAP CAPACITOR NOT CONNECTED FEEDBACK INTEGRATING CAPACITANCE SETTING FREQUENCY RESISTOR SIGNAL GROUND INPUT ST-BY/ MUTE CONTROL PIN NOT CONNECTED POSITIVE SIGNAL SUPPLY 10V INTERNAL REGULATOR POSITIVE POWER SUPPLY NEGATIVE SUPPLY (TO BE CONNECTED TO PIN 16 VIA C5) NEGATIVE SUPPLY NEGATIVE SUPPLY NEGATIVE SUPPLY 56 28KF-84H TDA6111Q (IC850, IC851, IC852) Block Diagram supply voltage input HIGH handbook, full pagewidth feedback output 6 9 7V MIRROR MIRROR FOLLOWERS Vbias 7 cathode transient output 8 cathode DC output C par inverting input non-inverting input 3 1 DIFFERENTIAL STAGE TDA6111Q black current measurement output 5 CURRENT SOURCE MIRROR MIRROR 4 2 MGA058 ground (substrate) supply voltage input LOW Fig.1 Block diagram. Pin Description SYMBOL PIN Pin Assignments DESCRIPTION Vip 1 non-inverting voltage input VDDL 2 supply voltage LOW Vin 3 inverting voltage input GND 4 ground, substrate Iom 5 black current measurement output VDDH 6 supply voltage HIGH Vcn 7 cathode transient voltage output Voc 8 cathode DC voltage output Vfb 9 feedback voltage output ndbook, halfpage V ip 1 VDDL 2 Vin 3 GND 4 I om 5 VDDH 6 Vcn 7 Voc 8 Vfb 9 TDA6111Q MGA057 Fig.2 Pin configuration. 57 28KF-84H SDA5550 (IC6001) CVBS ADCX4 A[0 to 15] D[0 to 7] ALE PSEN RD WR A[16 to A20] Block Diagram $QDORJ0X[ $'& $'& 6OLFHU 0HPRU\ ([WHQVLRQ 6WDFN ,5$0 ; :'7 ; $'& LQWHUIDFH 06 3HULSKHUDO %XV ,QWHUIDFH Core Counter 1 3RUW/RJLF ;5$0 65$0 .[ELW %XV $UELWHU Counter 0 Interrupt Controller &KDUDFWHU 520 .; 8$57 RAM/ROM Interface V 6)5V &ORFN 6\QF 6\VWHP Display logic H 'LVSOD\*HQHUDWRU CLUT Display Regs FIFO B R DAC’s G P[0 to 4] $FTXLVLWLRQLQWHUIDFH Memory Extension Unit &DSWXUHFRQWURO 3:0 $FTXLVLWLRQ 3URJUDP520 .; Pin Assignments D1 D4 D2 D3 XROM VDD 2.5 VSS VDD 3.3 P0.0 P0.1 P0.2 P0.3 P0.4 P0.5 P0.6 P0.7 ENE STOP OCF EXTIF CVBS VDDA 2.5 VSSA P2.0 P2.1 P2.2 P2.3 HS / SSC VS 4 3 75 76 77 78 79 5 74 81 80 6 73 100 1 7 72 2 8 71 63 9 62 70 18 61 10 19 60 69 20 59 11 21 58 12 22 57 68 23 56 13 24 55 14 25 54 15 26 53 16 27 52 17 28 99 32 29 30 31 98 33 97 34 96 35 95 36 94 37 93 92 39 TVTEXT PRO SDA 55XX P-MQFP-100 38 91 40 90 41 89 42 88 43 87 44 86 45 85 46 84 47 83 48 82 49 67 66 65 64 51 50 P3.0 P3.1 P3.2 P3.3 P3.4 P3.5 P3.6 P3.7 VSS VDD 3.3 P1.0 P1.1 P1.2 P1.3 P1.4 P1.5 P1.6 P4.2 P4.3 RST FL_RST A7 A13 A12 A14 VDD 3.3 VSS VDD 2.5 FL_PGM A15 A17 A16 A18 A19 RD WR P1.7 BLANK / COR B G R VDDA 2.5 VSSA XTAL1 XTAL2 58 D5 D0 D6 A0 D7 FL_CE A1 A2 VDD 3.3 VSS A10 A3 PSEN ALE A4 A11 A5 A9 A6 A8 BLANK/COR 28KF-84H SDA9380 (IC6006) Block Diagram SWITCH D/A VBLO SCP HPROT SSD VPROT PROTON SCL PROTECTION START UP I²C SDA BSOIN RESN TEST FH1_2 VSYNC HSYNC φ2 H-OUT HD V-OUT VD+ VD- EW-OUT E/W CONTROL CLL CLEXT PWM PWM PW/PH-CORR IBEAM CLKI HSAFE H35K H38K PLL AVERAGE BEAM LIMITER X1 X2 SVM RGB 2 3 CLAMP MATRIX 3 YUV Y 3 BLACK STRETCH FBL 2 FBL 1 RGB/YUV 1 SWITCH 3 CLAMP 3 MATRIX UV YUV 2 3 SATURATION CONTROL 3 YUV/RGB 0 Y 3 CLAMP 3 MATRIX UV RGB MATRIX YUV 3 BRIGHTNESS CONTROL VDD(A1..4) 3 CONTRAST CONTROL MEASURE PULSES 3 3 VSS(A1..4) CUT OFF + WHITE POINT DELAY VDD(D1..2) VSS(D1..2) 3 VDD(MC) VSS(MC) DCI BLUE STRETCH 3 PEAK DRIVE LIMITER 3 ROUT GOUT BOUT OUTPUT BUFFER SUBST VREFC 59 VREFH VREFN 28KF-84H SDA9380 (IC6006) Pin Description Pin No. Name Type Description 1 CLKI I/TTL Input for external line locked clock *) 2 X2 Q Reference oscillator output, Crystal 3 X1 I Reference oscillator input, Crystal 4 CLEXT I/TTL Switching between internal (L) and external clock (H) *) 5 TEST I/TTL Switching between normal operation (TEST=L) and test mode (TEST=H: pins 4, 12, 13, 14, 15, 17, 49, 50, 63, 64 are additional test pins) 6 SUBST S 7 RESN I/TTL 8 SCL I I²C Bus clock 9 SDA IQ I²C Bus data 10 VDD(D) S Digital supply Substrate pin, has to be connected to ground whenever a power supply or signal is applied Reset input, active Low 11 VSS(D) S Digital ground 12 HD Q Control signal output for H driver stage (open drain) 13 H35K Q/TTL Goes High when frequency of HSYNC is about 35kHz or more 14 H38K Q/TTL Goes High when frequency of HSYNC is about 38kHz 15 PWM Q/TTL Pulse width modulated control signal output 16 VSYNC I/TTL V-sync input 17 FH1_2 I/TTL Switching between 1fH mode (L) and 2fH mode (H) 18 HSYNC I HSYNC input (CLEXT=H: TTL; CLEXT=L: analog) *) 19 VDD(A1) S Analog supply 20 VSS(A1) S Analog ground 21 Φ2 I Line flyback for H-delay compensation 22 VDD(A2) S Analog supply 23 VSS(A2) S Analog ground 24 E/W Q Control signal output for East-West raster correction 25 D/A Q Output of an I²C Bus controlled DC voltage 26 VD+ Q Control signal output for DC coupled V-output stage 27 VD- Q Like VD+ 28 VDD(A3) S Analog supply 29 VSS(A3) S Analog ground 30 VPROT I Watching external V-output stage (input is the V-saw-tooth from feedback resistor) 31 HPROT I Watching EHT (input is e.g. H-flyback) 32 HSAFE I Watching B+ when frequency of HD has to be decreased 33 BSOIN I Input for starting Black Switch-Off 34 IBEAM I Input for a beam current dependent signal for stabilization of width, height and H-phase 35 PROTON Q/TTL Protection on (goes High after response of H- or V-protection) 60 28KF-84H SDA9380 (IC6006) Pin Description Pin No. Name Type Description 36 VREFH IQ 37 VBLO Q/TTL 38 VREFN IQ 39 VREFC I Reference current input 40 DCI I Dark current input for cut off and white level control 41 VDD(A4) S Analog supply 42 Y/R 0 I Luminance or R input 43 U/G 0 I U signal or G input 44 V/B 0 I V signal or B input 45 VSS(A4) S Analog ground 46 R/Y 1 I First R or Y input for insertion 47 G/U 1 I First G or U input for insertion 48 B/V 1 I First B or V input for insertion 49 FBL1 I Fast blanking input for RGB1 50 FBL2 I Fast blanking input for RGB2 51 R2 I Second R input for insertion 52 G2 I Second G input for insertion 53 B2 I Second B input for insertion 54 VDD(MC) S Analog supply for RGB output stage 55 ROUT Q R output 56 GOUT Q G output 57 BOUT Q B output 58 SCP Q Blanking signal with H- and color burst component (V-component selectable by I²C Bus) 59 VSS(MC) S Analog ground for RGB output stage 60 SVM Q Luminance output for scan velocity modulation circuit 61 VDD(D) S Digital supply 62 VSS(D) S Digital ground 63 SSD I/TTL Disables softstart 64 SWITCH Q/TTL Output of an I²C Bus controlled switch (register 00, bit SW) Reference voltage Vertical blanking output Ground for VREFH *) The external clock mode can not be used with 18.75, 33.75kHz, 35kHz and 38kHz line frequency. 61 28KF-84H SDA9380 (IC6006) FBL1 ROUT VDD(MC) B2 G2 R2 FBL2 VSS(MC) SCP BOUT GOUT SSD VSS(D) VDD(D) SVM SWITCH Pin Assignments 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 CLKI X2 X1 CLEXT TEST SUBST RESN SCL SDA VDD(D) VSS(D) HD H35K H38K PWM VSYNC 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 SDA 9380 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 B/V 1 G/U 1 R/Y 1 VSS(A4) V/B 0 U/G 0 Y/R 0 VDD(A4) DCI VREFC VREFN VBLO VREFH PROTON IBEAM BSOIN HSAFE VD+ VDVDD(A3) VSS(A3) VPROT HPROT E/W D/A Φ=2 VDD(A2) VSS(A2) VSS(A1) FH1_2 HSYNC VDD(A1) 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 VSP9402A (IC6007) vssdacu auout vdddacu vssdacv avout vdddacv 656hin/clkf20 vssp1 vddp1 tclk xin xout vddapll vssd1 vddd1 vssac2 vddac2 cvbso1 cvbso2 cvbso3 Pin Assignments 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 PRIMUS VSP 9402A VSP 9432A 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 656io4 656io3 vout reset vddp3 vssp3 clkout vddd3 vssd3 656io2 656io1 656io0 vssd4 vddd4 vddafbl vssafbl fbl1 fbl2 rin1 gin1 vdddacy ayout vssdacy vssd2 vddd2 sda tms 656vin/blank 656clk 656io7 vssp2 vddp2 scl v 656io6 656io5 hout h50 adr/tdi v50 62 vss33c vdd33c cvbs7 cvbs6 cvbs5 cvbs4 cvbs3 cvbs2 cvbs1 vssac1 vddac1 (reserved) bin2 gin2 rin2 vss33rgb vdd33rgb vssargb vddargb bin1 63 40 41 37 46 47 48 38 gin1 bin1 fbl1 rin2 gin2 bin2 fbl2 656io7 10 656io6 15 656io5 16 656io4 21 656io3 22 656io2 30 656io1 31 656io0 32 656clk 9 39 rin1 cvbs7 58 cvbs6 57 cvbs5 56 cvbs4 55 cvbs3 54 cvbs2 53 cvbs1 52 63 61 (17) (18) (13) (19) (14) 74 (41) 8 ITU656 Decoder BLANK BLANEN (23) clamping correction (22) clamping correction (21) clamping correction (5) τ (27) (25) or bypass YUV RGB 1H delay (PAL/SECAM) (7) delay control (6) Color Decoder Sync (4) 20 v50 Notch Deskew AGC generator 18 h50 v 14 tclk 71 7 tms (55) testcontroller, memory bist adr/tdi 19 scl 13 PRIMUS (A32) VSP9402A VSP9432A (20) (15) CLKB36 Antialias, Deskew ADCF GAIN Antialias, Deskew ADCB GAIN Antialias, Deskew ADCG GAIN Antialias, Deskew YCSEL (12) C CVBS/Y 24 reset ADCR GAIN (3) ADC2 GAIN (2) ADC1 GAIN 656hin/ 656vin/ clkf20 blank CLKF2PAD CLKF20 CLAMP (16) Source Select CLAMP (1) Source Select 62 cvbso2 cvbso3 (56) sda 6 U,V saturation (26) Y brightness contrast I²C interface H V clamping signals to ADCs F V U Y (28) 4:2:2 4:4:4 2 down sampling (8) Y delay FB U,V Y U,V Y clamped, filterd sync signal (42) Hpostscaler (43) line locked or free-running (29) Offset, Gain α Background generator (57) (44) (34) (46) DCTI (45) Peaking (33) Input Sync UVin Yin 8 (49) 4:4:4 Coarse Delay (36) detection UV motion (35) Y motion detection divider divider acquisition H/V- 216 MHz clk line-locked Hprescaler noise measure ment (32) (10) 648 MHz DTO 648 MHz clk Pixelmixer channel mux (31) (11) LL-PLL (9) Panorama generator (30) soft-mix insert main 70 xin xtal oscillator 69 xout free-running clocks Ydelay read control Fine delay (50) 8:8:8 (37) (51) ITU656 Encoder Kc UV noise reduction UVdelay (38) Y noise reduction Ky (55) Output Data Controller (36, 72 MHz) line-locked clocks (20.25, 40.5 MHz) data buffer det_block.vsd 1/.10.2000 D.Wendel OFFSET V DAC (54) GAIN OFFSET U DAC (53) GAIN OFFSET Y DAC (52) GAIN eDRAM (39) memory controller BLANK (40) Output Sync Controller Output Sync data buffer cvbso1 hout 17 76 79 avout auout ayout vout 23 2 clkout 27 28KF-84H VSP9402A (IC6007) Block Diagram 28KF-84H VSP9402A (IC6007) Pin Description pin 9402/32 9412/42 I/O 9402/32 9412/42 remark 52 cvbs1 I CVBS input analog input 53 cvbs2 I CVBS input analog input 54 cvbs3 I CVBS input analog input 55 cvbs4 I CVBS input or Y1 analog input 56 cvbs5 I CVBS input or C1 analog input 57 cvbs6 I CVBS input or Y2 analog input 58 cvbs7 I CVBS input or C2 analog input 63 cvbso1 O analog output 62 cvbso2 O CVBS output 1 CVBS output 2 61 cvbso3 O CVBS output 3 analog output 70 xin I Crystal connection 1 69 xout O Crystal connection 2 23 vout O vertical output 17 hout O horizontal output 3 vssdacy i656i7 S/I DAC (Y) 656 input (MSB) 2 ayout i656i6 O/I Y output 656 input 1 vdddacy i656i5 S/I DAC (Y) 656 input 80 vssdacu i656i4 S/I DAC (U) 656 input 79 auout i656i3 O/I U output 656 input 78 vdddacu i656i2 S/I DAC (U) 656 input 77 vssdacv i656i1 S/I DAC (V) 656 input 76 avout i656i0 O/I V output 656 input (LSB) 75 vdddacv i656iclk S/I DAC (V) 656 input clock analog output single or double scan, dependent on version 27 MHz nom. 39 rin1 I R or V in1 analog input 40 gin1 I G or Y in1 analog input 41 bin1 I B of U in1 analog input 37 fbl1 I Fast Blank input 1 (H1) analog input 46 rin2 I R or V in2 analog input 47 gin2 I G or Y in2 analog input 64 28KF-84H VSP9402A (IC6007) Pin Description pin 9402/32 9412/42 I/O 9402/32 9412/42 remark 48 bin2 I B of U in2 analog input 38 fbl2 I Fast Blank input 2 (H2) analog input I vertical pulse for RGB input 1) 14 v 6 sda I/O I²C-Bus data 13 scl I I²C-Bus clk 7 tms I testmode select 19 adr / tdi I I²C address / test data in 24 reset I Reset input reset, when low 27 clkout O Output clock 27 MHz 59 vdd33c S supply voltage CVBS 3.3 V 60 vss33c S supply voltage CVBS 0V 50 vddac1 S supply voltage CVBS1 1.8 V 51 vssac1 S supply voltage CVBS1 0V 64 vddac2 S supply voltage CVBS2 1.8 V 65 vssac2 S supply voltage CVBS2 0V 44 vdd33rgb S supply voltage RGB 3.3 V 45 vss33rgb S supply voltage RGB 0V 42 vddargb S supply voltage for RGB 1.8 V 43 vssargb S supply voltage for RGB 0V 35 vddafbl S supply voltage for FBL 1.8 V 36 vssafbl S supply voltage for FBL 0V 68 vddapll S supply voltage for PLL 1.8 V 66 vddd1 S supply voltage for digital 1.8 V digital 67 vssd1 S supply voltage for digital 0 V digital 5 vddd2 S supply voltage for digital 1.8 V digital 4 vssd2 S supply voltage for digital 0 V digital 28 vddd3 S supply voltage for DRAM 1.8 V digital 29 vssd3 S supply voltage for digital 0 V digital 34 vddd4 S supply voltage for digital 1.8 V digital 33 vssd4 S supply voltage for digital 0 V digital 72 vddp1 S supply voltage for digital 3.3 V pad 73 vssp1 S supply voltage for digital 0 V pad 65 connect to vdd33 28KF-84H VSP9402A (IC6007) Pin Description pin 9402/32 9412/42 I/O 9402/32 12 vddp2 S supply voltage for digital 3.3 V pad 11 vssp2 S supply voltage for digital 0 V pad 25 vddp3 S supply voltage for digital 3.3 V pad 26 vssp3 S supply voltage for digital 0 V pad 71 tclk 18 20 9412/42 remark I testclock connect to vss 2) O Hout 50 Hz (with skew) 3) O Vout 50 Hz h50 v50 32 656io0 I/O Digital input / output 31 656io1 I/O Digital input / output 30 656io2 I/O Digital input / output 22 656io3 I/O Digital input / output 21 656io4 I/O Digital input / output 16 656io5 I/O Digital input / output 15 656io6 I/O Digital input / output 10 656io7 I/O Digital input / output 9 656clk I/O Digital input / output clock 74 656hin/clkf20 I/O separate H input for 656 / 20.25 clock output 8 656vin/blank4) I/O separate V input for 656 / BLANK output 49 vssd55) S supply voltage for digital LSB MSB 0V 1) In VSP94xxB and VSP94xxC this pin is shared by v and intr (C800 controller output) 2) In VSP94xxB and VSP94xxC this pin is shared by h50 and irq (Data-slicer-interrupt) 3) In VSP94xxB and VSP94xxC this pin is shared by v50 and blank 4) In 9402 A31 (and higher) and in VSP94xxA/B/C, this pin is shared by 656vin and blank 5) This pin is not used and not bonded in VSP94xxA. The use of this pin in VSP94xxB/C will be VSS. For upgradability it is recommended to not leave this pin open. 66 28KF-84H PARTS LISTING REPLACEMENT PARTS Replacement parts which have special safety characteristics are identified in this manual. Electrical components having such features are identified by in the Replacement Parts Listing. The use of a substitute replacement part which does not have the same safety characteristics as the factory recommended is not permitted. Replacement parts not shown in this service manual may create shock fire, or other hazards. HOW TO ORDER REPLACEMENT PARTS To have your order completed promptly and correctly please supply the following information. 1. MODEL NUMBER 2. REF. NO. 3. PART NO. 4. DESCRIPTION 5. CODE 6. QUANTITY *E= $*%*'$ %+(%C$%'( 2 3 2 3 , 3 2 11 44%B6% 9B+*'66/:E44%B6&688*B/(+ +/+6%66 +/+166 +/+11 +/+1>66 D%*66 (+7688% (+7*649< /+% /+%(/('%)16+' 7 %7(+/+% /+%%7*"$$( 7$'* * $)6 %*'/*)16 '*'( (+''E"D66161 %7*"$$( 7(+9(%B+*''*($/ $ % C $ $ $ $ $ $ $ ** * * * * * * 12 ** ** ** ** * * */ 23*34'<&7--5 )* ) ) ) " " " " 'E>1<A 'E>4A& 'E>19 'E818 2 *<"$'/*$$($9EB98/ '" ('( $/* 9<B>8% 66/:B+(E%B%%''%&'9EB98/ B '*+$('/,*9<B>8% $ $ $ $ * % * B / 3 , 3 $$*A61C) /)'&6A $91>B,) /)'&6A> /)'&64 $98>B,) $98>B,) /)'&6A $98>B,) $98>B,) $91>B,) $98>B,) $91>B,) /)'&*66< /)'&688 $98>B,) /)'&681 /)'&681 /)'&681 $91>B,) $98>B,) /)'&66 /)$&666 $98>B,) $98>B,) $98>B,) $91>B,) $91>B,) $98>B,) $98>B,) $91>B,) $98>B,) $98>B,) /)'&*66< $98>B,) $98>B,) $98>B,) $98>B,) 2 ''$*A61C'$/(*%'(*+B+C*E ''$"1 64)A6+$(+( (& /(+($$''* $($' ''"11*&/(+($ ''$E98'$/(* /(+($$''* $($' /(+($$''* $($' ''E$166$*$" 7 /(+($$''* $($' /(+($$''* $($' /(+($$''* $($' /(+($$''* $($' /(+($$''* $($' ''$E99$'$/(* ''$E9A'/$(* /(+($$''* $($' 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(+*64< )BE6666 (+*61< (+B669 )BE6666 (+6>>% %*E(+"/6 %*E(+49"/6 %*E(+6"/6 %*E(+"/6 %*E(+"/6 %*E(+"/6 %*E(+"/6 %*E(+"/6 %*E(+"/6 %*E(+"/6 %*E(+"/6 (++/+69'496E'*(CC"% (++/+69'496E'*(CC"% (+)866,E(%% %*E(+"/6 %*E(+"/6 +( (+99141/(+($7*66 %*E(+3"/6 (++/+69'1'*(CC"% (+8>9A66'/$ %*E(+"/6 (++/+69'6E'*(CC"% $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ ** ** ** ** ** * * ** ** * * ** ** * * * * * ** *B * ** ** ** ** ** ** * * ** ** * * * * *7 * * *7 * * *+ * * $B66 $B66 B(+6>9 B(+681% $*B(+'%EA1$(%% $ $*B(+'%EA814%$ $ *E $ * * * '646 '6>6 '6>6 ' B69A ' 61A ' 6194 B'/*$$($7*)664A /%/*$$($7*)66(%% $'( "'B/48166)66 $ *D $ *% $ * * * 66 66 66 668 661 664 66> 669 66A 66 6 6 61 69 6A 6 6 66 66 66 668 661 664 66> 669 66A 66 6 6 6 64 6> 69 6A 66 6 6 )BA8>8 < ECC%B68 ECC/B %*6*6> )BA8 < ECC/B6 ECC/1E ECC/B6 ECC%B68 ECC/B6 ECC/B6 %*6**8>> %*6*8>4 ECC/B6 ECC/AE )BA8 < %*6*6<6> %*6*/64 %*6*/64 %*6*64 %*6*64 ECC/6E ECC/6E ECC%B68 %*6*/1 %*6**> ECC%B68 %*6*64 %*6*64 ECC/B8> )BA8 < )BA8 < )BA8 < )BA8 < %*6*64 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(%8!(*$/! $ ** $ ** * * $ * $ * * * $ $ $ $ $ $ ** ** ** ** ** ** ** ** ** ** * ** $ $ $ $ $ $ $ ** ** ** ** ** ** ** ** ** ** ** ** ** ** $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ * ** * ** ** * ** * ** * ** ** * */ * * * ** ** ** ** ** ** * ** ** *% ** *% ** ** *% ** *% ** *B ** * *% * * *7 *7 ** ** ** ** ** ** *7 * * $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ * *E * * * *B *% * ** * ** * * * *% * ** * * ** *" * *7 *B */ *E * *7 ** * * *B * *C * *E ** *B *+ *% 2 12 12 B! B666 $! /! E! ! / 75 28KF-84H '! $! (! (! 2 D )9> D )91 +/+6%66 D )A66 /%D*6><$* 3 2 3 , 3 (%'!*C$ $(%'B+*'/(+($ /+% (%(%(! $%*E%7(++9<B>8% $ $ $ $ $ * ** ** *% * * *% ** * *7 $ $ $ $ $ $ $ $ *C * )) * ** ** * ** *B )) *7 * * 7 ** 1 1.5 1.3 1.1 2 8 1 ***61 7B*66<$* /( *68<$* /78%$* /%D66>4$* <' )69>$* 7**>4<E* &'*$866666 *( %'$%'9<B>8% ( (*' $/**7% +%%*'( %"'' %**( %'9<B$*'$ $% 1.4 1.2 2 3 76 3 28KF-84H SERVICING NOTES 1. How to rewrite the data in NVM. The NVM (Non Volatile Memory) is a read/write device aimed to keep the data even in the absence of power. The NVM contains IC configuration data, factory abjustable parametes (geometries, color temperature, etc.) and user settings (video, audio, programs, etc.). All data are recovered every time the TV is switched on, including last changes made by the user (brightness, contrast, etc.). If the NVM is corrupted and part of the data is lost, there are some internal software mechanisms to recover the data, but some user data can be lost. It is possible to recover this user data forcing an auto installation and setting the user settings again. If the TV set is not working properly and the NVM is under suspician, the following procedure should be carried out before replacing the NVM by a new one: 1. Enter Service Mode. See page 6. 2. Press the sound mode button (29) at the remote control. The screen will display “PLEASE, PUSH BLUE BUTTON TO CONFIRM REWRITING NVM!”. 3. Press the blue button to rewrite the NVM or press any other button to cancel. Once the blue button has been pressed, the text “REWRITING NVM, PLEASE WAIT” will be shown. After some seconds the TV set will automatically reset and the NVM will be filled with the default values. If the NVM IC is substituted by a new (BLANK) one, it is possible to write the NVM asking for the file that corresponds to the model or letting the microcontroller write the default data stored in Flash. This process is automatically carried out when the blank NVM is soldered and the TV set is switched on for the first time. The TV starting time is longer than normally due to the rewriting procedure. In both cases, a new geometry adjustment should be done because of CRT and chassis tolerances. 77 28KF-84H 2. Packing of the Set & Accessories Pack-ad SPAKXA017WJZZ Wrapper SPAKP2006BMZZ FRONT SPAKCA083WJZZ Carton Box Batteries UBATU0013TAZZ R/C Battery Cover GCOVHA010WJSA Remote Control RRMCG1073BMSA 78 28KF-84H SOURCE OF DOCUMENTATION 1. TDA 9886, Philips Data Sheet: TDA9885; TDA9886. I2C-bus controlled single and multistandard alignment-fee IF-PLL demodulators. Product specification. 2002 Mar 05. http://www.semiconductors.philips.com/acrobat/datasheets/TDA9885_TDA9886_1.pdf 2. MSP3410G, Micronas Data Sheet: Preliminary data sheet: “MSP 34x0G Multistandard Sound Processor Family” Edition March 5, 2001 (6251-476-4PD). http://www.micronas.com/products/documentation/consumer/msp34x0g/downloads/msp34x0g_4pd.pdf 3. TDA 7480L, ST Microelectronics Data Sheet: TDA7480L. 10W Mono Class D Amplifier. March 2002. 4. TDA 6111Q, Philips Preliminary specification: TDA6111Q Video output amplifier. File under Integrated Circuit, IC02. Data of release: 1995 Feb 07 (9397 747 60011) http://www.semiconductors.philips.com/acrobat/datasheets/TDA6111Q_2.pdf 5. SDA 5550, Micronas Data Sheet: Final data sheet: SDA 55xx TVText Pro, July 27, 2001”, Edition July 27, 2001. First release of the final data sheet (6251-556-1DS). http://www.micronas.com/products/documentation/consumer/sda55xx/index.php 6. SDA 9380, Micronas Data Sheet. Preliminary data sheet: SDA 9380-B21 EDDC Enhanced Deflection Controller and RGB Processor. Edition May 3, 2001 (6251-549-2PD). http://www.micronas.com/products/documentation/consumer/sda9380/downloads/sda9380_2pd.pdf 7. VSP 9402A, Micronas Data Sheet. Preliminary data sheet: VSP 94x2A PRIMUS Powerful Scan Rate Converter including Multistandard Color Decoder. Edition Oct. 24, 2001 (6251-552-3PD). http://www.micronas.com/products/documentation/consumer/vsp9402/downloads/vsp94x2a_3pd.pdf 79 28KF-84H No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher. SHARP ELECTRONICA ESPAÑA S.A. TV Division Engineering Dept. Polígono Industrial Can Sant Joan Sant Cugat del Vallès Barcelona Spain PRINTED BY: ON: Think Ecology, please use RECYCLED PAPER 80