Hitachi 36SDX88B Service Manual Download

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Summary of Contents for 36SDX88B

Page 1: ...7 CHASSIS BLOCK DIAGRAM 178 BASIC CIRCUIT DIAGRAM 179 CAUTION Before servicing this chassis it is important that the service technician read the Product Safety Notices in this service manual SAFETY NOTICE USE ISOLATION TRANSFORMER WHEN SERVICING Components having special safety characteristics are identified by a Aon the parts list in this Service Data and its supplements and bulletins Before serv...

Page 2: ...prongs Using an insulation tester DC500V connect one lead to the jumpered AC plug and touch the other lead to each exposed metal part antennas screwheads metal overlays control shafts etc particularly any exposed metal part having a return path to the chassis should have a min imum resistor reading of 0 24MR and a maximum resistor read ing of 12MQ Any resistance value below or above this range ind...

Page 3: ...lose to the picture tube and the high voltage component Do not operate the chassis longer cause of excessive voltage than is necessary to locate the formed repairs can adversely affect the safety and relia bi ity of the product and may void warranty Consumers s hould not risk trying to do the necessary repairs and should refer to a qualified service technician WARNING Lead in solder used in this p...

Page 4: ...nstrument ground lead to the appropri ate instrument chassis ground before connecting the test instru ment positive tead Always remove the test instrument ground lead last 9 Use with this instrument only the test fixtures specified in this service data CAUTION Do not connect the test fixture ground strap to any heatsink in this instrument Electrostatically Sensitive ES Devices Some semiconductor s...

Page 5: ... with boards using the familiar round hole use the standard technique as outlined in paragraphs 5 and 6 above Removal 1 Desolder and straighten each IC lead in one operation by gent ly prying up on the lead with the soldering iron tip as the solder melts 2 Draw away the melted solder with an anti static suction type sol der removal device or with solder braid before removing the IC Replacement 1 C...

Page 6: ...ility and safety standards contact your Hitachi personnel 3 Connect insulated 20 gauge jumper wire from the nearest com ponent on one side of the pattern break to the lead of the near At IC Connections To repair defective copper pattern at 1C connections use the follow est component on the other side Carefully crimp and solder the ing procedure to install a jumper wire on the copper pattern side o...

Page 7: ...ut pulling up carefully twist the component with tweezers to break the adhesive 3 Do not reuse removed leadless or chip components since they are subject to stress fracture during removal Chip Component Installation 1 Put a small amount of solder on the board soldering pads 2 Hold the chip component against the soldering pads with tweezers or with a miniature alligator clip and apply heat to the p...

Page 8: ...the dealer or an experienced radio or television technician for help Modifications The FCC requires the user to be notified that any changes or modifications made to this device that are not expressly approved by Hitachi Home Electronics America Inc may void the user s authority to operate the equipment Cables Connections to this device must be made with shielded cables with metallic RFVEMI connec...

Page 9: ...4 l Video input l OVp p 75 Ohm l S Video input Luminance Y I OVp p 75 Ohm VGA AND SVGA SPEClFlCATlONS TYPE VGA l PS2 1 VGA 2 PS2 2 SVGNPS2 3 MODE 640X480 640X480 800x600 HORIZONTAL FREQUENCY 31 469Khz 1 37 861Khz 1 37 879Khz F E y 60 OOHz 1 72 809Hz 1 60 3tHz SYNC TYPE H V separate H V separate H V separate SYNC H TTL negative TfL negative PTL positive PoLARtTY V TTL negative TTL negative TTL posi...

Page 10: ...st Screen VR so that Beam Current is le l 15 O 1mA The voltage of ABL terminal CH22 both ends should be 12V or less CPT Mgh voltage voltmeter DC voltage dnrder CPT Ground Wire I Use the voltmeter of rnput impedence 1 Om ohm dr more wth lndtcatlon to the 1st decimal place Adjustment Procedure 1 Check that the normal High Voltage is 30 0 0 2KV and B Voltage is 22O lV 2 Connect jig B to the both end ...

Page 11: ...a and Adjustment Code xx 2 PWB Chassis Assembly Adjustment xx 2 1 2 2 2 2 1 2 2 2 2 3 2 3 1 2 3 2 2 3 3 2 3 4 2 3 5 2 4 2 5 2 5 1 2 5 1 l 2 5 1 2 2 5 2 2 5 3 2 6 2 6 1 2 6 2 2 7 2 7 1 Memory Initial Adjustment xx Power Circuit Adjustment xx B Adjustment xx Operation Check of B Over Current Protection Circuit Q936 xx Deflection Circuit Adjustment xx Chopper Voltage Adjustment xx High Voltage Adjust...

Page 12: ... 3 1 3 3 3 1 3 4 3 2 3 3 3 4 3 4 3 5 Deflection System Adjustment 66 Deflection System Adjustment in PC Mode 67 Horizontal Raster Center Adjustment 67 Tilt and V Position Adjustment 68 Horizontal Size and Position Adjustment 69 Vertical Linearity Size and Position Adjustment 70 Vertical Pincushion Adjustment 71 Trapezoid Adjustment 72 Parallelogram Adjustment 72 Pincushion Balance 73 Corner Adjust...

Page 13: ...d Caption System 96 4 Memory 98 4 1 M24C16 BNG 98 4 2 24LC21A P 99 Display Operation per DDC Standard Proposed by VESA 101 5 PC Mouse Microcomputer IMOI 102 6 Video Chroma RGB Processing 103 7 Sync Signal Processing I 104 8 Vertical and Horizontal Drive 105 9 Horizontal Output Operation 106 10 HV Regulation Raster Centering HV Circuit Dynamic Focus Circuit Operation 107 10 1 HV Regulation 107 10 2...

Page 14: ...l E w FRONT PANEL CONTROLS FRONT VIEW lnmMslm DIGITAL r r 1 HITACHI tNPUT VOL Cl i POWER h i EQT 2 T o I I I r L k J EXIT I J CURSOR PC RGB INPUT 2 I i I 69 LED PC MOUSE INFRARED SENSOR I PC RGB Input 2 14 ...

Page 15: ... provides Y CBC PBPR jacks for connecting equipment with this capability such as a DVD player 0 5 Monitor Out These jacks provide fixed audio and video signals which are used for recording There is NO MONITOR OUT when using COMPONENT VIDEO 0 6 Audio to Hi Fi These jacks provide variable audio output to a separate stereo amplifier With this connection the audio to the stereo can be controlled by th...

Page 16: ...al splitter 2 Way signal splitter fB VHF UHF IAUDIO TO HI FI I PC AUDIO INPUT PC CONTROL Laserdrsc ptayer VCR camcorder etc INPUT 2 Ill I I L and R 1 DVD Player I Laserdisc player etc HOTV SET TOP BOX VCR 2 Stereo System Amplifier INOTE Connect only 1 component to each input jack I 16 ...

Page 17: ...3 THE REMOTE TO CONTROL YOUR TV v 0 POWER F j z HELP PiPC TV VCR POSITION SIZE REC 0 PAUSE c J d 6 v LST Cl i MUTE 0 L EXIT I G CURSOR CONTROL HITACHI CLU433FC 17 ...

Page 18: ...ures Antenna Video and component inputs can be viewed as the sub picture Outside antenna or cable TV coaxial cable PC CONTROL PC AUDIO INPUT INPUT 2 1 I L and d Laserdisc player VCR camcorder etc DVD Player Laserdisc player etc HDTV SET TOP BOX PiPC Button Press the PiPC Button and a Sub Picture wiH appear This PiPC works only on PC mode Input Button Press Input to change Sub Picture Input Source ...

Page 19: ...osition of PinPC may not work correctly with other timings I Signal Resolution Horizontal Vertical Freq kHz Polarity Freq Hz Polarity VGA 640x480 1 31 5 Negative 60 Negative VGA 640x480 SVGA 800x600 37 6 f Negative 72 37 6 1 Positive 60 Negative Positive NOTE Component input with High Definition 1080 1 and Standard Definition 480P Digital signals do not show up on the PinPC sub picture because dig...

Page 20: ...he main picture These adjustments will not affect the sub picture I CONTRAST I Use this function to change the contrast between black and white levels in the picture I BRIGHTNESS 1 Use this function to adjust overall picture brightness I COLOR IUse this function to adjust the level of color in the picture 1 TINT 1 Use this function to adjust flesh tones so they appear natural It may be necessary t...

Page 21: ...ically turns on the 3 Dimension Luma and Chroma filter This lessens the dot crawl and cross color Turn on 3DYC to eliminate flickering or picture artifacts that a detailed pattern or scene would normally cause 3D VIDEO DISC Turn on for 3D Video programs Use this mode only when input signal is 3 Dimension If activated and PC ready color TV turns off 3D video disc is deactivated AUTO COLOR The AUTO ...

Page 22: ... select ASPECT RATIO 16 9 4 3 Press CURSOR v k to highlight then CURSOR F to select H Position NOTE Set up a Component Signal and switch to Video 2 by pressing the Input Button on the Remote Control when planning to use the component set function COLOR SYSTEM The COLOR SYSTEM function allows you to change tint and color coordinate for DTV Programs HDTV High Definition Television Use for High Visio...

Page 23: ...DVANCED SETTINGS VOLUME CORRECTION WENU IT0 MENU BAR TO QUIT 1 EXIT NOTE If BASS is selected you are adjusting BASS The additional menu items TREBLE and BALANCE can be selected and adjusted in the same manner BASS This function controls the low frequency audio to all speakers 1 TREBLE This function controls the high frequency audio to all speakers 1 BALANCE 1 This function will control the left to...

Page 24: ...Sound MTS will allow you to select STEREO a Stereo Broadcast MONO Monaural Sound used when receiving a weak stereo broadcast or SAP Second Audio Program which may be a secondary language weather report etc The sources received will be displayed at the top center edge of the PC ready color TV The source you select will be displayed above the sources received See example below for each selection whe...

Page 25: ...ME 100 CORRECTIONS 100 Press CURSOR A or v to highlight one of the four volume corrections then CURSOR F to select Press CHANNEL A or v and number buttons to select a channel Press CURSOR A or v to adjust volume level in 5 increments Press EXIT to quit menu or CURSOR 4 to return to previous menu NOTE 1 Volume Correction adjustment is for the channel display in the top right corner of the screen 2 ...

Page 26: ... also create an incredible 3D sound experience from two speakers and even enhance a complete multi speaker surround sound system SRS OFF B8E OON MENU IT0 MENU BAR TO QUIT I EXIT SRS OFF BBE OON MENU IT0 MENU BAR TO QUIT 1 EXIT SRS OFF BBE OON INOTE TV Mode This mode is when Input selection is on Antenna or Cable I NOTE SRS the SRS symbol and Sound Retrieval System are registered trademarks of SRS ...

Page 27: ...FF BBE 0 3D STEREO 0 3D MONO USE CURSOR A or Y then CURSOR b to set SRS OFF 3D STEREO or 3D MONO Press EXIT to quit menu or CURSOR 4 to return to previous menu SRS 0 OFF BBE 0 3D STEREO 0 3D MONO MENU ITO MENU BAR TO QUIT 1 EXIT NOTE VIDEO MODE This mode is when Input selection is from VIDEO Inputs 27 ...

Page 28: ...ng or singing each instrument or sound effect is presented with its attendant harmonics or partials more clearly audible The ear can then more easily recognize the unique tonal colors of each sound as though the sound was being produced live SRS CURSOR BBE 0 OFF OON l AV 0 CH MENU IT0 MENU BAR TO QUIT 1 EXIT 1 SRS BBE I OFF OON ENU IT0 MENU BAR TO QUIT 1 EXIT Use CURSOR A or I then CURSOR b to set...

Page 29: ...e monitor will display Please set PC for 640 x 480 60Hz 640 x 480 72Hz 800 x 600 6OHz display 2 This monitor uses PS 2 format for the mouse interface On some PC s the mouse control may not work in the following situations l Disconnecting and reconnecting mouse cable while PC ready color TV and PC power is turned on Turning on the PC power before turning on the PC ready color TV power l Operating s...

Page 30: ...PC MODE CONTROLS 1 FRONT PANEL 2 REMOTE CONTROL HITACHI 1 FRONT PANEL CONTROLS EXIT 30 ...

Page 31: ...control operation PinPC Button Press this button to go to PinPC mode This function works on PC mode only H POSITION Button Press to display PC horizontal position adjustment bar Press cursor left right to adjust PC horizontal position V POSITION Button Press to display PC vertical position adjustment bar Press cursor left right to adjust PC vertical position H SIZE Button Press to display PC horiz...

Page 32: ...CH buttons to perform other mouse functions 0 6 6 6 PC AUDIO INPUT OPERATION 1 Connect the audio output of the PC to the PC Audio Input on the TV PC monitor as shown below PC AUDIO INPUT r AUDIO OUTPUT BACK OF PC 2 Turn the TV PC monitor power on 3 Press the input button on the front panel or on the remote control until you select PC mode 4 Turn the PC power on 5 Press volume up A or down V to inc...

Page 33: ...SORS right b or 4 left to adjust Uj This feature allows you to adjust the horizontal position of the display 0 f l POSITION I 4 I 32 I MENU EXIT TO STORE TO QUIT Use Left Right cursors to adjust the horizontal position Press the MENU button to store and EXIT to quit This feature allows you to adjust the vertical position in PC mode PI V POSITION 441 32 MENU EXIT TO STORE TO QUIT Use Left Right cur...

Page 34: ...s feature allows you to adjust the vertical size in PC mode CD V SIZE 44b 32 MENU EXIT TO STORE TO QLllT Use Left Right cursors to adjust the vertical size Press MENU button to store and EXIT to quit PINCUSHION This feature allows you to adjust the left and right sides pincushion in PC Mode 22 P I N C U S H I 0 N 44b 32 MENU EXIT TO STORE TO QUIT Use Left Right cursors to adjust pincushion Press t...

Page 35: ...GAUSS A b MENU EXIT v TO STORE TO QUIT m This feature allows you to use the Remote Control Keyboard l Use right CURSOR b to check when Keyboard will be in use l Press MENU button to store and EXlT to quit NOTE Please don t check Keyboard USE on PC Set Up Menu otherwise PC CONTROL will not work Once you change setting of Keyboard USE of PC Set Up Menu you better restart PC to refresh PS 2 communica...

Page 36: ...IT to quit C J SET UP COLOR TEMPERATURE ASPECT RATIO 016 9 4 3 RESET MENU EXIT TO STORE TO QUtT l Use CURSOR A or V then CURSOR b to select Aspect Ratio from 16 9 or 4 3 Press MENU button to store and EXIT to quit This feature allows you to reset the PC ready color television to the Factory Preset Conditions G SET UP COLOR TEMPERATURE ASPECT RATIO RESET III ARE YOU SURE MENU EXIT TO STORE TO QUIT ...

Page 37: ... Left Right cursors to adjust contrast Press MENU button to store and EXIT to quit NOTE See TV contrast feature for additional information regarding contrast This feature allows you to adjust brightness in PC Mode BRIGHTNESS 44I 32 MENU EXIT TO STORE TO Q UlT Use Left Right cursors to adjust brightness Press MENU button to store and EXIT to quit 37 ...

Page 38: ... mode AUDlO have the same effect I RESET When RESET is selected the ARE YOU SURE display will appear on the screen to confirm your choice Press CURSOR b to return AUDIO adjustments to factory preset conditions Press CURSOR v for more AUDIO ADJUSTMENT J I This feature allows you to select Audio Source between TV or PC J AUDIO AUDIO SOURCE 0 TV 0 PC SRS BBE MENU EXIT TO STORE TO QUlT b 4 Use CURSOR ...

Page 39: ...it 71 This feature allows you to adjust the tilt position of the display t TILT 44b 32 I MENU EXIT TO STORE TO QUIT I Use F or 4 CURSORS to adjust the horizontal position Press MENU button to store and EXIT to quit NOTE Tilt control works only on PC mode it does not work on TV mode If you change tilt setting on PC mode the tilt data on TV mode will change as well Please change mode back to PC mode...

Page 40: ... Retrieval System that works whether the signal you receive is stereo or surround encoded Its genius is that it creates a three dimensional sound image from only the front speakers by retrieving the spatial infor mation from recordings The effect is similar to that of a live performance BBE HIGH DEFINITION SOUND BBE professional systems are used in broadcasting television and recording studios all...

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Page 43: ...en set returns to normal 2 ADJUSTMENT CODES Table 1 Adjustment Codes Table 2 Adjustment Codes 1TV PC MODE 1Adj Code1 Function 1 Range I Service Code I Remarks I I I I Data I TV PC 1 DO1 IH Min OSC Frea I O 62 I 006 INOTE When adjustment code is accessed copy data of Adjustment Code and save for reference I I TV MODE IAdj Code1 Function I Range I Service Code 1 Remarks I PC PC Df Contrast P17 R Dri...

Page 44: ...lays depending upon how long the MENU button is pressed and held One shows D for TV PC adjustment and the other shows P for the TV PC picture adjustment PO0 l l 000 P Picture 3 To activate the P adjustment mode input a data value of 20 020 using the front panel cursor 4 F before any of the picture adjustments can be adjusted 000 1 TVMODE The same for the D adjustment To activate the adjust ment yo...

Page 45: ...justment DIODE B R083 R053 T Preparation for adjustment 1 1 2 3 4 Adjustment procedure Connect power supply PWB assembly to the standard set Set AC voltage to 120 k 2V 60Hz Receive Circle Pattern Set Brightness to the center and Contrast to the maximum 1 2 3 Set the voltmeter to both sides of c932 Heat Run more than 1 minute Turn Adjustment Variable Resistor R936 so that B Voltage value become pzc...

Page 46: ...the center and Contrast to the maximum To B Adjustment procedure connect jig D between Emitter and Base of Q936 and check that power turns off and standby mode is set Disconnect AC plug Remove jig D and turn main power on ci R951 D C946 M R952 R953 t jig D RD 560 fi 114W Adj point I Q936 Notes Check the voltage of the Battery if it is 1 W Q936 Size AA Battery 46 ...

Page 47: ...3 00 0 315kHz 3 SVGA of group 1 I VGA of group 1 Turn the RP09 VR so that Chopper Voltage value is 112 OSV Chopper P W B Parts side View 2 DTV ready of group 3 Turn the RPA2 VR so that Chopper Voltage value is 124 OSV 3 SVGA of group I Set the value of adjustmen code D15 H size to the center before starting adjustment shown at left Turn the RPE3 VR so that Chopper Voltage value is 140 0 5V 4 Recei...

Page 48: ...t High Voltage meter between assembly to the standard FBT anode and CRT GNO set 2 Set AC 120 2V 60Hz 2 Leave the set heat run for more than 1 minute 3 Receive White Raster 3 Turn High Voltage Adjustment VR Adjustment criterion Signal with Circle Pattern RH69 and then adjust High Voltage 0 2kV of VGA3 in group I to 30 Ok0 2kV Horizontal Frequency m 31 SkHz Black line 100 white back raster 4 Set Bri...

Page 49: ... I I QH02 Collector Confirm that the wave form 4kL meet adjustment spec wher I I I 1 receiving SVGA of group 1 Voltage wave form of Q705 Collector 1 o r 0 5 p s 2 3 4 High Voltage Limiter Operation Check Adj point R763 I Set AC Voltage to 120 f 2V 1 Connect Jig B between both ends of RH38 and check that power turns off and standby mode is set c B RH38 2 Receive Cross Hatch Signal 2 Disconnect AC p...

Page 50: ...jig D between Emitter and Check the voltage of the Base of QH03 then check if power battery if it is 1 5V turns off and Standby mode is set 2 Receive Cross Hatch 2 Disconnect AC plug Signal of VGA3 with Black Line and 100 White background 3 Set Brightness and 3 Remove jig D and turn main power on Contrast to the maximum jig D RD 560 Cl 4W QH03 RH30 Size AA Battery ...

Page 51: ...it is pulled in the standard tuning point 3 Receive I SMHz offset signal Check if it is pulled in the standard tuning point 4 Receive 1 SMHz and offset signal 1 Use Circle Pattern or Check that it is pulled in the standard Color Bar signal when tuning point modulating Checking Jig all channel converter is appropriate 1 1 I I I I 1 VIDEO I I I I IF De modulator i I I I I I I I I I I I I RF I I Conv...

Page 52: ...econd Audio Program mode 2 Check if you can hear the Second Audio Program from both left and right speakers 3 Check if you can hear the main sound when receiving no Second Audio Program l Select Stereo SAP alternately l Check if ST OSD appears below the Channel OSD for approx 8 set when you select Channel or Recall Button is pressed 3 Set Balance to the center 2 5 1 2 STEREO Separation Check Prepa...

Page 53: ...A Loudness OFF b SRS 3D STEREO 0 7 vp pTO 2 BBE OFF V 2 Input signal to the VIDEO INPUT R terminal with SRS mode 30 STEREO I I or L Mono terminal with SRS mode 3D Mono as follows 452 IVP P iJ SRS mode 30 Stereo Rch 40OHz 1VP P Lch No signal SRS mode 3D Mono Rch 200Hz IVP P Lch 200Hz IVP P 2 Check if HiFi output L channel meets the following wave form on signal 0 a SRS OFF 92 O GVp p O 2 b SRS 3D S...

Page 54: ...F Treble TYP O GVp pkO 2 Loudness OFF b BBE ON I O SVp p O 2 SRS OFF 2 Input signal to L Mono terminals at video input as follows L Mono channel 1OOHz IVp p I IVP P 3 Set Volume 40 steps I I RF signal MTS mode lJDKI MODE MONO Stereo Second Audio Program Normal 12 12 12 Stereo 12 STEREO I2 STEREO 12 ST ST I Second audio program 12 STEREO 12 SAP 12 SA SA STEREO SAP 12 STEREO 12 STlSA SAP 12 STISA 54...

Page 55: ...o settings normal 2 Check if the lower blue rectangle meet condition center 3 W of scale on Circle Pattern as follows Notes 3 Check if Colored Bar meet 4 5H of I I scale on the Circle Pattern as follows I MENU LANGUAGE SIGNAL SOURCE AUTO CHANNEL SET CHANNEL MEMORY Colored Bar XL 5 0 1 o El XR 5 0 1 O OSD position spec Part A X Size marker 55 ...

Page 56: ...D Size Adjustment Preparation for adjustment Adjustment procedure 1 Receive DTV 108Oi 1 Press MENU button signal Notes 2 Adjust LOO3 so that OSD size becomes as follows ItI t2 I s5mm MAIN P W B OSD Gray window 56 ...

Page 57: ...umber and also the picture coincides the channel number Notes 2 7 2 LST CH 1 Check if channel immediately changes alternately every time LST CH button is pressed 2 7 3 MUTE 1 Check if sound alternates between mute and normal every time MUTE button is pressed VOLUME 24 Green MUTE 24 Magenta 4 2 7 4 RECALL 1 Check if On Screen Display appears and disappears alternately every time RECALL button is pr...

Page 58: ...check mark of keyboard moving If there is a check mark at use on Set Up Menu Keyboard Use Menu press OSD right cursor button to release 3 Connect PC and TV with 3 Check if speed of the pointer changes Speed control check Mini DIN 6P cable for PC when pressing the cursor button control continuously Note Windows 3 1 or 95 should be working on PC Use PC which has I lot Plugging on mouse operation Rec...

Page 59: ...t this time 2 9 2 Channel UP DOWN 1 Check if receiving VHF UHF and CATV every time CHANNEL Up A or CHANNEL Down v buttons is pressed l Check if On Screen Display appears which corresponded to the receiving broadcast l Antenna indication color Antenna CHANNEL display color Antenna Green 2 9 3 Volume UP DOWN 1 Volume should increase or decrease Check that the On Screen continuously every time VOLUME...

Page 60: ...EO 2 l OSD Y PBPR appears when using Y PBPR input VIDEO 3 t on component input at Video 2 PC 1 I 2 9 5 Clock Set A Initial set up mode 1 Select lnitial set up mode with VA buttons 2 Select clock setting with VA buttons 3 Then press b button to set clock 4 Set clock with using the VA F Diode DO25 helps to check button then the clock starts when the operation with 60 times pressing 4 key to return t...

Page 61: ...e and Audio of Video 2 9 Check VIDEO mode L R terminals of input 2 4 Input signal to the S input terminal of Input 2 4 Check Picture and Audio at S input l Check if bass treble of video 2 balance volume mute and surround work 5 Input signal to the Y P PWCRInput terminal of INPUT 2 5 Check Picture and Audio at Y P C BP C Rof Video 2 6 Input signal to the S input 6 Check Picture of S input of Video ...

Page 62: ...ignal VIDEO terminal of INPUT C between A 8 and C 2 Input signal B to the S terminal of INPUT 2 Then input signal C to the Y CB CR terminals 4 Remove signal C of 4 Check that the picture of VIDEO 2 YKWCR terminal Signal B for S input can be monitored 5 Remove signal B of S 5 Check picture of VIDEO 2 with terminal at NPUT 2 signal A 2 10 3 Component Input Operation Check Preparation for adjustment ...

Page 63: ...ar Signal to RF terminal Adjustment procedure PC Notes 2 Input Cross l latch Signal of 1 Check if the size of window on TV VGA3 VGA4 and SVGA picture changes when pressing the to the rear of the D sub PinPC button of the remote handset terminal 2 Check if the window on TV picture cl w 3 Select PC mode moves to the Left and Right when PiPC TV pressing cursor left and buttons of the key 1 remote han...

Page 64: ...ons 2 Press ä button then 2 The CAPTION of CHANNEL 2 select CLOSED CAPTION appears on the screen with V A buttons 3 Press b button then 3 Check that the CAPTION of Read error should not select CLOSED CAPTION CHANNEL 1 Field 2 appears on the occur on each mode mode screen 4 The DISPLAY mode 4 Check that a Black Window appears Errors of Closed Caption should set ON with b and TEXT letters appears at...

Page 65: ... should be 6 3V O 2V then the color of LED is orange 4 Remove Vertical Sync 3 Check that high voltage of deflection shuts down Check that heater voltage becomes OV then the color of LED becomes orange 5 Remove Horizontal and Vertical Sync 4 Check if High voltage of deflection shuts down Check that heater voltage becomes OV then the color of LED becomes orange 6 Re input Horizontal or 5 Check that ...

Page 66: ...nding to run for 20 minutes or the resolution pattern more Group 1 PC Mode VGA3 640x480 Under scan VGA4 640x480 Under scan SVGA 800x600 Under scan Group 2 TV Mode Group 3 Component Mode 2 Input signal which l Monitor will discriminate resolution is adjusted resolution pattern from the input polarity of sync signat and write adjustment data in memory area corresponding to the resolution pattern whe...

Page 67: ...n with Black appears slightly background of VGA3 in 2 Factory adjustment data group 1 Set DE Horizontal Size to 20 with 0 Set Contrast and Bright to user data center 0 the maximum so that raster is visible Do this item at the beginning of final adjustment 3 Turn the R741 VR so that size of Ll and t2 at left and right in diagram below are equal 4 Set process 1 and 2 to the previous condition F Focu...

Page 68: ...GA4 and SVGA as well ground of VGA3 in 2 Set data of D15 to more than 35 until with the same way group 1 CRT center marker can be visible d Phosphor area CRT Center marker 3 Adjust 017 so that the center of horizontal line meet CRT center marker Adjustment criterion d Phosphor area The center of Model Ll 36SDX88B s2 0mm 4 Adjust Tilt of both CRT center markers and the center of horizontal line wit...

Page 69: ... shown in Background Table below 2 Focus adjustment should Factory adjustment No Dl5 H Size be finished in advance m unit mm I_ Do this adjustment and Horizontil center adjustment together in case of adjustment 36 8B 4 6 93 of active area 2 Select Horizontal Position of factory Do this adjustment and adjustment adjust so that size of L Horizontal size adjustment and L2 at the top and bottom in tog...

Page 70: ...ust Vertical Pincushion 1 Select Vertical pincushion of factory Adjust VGA4 SVGA by the adjustment after adjust adjustment adjust so that vertical same way vertical size lines shown by arrow at left and right sides become straight Factory adjustment No Dl4 2 Receive the Cross Hatch signal of VGA3 in group 1 with Black Background 3 Contrast maximum Brightness center I I 2 If adjustment is difficult...

Page 71: ...stment code Dl I so that the same way group 1 with White length of upper area Ll and lower area Background L2 to be equal 2 Focus adjustment should be finished in advance Phosphor edge a The center of horizontal lines unit mm Model Ll L2 IL1 L21 36SDX88B 251 5 12 3 2 Adjust Vertical Size with adjustment code D16 so as to meet the specification shown at right Phosphor edge Signal area unit mm 7 T M...

Page 72: ...between Ll and L2 Phosphor area 1 I I jrl I I L2 Model 36SDX88B unit mm IL1 L21 53 Omm Adjust Trapezoid and Paralleloqram together 3 1 I 7 Parallelogram Adjustment if necessary Adj point DO7 I Receive Cross Hatch 1 Adjust Parallelogram with adjustment Adjust VGA4 and SVGA as pattern in group 1 No DO7 so that Ll and L2 become well by the same way equal if there is a difference between Ll and L2 Pho...

Page 73: ...way right side of pincushion become equal if it s not good enough Phosphor area I s IIl I I I I I 3 1 I 9 Corner Adjustment if necessary Adj point DO8 Preparation for adjustment Adjustment procedure Notes I Receive Cross Hatch 1 Adjust Corner with adjustment no D08 Adjust VGA4 SVGA by the Signal of VGA3 in group 1 with Black Background so that left and right end of the corner same way at the verti...

Page 74: ...ment code Dl8 so that the center horizontal line of Circle Pattern meet the specification as shown the right The center of Ll horizontal line XI Unit mm Model I Ll 36SDX88B 2 0 3 Adjust Vertical Position with adjustment code 017 so that the center horizontal line of Circle Pattern enters CRT center marker Phosphor edge 4 Adjust Horizontal Size with adjustment cc 4 code D15 so that Horizontal Size ...

Page 75: ...odel 36SDX88B Unit mm ILl L21 3 0 3 l 2 3 Other Geometry Adjustment Adj point D14 D06 DO9 Preparation for adjustment Adjustment procedure Notes I Vertical Size and Position 1 Adjust Vertical Pincushion with adjustment should be adjustment code D14 so that outer finished in advance vertical line of Cross Hatch shown by Receive Cross Hatch arrow mark become straight Pattern in group 2 2 Contrast Max...

Page 76: ...rPreparation for adjustment b 4 4 Adjustment procedure orner Distortion Adjustment Tapetoid Adjustment Baraltelogram Adjustment r i a Notes Adjustment code DO8 Adjustment code DO9 Adjustment code DO7 76 ...

Page 77: ...rator made by Brightness Center code Dl5 so that CRT center marker is completely visible adjustment code D15 and D13 as shown below Ll Adjust Horizontal Size so that there are 9 0 squares between horizontal center and phosphor edge 77 ...

Page 78: ...ical Linearity with adjustment Pattern No 59 of DTV code Dll so that Ll and L2 become signal generator made by equal Leader 3 2 Contrast Maximum Unit mm Brightness Center Model ILI L21 36SDX88B 3 0 The center of horizontal lines 1 Adjust Vertical Size with adjustment code D16 so as to meet specification f Unit mm L Model L 36SDX88B 495k3 78 ...

Page 79: ...n advance second vertical line from left and right 12 Receive 108Oi Circle end shown by arrow in the figure Pattern No 59 of DTV become straight signal generator made by Unit mm leader Model IL1 L2l 13 Contrast Maximum Brightness Center 36SDX88B 3 0 2 Adjust the following adjustment if it does not meet specification a Vertical Pincushion Balance Adjustment code DO6 2 I DL I I I I d b Corner Distor...

Page 80: ...nge IIC data of adjustment Release vertical deflection oscilloscope to pin 1 of No PO5 so that the voltage of ECT stop in a beeline after ECT connector on CPT connector pin 1 become the same adjustment PWB voltage as shown below 2 Set vertical deflection 2 Write same data of adjustment Begin cut off adjustment on stop in a beeline No PO5 to No PO6 and No PO7 after this data as a start which is fin...

Page 81: ...izontal line so that it become the VGA3 group 1 thinnest without any halo and Black background blooming on the horizontal line 4 White line 4 The focus point is center Adjust cut off after Adjust focus so that there is no halo finishing coarse Focus and blooming on the horizontal and adjustment vertical lines with repeating from item The e Just Focus is t2OOV 2 to 5 Final process should be item 5 ...

Page 82: ...ment so that white balance tolerance is minimum after heat 5 Turn screen VR which is 5 Set white balance meter at the center Lowl nht lO 15cd n near FBT full of the picture counterclockwise 6 Send IIC data so as to 6 Adjust white balance after calibrating Adjustment No stop vertical deflection brightness so that the level of white PO l R Drive balance meter is 80 of full scale PO2 B Drive 7 Check ...

Page 83: ...ed 2 Receive all black signal 2 Set sub brightness adjustment to 0 3ft L 1 Ocd m2 3 Select VGA3 of Group color temperature 9300K check it without using a Receive the color bar Select SUB BRIGHT adjust STAGE BY R I C Adjustment code of Should sink to black Should rise slightly from black Adjustment specification Quality control specification When selecting SUB BRIGHTNESS mode micro sets CONTRAST an...

Page 84: ...d horizontal lines especially in Zone C are remarkably visible even if set meet the following specifications Criteria Area A B c Mis convergence Within 1 Omm Within 5mm Within 2 5mm specification 0 0394 inches 0 0591 inches 0 0787 inches 4 H w Height of front frame Area A B and C on the screen Area A Inside circle with radius of l 2 V height of front frame Area B Inside circle with radius of l 2 H...

Page 85: ...ween pins 3 and 4 of signal then select TV or PCT connector on VM PWB then PC mode check that width of vertical line of the circle pattern changes 3 8 Rotation Check I Receive Cross Hatch or Circle Pattern signal 1 Perform rotation in f and directions then check if pattern moves 3 mm or more 3mmor more 85 ...

Page 86: ...4 Settings for shipping 1 Memory Initialize 2 Check that OSD appears 3 Press Recall of remote handset 4 The settings when shipping are as follows 86 ...

Page 87: ...87 ...

Page 88: ...er 00 1 FF 1 FF 1 FF 1 FF 1 FF 1 FF 1 00 Basic Display Parameters I Features Red Green Blue White Red Red Green Green Blue BIUE White White Low Bits Low Bits X X X X 19h Y Y Y Y ZZ acter EE 98 A3 54 4c 99 26 OF 48 4C istics 1Standard Timing Identification I ...

Page 89: ...6 Adjustment point 6 1 Deflection I High Voltage PWB RHO7 High potage RH69 Deflection PWB I I R741 6 2 Chopper PWB RPA2 I II I I I RPE3 RP09 Parts side 6 3 Power PWS 0 R936 Heat sink 89 ...

Page 90: ...6 4 Main PWB 1001 0 0 LOO3 90 ...

Page 91: ... tuner in which the PLL section prescaler built in and IF section are made into one unit tance between rminal base and TAI 270 TAI 270 DAC 1 DAC 2 SDA SCL RF AMP Mixer k IF Saw 1F MTS AMP Filter Detector Decoder PIF MTX matrix TAI 270 DAC l Z yqq g Video L R out out out 91 ...

Page 92: ...th a stable voltage proportional 8 The oscillator C981 is connected to the Drain of the MOSFET pin 1 1901 and smoothes the rising edge of the pulse This creaies a pseudo resonance function in order to delay activation of the MOSFET to reduce loss and noise interference Voltage Regulation During normal operation the B voltage is checked for stability at Pin 1 of Q931 and changes in voltages are sen...

Page 93: ...901 Rectifier 18 D935 T 1 Rectifier 1 I _ Deflection1 i 35 D936 35v Protect 903 Q9384 I Rectifier Error 220 0934 Detector C 1902 I Voltage Control I AC Clock B Q931 1 1904 I 4 Micro lTransformer1 Cl 4 l 1 1952 1 I Live Cold I I I 0D Over current or short circuit detector Voltage Control I4 D9S2 J b Regulator 5 l9Fl FC 5v 93 ...

Page 94: ...0 II 94 ...

Page 95: ...t for front control kevs 23 CREFO 24 VPHO CREFO is connected to GND Data slice outout level for CCD VPHO is the input for the composite video for CCD 37 OSDXI 38 vss GND 39 H Sync 40 Mute IS IS the Irlput for the H for 09 I This is the output signal used to mute the audio when changing channels When the Mute button is pressed this pin 41 OSD Blanking 42 OSD R 43 OSD G This pin switches OSD and pic...

Page 96: ...ransmitting and transfer ends the clock line clears at a read of PCREC after ACK The Hardware monitors the l C bus line so the Software can start a transfer at any time Through Software control the l C bus controller can force the clock line to reset the circuit leaving the contents of the address and clock registers the same CLOSED CAPTION SYSTEM The closed caption decodification is made by an al...

Page 97: ...nfi n t in n n I lrriIr nrritih inl u u u u u lt lt LJULJrUUUII u uu II u u _tw H r T H BLK H PERIOD l l CAPTION DATA Y CLUCK 1 I CHARACTERS DATA DATA d Fig 3 2 2 CCD Signal CCD OPERATION Algorithm 8 I DISPLAY CONTROL SCREEN I Fig 3 2 3 CCD Operation 97 ...

Page 98: ...l clock Read and write operations are initiated by a START condition generated by the bus master The START condition is followed by the Device Select Code which is composed by a stream of 7 bits Device Type Identifier code 1010 followed by the 3 Chip Enable bits plus one read write bit R w and terminated by acknowledged bit When writing data to the memory it responds to the 8 bits received by asse...

Page 99: ...n I The Microchip Technology Inc 24LC21A is a 128 x 8 bit dual mode Electrically Erasable PROM This device is designed for use in applications requiring storage and serial transmission of configuration and control information Two modes of operation have been implemented Transmit Only Mode and Bi directional Mode Upon power up the device will be in the Transmit Only Mode sending a serial bit stream...

Page 100: ...utput in sequence After address 7Fh in the memory array is transmitted the internal address pointers will wrap around to the first memory location OOh and continue The Bi Directional Mode Clock SCL pin must be held high for the device to remain in the Transmit Only Mode 2 2 Initialization Procedure After Vcc has stabilized the device will be in the Transmit Only Mode Nine clock cycles on the VCLK ...

Page 101: ...I I I I I I I I I I I I I I I I I 1 I I I I I I I I I I I l The 24tC21A was designed to I comply to the portion of flowchart inside dash box I Communication I Set Vsync counter 0 or start timer Reset counter or timer I I I I I I I I I I I I I I I I I I I I I I I I I I I I 1 I I I I I I I m m 101 ...

Page 102: ... and QM02 are switches send elk and data signals to PC via the I O pins of the jack JM03 IMOI pin l8 is the reset IM02 is the reset IC which holds pin I8 L for 2uS or more until the VCC rises to approx 5V I2 CLK IO PS REQ 7 DATA lM02 Reset L t 7 PS DATA IN 4 8 PS CLK DATA OUT IMOI I8 5 PS Reset CLK in 2 6 PS CLK CLK OUT l 9 PS REQ IN PS CLK Fig 5 1 SYSTEM BLOCK DIAGRAM REQ To IOOl main u Con I 0 C...

Page 103: ...See below Video Chroma RGB kev components 6 1504 CK08951 R MM1 389XFBE Signal Switch Terminal 7 IYO4 CK07922U TAI 270AF J Video Chroma YUV Progressive YUV YC Separation YUV Scan RGB VlIS Y C YUV YUV WV U3DYC e IY04 ti UFC w 1504 ff7 1501 w 3DYC YUV FC Switch TAI 276 IYUV YUV 480i DVD 4 4 108Oi 48OP I I c I c PC RGB c l 103 ...

Page 104: ... to the H V sync input signal 2 IO01 read H V signal frequency and polarity via IS01 by IIC bus 3 1001 change mode then send UPC1 885 appropriate data for H V size and pincushion according to the input signal timing Pin Description DVcc DGND BLK CLP WINK cxo SDA VSYNC IN SCL GSYNC IN VGND HSYNC IN VOSC CAP HPD CAP VAGC CAP AFCI VSAW OUT VREF IN E W OUT HOSC REF EHT IN 0 10 21 FV REF B CONT J 71 20...

Page 105: ...S01 pin 9 to operation amplifier lSO2 It is amplified by ISO2 then output it at IS01 pin I to IPOI pin 14 Side pin drive pulse which is modulated with vertical East I West is output at IPOI pin 7 and controls 8 voltage H out is output at IS01 pin I8 to Q701 base V Position The vertical position circuit composed of 1005 Q603 Q604 and Q605 The vertical position output from 1005 pin I7 varies the bas...

Page 106: ...s linear until Q705 is cut off The energy stored in the DY decreases changing the resonance capacitors C707 C708 C709 and C710 These capacitors then discharges across the DY coil in a reverse direction D705 conducts to suppress this reverse voltage When the damper current becomes zero C705 conducts again T702 secondary output voltages are rectified by D710 and D711 and provides DC bias for the H D...

Page 107: ...rns on and the voltage at QH13 is applied to IH02 pin 1 connected to the internal error amplifier which compares it to a reference voltage at pin 14 The voltage at pin 12 drops and the internal comparator changes to change the width of the output pulse voltage The ON time of QH02 becomes longer to stabilize the HV 10 2 Raster Centering Circuit R741 adjust raster position by changing Q711 B and Q71...

Page 108: ...orizontally and vertically The FBT pulse is integrated by LF02 and CF05 then amplified by QF05 and clamped by QF04 DF PWB The amplitude is increased by QF53 QF52 and QF55 provides temperature stability The vertical output pulse is integrated by RF19 and CFO9 DF PWB to produce a parabolic wave form It is amplified by QF58 and added to the Horiz Parabola and applied to the Focus pin DF on FBT THOI 1...

Page 109: ...e other 90 degree out of phase The signal from the Stereo LPF is also sent to the pilot decoder which converts it to a DC voltage and is stabilzed by internal circuit which is used to determine the ON I OFF condition of the Stereo indicator The Pilot Cancel cancels the pilot signal by adding the stereo signal with matrix signal at the response level of the input pilot signal The pilot signal is al...

Page 110: ... Bass I Treble The L and R signals from IYOl and the PC L and R signals are switched by 1401 TDA7318D on Audio PWB The L s and R s are the output signals which are sent to the SRS Surround IC 1403 2 SRS Surround 1403 SRS5250AS is the SRS surround processor SRS ON I OFF is controlled by 1402 HD140539 3 BBE 1404 NJM2t50AD is BBE sound enhancement processor BBE ON OFF is controlled by IIC bus from 10...

Page 111: ...CAL SCROLL 6 LOGICAL FILTER REDUCTION FILTER I I 1BPF I I fsc T c LPF u N L H w T VERTICAL ENHANCER Fig 14 2 3 Dimension Comb IC Block Diagram The TC9086F is a motion adaptive 3 Dimension Y C Separation System This system detects the amound of moving picture information and processes this information for the still portion and moving portion of the picture For still portions 3 Dimension Y C Separat...

Page 112: ...R bA1545AS Functions EEPROM IAudio Control D A Converter ID A Converter IComb Filter ISional Switch PWB Main Main I Main 1 I Main 1 1 NTSC 1 1 NTSC 1 NTSC Terminal Terminal Terminal F EVP SOSR UPC1885 24LC21 A P TAI 276AN tTAl270AF J Front End Deflection Control EEPROM for DDC Video I Chroma Video I Chroma I YUV 1 MM1 Video Flow 5 1501 CPO4712U TAI 276AN Video Chroma Terminal 6 1504 CK08951 R MM1 ...

Page 113: ...16 Major Component Functions No Circuit No P Name Functions PWB 1 1001 CPO5361 MN1 02L35GHE MAIN MICRO MAIN 2 1002 CPO5272U M24C16 BN6 EEPROM MAIN ...

Page 114: ...NIT 1 TERMINAL 1 521 UG02 kZOO781 rzrl rCZ O761 U I R UNIT 1 TERMINAL ILA7846N VERTICAL AMPLIFIER I DEFLECTION HORIZ OUT TRANS 1 DEFLECTION 54 Q705 CFOI 891 F 2SC5413 55 QH02 2390851 ST l MB1 2 140 HN OUT TRANSISTOR 1 DEFLECTION 1 561 THOI 1BW00754 IHVTI 735 RC FBT 1 DEFLECTION 57 tMO1 58 lM02 59 IROI CP04461 CZO0461 R CK09451 M37470M4 751 SP BMR 4201 FT SMK0160 02816 MOUSE CONTROLLER IR RESET IR ...

Page 115: ... the chart may differ to some extent depending on the condition of the set and tester PRECAUTION ON MAKING MEASUREMENTS AND ON HANDLING 1 When any parts become abnormally hot or there is a smell of burning cut off the power immediately 2 Do not make shorts between circuits or across terminals except for those specified 3 When measuring the voltages of KS and TRs be careful that the test lead of th...

Page 116: ...1 NoSound Set the INT SP Mode ON YES ABNORMAL U101 Defective NORMAL INORMAL NORMAL Iov I Defective 9V B rail of 1401 pin 24 and 25 b See item 3 NORMAL 1405 defective Speaker Defective 116 ...

Page 117: ...2 No Sound No Audio Power Audio out defective ov E905 defective 3 No sound or not variable Bass Treble NORMAL 9V rail defective 1401 defective Check IIC bus SCL3 SDA3 117 ...

Page 118: ...4 No Sound OV or lower Defective audio power supply rail Yes 1403 Defective Yes 1404 Defective Yes 1401 Defective 118 ...

Page 119: ...5 No SRS Yes 1403 Defective 1 No 1001 Defective 6 No BBE Yes Vo tage at pin IO b 1404 Defective BBE MODE 1404 pin 10 WI L ON H 1001 Defective 119 ...

Page 120: ... in QT17 to QT20 No High Rear D Sub t ligh Select RGBl for RGB input on PC Menu Select RGB2 for RGB input on PC Menu x TV NG NG I Yes Check video output anI b the peripheral parts Yes b Check 1501 1 1 No Yes Check the circuit between I501 pin 2 and 1501 pin 24 Check IS01 ...

Page 121: ...of 1501 pins 51 and Yes The voltage of pin 32 of 1501 is high or check other circuit of 1501 INo No CheckYUV P W B INo pin 18 on NTSC P W B Yes b Check 3D Y C Unit I Check UlOl IYOl 121 ...

Page 122: ...8 No Raster Yes No No c Yes No No Check 1001 Yes 1 of 1953 14V b Check 1953 INo Yes b Check D9A9 INo C9A6 17OV No v Check R9S8 D9A2 and F901 No v Check 1951 and F9Al 122 ...

Page 123: ...9 No Horizontal Raster about 112V at TV Yes No No Check 1933 Yes No Yes Yes k Check IS02 7 Is the voltage at pin No l Check IPOl Yes Check QP02 TPOl and QPOI 123 ...

Page 124: ...Is the wave form of QH02 collector Yes Check 1960 INo Yes b Check 1H02 QHl6 QH15 and QH14 I No IO No Vertical Raster 1 No Check 1601 E601 and 3601 1 of 1601 about 32V Yes b Check 1601 and IS01 124 ...

Page 125: ...Yes No No b Check 1901 14 of 1001 4 7V Check D901 R933 and F901 Check E601 1601 Q601 and IS01 125 ...

Page 126: ... 7 281 V avc1IJ 4 906 v 2ooa 04 PMSI PINWl CP ro oos 10 oy Rutof1 RUh lCl 2 200 V VZCl 2 694 v AVCl 493 7mV l L I L 1 I VlC13 206 3mV V2Cl 287 5mV bVCl 81 25mV i 200 yo a05 10 O 1 RlJN I I I i VlCl 1 069 V v2c11 1 437 v AVClI 368 7mV s oov ro 00s 20 oy 07 PFCl Pmwl Y _ i lC13 43 13 v V2Cl 60 94 v OVLIZJ 17 81 V V i soo j ro aos 20 oy Qutofi RUN i VlCl 3 063 V VZCl 5 281 V AVClI 2 219 V 126 ...

Page 127: ... l 20 63 V VZC 1 37 66 V nvc1 17 03 v VI l 17 19 V K l 30 94 Y iLYClS 13 75 v Vl 1 3 000 v V2Cl 5 328 V bVCl 2 328 Y 2oog TO 00s 1 RUN lO OY 0 13 WC2 PINWlS R Y i l l 3 412 V VZCl 4 269 V bV l 856 2mV _ I V1 1 371 9mV V2C 1 425 0mV AVCl 53 12mV _________I_____ _ _ VlCl 881 2mV V2Cl 1 294 V AVCl 412 5mV i VII11 253 lmV VZCI 603 lmV NC11 350 0mV 127 ...

Page 128: ...c 13 86 88mV 20 cq I 00s 10 oy euto i Rim 0 20 PM r 2 PIN 7 C _ _ R A 1ClI 58 13mV VZC 1 121 9mV AVCl 63 7SmV i 1 5oog J 0 OOS 20 oy Rutof RUN 0 21 PMK PIN Q U ZH _____________ _________________________ f VlClI 2 781 V V2C I 3 875 V nvc11 1 094 V I VlClI 2 644 V V2Cl 2 750 V AVC 11 106 3mV i VlClI 2 664 V V2ClI 2 797 v OVCi 132 8mV 0 24 PMP2 PIWf3 CT 1 IL _ _ _ _ II ____ I 13 2 906 V V2ClI 7 312 V...

Page 129: ..._ __ lCl1 193 8 V V2C 13 367 2 V bVC13 173 4 V 0 29 1901 PIN l DRIVE 1 so ov CO OOS 10 oy 1 RW 1 VlClI 123 4 V V2ClI 443 8 V bVCl 320 3 V 1 1 l cmV Jr 0 oos 5 OO 1 RUN 0 30 I951 Plr if3 DRIVE I I Is VlClI 3 625 V V2ClI 8 375 v avc1 4 750 v i VI1 1 2 528 V V2Cl 3 628 v avc1 l o00 v I I lr ViCi 4 275 V V2C 1 4 747 v t VC l 471 9mV 129 ...

Page 130: ...os 1 oog utofi RUI 0 36 ENA PINK L OUT VlClI 4 484 V V2ClI 4 678 V AVCl 393 7mV f JTQ QQs ZQO u ofl RUN 0 37 1405 PlN l R OUT vit11 8 297 v V2Cl 10 75 v AVCII 2 453 V 0 38 1405 PIN 3 L OUT 1 2o og Jr0 oos 2oog Qutoli RUh c F ll __ _ _7 1 VlClI 42 50mV V2C I 187 5mV avc1 145 ch N f I i VlCl 2 263 V VzTCl 3 141 v nV 1 878 lmV 1 5oog J33 oos lO OY 1 RUN 0 40 EtCT2 PttWl R OUT 130 ...

Page 131: ... 3 144 v V2Cl 5 953 v nvc13 2 809 v i soog ro oos 500 Ly 1 RUN 0 43 PSVT PINfl VM OUT 1 ViCl 2 222 v V2ClI 3 484 V AVCl 1 263 V VlClI 1 953 v V2Cl 2 841 V bVCl 887 5mV L VlCl 581 2mV vzc13 1 575 v DVC13 993 7mV i i 2 oov g 0 oos 10 0 Y nu oIi RUN 0 47 cm1 COLLECTOR i VlClZ 7 988 V VZIl 15 94 v 4VCl 7 950 v _ __ _ i 1 I _ _ _ I __ __l____________r_____ 1ClIJ 45 00 v VZCII 147 5 v AVC13 102 5 V 131 ...

Page 132: ...OPPER B HIVE 0 55 QFW p3xJAxTUR I 1 VlCl 231 2mV V2C l 396 9mV AVC 11 185 6mV so og f RUI 0 52 PDHV PlN 5 H BLK lCl 2OO OmV V2C1 434 4mV bVCl 234 4mV Fo oos 1 50 0 i RUN 0 53 Pm IV fiN87 Iv DRIVE VlClI 201 6mV V2Cl 343 6mV AVClI 142 2mV 1 2o ov TO 005 10 oy Rutofi RUB I I VlCl 68 12 v V2Cl 160 0 V AVCl 91 38 V i VlCl 58 13 V V2ClzJ 91 25 v avc 1 33 13 v 132 ...

Page 133: ...UF 50V TAPE CO26 AN00637R CAP POLYESTER 0 1 UF 50V TAPE CO27 0284638R CAP ELECTRO 1OUF SME BP 16V CO28 0284638R CAP ELECTRO 1OUF SME BP 16V co30 0890087R CAP CERAMIC lOOOPF K 50V CO31 0890 118R CAP CERAMIC 22PF J CH 50V CO32 0890118R CAP CERAMIC 22PF J Ct t 50V co33 0800317R CAP ELECTRO 47UF M SMG 16V CO38 0890083R CAP CERAMIC 470PF K 50V SYMBOL 1 PART 1 PART NO 1 NO 1 DESCRIPTION co39 j08003i 7 I...

Page 134: ...816 Cal 7 C818 C819 C820 C822 C823 C824 C825 C826 C827 C828 C829 C831 C832 C833 C834 fi c901 fi c902 fi c903 c920 c929 c931 c932 c934 C936 C938 c940 c942 c943 c945 fi C946 c947 C948 c950 c951 c971 2 z C976 fi c977 A C978 fi c979 b C980 C981 C983 C985 C986 C987 c991 c992 134 PART PART NO DESCRIPTION 4JOOOOl R CAP CERAMIC 0 01 UF Z 500V 3800279R CAP ELECTORO 1 OUF M SMG 50V 3890083R CAP CERAMIC 470P...

Page 135: ...OUF M SMG 6 3V CAP2125CHIP 2200PFKB 50V TAPE CAP2125CHIP 1000OPFKB 50V TAPE CAP ELECTRO IOOOUF 16V CAP ELECTRO IOOUF M 16V CAP21 25CHfP 1OOOOPFKB 50V TAPE SYMBOL 1 PART C3A4 C3A5 c3c7 c401 C402 c403 c404 c405 C406 c407 C408 c409 C40A c410 c413 c414 c417 C418 c419 C420 C421 C422 c429 c430 c431 C432 c441 C442 c443 c444 c445 C446 c447 C448 c449 C452 c453 c454 c455 C456 c457 C458 c459 C460 C461 C462 C...

Page 136: ...V CAP ELECTORO 1 OUF M SMG 50V CAP ELECTORO 1 OUF M SMG 50V CAP ELECTORO 1 OUF M SMG 50V CAP ELECTORO 1 OUF M SMG 50V CAP ELECTORO 1 OUF M SMG 50V CAP ELECTORO 1 OUF M SMG 50V CAP ELECTRO IOUF M SMG 16V CAP ELECTRO lOUF M SMG 16V CC02 10893044R ICAP2125CHIP 1OOOOPFKB 50V TAPE SYMBOL PART PART NO NO DESCRIPTION cc03 0893044R CAP21 25CHIP 1OOOOPFKB 50V TAPE CF03 CF04 C F05 CFO9 CFlO CFll CF12 CFl3 C...

Page 137: ... 16V CAP POLYESTER O lUF 50V TAPE CAP POLYESTER O lUF 50V TAPE CAP21 25CHIP 1OOOOPFKB 50V TAPE CAP ELECTRO 1OUF M SMG 16V CAP ELECTRO 1OUF M SMG 16V CAP ELECTRO IOOUF M 16V C596 c597 C598 c599 C5Al c5c5 C5C6 c5c7 C736 CA91 CA92 CA93 CA94 cc91 CGOl CG02 CG03 CG07 CG08 CG09 CG11 CG12 csoo CSOl cso2 cso3 cso4 cso5 CS06 cso7 CSOB cso9 CSll cs13 cs14 cst5 3516 cst7 CS18 cs19 cs20 cs21 CS23 CS25 CS26 CS...

Page 138: ...OUF M SMG 50V c740 0248690R CAPACITOR CERAMIC 18OPF J SL 50V CT36 0800329R CAP ELECTRO 1OOUF M SMG 50V c741 02442 15 CAP CERAMIC 2200PF DC 2KV CT37 0893044R CAP2125CHIP 1OOOOPFKB 50V TAPE C742 0244202R CAP CERAMIC 470PF K 2KV CT38 0893044R CAP21 25CHIP 1OOOOPFKB 50V TAPE c743 0244202R CAP CERAMIC 470PF K 2KV CT39 0228238R CAP 2125CHIP 22PFJPH 50V TAPE CF51 0299622F CAP PP FILM 0 01 UF J 63OV CT40 ...

Page 139: ...TAPE CAP 2125 CHIP lOOOOOPF K B 25V TAPE CAP 2125 CHIP 1OOOOOPF K B 25V TAPE CAP 2125 CHIP 1OOOOOPF K B 2 TAPE CAP 2125 CHIP IOOOOOPF K B 25V TAPE CAP 2125 CHIP lOOOOOPF K B 2 TAPE CAP 2125CHIP 1000PFKB 50V TAPE CAP 2125CHIP 1OOOPFKB 50V TAPE CAP 2125CHIP 1OOOPFKB 50V TAPE CAP 2125 CHIP 100PFJCH 5OV TAPE CAP 2125 CHIP 100PFJCH 50V TAPE CAP ELECTRO 1OUF M SMG 16V SYMBOL NO PART NO PART DESCRIPTION ...

Page 140: ... ZENER HZS6Cl TA DIODE AM01 Z 200 TAPE 1A DIODE lSS254 TAPE 35V SI 4NSEC DIODE 155254 TAPE 35V Sl4NSEC SYMBOL NO D950 D951 D953 D961 D963 D976 D977 D978 D979 D980 0981 D982 D983 D984 0985 D986 D987 0989 D9Al r D9A2 D9A6 D9A7 D9A8 D9A9 D9E2 D9E3 D9E5 D9E6 D9E7 D9E9 D9Fl D9F2 D9Sl D9S2 D9S3 DL02 DL03 DL04 DL05 DL06 DL07 DLO8 DlOl D102 D403 0404 D405 0408 D4OA D40B D40C 140 NO DESCRIPTION 339212M ZEN...

Page 141: ...C3 TAPE ZENER HZS SC1 TAPE DIODE 1SS254TA f SS270TA ZENER HZS SC1 TAPE DIODE 1SS254TAIlSS270TA ZENER HZS12 C3 0 005A ZENER HZS12 C3 0 005A DIODE 1SS254TA l SS270TA DIODE 1SS270A TP ZENER HZS5C3 TAPE DIODE 1SS254TA l SS270TA DIODE AMOlZ 200 TAPE 1A DIODE AM01 Z 200 TAPE 1A SYMBOL PART NO NO DP26 2344041 M DP27 2344041 M DYOl 2344041 M DY02 2339869M DY03 2339869M DY04 2339869M 0505 D506 D507 D508 D5...

Page 142: ...ES D703 2339491 M DIODE AMOlZ 200 TAPE 1A D704 2339551M DIODE EDl4 Vl SI 5MA 45V A F901 2722359 FUSE ACOGA 0705 CH00551 DIODE FMQ G5FS 15OOV F902 2722357 FUSE AC04A D709 23398681111 ZENER HZS9C2 TAPE F9Al 2722353 FUSE AC1 6A DflO 2339481 M DIODE ASOlZ 200 TAPE Sl 0 6A D711 2339481 M DIODE ASOlZ 200 TAPE SI 0 6A POWER PWB ASSEMBLY D712 2339835M ZENER HZS5B2 TAPE POWER CPT VM FILTER D713 2339481 M D...

Page 143: ...L PWB INTEGRATED CIRCUITS ANALOG MONOLITHIC IC TAl276AN MM1 389XFBE IC AN7805 UPC1 885 IC UPC4558 ICL LA7213 IC HDI 40538 ANALOG MONO IC MC1 4053BFEL ANALOG MONO IC MCI 4053BFEL ANALOG MONO IC MC1 4053BFEL DIGITAL MONOLITHIC IC 24LC21A P DEFLECTION PWB ASSEMBLY DEFLECTION PWB INTEGRATED CIRCUIT IC LA7846N SYMBOL NO IMOl IM02 IROI IR02 IR03 IYO4 LOO1 LO02 LOO3 LOO4 LOO5 LOO6 LOO7 LOOA LOOB 1353 L5H...

Page 144: ...LO2 2123468M FERRITE BEADS CORE LEAD 0 8MH L707 BZO1471 COIL LX H LINEARITY 5UH LLO3 2123416M LAL AXIAL COIL 2 7UH K L708 8200845 CHOKE COIL 680UH SLl720 LLO4 2123416M LAL AXIAL COIL 2 7UH K L711 2122653M FERRITE CORE 1 65UH TAPE L712 2771892 FERRITE BEADS CORE 004 NTSC PWB ASSEMBLY L713 2771892 FERRITE BEADS CORE 004 NTSC AUDIO DF HV CHOPPER SUB VM L714 2771892 FERRITE BEADS CORE 004 NTSC PWB IND...

Page 145: ...Z C TZ SI 230MHZ200MW TRS 2SC458 B TZ C TZ SI 230MHZ200MW TRS 2SC458 C TZ D T2 SI 230MHZ200MW TRS 2SC458 B TZ C TZ Sl230MHZ200MW TRS 2SA673 B 26TZ C 26TZ SI 8OMHZ TRS 2SC458 B TZ C TZ SI 230MHZ200MW TRS 2SC458 B TZiC TZ Sl230MHZ200MW TRS 2SC458 B TZ C TZ SI 230MHZ200MW TRS 2SC458 B TZIC TZ Sl230MHZ20OMW TRS 2SC458 B TZ C TZ SI 230MHZZOOMW TRS 2SA673 B 26TZ C 26T2 SI 80MHZ TRS 2SA673 B 26TUC 26TZ S...

Page 146: ...NSISTOR CHIP 2SC2412KQ R TRANSISTOR CHfP 2SC2412KQ R TRANSISTOR CHIP 2SC2412KQ R TRANSISTOR CHIP 2SC2412KQ R TRANSISTOR CHIP 2SC241 PKQIR TRS DTC144ES TP TRS DTC144ES TP TRS DTC144ES TP TRS DTCl44ES TP 2SA1037KT146Q R TRANSISTOR CHIP 2SC24t 2KQ R 2SA1037KTl46Q R 2SA1037KT146Q R TRANSISTOR CHIP 2SC2412KQ R TRANSISTOR CHIP 2SC2412KQ R SYMBOL PART NO NO QH18 325691 R QH19 325691 R QH20 325781 R QP03 ...

Page 147: ...E F QT18 232578 t R 2SA1037KT146Q R QH12 2320663M TRS 2SCl213A C QTl9 2325691 R TRANSISTOR CHIP 2SC2412KQ R QH13 2320663M TRS 2SC1213A C QT20 232578 1 R 2SA1037KT146Q R QH14 2320598M TRS 2SC458 B TZ C TZ D TZ QT21 2325691 R TRANSISTOR CHlP 2SC2412KQ R QH15 232132IM TRS 2SA844 D TZ E TZ Sf 200MHZ300MW QT22 2325781 R 2SA1037KTI 46Q R QH16 2320598M TRS 2SC458 6 TZ C TZ D TZ QT23 2325691 R TRANSISTOR ...

Page 148: ...6W 180 JB RES CARBON FLM 1 16W lOO JB RES CARBON FLM l l 6W 100 JB RES CARBON FLM l l 6W 1 OK JB RES CARBON FLM l l 6W 1 OK JB RES CARBON FLM l l 6W 1 OK JB RES CARBON FLM 1 16W IOO JB RES CARBON FLM 1 16W IOO JB RES CARBON FLM l l 6W lOK JB SYMBOL I PART NO NO R091 0700054M R092 0700027M R093 0700027M R094 0700041 M R095 070004 1M R096 0700054M R097 0700041 M R098 0700041 M ROAl 0700041 M ROA2 07...

Page 149: ... 1 OK JB R5M5 0700052M RES CARBON FLM 1 16W 6 8K JB RON5 0700054M RES CARBON FLM 1 l SW 1OK J5 R5M6 0700027M RES CARBON FLM 1 16W lOO JB RON6 070004 1M RES CARBON FLM 1 16W 1 OK J5 R5M7 0700027M RES CARBON FLM 1 16W lOO JB RON7 0700043M RES CARBON FLM l l 6W 1 5K J5 R5M8 0119607M RES MTL FLM 1 8W 1 OK FB RON8 0700029M RES CARBON FLM 1 16W 150 JB R5M9 0700027M RES CARBON FLM 1 16W lOO JB RON9 01000...

Page 150: ...SEMBLY POWER CPT VM FILTER POWER PWB RESlSTORS RES CARBON FLM 560 JB 1 2W RES CARBON FLM l l 6W 220 JB RES CARBON FLM l l 6W 22 J RES MTL FLM t 8W 12 FB RES CARBON FLM 1 16W 1OOK JB SYMBOL PART NO NO R814 0100063M R815 0144068 R817 a1 00035M R818 al t3725M R819 0100035M R821 07aaa54M R822 0700054M R824 0700032M R826 07000 8M R827 0188123M R828 0188127M R829 0119561M R830 0700067M R831 0100063M R83...

Page 151: ... WIRE WOUND 2W 0 056 J RES CARBON FLM l l 6W 1 OK JB RES CARBON FLM l l 6W 3 3K JB RES CARBON FLM 1 16W 2 7K JB RES CARBON FLM l l 6W 47K JB RES CARBON FLM 1 8W 56K JB RESMTL FLM 1 2W 220K JB RES CARBON FLM l l 6W 47 J RES CARBON FLM l l 6W 3 9K JB IRESISTOR CARBON FILM SRD1 2P B 220K J R9A6 R9A7 R9A8 R9C2 R9C3 R9C5 R9C6 R9C7 R9C8 R9C9 R9E5 R9Fl R9S6 R9S7 R9S8 R9S9 R9T2 R9T3 RL02 RL03 RL04 RL05 RL...

Page 152: ... 1 8W lK JB R139 0195900R RES 2125 CHIP 1 16W 1KJ TAPE R459 0100041M RES CARBON FLM t 8W 100 JB R140 0195925R RES 2125 CHIP t 166 t OKJ TAPE R460 0100041 M RES CARBON FLM 1 8W t 00 JB R141 0195935R RMC73S 2A273JR R461 0100065M RES CARBON FLM 1 8W iK JB R142 0 t 95941 R RESISTOR 2125 CHIP 1 16W 47KJ TAPE R462 0 t 00065M RES CARBON FLM 1 8W lK I5 R3C9 0 t 95875R RES 2125 CHIP 1 16W tOOJ TAPE R464 0 ...

Page 153: ...RES 2125 CHIP 1 16W 56KJ TAPE R500 0195933R RES 2125 CHIP 1 16W 22KJ TAPE R5E2 0195931 R RES 2125 CHIP l l 6W 18KJ TAPE R50I 01959OOR RES 2125 CHIP 1 16W 1KJ TAPE R5E3 0195943R RES 2125 CHIP 1 16W 56KJ TAPE R502 0195875R RES 2125 CHIP 1 16W 1OOJ TAPE R5E4 0195935R RMC73S 2A273JR R503 0195929R RES 2125 CHIP 1 16W 15KJ TAPE R5E5 0195897R RES 2125 CHIP l l 6W 8203 TAPE R505 0195891 R RES 2125 CHIP 1 ...

Page 154: ...9 0195935R RMC73S 2A273JR RC51 0700027M RES CARBON FLM 1 16W lOO JB RH78 0195941 R RESISTOR 2125 CHIP 1 16W 47KJ TAPE RF03 0700058M RES CARBON FLM l l 6W 22K JB RH79 0195935R RMC73S 2A273JR RF04 0 195904R RESISTOR 2125 CHlP 1 16W 1 5KJ TAPE RH80 0195941 R RESISTOR 2125 CHIP t6W 47KJ TAPE RF05 0195902R RES 2125 CHIP l lSW 1 2KJ TAPE RH8t 0195935R RMC73S 2A273JR RF06 0195906R RESISTOR MINI CHIP RMCl...

Page 155: ...W 820J TAPE RY06 0195875R RES 2125 CHIP l 16W IOOJ TAPE RYA9 0195927R RES 2125 CHIP 1 16W 12KJ TAPE RY07 0700027M RES CARBON FLM l l 6W 100 JB RYCI 0700064M RES CARBON FLM l l 6W 56K JB RY08 0195900R RES 2125 CHIP 1 16W 1KJ TAPE RYC2 0195875R RES 2125 CHIP 1 16W 1OOJ TAPE RY09 0 195883R RES 2125 CHIP 1 16W 220J TAPE RYC4 0700042M RES CARBON FLM l l 6W 1 2K JB RYlO 0195883R RES 2125 CHIP 1 16W 220J...

Page 156: ... 0700064M RES CARBON FLM 1 16W 56K JB R5Ht 019592OR RES 2125 CHIP 1 16W 6 8KJ TAPE RA97 0700041 M RES CARBON FLM l l 6W 1 OK JB R5H2 0195920R RES 2125 CHIP 1 16W 6 8KJ TAPE RA98 0700045 M RES CARBON FLM l l 6W 2 2K JB R5H3 0195920R RES 2125 CHIP 1 16W 6 8KJ TAPE RA99 0700041 M RES CARBON FLM l l 6W 1 OK JB R5H4 0700027M RES CARBON FLM 1 16W lOO JB RC91 0187038M RES CARBON FLM l l 6W 75 J R5H8 0195...

Page 157: ...6 CHIP l 8 W 000 TAPE RKl5 0195250R RES 2125 CHIP 1 16W 000 TAPE RK73 0195248R RES 3216 CHIP l 8 W 000 TAPE RK16 0195250R RES 2125 CHIP 1 16W 000 TAPE RK75 0195250R RES 2125 CHIP l l 6W 000 TAPE RK17 0195250R RES 2125 CHIP 1 16W 000 TAPE RK76 0195248R RES 3216 CHIP l 8 W 000 TAPE RK18 0195250R RES 2125 CHIP l l 6W 000 TAPE RK83 0195248R RES 3216 CHIP l 8 W 000 TAPE RK19 0195250R RES 2125 CHIP l l ...

Page 158: ...JB RT25 0195875R RES 2125 CHIP l l 6W 1OOJ TAPE RS34 0700059M RES CARBON FLM l l 6W 27K JB RT26 0195900R RES 2125 CHIP 1 16W IKJ TAPE RS35 Of19651M RES MTL FLM 1 8W 68K FB RT27 0195900R RES 2125 CHIP 1 16W 1KJ TAPE RS36 011964fM RES MTL FLM 1 8W 27K FB RT28 0195900R RES 2125 CHIP 1 16W 1 KJ TAPE RS37 070005 1M RES CARBON FLM 1 16W 5 6K JB RT30 0 195875R RES 2125 CHIP 1 16W 1OOJ TAPE RS38 0700057M ...

Page 159: ... CHIP l l 6W 1 2KJ TAPE RES 2125 CHIP l l 6W 22KJ TAPE RES 2125 CHIP l lOW 82KJ TAPE RES 2125 CHIP 1 16W 1OOJ TAPE RES 2125 CHIP l lOW 680J TAPE RES 2125 CHIP 1 16W 470J TAPE RESISTOR 2125 CHIP 1 16W 1 5KJ TAPE RES CARBON FLM 1 8W 270K JB RES CARBON FLM 1 8W 270K JB RES CARBON FLM 1 16W IOK JB SYMBOL PART NO NO RTR2 0700054M RTR3 0195925R RTR4 0195908R RTR5 0195925R RTR6 0195900R RTR7 0195900R RTR...

Page 160: ...M 1 8W 4 7K FB R709 0700063M RES CARBON FLM 1 16W 47K JB 1 RH39 0119621M RES MTL FLM 1 8W 3 9K FB R710 0700041 M RES CARBON FLM 1 16W 1 OK JB RH66 0700054M RES CARBON FLM 1 l 6W 1OK JB 1 R7fl AT00435S RES MTL OXIDE FLM 2W 0 75 OHM RH67 0100059M RES CARBON FLM 1 8W 560 JB R712 AT00435S RES MTL OXIDE FLM 2W 0 75 OHM RH68 0700058M RES CARBON FLM l l 6W 22K JB R713 0100031M RES CARBON FLM 1 8W 39 JB A...

Page 161: ...WER PWB RELAYS RR22 0195925R RES 2125 CHIP 1 16W 10KJ TAPE RR23 0195925R RES 2125 CHIP 1 16W 1OKJ TAPE A S901 FJOOO71 AC POWER RELAY ALK3213 RR24 0195925R RES 2125 CHIP 1 16W 1OKJ TAPE A 5902 FJOOO71 AC POWER RELAY ALK3213 RR25 0195925R RES 2125 CHIP 1 16W IOKJ TAPE A 5903 FJOOO71 AC POWER RELAY ALK3213 RR26 0195925R RES 2125 CHIP 1 16W IOKJ TAPE RR27 0 195925 R RES 2125 CHIP 1 16W 10KJ TAPE TERMt...

Page 162: ...lO 4520232 4X16 D TAPPING SCREW SWCHI 6A MAIN PWB FILTER I160 4519503 3X12 B TAPPING SCREW SWCHl5A 220 MN01 851 CHOPPER PROTECTOR x001 2787526 VFL KSS HC 49 U 4000 225 3814662 PLASTIC RIVET BK 230 NA42131 YUV SUPPORT POWER PW5 ASSEMBLY 232 MN01 971 PVC SPACER 36SDX POWER CPT VM FILTER 236 3782714 PCB SUPPORT 10s NYLON POWER PWB FILTERS 240 MQ00681 CUSHION 36SDX 242 MN01981 YUV PVC 36SDX A X901 AJO...

Page 163: ...02 9374575 UL CSA1007 24HP CODE GREEN zoo7 9413926 SILICON RUBBER 2803 9485158 HOT MELT AX l 503C zcoo3 9451104 VARNISH CLOTH TUBE 0 8X1 8 YELLOW Z806 2787213 INSULATOR FOR TRANSISTOR Z818 9451104 VARNISH CLOTH TUBE 0 8X1 8 YELLOW POWER PWB ASSEMBLY z901 9451115 UL CSA TUBE NO 0 POWER CPT VM FILTER ZH970 9553958 ADHESIVE TAPE PERMACEL P212 19W POWER PWB MISCELLANEOUS PARTS NTSC PWB ASSEMBLY 400 MD...

Page 164: ...ONE PMD2 2674646 12P FJ CONNECTOR TYPE 12R FJ JT02 EQ00221 15P D SUB JACK PMD3 2674643 7P PLUG P IN JT91 EQ00221 15P D SUB JACK PPDt 2723094 PLUG CP 05BP5ROV SD 53415 JY91 ES00022 3P SW PIN JACK WITH S PPD2 2902265 PLUG PIN SUB MINI 6P NDGOB NJ01 171 LED HOLDER ASWS ZOO8 9413926 SILICON RUBBER NJT02 4527661 M2 6 INCH SCREW 2702 9449553 TAPE ADHESIVE W19 NITT0 223S B PVC NJT91 4527661 M2 6 INCH SCR...

Page 165: ...2169513 COIL LX ZCAT2032 FINAL ASSEMBLY NPCC 2169513 COIL LX ZCAT2032 FINAL ASSEMBLY MISCELLANEOUS PARTS NPCP 2169513 COIL LX ZCAT2032 NPMl 2169512 CLAMP NOISE FILTER ZCAT3035 OlO QD06421 FRAME ASSEMBLY 36SDX88B NSPC 3763751 SK BINDER 020 QD0665 1 FRAME SUB ASSEMBLY 36SDX88B 2101 94 13945 SILICONE KE 1300 WHITE 030 QD03492 FRAME 36SDX88B 040 3760031 SMALL PIECE S 2 FOR CABINET PS OWNERS ACCESSORY ...

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