Sharp XV-C1E Service Manual

SERVICE-ANLEITUNG S37W8XVCl EKXI PALISECAMINTSC SYSTEM LCD PROJECTOR LCD PROJEKTOR MODEL MODELL XV-Cl E 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. Im lnteresse der Benutzer-Sicherheit (in einigen Lander durch Sicherheitzvorschriften gefordert) sollte dieses Gerat wieder auf seinen ursprijnglichen Zustand eingestellt und nur die vorgeschriebenen Teile verwendet werden. CONTENS INHALT -\ Page l SPECIFICATIONS.. ............................................ 2 l NOTE TO SERVICE PERSONNEL .................... 3 l OPERATlON MANUAL.. ..................................... 4 l REMOVAL OF MAJOR COMPONENTS .. ..........6 l OPTICAL SYSTEM .......................................... 10 l ADJ. IN FUNCTION ......................................... 11 l ELECTRICAL ADJUSTMENT .......................... 14 l TROUBLESHOOTING TABLE.. ........................ 19 l INTRODUCING THE NEW ICs ........................ 23 l CHASSIS LAYOUT.. ......................................... 75 l DESCRIPTION OF SCHEMATIC DIAGRAM.. ..77 l WAVEFORMS .................................................. 78 l OVERALL WIRING DIAGRAM ......................... 79 l SCHEMATIC DIAGRAM ................................... 81 l PRINTED WlRiNG BOARD ASSEMBLIES.. ... .94 l PARTS LIST n ELECTRICAL PARTS ................................. 99 n CABINET AND MECHANICAL PARTS.. ... 111 n ACCESSORIES PARTS ........................... 117 I PACKING PARTS.. .................................... 117 l PACKING OF THE SET.. ................................ 118 Page l TECHNISCHE DATEN ........................................ 38 l HINWEISE FUR DEN WARTUNGSTEHNIKER . . 39 l BEDIENUNG ANLEITUNG ................................. 40 l ENTFERNEN DER HAUPTTEILE ....................... 42 l OPTIKSYSTEM.. .........:....................................... 46 l FUNKTION ADJ IN.............................................. 47 l ELEKTRISCHE EINSTELLUNG.. ........................ 50 l TABELLE FUR STCRUNGSSUCHE .................. .55 l VORSTELLUNG DER NEUEN ICs ............I.. ...... 59 l CHASSISANORDNUNGSPLAN ......................... 75 l BESCHREIBUNG DESSCHEMATISCHEN ++ SCHALTPLAN .................................................. 77 l WELLENFORMEN .............................................. 78 l GESAMTSCHALTPLAN ...................................... 79 l SCHEMATISCHER SCHALTPLAN ...................... 81 l LEITERPLATTENEINHEITEN ............................. 94 l TEILLISTE n ELEKTRISCHE TEILE ................................... 99 n GEHAUSE UND MECHANISCHE BAUTEILE ................................................ 11 1 n ZUBEHCjR ................................................... 1 17 n VERPACKUNGSTEILE ................................ 1 17 l VERPACKEN DES GERATS. ............................ 118 - SHARP CORPORATION

Lens Projection lamp Contrast ratio Video input signal S-video input signal Horizontal resolution Audio output Speaker system Rated voltage Rated frequency Power consumption Standby consumption Operating temperature LCD Projector XV-C 1 E PALISECAMINTSC 358/NTSC 4.43 LCD panel x 1, RGB optical shutter method 1.32” (20.0 (H) X 26.8 (W) mm) Translucent TN liquid crystal panels TFT (Thin Film Transistor) Active Matrix panels 181,470 dots (230 (V) x 789 (H)) F2, f= 56.5 mm 125 W Metal halide 1OO:l RCA Connector: VIDEO, composite video, lVp-p, sync negative, 7552 terminated RCA Connector: AUDIO, 142 mVrms, more than 47Kn (stereo) 4-pin mini DIN connector Y (luminance signal): 1 Vp-p, sync negative, 7.58 terminated C (chrominance signal): burst 0.286 Vp-p, 75R terminated 360 TV lines (video input) 1 W (monaural) 6.5 cm round AC 200-240V 50160 Hz 167W 3.6 W 5°C to 40°C Storage temperature - 20°C to 60°C Cabinet Plastic Dimensions (W x D x H) 210 x 277 x 130 mm Weight ’ 1 3.5 kg Supplied accessories Lens cover (installed), air filter (installed) Replacement parts Air filter (PFILD0054CEZZ) Our projector uses a single LCD (Liquid Crystal Display) panel. This very sophisticated panel contains Total of 181,470 dots (RGB Trio 60,490 Pixels) TFTs. (Thin Film Transistors). As with any high technology electronic equipment such as large screen TVs, video systems and/or video cameras, there are certain acceptable tolerances that the equipment must conform to. Sharp’s acceptable tolerances permit a total of six (6) inactive TFTs, which may result in illuminated dots on the picture s c r e e n . This will not affect the picture quality or the life expectancy of the unit. *Specifications are subject to change without notice. 2

‘/////////////////// UV-RADIATION PRECAUTION //////////////////// The light source, metal halide lamp, in the LCD projector emits small amounts of UV-Radiation. AVOID DIRECT EYE AND SKIN EXPOSURE. To ensure safety please adhere to the following: 1. Be sure to wear sun-glasses when servicing the projector with the lamp turned “on” and the top enclosure removed. UV-Radiation and Medium Pressure Lamp Precautions 1. Be sure to disconnect the AC plug when replacing the lamp. 2. Allow one hour for the unit to cool down before servicing. 3. Replace only with same type lamp. Type CLMPF0044DEOl rated 6OV/125W. 4. The lamp emits small amounts of UV-Radiation, avoid direct-eye contact. 5. The medium pressure lamp involves a risk of explosion. Be sure tcrfotlow installation instructions described below and handle the lamp with care. 2. Do not operate the lamp outside of the lamp housing. 3. Do not operate for more than 2 hours with the enclosure removed. 1 w Lamp Replacement Note: Since the lamp reaches a very high temperature during units operation replacement of the lamp should be done at least one hour after the power has been turned off. (to allow the lamp to cool off.) Installing the new lamp, make sure not to touch the lamp (bulb) replace the lamp by holding its reflector 0. [Use original replacement only.] l-k DANGER ! - Never turn the power on without the lamp to avoid electric-shock or damage of the devices since the stabilizer generates high voltages at its start. 3

FRONT VIEW TEMPERATURE WARNING indicator LAMP REPLACEMENT indicator POWER indicator CAUTIONS: l Allow at le--’ ‘n - a~ IU Lrn of space between the coolina fan (exhaust vent) and the wall. LENS FOCUSING COOLING FAN HEIGHT ADJUSTER LENS SHIFT DIAL OPERATION PANEL ONTOP OF PROJECTOR l If the cooling fan becomes obstructed, a protection device will automatically turn off the projector lamp. This does not indicate a malfunction. Remove the projector plug from the wall socket and wait 10 minutes. Then turn on the power by plugging the cord back in. Thiswill return the projector to its normal mode. REAR VIEW MAIN POWER switch ON/OFF o- 01 VOLUME ENTER o- EN -ENTER button -POWER (ON/OFF) button - VOLUME UP-DOWN (?/A) buttons -MENU button -ADJUSTMENT (V/A) buttons ~;t;[email protected]/-S-VIDEO INPUT (4-pm mini DIN) COMPOSITE VIDEO INPUT Video: RCA Audio: RCA HEAD PHOHE Headphone jack

1. Removing the cabinets l-l. Turn the lens shift dial until the lens comes to almost the center of the lens hole in the front cabinet, l-2. Remove the air filter cover first and then the M3 screw. 1-3. Remove the tapping screw off the bottom cabinet. Air Filter Cover 1-3 1-4. Remove the five screws (four 3-mm tapping screws and one M2.5 screw) off the rear cabinet. l-5. Disconnect the connector (PE) of the AC cord (that runs through the rear cabinet) from the ballast unit. Detach the rear cabinet. / 6

and unhook the front cabinet. (a) First undo the left-hand hook. (b) Next undo the right-hand hook. Now lift the top cabinet further up and disconnect the leaf switch connectors (LF) and (LL) as well as the operation key unit flat cable (KE). The top cabinet is now free. l-7. Tilt the front cabinet slowly in the arrow direction to unhook it from the bottom cabinet. (a) First undo the left-hand hook. Be careful to tilt the front cabinet slowly. (b) Next undo the right-hand hook. l-8. Disconnect-the speaker connector (SP) and remove the two lock screws. Now detach the side cover. Ass’y Reassembling procedure Note: Mount the air filter cover last. Do not attempt to place the air filter cover first and then the top cabinet. Because otherwise the air filter cover’s lever and the top cabinet’s leaf switch lever would interfere with each other, thereby damaging the leaf switch. 1. Set the top cabinet over the bottom cabinet. 2. Press the front cabinet against the top and bottom cabinets to fit them together. 3. Press the rear cabinet against the top and bottom cabinets to fit them together. 4. Tighten up the screws into the rear cabinet. Use the four 3-mm tapping screws and one M2.5 machine screw. Be careful not to drive any tapping screw into the M2.5 screw hole. The screw threads may be deformed. 5. Tighten up the tapping screws to fix the top and bottom cabinets. 6. Tighten up the M3 machine screws behind the air filter cover. 7. Finally mount the air filter cover. 7

2-l. Remove the four screws off the cooling fan. 2-2. Slide out the power unit, ballast unit, and main/sub units in their directions of arrow. Disconnect the connectors. 2-3. Remove the screws off the control unit and operation key unit. Disconnect the connectors. 3. Removing the LCD module unit 3-1. Remove the screw off the panel cover. Take out the panel cover. 3-2. Pull up the LCD module unit slowly out of position. r\--l-,:-n Key Unit Panel Cover, w 2-3 LCD Control Unit- - Module Unit Sub Unit -- a.--. (exhaust vent) iv Top Cabinet 8

4-l. Remove the two screws off the intake duct assembly. Detach the intake duct assembly from the bottom cabinet. 4-2. Remove the five screws off the optics mechanism assembly. Detach the assembly from the bottom cabinet. 5. Removing the lamp 5-1. Remove the two lock screws off the lamp/cage module unit. 5-2. Remove the three countersunk lock screws off the upper and lower lamp cases. 5-3. Remove the lock screw and the nut off the lamp terminal. 5-4. Release the lamp lock spring off the hook below the lower lamp case. Take out the lamp/ mirror assembly. Lamp/cage module unit --------_ 1 5-3 0 . \ h 5-2 / \p-------------J” Optics Mecha Ass’y let Ass’y

PFiLWOl64CEZZ DLCPP0049DEOl PCAPH1048CESA fTh ( Lens cap , ,“,o, , , \ I I b7+r JPLNS-0120CEZZ Projection lens n Cleaning the lenses and reflectors 1. Lens cleaner l Cleaning liquid: Change the mixture ratio of alcohol and ether depending on ambient temperatures. Make sure that the liquid evaporates from the lens surface immediately after you rub it: This is the best ratio. The more ether is used, the quicker the liquid evaporates. l Method: Use well-washed bleached cotton cloth or cleaning paper available on the market. Damp the bleached cotton cloth with the liquid, and hold the lens sandwiched in the cloth with your thumb and the index finger. Turn the lens and wipe the surface clean from the center outward to collect dust. Be careful not to rub the coated surface too strong. 10

1. Keys used for the adjustments On the sub PWB: s2001 Control keys: [ENTER], [MENU], [SELECT/ADJ.A], [SELECT/ADJ.v], [VOLUMEA] 2. Operation Press 52001 to call up the ADJ IN mode. Use the [SELECT/ADJ. A] and [SELECT/ADJ.v] keys to select an adjustment group, and press the [ENTER] key. Use the [SELECT/ADJ. A] and [SELECT/ADJ.V] keys again to select an adjustment subject, and press the [ENTER] key. The [SELECT/ADJ. A] and [SELECT/ADJ.v] keys are also used to make adjustments. Each time the [ENTER] key is pressed on the ADJ IN screen, the adjustment subjects of a group are changed one by one. (Pressing the [VOLUME A] key changes the subjects in the reverse order.) When the [MENU] key is pressed, the previous group appears on the screeo. _ Press S2001 again to go out of the ADJ IN mode. Group I VIDEO 1 VIDEO 2 VIDEO 3 H-CENT SUB-BIAS P-H-CENT CONT R-BIAS P-COLOR BRIGHT B-BIAS S-COLOR TINT R-DRIVE COLOR B-DRIVE SUB-R SUB-G SUB-B TEMPSET N*W L&NE- R ‘.qJ-m .I.’ G :-aw f&R B ..TEtiF?, . N*W TEQP2. : i ~ FACTORY SET 4 The adjustment group “LINE” is not used here. 11

VIDEO 1 H-CENT CONT BRIGHT TINT COLOR SUB-R SUB-G SUB-B NTSC horizontal position adjustment Sub-contrast adjustment Brightness adjustment Tint adjustment Colour adjustment Not used, just to be 0 (zero) Not used, just to be 0 (zero) Not used, just to be 0 (zero) VIDEO 2 SUB-BIAS R-BIAS B-BIAS R-DRIVE B-DRIVE Sub-bias adjustment White balance (red), bias adjustment White balance (blue), bias adjustment White balance (red), drive adjustment White balance (blue), drive adjustment VIDEO 3 P-H-CENT P-COLOR S-COLOR PAL horizontal position adjustment PAL colour adjustment SECAM colour adjustment TEMPSET Temperature detection level setting N.W (Single-colour display) R Red G Green B Blue N.W: Not used 12

CONT SUB-G l-4 User mode screen I : 1 ._._.._._.____.__.... _______------I FACTORY SET 4 -- --#I -I 1 <- . _ SUB-B i ; 0 : ’ . I ----IENTER) - (VOLUME A) Not used

l Turn Rl616 until the image appears running signal. as specified. frequency 2. Make a short-circuit between pin (6) of (R1616) P803 and GND. )- PAL free- running frequency (R1602) 1. Receive the PAL monoscope pattern l Turn Rl602 until the image appears signal. as specified. 2. Make a short-circuit between pin (6) of P803 and GND. 1 NTSC horizontal center (DAC) 1. Receive the NTSC monoscope pattern l Using the A and v keys, make the signal. overscan just the same at right and 2. Press 52001 to call up the ADJ IN l e f t . mode and select the following subject. Group: VIDEO 1 Subject: H-CENT PAL horizontal center (DAC) 1. Receive the PAL monoscope pattern l Using the A and v keys, make the signal. overscan just the same at right and 2. Press 52001 to call up the ADJ IN left. mode and select the following subject. Group: VIDEO 3 Subject: PAL-H-CENT Contrast (DAC) 1. Receive the NTSC lo-step pattern l Using the A and v keys, adjust the (gamma signal. difference between the 100% white correction on) 2. Apply 3.5 Vdc to pin (7) of P803 to turn level and the pedestal level to off the gamma corrector. 6.OkO.l Wp-p. 3. Connect an oscilloscope between pin 4 (2) of Pl401 and GND. I I 4. Press S2001 to call up the ADJ IN mode and select the following subject. Group: VIDEO 2 Subject: S-BIAS 5. Using the A and v keys, put the waveform to its proper shape. 6. Select the following subject. Group: VIDEO 1 Subject: SUB-R, SUB-G, SUB-B Make sure all these subjects have an entry of 0 (zero). 7. Adjust R861 to get the highest gain. 8. Finally select the following subject. Group: VIDEO Subject: CONT 14

l Turn R861 so that the difference control: R861 signal. between the 100% white level and (gamma 2. Connect the oscilloscope between pin the pedestal level be 4.8kO.05 Vp- correction off) (2) of PI401 and GND. Pa 4 I I I I I I I I f 7 Brightness 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the (DAC) (gamma signal. difference between the first-step correction on) 2. Press S2001 to call up the ADJ IN level and fhe 100% white level to mode and select the following subject. 2.4O-eO.05 Vp-p. Group: VIDEO 1 Subject: BRIGHT 3. Connect the oscilloscope to pin (2) of P1401. 8 Tint (DAC) 1. Receive the NTSC half-colour bar l Using the A and v keys, adjust the signal. - (B-Y) signal waveform to slope 2. Press S2001 to call up the ADJ IN down straight. mode and select the following subject. Group : VIDEO 1 Subject : TINT --..- --._4 3. Connect the oscilloscope between pin (5) of P803 and GND. --._ - -.- - 9 Sub-bias (DAC) 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the (gamma signal. difference between the white levels correction on) 2. Press S2001 to call up the ADJ IN to 3.25kO.05 Vp-p. mode and select the following subject. Group : VIDEO 2 1 Subject : SUB-BIAS 3. Connect the oscilloscope to pin (2) of P1401. 15

1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the (gamma signal. difference between the first-step correction on) 2. Press S2001 to call up the ADJ IN level and the white level to mode and select the following subject. 2.4OiO.05 Vp-p. Group: VIDEO 2 Subject: R-DRIVE -?--’ I I 3. Connect the oscilloscope to pin (3) of P1401. 11 B-drive (DAC) (gamma correction on) 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the signal. difference between the first-step 2. Press S2001 to call up the ADJ IN level and the white level to 2.4OaO.05 mode and select the following subject. VP-P. Group: VIDEO 2 Subject: B-DRIVE ?--- 3. Connect the oscilloscope to pin (1) of I I P1401. I / , I -------------------&.- 12 R-bias (DAC) (gamma correction on) 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the signal. difference between the white levels 2. Press S2001 to call up the ADJ IN to 3.25kO.05 Vp-p. mode and select the following subject. Group: VIDEO 2 Subject: R-BIAS 13 B-bias (DAC) (gamma correction on) 3. Connect the oscilloscope to pin (1) of P1401. + l-+lIq 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the signal. difference between the white levels 2. Press S2001 to call up the ADJ IN to 3.25kO.05 Vp-p. mode and select the following subject. Group: VIDEO 2 Subject: B-BIAS 16

(DAC) (gamma correction on) Adjustment Conditions Adjustment Procedure 1. Receive the NTSC half-colour bar l Using the A and v keys, make the signal. 100% white portion and the primary 2. Press S2001 to call up the ADJ IN red portion at the same level. mode and select the following subject. Group: VIDEO 1 Subject: COLOR 3. Connect the oscilloscope between pin (3) of PI401 and GND. 15 PAL colour (DAC) (gamma correction on) 1. Receive the PAL half-colour bar signal. l Using the A and v keys, adjust the 2. Press S2001 to call up the ADJ IN difference between the 100% white mode and select the following subject. level and the red level to 0.25iO.05 Group: VIDEO 3 vp-p. - - Subject: PAL-COLOR 3. Connect the oscilloscope between pin (3) of P1401 and GND. 16 SECAM colour (DAC) (gamma correction on) 1. Receive the SECAM half-colour bar (E- + Using the A and v keys, adjust the 1 OCH) signal. difference between the 100% white 2. Press S2001 to call up the ADJ IN level and the red level to 0.25kO.05 mode and select the following subject. VP-P. Group: VIDEO 3 Subject: SECAM-COLOR 3. Connect the oscilloscope between pin (3) of PI401 and GND. : 17 Counter-bias 16 White balance 1. Receive the NTSC monoscope pattern 4 Turn RI402 until the best contrast signal. is achieved. 1. Receive the NTSC monoscope pattern l Using the A and v keys, visually signal. adjust the white balance to be the 2. Press S2001 to call up the ADJ IN same as that on the monitor screen. mode and select the following subject. Group: VIDEO 2 Subject: R-BIAS, B-BIAS’ 17

l Turn I2003 so that the display bar display position signal. be well centered on the screen. check 2. Press the SOUND UP/DOWN keys to get the sound volume display bar on the screen. 20 Temperature 1. Press S2001 to call up the ADJ IN l Check that the numerical entry is 40. detection level mode and select the following group. c h e c k Group: TEMP. SET 18

Is voltage applied at the EA and EB connectors? L---- ---- -I r --------- 1 Yes -- 3 --------- Check the power unit. r 1 L - - - - - - - - - -i V Check the ballast unit circuit. No L--------- A Is there signal at pins (21) and (29) of IC801? r --------- 1 Yes Check lC401, DL401 and their L peripheral circuits. - - - - - - - - - - l V Is there signal at pins (l), (2) and (3) of P803? No Yes r ----L,,,, Check IC801, Q801, Q802, Q803 1 and their peripheral circuits. r --mm----- Go to “Checking the IC1501 1 L------,--A I interface circuit”. I No colour or poor tint with NTSC signal V Is there chroma signal input at pin (20) of IC801? No Yes r ----L---m 7 Check DL401, lC401,0401 and therr r --------_I ~ , peripheral circuits. I Check IC801 and its peripheral , circuits (X801 and C810 in particular). , 19

No colour or poor tint with PAL r ---m-m Is there video signal input at pin (29) No Check IC401 and its 1 of IC801? * peripheral circuits. I I t-----y Are R-Y and B-Y signals put out of No fl peripheral circuits (X801 and 1 Check IC801 and its I pins (45) and (46) of IC801? C811 in particular). I L -J ----m-m I Check iC802 and its peripheral ~ I circuits. L --------a-I No colour or poor tint with SECAM signal Check IC401 and its peripheral Check IC801 and its peripheral Check IC803 and its peripheral r I---‘---- Check IC801 and its peripheral 1 L circuits. - A - - - , - - , J 20

1 No horiy;ezd sync1 r - - - - - No 1 I Is there horizontal drive signal output at pin (58) of IC801? IC801 d e f e c t i v e . 1 1 Yes I L ----- -I I I c-----s Are video signal at pin (27) or (29) of IC801 and horizontal drive signal at No pin (58) of lC801 in sync with each other? t- I 1 Check pins (58) and I (59) of IC801 and their I peripheral parts. L - - - - - -I 1 Yes r - - - - - Is there horizontal sync signal output No Check IC503 and its 1 at pin (10) of IC503? *, peripheral circuits. I I Yes r ----A---- 1 Check IC1603, IC1607 and IC1608, I all located on the control PWB. Check I also their peripheral parts. L ------w---I r - - - - - Is there vertical sync signal output at No L Check IC801 and its 1 pin (4) of IC801? *, peripheral circuits. I -~~~~~~~a~~5: Is there vertical sync signal input at r --------- Check IC1606 and its penpheral 1 , parts. I 21

Are there video signal outputs at pins I Yes r ----'a,,, Check Q1402,01403, Q1408, 1 I Q1409, Q1414 and Q1415. I I Remove Q1701. Does F1701 break 1 down again? Power unit in trouble. I No r --------- Ballast unit in trouble. 1 No nroblem with fuse I Fuse blown-out . I Is discharging sound heard? I Do Q1701 and L1701 break down in the short-circuit mode? rRG;Eel r-'-l 1 T1702 or I I ET& eQer 1 L'"2-J L---l 22 rFt,;,el Fh,k%;;blT I al701 a n d I I Ll701 a n d their! L1701. L I p e r i p h e r a l c i r c u i t s . 1 1

1. ICI501 (VHllR3Y12B/-1) I. Names of pins Pin No. Name Pin No. Name 1 SW 25 TINT 2 CONTRAST 26 VCO OUT 3 EXT IN B 27 APC FILTER 4 EXT IN G 28 VCO IN - 5 EXT IN R 29 GND 6 VCCl 30 N. C. 7 VEE 31 VEE 8 C IN 32 R OUT 9 ACC FILTER 33 v c c 2 10 Y IN 34 G OUT 11 COLOUR 35 OUT DC DET 12 F ADJ 36 B OUT 13 AGC OUT 37 N. C. 14 AGC FILTER 38 RGB AMPLITUDE 15 N. C. 39 FRP 16 CLAMP 40 RGB INV 17 APL 41 SUB BRIGHT B 18 H FILTER OUT 42 SUB BRIGHT R 19 SYNC SEP 43 BRIGHT 20 SYNC OUT 44 GAMMA 2 21 SYNC IN 45 GAMMA 1 22 TIME CONSTANT 46 PEAK LIMITER 23 PICTURE 47 SUB CONTRAST B 24 KILLER FILTER 48 SUB CONTRAST R : 23

l SW (pin No. 1) Used to switch between the INT signal from the video chroma circuit and the EXT signal from the EXT R/G/B input terminal. At “L” level, the INT signal is accepted; at “H” level, the EXT signal. l CONTRAST (pin No. 2) Used to receive DC voltage and to adjust the contrast of primary colour output. l EXT IN B, EXT IN G, EXT IN R (pin Nos. 3, 4 and 5) Used to receive the external R, G and B inputs. Each input should come through a coupling capacitor. l VCCl (pin No. 6) Used to connect positive-polarity power. l VEE (pin Nos. 7 and 31) Used to connect negative-polarity power. l C IN (pin No. 8) Used to input the chroma signal. l ACC FILTER (pin No. 9) Used to connect with the ACC detection filter. l Y IN (pin No. 10) Used to receive the luminance signal. l COLOR (pin No. 11) Used to receive DC voltage for colour adjustment. l F ADJ (pin No. 12) A resistor is added between this terminal and GND. Used to adjust the filter’s frequency characteristic. l AGC OUT (pin No. 13) Used to output the voltage detected by the video system AGC detector. l AGC FILTER (pin No. 14) Used to connect a filter to detect the video system’s AGC. l CLAMP (pin No. 16) Used to connect with a capacitor to clamp the luminance signal pedestal. l APL (pin No. 17) Used to connect a filter to detect the luminance signal’s APL (Average Picture Level). l H FILTER OUT (pin No. 18) Used to output the video signal for sync separation. l SYNC SEP (pin No. 19) Used to input the video signal for the sync separation circuit. l SYNC OUT (pin No. 20) Used to output the sync signal picked up by the sync separation circuit. Can be connected with a controller with different power supply because of the open-collector output type. The output signal gets to “H” level for sync and to ‘I” level otherwise. 25

Used to receive “L”-level (= OV) pulse for sync and “H”-level (= 3V) pulse otherwise. The sync signal received and the sync signal separated by the sync separation circuit are fed through an OR gate and then into the gate pulse generator circuit. l TIME CONSTANT (pin No. 22) Used to make gate pulse width setting according to CR time constant. l PICTURE (pin No. 23) Used to receive DC voltage for adjusting the video system’s frequency characteristic. l KILLER FILTER (pin No. 24) Used to connect a filter for killer detection. l TINT (pin No. 25) Used to receive DC voltage to adjust the tint. l VCO OUT (pin No. 26) Used to output the oscillator circuit signal. l APC FILTER (pin No. 27) Used to connect an APC detection filter. l VCO IN (pin No. 28) Used to receive the oscillator circuit signal. . GND (pin No. 29) Grounding terminal. l R OUT, G OUT, B OUT (pin Nos. 32,34 and 36) Used to output the primary-colour signals that are inverted according to the inversion signal. l VCC2 (pin No. 33) Used to connect the positive-polarity power for RGB output. . OUT DC DET (pin No. 35) Used to connect a capacitor to detect the output DC bias. l RGB AMPLITUDE (pin No. 38) Used to adjust the amplitude between the inverted RGB output and the non-inverted one. This terminal is preset inside the IC. l FRP (pin No. 39) Used to receive the inverted signal. l RGB INV (pin No. 40) Used to receive voltage to switch the RGB output polarity according to the FRP polarity. l SUB BRIGHT B (pin No. 41) Used to receive DC voltage for fine adjustment of the B signal’s luminance level. This terminal is preset inside the IC. l SUB BRIGHT R (pin No. 42) Used to receive DC voltage for fine adjustment of the R signal’s luminance level. This terminal is preset inside the IC. 26

Used to receive DC voltage for brightness adjustment. l GAMMA 1, GAMMA 2 (pin Nos. 44 and 45) Used to receive DC voltage to set a gamma-correction DC voltage gain switching point. (See the figure at right.) The Gamma 2 terminal is pre- set inside the IC. output PEAK LIMITER l PEAK LIMITER (pin No. 46) Used to receive DC voltage to set the white peak limiter level for primary- colour output. Input l SUB CONTRAST B (pin No. 47) Used to receive DC voltage for fine adjustment of the B signal’s contrast. This terminal is preset inside the IC. l SUB CONTRAST R (pin No. 48) Used to receive DC voltage for fine adjustment of the R signal’s contrast. This ferminal is preset inside the IC. ii) Circuit behavior l ACC detector, ACC amplifier They form an ACC loop and serve to detect the peak of the burst signal amplitude. l VCO, APC detector The VCO local oscillation circuit is of Pierce crystal oscillator type and functions as a crystal unit. The APC detector phase-detects the burst signal and the VCO oscillation output signal. The resulting detection voltage is used to control the VCO’s oscillation frequency and to form a phased-locked loop. By doing so, no readjust- ment is needed. 9 Killer detector The detector is used to phase-detect the burst signal and the VCO’s oscillation output signal. l Picture adjustment circuit The value “Q” of the luminance signal delay line is changed in order to adjust the frequency characteristic. * AGC circuit Various AGC characteristics can be achieved depending on the luminance signal’s APL. The luminance signal is fed to the filter at pin (17) to get rid of the high-frequency components. The resulting signal goes to the AGC detector to detect the peak. l Filter adjustment The resistance between pin (12) and GND can be regulated to adjust the filter’s frequency characteristic. l External input switch The INT and EXT signals can be switched over by the control signal coming to pin (l).The switch is of high- speed type. 2 7

The LCD panels have the output characteristics shown at right. The curve’s variation points can be arranged by using pins (44), (45) and (46). output Input l Inversion The primary-colour outputs at pins (32), (34) and (36) are inverted according to the FRP pulse being inputted to pin (39). When the pin (40) is at the VCC potential, the input, output and inverted pulse are in the relation- ship shown below. VIDEO input FRP input - - R.G.B output ‘i Tl- r l Primary-colour output The push-pull system is employed in order to drive a capacity load, A feedback is made to keep the output signal’s center voltage at (VCC+VEE)/2. This is to prevent DC components from getting superimposed and to avoid adverse effect on the LCD panels. 28

I. Functions of terminals No. Pin name I10 Connection Function 1 N. C. - Not used. 2 /OSCl I 1 Input from VCO. 1 Reference frequency oscillator input. 3 N. C. 4 osco 5 N. C. - Not used. 0 output to vco. - Not used. Reference frequency oscillator output. 6 PC0 0 output to vco. Phase comparison circuit output. 7 OFH 0 Vertical counter reference clock output. 8 N.C. - Not used. 9 PDM I Power-saving mode select input (Normal at “L”. Power savina at “H”). 1 0 MOUTl 0 O p e n . 11 MOUT2 0 O p e n . 12 SBLD 0 1 3 BLDIN I 14 BLDOUT 0 15 N. C. - Not used. .-I_ Test terminal reference signal monitor output 1. Test terminal reference signal monitor output 2. Backlight drive sync signal output. Backlight drive sync signal input (for variable pulse width). Backlight drive sync signal output (for variable pulse width). 16 MHSYNC 0 17 GND - P o w e r . Horizontal sync signal monitor output. Loaic circuit power around (OV). 18 VCC - Power. Logic circuit power (+5V typical). 19 INVOUTl 0 lnverter output 1. 20 INVlNl I lnverter input 1. 21 24 WMODE I HDOUTl 0 25 VMODE I 26 TEST5 22 HDOUT2 I 0 27 TEST4 I 23 VDOUT 0 > WIDE mode select input (Normal at ‘I”, Wide at “HI’). Horizontal signal output sync VIDEO mode select input. 1. Test terminal input. Horizontal signal output sync Test terminal input. 2. Vertical svnc sianal outbut. 2 8 ITEST I I 1 I Test terminal input. 29 TEST2 30 TEST1 Test terminal input. Test terminal input. 3 1 CL0 0 Negative power generation clock output. 32 DGND - Power. High-voltage power ground (OV). 33 DX 0 Output to TFT panel. TFT panel’s X-direction shift data output (VDDl line). 34 VDDl - Power. High-voltage power 1 (+15.OV typical). 3 5 CLX2 0 Output to TFT panel. TFT panel’s X-direction transfer clock output fVDD1 line). 3 6 CLX2 3 7 CLX4 38 CLX4 0 Output to TFT panel. TFT panel’s X-direction transfer clock output (VDDl line). 0 Output to TFT panel. TFT panel’s X-direction transfer clock output (VDDl line). 0 Output to TFT panel. TFT panel’s X-direction transfer clock output (VDDl line). 3 9 CLX3 4 0 CLX3 4 1 CLXl 0 Output to TFT panel. TFT panel’s X-direction transfer clock output (VDDl line). 0 Output to TFT panel. TFT panel’s X-direction transfer clock output (VDDl line). 0 Output to TFT panel. TFT panel’s X-direction transfer clock output (VDDl line). 4 2 /CLXl 1 0 1 Output to TFT panel. TFT panel’s X-direction transfer clock output (VDDl line). 29

Connection Function 43 DGND - Power. High-voltage power ground (OV). 44 DY 0 Output to TFT panel. TFT panel’s Y-direction shift data output (VDD2 line). 4 5 CLY 0 Output to TFT panel. TFT panel’s Y-direction transfer clock output (VDD2 line). 46 CLY 0 Output to TFT panel. TFT panel’s Y-direction transfer clock output (VDD2 line). 4 7 ENOUT 0 Output to TFT panel. TFT panel’s enable signal output (VDD2 line). 48 VDD2 - Power. High-voltage power 2 (+12.OV typical). 49 DGND - Power. High-voltage ground (OV). 50 TEST6 I Test terminal input. 51 OE I Output enable control input. 52 NAOUT 0 NAND output. 5 3 NAIN2 I NAND input 2. 5 4 NAlNl I NAND input 1. .-- 55 RGBINV 0 1 V inverted signal output (output to chroma IC). 56 FRP 0 1 H inverted signal output (output to chroma IC). 57 CSYNC I Composite sync signal input. 58 MVSYNC 0 Vertical sync signal monitor output. 59 VLS 0 Output to video circuit. Video level setting signal output for WIDE mode. 6 0 lNVlN2 I lnverter input 2. 61 INVOUT2 0 lnverter output 2.. 62 MFS 0 Field ID signal monitor output. 63 VCC - P o w e r . Logic circuit power (+5V typical). 64 GND - P o w e r . Logic circuit power ground (OV). l The GND and DGND pins are interconnected inside the chip with a resistor in between. Be sure to keep both pins at the same potential. l When the OE input level gets low, all the output signals to the TFT panel - DX, CLXi, CLXi (i =l thru 4), DY, CLY, CLY, and ENOUT - come to low level too. l Be sure to fix the non-used inverter input and NAND input at the high or low level. l Switching between the VIDEO and WIDE modes goes as follows depending on the WMODE and VMODE input levels. L: Low level, H: High level. 5 WMODE VMODE Display mode Remarks I L I L / NTSC L H H Intermittent PAL H Letter box (NTSC) VLS: During the “H” period, the black-level video signal is put into the TFT panel. l In the power-saving mode with no display, the CLXl thru CLX4 signals are all at low level, whereas the CLXl thru CLX4 signals all at high level. l Keep all the test terminal inputs at low level. l Keep open the test terminal reference signal outputs - MOUTl and MOUT2. 30

XV-Cl E (VCC Line ) ~ Video mode switch 4 vvvv $1 counter counter divider divider JFJ 4 \1 \1 X-direction signal X-direction signal o)- I , generation decoder generation decoder Vnrticnl svqc D&e 3 I I PCOI, ; II Phase - - l ,I I At .!3 - (I) 6 VDOUT RGBINV FRP VLS MFS INVIN INVOUT VDDl 3 Level shifter 1 Leve - - - !I shi l - HDOUTI HDOUT2 SBLD BLDIN BLDOUT MVSYNC MHSYNC NAlNl NAIN2 NAOUT -----------_ 0 VDD2 (VDD Line ) 31

I. BLOCK DIAGRAM INTERFACE IR3Y12 . , + 4444 LCD CONTROLLER CLK DATA CS 1 1 1 JAPANISEEG S-VIDEO-IN MICRO-CONTROLLER IX2992CE l6 1 SECAM OUT I+-----~ 57 I - B-OUT LED LAMP 4 RESTART up LED TEMP BALLAST unit SDA 32

Remarks 1 NC NC - 2 NC NC - 3 NC NC - 4 NC NC I I I I 5 1 p&o/PWM4 1 s - c s 1 0 1 SERIAL-CS (for D/A) 6 m/PWM5 OPTION 1 I JAPAN/US 7 QIPWMG OPTION 2 I SEEGI 8 P03lPWM7 OPTION 3 I GND 9 NC NC 10 P42ISiJAD5 NC - 11 P41 /SCLK/ADG S-CLK 0 SERIAL-CLOCK (forDtA) I I 12 1 P40/SOUT (IN)/AD7 1 S-DATA 1 0 1 SERIAL-DATA (for D/A) 13 DA NC 1 4 P35/lNT2/AD4 NC - 15 P341M R/C I R/C 1 6 w/TIM3 1 7 &/TIM2 18 P24 S-VIDEO IN I S-VIDEO SW LAMP FAILURE I LAMP FAILURE LED STAND BY 0 LED-STAND BY 19 P25 20 P26 21 NC LED POWER LED RESTART NC 0 LED-POWER. 0 LED-RESTART 22 NC NC 23 NC NC 24 NC NC 25 NC NC - - 26 1 NC I - I- 27 P27 2 8 C N V S S LED LAMP 0 LED-LAMP FAILURE GND GND 29 1 XIN I I I SYSTEM CLOCK OSC 3 0 X O U T XOUT 0 SYSTEM CLOCK OSC 31 v s s GND GND 32 1 NC I - I- 33 NC NC 3 4 v c c +5v I +5v 3 5 OSC2lP37 3 6 OSCl/P36 37 RESET OSD OSC I OSD OSC OSD OISC I OSD OSC RESET IN I RESET 38 P31 39 NC NC - - NC 40 P30 P-CON 3 0 P-CON 3 33

- Pin name I Function Dx Used to input a start pulse for the X-shift register (component of the X driver). CLx,-CLXd CLxt-CLx4 Used to input a transfer clock for the X-shift register (component of the X driver). Composed of 4 clocks (45” shifted from each other) and their 4 inverted signals. VID-R, VID-G Used to input the video signal for the X driver. Polarity inverted VID-B every 1 H period. DY Used to input a start pulse for the Y-shift register (component of the Y driver). CLYI, CYY2 Used to input a transfer clock for the Y-shift register (component of they driver) and its inverted signal. CLy and-CLy-to-be inputted to CLyl and CLy2, respectively, for forward shift, and CLy and CLy to be inputted to CLyl and CLy2, respectively, for reverse shift. LCCOM voox vssx VDDY VSSY VMOS ENABLE DIR, DIR Used to input a counter-electrode potential of the LCD panel. Used to input positive power for the X driver. Used to input negative power for the X driver. Used to input positive power for the Y driver. Used to input negative power for the Y driver. Used to input a common potential for the holding capacitor. Used to enable they driver output. Used to input the signal for switching the shift direction of the Y- shift register (component of the Y driver). Vddy and Vssy to be inputted to DIR and DIR, respectively, for forward shift, and Vssy and Vddy to be inputted to DIR and DIR, respectively, for re- verse shift. Note 1: Inputs to be made to CLYI, CLYZ, DIR, and DIR for switching the shift direction of they driver. (1) CLY, CLY, VODY and VSSY to be inputted to CLYI, CLYZ, DIR and DIR, respectively, for forward shift. (2) CLY, CLY, VSSY and VODY to be inputted to CLY~, CLYZ, DIR and DIR, respectively, for reverse shift. 36

Dx, DY CLX, CLX CLY,CLY 2 ) t pdCC CLX, CLY / CLX, CLY t pdCCL 3) ts CLxn+, ~- 5 0 % t s . ts 4 ) tDS, tDH Dx, DY CLXI, CLY 37

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1. Voltages at test points are measured at the supply voltage of AC 220V. Signals are fed by a coiour bar signal generator for servicing purpose and the above voltages are measured with a 20k ohm/V tester. WAVEFORM MEASUREMENT CONDI- TION: 1. Waveforms at test points are observed at the supply voltage of AC 220V. Signals are fed by a coiour bar signal generator for servicing purpose. INDICATION OF RESISTOR & CAPACI- TOR: RESISTOR 1. The unit of resistance “Q” is omitted. (K=kfi=lOOO R, M=MG). 2. All resistors are k 5%, unless otherwise noted. (J= + 5%, F= + l%, D= + 0.5%) 3. All resistors are l/l 6W, unless otherwise noted. 4. All resistors are Carbon type, unless otherwise noted. 0: Solid @: Cement 0: Oxide Film 0 : Special 0: Metal Coating CAPACITOR 1. All capacitors are hF, unless otherwise noted. (P=p, F=ppF). 2. All capacitors are 5OV, unless otherwise noted. 3. All capacitors are Ceramic type, unless otherwise noted. (ML): Mylar (TA): Tantalum (PF): Polypro Film (ST): Styrol CAUTION: This circuit diagram is original one, therefore there may be a slight difference from yours. SAFETY NOTE: 1. DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE REPLACEING PARTS. 2. SEMICONDUCTOR HEAT SINKS. SHOULD BE REGARDED AS POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERATING. IMPORTANT SAFETY NOTICE: PARTS MARKED WITH “A” ( ) 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. 77 1 XV-CIE BESCHREIBUNG DES SCHEMATICHEN SCHALTPLANS SPANNUNGSMESSUNGEN: 1. Spannungen an den Priifpukten bei einer Netzspannung von 220V gemessen, Signale werden ftir die Wartung mit einem Farbbalken-Signal generator zugeftihrt, und Spannungen werden mit einem MeOinstrument (20 kQ/V) ermittelt. SIGNALFORMMESSUNGEN: 1. Die Wellenformen an den Testpukten werden bei einer Netzspannung von 220V verfolgt. Signale werden fur die Wartung mit einem Farbbalken-Signal generator zugefiihrt. BEZEICHNUNG DES WIDERSTANDS UND KONDENSATORS: WIDERSTAND 1. Die Widerstandseinheit “R” wird weggelassen. (K=kQ=lOOO !& M=MQ). 2. Alle Widerstande haben _+5%, sofern nicht anders angegeben. (J= + 5%, F= f l%, D= + 0.5%) 3. Alle Widerstande haben l/l 6W, sofen nicht anders angegeben. 4. Alle Widerstande sind Kohletyp, sofen nicht anders angegeben. 0: Fest @: Zement 0: Oxidfilm 0 : Spezial 0: Metalltiberzug KONDENSATOR 1. Alle Kapazitatseinheit ist PF, sofern nicht anders angegeben. (P=p, F=ppF). 2. Alle Kondensatoren heben 5OV, sofern nicht angegeben. 3. Alle Kondensatoren sind Keramiktyp, sofern nicht anders angegeben. (ML): Mylar (TA): Tantal (PF): Polyprofilm (ST): Styrol ACHTUNG: Bei diesem Schaltplan handlet es sich urn den urspriinglichen. Esiknen daher geringfiigige Unterschiede zu dem lhren bestehen. SICHERHEITSANMERKUNGEN: ’ 1. VOR DEM AUSWECHSELN VON TEILEN MUSS UNBEDINGT NETZSTECKER AUS DER NETZSTECKDOSE GEZOGEN WERDEN. 2. DIE WARMEABLEITER DER HALBLEITER SOLLTEN B&/M BETRIEB DES CHASSIS ALS MdGLlCHE URSACHEN VON GEFAHRICHEN ELEKTRISCHEN SCHL.dGEN BETRACHTET WERDEN. WlCHTlGE SICHERHEITSANMERKUNGEN: MIT “A ” ( j ) BEZEICHNTEN TEILE SIND BESONDERS WICHTIG FiiR DIEAUFRECHTERHALTUNG DER SICHERHEIT. BE/M WECHDlESER TTEILE SOLLTEN DIE VORGSCHTIBENEN TILE IMMER VERWENDENT WERDEN, UM SOWOOHL DIE SICHERHEIT ALS AUCH DIE LEISTUNG DES GERiiTES AUFRECHTZUERHA’LTEN.

83 IC801 pin 4 1 V/div, 5msec/div @ IC801 pin 58 0.2V/div, 20psec/div XV-CIE 1 er m al 7it lei le ial D rs rs rs rs ht ht @ IC502 pin 10 1 Vldiv, Smsecidiv Ln. I w @I P803pin 2 0.2V/div, 20psecldiv @I IC1501 pin 34 2V/div, 20Fsecldiv QjIZ P1401 pin 3 2V/div, 2Opsecidiv @I lC801 pin 20 0.1 Vidiv, 20psec/div 9 IC801 pin 21 0.2Vldiv, 2Ousecldiv @ IC801 pin 29 0.2V/div, 20,usecldiv @ IC801 pin 45 0.2V/div, 20psecldiv @ IC801 pin 46 0.2V/div, 20psec/div @ IC803 pin 20 SOmV/div, 20ysecidiv @ IC502 pin 11 1 Vldiv, 5msecldiv @I IC504 pin 4 1 V/div, Smsec/div @ P803 pin 1 0.2V/div, 2Obsecldiv @ P803pin 3 0.2V/div, 20psec/div @ P803 p i n 5 0.5V/div, 20psecldiv @ IC1501 p i n 3 2 2V/div, 20psecIdiv @ IC1501 pin 36 2Vldiv, 20psecldiv @ P1401 pin 1 2V/div, 20psecidiv @ P1401 pin 2 2V/div, 20psecldiv 78

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LEITERPLATTENEINHEITEN Control Unit (Component Side) Steuetwerk-Einheit (Bestiickungsseite) Operation Key Unit (Component Side) Bedienungstasten-Einheit (Besttickungsseite) Control Unit (Wiring Side) Steuetwerk-Einheit (Leiterbahnseite) Operation Key Unit (Wiring Side) Bedienungstasten-Einheit (Leiterbahnseite) 1 I 2 I 3 I 4 I 5 I 6.

Haupt-Einheit (Bestiickungsseite) Main Unit (Wiring Side) Haupt-Einheit (Leiterbahnseite) 4 5 I 6 I 1 I 2 I 3 I I 95

Untereinheit (Bestiickungsseite) Sub Unit (Wiring Side) Untereinheit (Leiterbahnseite) I 7 1 8 I 9 I 10 I 11 I 12 / 1 96

Netz-Einheit (Bestiickungsseite) Power Unit (Wiring Side) Netz-Einheit (Leiterbahnseite) 1 I 2 I 3 I 4 I 5 I 6 97

Vorschalt-Einheit (Bestiickungsseite) rI-~--I-I-I---I-I-I-I-II--III~I~-I-I-- 1 I I I I I I I I I I I I I Ballast Sub Unit (Component Side) Vorschalt-Untereinheit (Bestiickungsseite) Ballast Sub Unit (Wiring Side) Vorschalt-Untereinheit (Leiterbahnseite) J,, ._i ,<( *,E5*wia-, i -*,n?* ‘4,*-.mw,v “y I .--i ,, ‘” %‘” “- ‘^ ’ . . >..n~,~~ Ballast Unit (Wiring Side) Vorschalt-Einheit (Leiterbahnseite) I 7 I 8 I 9 I 10 I 11 I 12 L J 98

Ersatzteile, die besondere Sicherheitsergenschften haben, sind in identified in this manual: electrical components having such fea- dieser Anleitung markiert. Elektrische Komponenten mit solchen tures are identified by “A” in the Replacement Parts Lists. Eigenshaften sind in den Ersatzteil durch “8” gekenn-zeichnet. The use of a substitute replacement part which does not have the Der Gebrauch von Ersatzteilen, die nicht deselben Sicherheits- same safety characteristics as the factory recommended replace- eigenschaften haben wie die vom Hersteller empfohlenen ud in der ment parts shown in this service manual may create shock, fire or Bedienungsanleitung angegebenen, konnen zur Ursache von other hazards. Blitzeinschlagen, Branden und anderen Gefahren werden. “HOW TO ORDER REPLACEMENT PARTS” To have your order filled promptly and correctly, please furnish the following informations. 1. MODEL NUMBER 2. REF. NO. 3. PART NO. 4. DESCRIPTION 5. CODE 6. QUANTITY ERSATZTEILLISTE AUSTAUSCH VON TEILEN “WIE MAN ERSATSTEILE BESTELLT” Damit lhre Bestellung promt und korrekt ausgefiihrt wird, geben Sie bitte folgende Informationen. 1. MODELL NR. 2. REF. NR. 3. ERSATZTEIL NR. 4. BESCHREIBUNG 5. KODE - - 6 . QUANTITAT MARK t: SPARE PARTS-DELIVERY SECTION MARKIERUNG * : ERSATZTEILE-LIEFERUNG Ref. No. Part No. * Description Code LCD PANEL Ref. No. NOTE: THE PARTS HERE SHOWN ARE SUPPLIED AS AN ASSEMBLY BUT NOT INDEPENDENTLY. DLCPP0049DEOi J LCD Module Unit CQ PRINTED WIRING BOARD ASSEMBLIES (NOT REPLACEMENT ITEM) DUNTK9348DE02 - Main Unit (For Europe) - DUNTK9348DE05 - Main Unit (For U.K.) - DUNTK9348DE06 - Main Unit (For Australia - and New Zealand) DUNTK9349DE02 - Sub Unit (For Europe) - DUNTK9349DE0.5 - Sub Unit (For U.K.) - DUNTK9349DE06 - Sub Unit (For Australia - and New Zealand) DUNTK9350DE02 - Control Unit (For Europe) - DUNTK9350DE05 - Control Unit (For U.K.) - DUNTK9350DE06 - Control Unit (For Australia - and New Zealand) RUNTK0576CEZZ - Operation Key Unit - RDENC0236CEZZ - Power Unit - RDENC0235CEZZ - Ballast Unit - 99 Part No. t Description Code DUNTK9348DEwwo6 MAIN UNIT INTEGRATED CIRCUITS IC301 VHiM51132FP-1 J M51132FP IC302 VHiNJ3404AM-1 J Audio Amplifier IC303 VHiTDA7052V-1 J Audio Amplifier lC304 VHiTA7809Wl J TA7809S (For Europe) IC401 VHiNJM2283F-1 J NJM2283M IC501 RH-iX2174CEZZ J Multi Vibrator MC74HC4538FR IC502 RH-iX2174CEZZ J Multi Vibrator MC74HC4538FR IC503 RH-iX2174CEZZ J Multi Vibrator MC74HC4538FR IC504 VHiTC7S86F/-1 J TC7S86F IC801 VHiTDA8375A-3 J Video/Chroma/Sync. IC802 VHiTDA4665T-1 J 1HDL lC803 VHiTDA8395T-3 J I.C. IC804 VHiTDA4565/-1 J CTI IC805 VHiNJM2060M-1 J NJM2060M IC1501 VHiiR3Y12B/-1 J Video/Chroma AL AF AH AE AF AG AG AG AD BA AN ’ AR AN AE AU Q301 Q401 Q801 Q802 Q803 Q804 Q805 Q806 Q808 Q809 TRANSISTORS VSDTC114EW-1 J DTC114EK VS2SC2412KQ-1 J 2SC2412KQ VS2SAl037KQ-1 J 2SA1037KQ VS2SA1037KQ-1 J 2SA1037KQ VS2SA1037KQ-1 J 2SA1037KQ VS2SAl037KQ-1 J 2SA1037KQ VS2SC2412KQ-1 J 2SC2412KQ VS2SC2412KQ1 J 2SC2412KQ VS2SC2412KQ1 J 2SC2412KQ VS2SAI 037KQ-1 J 2SA1037KQ AB AA AA AA AA AA AA AA AA AA

Q810 VS2SA1037KQ-1 Q811 VS2SC2412KQ1 Q812 VS2SAl037KQ-1 Q813 VS2SC2412KQ-1 Q814 VS2SC2412KQ-1 Q815 VS2SC2412KQ-1 Q816 VS2SC2412KQ-1 Q817 VS2SC2412KQ-1 Q818 VS2SA1037KQ-1 Q819 VS2SC2412KQ-1 Q 8 2 0 VS2SAl037KQ-1 Q821 VSiMX2IIlll-1 Q822 VSDTC144EW-1 01402 VS2SAl037KQ-1 Q1403 VS2SC2412KQ-1 Qi 408 VS2SA1037KQ-1 Q1409 VS2SC2412KQ-1 Q1414 VS2SAl037KQ-1 Ql415 VS2SC2412KQ-1 J 2SAl037KQ J 2SC2412KQ J 2SA1037KQ J 2SC2412KQ J 2SC2412KQ J 2SC2412KQ J 2SC2412KQ J 2SC2412KQ J 2SAl037KQ J 2SC2412KQ J 2SA1037KQ J iMX2 J DTCl44EK J 2SA1037KQ J 2SC2412KQ J 2SA1037KQ J 2SC2412KQ J 2SA1037KQ J 2SC2412KQ 0301 D302 D303 0310 D311 D312 D401 D402 D403 D404 0405 D406 D407 D801 D802 01501 DIODES RH-EX0226CEZZ J Zener Diode RH-EX0226CEZZ J Zener Diode VHDMAl52WKhl J Diode MAl52WK RH-EX0226CEZZ J Zener Diode RH-EX0226CEZZ J Zener Diode VHDMA152WK/-1 J Diode MAl52WK VHDMA153///-1 J Diode MA153 RH-EX0226CtiZZ J Zener Diode RH-EX0226CEZZ J Zener Diode RH-EXOMOCEZZ J Zener Diode RH-EX0226CEZZ J Zener Diode RH-EX0226CEZZ J Zener Diode RH-EX0226CEZZ J Zener Diode VHDMAl52WA/-1 J Diode MAl52WA VHDMAl52WKhI J Diode MA1 52WK VHDMAl52WAl-1 J Diode MA1 52WA PACKAGED CIRCUITS X801 RCRSBOOOSPEZZ J Crystal 3.58 MHz X802 RCRSB0008PEZZ J Crystal 4.43 MHz COILS DL401 RCiLZ0914CEZZ J Comb Filter 1801 VP-l M8RZJl R5N J Peaking Coil 8.2pH L802 VP-l M330J4R2N J Peaking Coil 33pH LEO3 VP-lMl20JlR9N J Peaking Coil 12bH L1501 VP-lMlOlJ7R7N J Peaking Coil 100pH Li 502 VP-CF680KOOtiO J Peaking Coil 68pH ’ CONTROL R861 RVR-M4437CEZZ J 68k(B) A G C Adj. AA AA AA AA AA AA AA AA AA AA AA AB AB AA AA AA AA AA AA AB AB AA AB AB AA AB AB AB AB AB AB AB AA AA AA AL AH AS AC AC AC AC AB AD c301 VCEAPFICWIOGM J 1 0 16V Electrolytic AB C302 VCEAPFlCWl06M J 1 0 16V Electrolytic AB c303 VCEAPFlCW226M J 2 2 16V Electrolytic AB c304 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AA c305 VCEAPFlEW475M J 4 . 7 25V Electrolytic AB C306 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA c307 VCESPFlCWlOGM J 1 0 16V Elect. (N.P) A C C308 VCESPFICWIOGM J 1 0 16V Elect. (N.P) A C c309 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB c310 VCESPFIHWIOSM J 1 50V Elect. (N.P) A C C312 RC-EZ0417CEZZ J 1 5 0 16V Electrolytic AD c313 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA c315 VCKYCYlHB103K J 0 . 0 1 50V Ceramic AA C316 VCKYCY 1 HBl03K J 0.01 50V Ceramic AA c317 VCKYCYI HBl03K J 0 . 0 1 50V Ceramic AA C318 VCKYCYlHB103K J .O.Ol 50V Ceramic AA c319 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AA C320 VCEAPFlHW105M J 1 50V Electrolytic AB C321 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA c330 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA c331 VCKYCYlHB222K J 2200~ 50V C e r a m i c A A C332 VCKYCYlHB222K J 2200~ 50V C e r a m i c A A c401 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB C402 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AA c403 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB c404 VCCCCYlHHlOlJ J 100~ 50V C e r a m i c A A c405 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB C406 VCEAPFlCW226M J 2 2 16V Electrolytic AB C408 VCKYCYlEF104Z J 0 . 1 25V Ceramic AA c409 VCEAPFlCW107M J 1 0 0 16V Electrolytic AD c410 VCCCCYlHHl OlJ J 100~ 50V C e r a m i c AA c411 VCFYFAl HA274J J 0.27 50V M. Polyester AD C412 VCCCCYlHH33OJ J 33p 50V Ceramic AA c413 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA c414 VCFYFAlHA274J J 0.27 50V M. Polyester AD c415 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AA C416 VCCCCYl HH330J J 33p 50V Ceramic AA c417 VCEAPFiCW476M J 4 7 16V Electrolytic AC C418 VCKYCY 1 HBl03K J 0.01 50V Ceramic AA c419 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA C420 VCEAPFlCW476M J 4 7 16V Electrolitic A C c501 VCCCCYl EHl02J J 1000~ 25V C e r a m i c AB c.502 VCCCCYl EH102J J 1000~ 25V C e r a m i c AB c.503 VCKYCYlEF104Z J 0 . 1 25V Ceramic A A c504 VCCCCYlHH271J J 270~ 50V C e r a m i c A A c505 VCFYEClCMlOIJ J 0 . 1 16V M. Polyester AD C506 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA c507 VCCCCYlEHl02J J 1000~ 25V C e r a m i c A B C508 VCCCCYlEH821J J 820~ 25V C e r a m i c A B c509 VCKYCYlEF104Z J 0 . 1 25V Ceramic AA c510 VCEAPFlHWlOSM J 1 50V Electrolytic AB c511 VCFREDlHM472J J 4700~ 50V M y l a r AD C512 VCFREDlHM222J J 2200~ 50V M y l a r AC C801 VCCCCYlHH470J J 47p 5Ov Ceramic AA C802 VCCCCYlHH330J J 33p 50v Ceramic AA C803 VCKYCYlHBl03K J 0 . 0 1 50~ Ceramic L AA Part No. * Description Code CAPACITORS 100

VCEAPFlCW476M J 4 7 16V Electrolytic AC VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA VCKYTVl HF224Z J 0 . 2 2 50V Ceramic AC VCKYCYlHB102K J 1OOOp 50V C e r a m i c A A VCKYCYlHBl02K J 1000~ 5 0 V C e r a m i c A A VCCCCYlHHl80J J 18p 5OV Ceramic AA VCCCCYlHH180J J 18p 50V Ceramic AA VCKYCYl HBlOBK J 0 . 0 1 5OV Ceramic AA VCEAPFlCWlOGM J 1 0 16V Electrolytic AB VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA VCKYCYlEFl04Z J 0 . 1 25V Ceramic A A VCKYCYlEF104Z J 0 . 1 25V Ceramic AA VCKYCYlEFIO4Z J 0 . 1 25V Ceramic AA VCFYECl CM334J J 0 . 3 3 16V M. Polyester AE VCCCCYlHH22lJ J 220~ 50V C e r a m i c A A VCCCCYlHH221 J J 220~ 5 0 V C e r a m i c AA VCFYEClCM334J J 0 . 3 3 16V M. Polyester AE VCCCCYl HH470J J 47p 50V Ceramic AA VCCCCYl HH470J J 47p 50V Ceramic AA VCCCCYlHH221J J 220~ 5 0 V C e r a m i c A A VCCCCYlHH22lJ J 220~ 5 0 V C e r a m i c A A VCKYCYlEF104Z J 0 . 1 25V Ceramic AA VCESPFlHWl05M J 1 50V Elect. (N.P) A C VCESPFlHWlOSM J 1 50V Elect. (N.P) A C VCEAPFICWIOGM J 10 16V Electrolytic AB VCKYCYlEF104Z J 0 . 1 25V Ceramic AA VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA VCKYCYlEF104Z J 0 . 1 25V Ceramic AA VCKYCYlEFlOIZ J 0 . 1 25V Ceramic AA VCFREDlHM472J J 4700~ 5 0 V M y l a r AD VCEAPFlCWl07M J 1 0 0 16V Electrolytic AD VCKYTVl HF224Z J 0 . 2 2 50V Ceramic AC VCEAPFlCWl07M J 1 0 0 16V Electrolytic AD VCKYTVlHF224Z J 0 . 2 2 50V Ceramic AC VCEAPFlHW225M J 2 . 2 50V Electrolytic AB VCFYEClCM223J J 0.022 16V M. Polyester AC VCCCCYlHH22lJ J 220~ 50V C e r a m i c A A VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA VCKYCYl HBl03K J 0 . 0 1 50V Ceramic AA VCCCCYlHH221 J J 220~ 50V C e r a m i c AA VCEAPFlHW225M J 2 . 2 50V Electrolytic AB VCKYCYl HBlO3K J 0 . 0 1 50V Ceramic AA VCEAPFlHWl05M J 1 50V Electrolytic AB VCEAPFlCW476M J 4 7 16V Electrolytic AC VCCCCYI HH820J J 82p 50V Ceramic AA VCCCCYlHH270J J 27p 50V Ceramic AA VCCCCYlHH221 J J 220~ 50V C e r a m i c AA VCESPFlCWlOGM J 1 0 16V Elect. (N.P) A C VCESPFlHWlOSM J 1 50V Elect. (N.P) A C VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA VCKYCYlEF104Z J 0 . 1 25V Ceramic AA VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AA L Ref. No. Part No. * Description Code ~~ C 8 6 9 VCKYCYlEFl04Z J 0 . 1 25V Ceramic A A C870 VCCCCYlHHlOlJ J 100~ 5 0 V C e r a m i c A A C871 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AA C 8 7 2 VCEAPFlHWlOGM J 1 0 5OV Electrolytic AB C 8 9 3 VCEAPFlHW225M J 2 . 2 50V Electrolytic AB C l 4 3 1 VCEAPFlCW226M J 2 2 16V Electrolytic AB C l 4 3 2 VCKYCYlHBlO3K J 0 . 0 1 5OV Ceramic AA C l 5 0 1 VCEAPFlCWl07M J 1 0 0 16V Electrolytic AD C l 5 0 2 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AA C l 5 0 4 VCKYCYlCFlO4Z J 0 . 1 16V Ceramic A A C l 5 0 5 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AA C l 5 0 6 VCKYCYlHBlOSK J 0 . 0 1 5OV Ceramic AA C l 5 0 7 VCKYCYlHB103K J 0 . 0 1 50V Ceramic AA C l 5 0 8 VCKYCYlHBlO3K j 0 . 0 1 50V Ceramic AA C l 5 0 9 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA C l 5 1 0 VCKYCYlHBl03K -J 0.01 50V Ceramic AA C l 5 1 1 VCKYCYlHBlOBK J b.01 50V Ceramic AA C l 5 1 2 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AA C l 5 1 3 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA C l 5 1 4 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AA C l 5 1 5 VCKYTViCFl05Z J 1 16V Ceramic AB C l 5 1 6 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic AD C l 5 1 7 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB C l 5 1 8 VCKYTVlCFl05Z J 1 16V Ceramic AB C l 5 1 9 VCKYCYlHB222K J 2200~ 5 0 V C e r a m i c AA C l 5 2 0 VCKYCYlHBl53K J 0 . 0 1 5 5 0 V C e r a m i c A A C l 5 2 1 VCKYTVlCF105Z J 1 16V Ceramic AB C l 5 2 2 VCCCCYlHHl51J J 150~ 50V C e r a m i c A A C l 5 2 3 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA RESISTORS R301 VRS-CYlJF105J J 1M 1/16W MetalOxide A A R303 VRS-CYl JFlO5J J 1M 1/16W Metal Oxide AA R305 VRS-CY 1 JFlO3J J 10k 1/16W Metal Oxide AA R306 VRS-CYl JF473J J 47k 1/16W Metal Oxide AA R307 VRS-CYl JFl 01 J J 1 0 0 1116W MetalOxide A A R308 VRS-CYl JFlOBJ J 10k 1/16W Metal Oxide AA R309 VRS-CY 1 JF473J J 47k 1/16W Metal Oxide AA R310 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AA R311 VRS-CYl JF102J J lk 1/16W M e t a l O x i d e A A R312 VRS-CYlJFl03J J 10k 1/16W Metal Oxide AA R313 VRS-CYlJFlOSJ J 10k 1116W MetalOiiqte A A R314 VRS-CYlJF152J J 1.5k 1/16W Metal Oxide AA R315 VRS-CYiJF682J J 6.8k 1116W Metal Oxide AA R316 VRS-CYlJFl52J J 1.5k 1/16W Metal Oxide AA R317 VRS-CYlJF682J J 6.8k 1/16W Metal Oxide AA R318 VRS-CYlJF153J J 15k 1116W Metal Oxide AA R319 VRS-CYlJFl03J J 10k 1/16W Metal Oxide AA R320 VRS-TW2EDl51 J J 150 1/4W Metal Oxide AA R321 VRS-TW2ED151 J J 150 1/4W Metal Oxide AA R322 VRS-CYlJFl05J J 1M 1/16W Metal Oxide AA R323 VRS-CYlJFl03J J 10k 1/16W Metal Oxide AA R324 VRS-CYl JF223J J 22k 1/16W Metal Oxide AA R325 VRS-CYlJFl03J J 10k 1116W Metal Oxide AA R326 VRS-CYl JFlO5J J 1M 1/16W Metal Oxide AA R327 VRS-CYlJFl02J J lk 1/16w M e t a l O x i d e A A 101

R328 VRS-CYl JFl OOJ J 10 1116W Metal Oxide AA R336 VRS-VVSDBl8OJ J 18 2W Metal Oxide AA R337 VRS-VV3DBl80J J 18 2W Metal Oxide AA R338 VRS-CY 1 JFI 04J J 100k 1/16W Metal Oxide AA R339 VRS-CYl JFl52J J 1.5k 1/16W Metal Oxide AA R360 VRS-CYlJFl22J J 1.2k 1/16W Metal Oxide AA R361 VRS-CYl JF472J J 4.7k 1116W Metal Oxide AA R362 VRS-CYlJFOOOJ J 0 1116W Metal Oxide AA R363 VRS-TW2ED221 J J 220 1/4W Metal Oxide AA R364 VRS-TW2ED221 J J 220 1/4W Metal Oxide AA R401 VRS-TW2ED750J J 75 ll4W Metal Oxide AA R402 VRS-CYlJFlOlJ J 100 1116W Metal Oxide AA R403 VRS-CYlJFl02J J 1 k 1/16W Metal Oxide AA R404 VRS-CYlJFlROJ J 1 1/16W Metal Oxide AA R405 VRS-TW2ED750J J 75 1/4W Metal Oxide AA R406 VRS-CYlJFlOOJ J 1 0 1/16W MetalOxide A A R407 VRS-TW2ED750J J 75 1/4W Metal Oxide AA R408 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AA R409 VRS-CY 1 JF273J J 27k 1/16W Metal Oxide AA R410 VRS-CYlJFl23J J 12k 1/16W Metal Oxide AA R411 VRS-CYl JF471 J J 470 1116W Metal Oxide AA R412 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AA R413 VRS-CYlhFlOlJ J 100 1/16W Metal Oxide AA R414 VRS-tiYlJFlOlJ J 100 lll6W Metal Oxide AA R415 VRS-CYlJFlOOJ J 10 1/16W M e t a l O x i d e A A R416 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AA R418 VRS-TX2HF680J J 68 112W Metal Oxide AA R419 VRS-CYlJFl22J J 1.2k 1/16W Metal Oxide AA R431 VRS-CYl JF472J J 4.7k 1/16W Metal Oxide AA R501 VRN-CYl JF752D J 7.5k 1/16W M e t a l F i l m A A R502 VRN-CY 1 JFl53D J 15k 1/16W Metal Film AA R504 VRN-CYl JF272D J 2.7k 1/16W M e t a l F i l m A B R505 VRN-CYl JF273D J 27k 1/16W Metal Film AB R506 VRN-CYl JFlO3D J 10k 1/16W Metal Film AA R507 VRN-CYl JF682D J 6.8k 1/16W M e t a l F i l m A B R508 VRS-CY 1 JFl52J J 1.5k 1/16W Metal Oxide AA R509 VRS-CYlJFlOlJ J 100 lil6W Metal Oxide AA R515 VRS-CYlJF273J J 27k 1/16W Metal Oxide AA R516 VRS-CYlJFlOSJ J 10k 1/16W Metal Oxide AA R517 VRS-CYlJFl03J J 10k 1/16W Metal Oxide AA R518 VRS-CYlJFl03J J 10k 1/16W Metal Oxide AA R519 VRS-CYlJF153J J 15k 1/16W Metal Oxide AA R521 VRS-CYlJFl02J J lk 1/16W Metal Oxide AA R535 VRS-TV1 JD5R6J J 5.6 1/16W Metal Oxide AA R536 VRS-TV1 JD5R6J J 5.6 1/16W Metal Oxide AA R537 VRS-TV1 JD5R6J J 5.6 1116W Metal Oxide AA R801 VRS-CYlJF33lJ J 330 1/16W Metal Oxide AA R802 VRS-TX2HFl OOJ J 10 1/2W Metal Oxide AA R803 VRS-CYl JF103J J 10k 1116W Metal Oxide AA R804 VRS-TX2HF270J J 27 112W Metal Oxide AA R805 VRS-CY 1 JFlO2J J lk 1116W M e t a l O x i d e A A R806 VRS-CYlJF102J J lk 1116W M e t a l O x i d e A A R807 VRS-CYlJFlOlJ J 100 lil6W Metal Oxide AA R808 VRS-YY 1 JF561 J J 560 1/16W Metal Oxide AA Ref. No. R809 R810 R811 R812 R813 R814 R815 R816 R817 R818 R819 R820 R821 R822 R823 R824 R825 R826 R827 R828 R829 R830 R831 R832 R833 R834 R835 R836 R837 R838 R839 R840 R841 R842 R843 R844 R845 R846 R847 R848 R849 R850 R851 R852 R853 R854 R855 R856 R857 R858 R859 R860 R861 R862 R863 R864 Part No. * Description Code VRS-CYl JFlOSJ VRS-CY 1 JFOOOJ VRS-CYl JF681 J VRS-CYl JFl83J VRS-CYlJFlOSJ VRS-CYlJFlOlJ VRS-TX2HF5RGJ VRS-CYlJFl04J VRS-TX2HF4R7J VRS-CY 1 JF334J VRS-CYlJFlOlJ VRS-CY 1 JFlO3J VRS-CY 1 JF473J VRS-CYl JFl52J VRS-CYlJF681J VRS-CYlJFlG2J VRS-CYlJF152J VRS-CYlJF68lJ VRS-CYl JFlO2J VRS-CYl JF152J VRS-CYl JF681 J VRS-CYlJFl02J VRS-CYlJFl03J VRS-TX2HF4R7J VRS-CYlJF39lJ VRS-CY 1 JF333J VRS-CYl JF393J VRS-CYlJFl02J VRS-CY 1 JF564J VRS-CY 1 JF333J VRS-CYlJFl04J VRS-CY 1 JF472J VRS-CYlJFl82J VRN-CYl JF223D VRS-CYlJFlOlJ VRS-CYlJFlOlJ VRS-CYlJFl02J VRS-CYlJFl02J VRS-CYlJF102J VRS-CYlJFl02J VRS-CY 1 JF472J VRS-CYlJFlOSJ VRN-CY 1 JF561 D VRS-CYlJFl02J VRS-CYlJFlOBJ VRS-CYlJFlOlJ VRS-CYlJF22lJ VRS-CYlJFlOlJ VRS-CYlJFlOlJ VRS-CY 1 JF222J VRS-CYlJflOSJ VRS-CYl JF562J See Control VRS-CY 1 JF102J VRS-CYlJF183J VRS-CY 1 JF272J J 1Ok 1/16W Metal Oxide AA J 0 l/l6W Metal Oxide AA J 660 l/lbW Metal Oxide AA J 18k 1116W Metal Oxide AA J JIM 1116W M e t a l O x i d e A A J 100 1/16W Metal Oxide AA J 5.6 112W Metal Oxide AA J lOOk lil6W Metal Oxide AA J 4.7 1/2W Metal Oxide AB J 330k 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 1 Ok 1/16W Metal Oxide AA J 47k i/l6W Metal Oxide AA J 1.5k 1/16W Metal Oxide AA J 680 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e A A Jo- 1.5k 1/16W Metal Oxide AA J 680 1/16W Metal Oxide AA J 1 k lil6W Metal Oxide AA J 1.5k lil6W Metal Oxide AA J 680 1116W Metal Oxide AA J lk 1/16W M e t a l O x i d e A A J 10k 1/16W Metal Oxide AA J 4.7 1/2W Metal Oxide AB J 390 1116W Metal Oxide AA J 33k 1/16W Metal Oxide AA J 39k 1/16W Metal Oxide AA J 1 k 1/16W Metal Oxide AA J 560k 1/16W Metal Oxide AA J 33k 1/16W Metal Oxide AA J 1OOk 1/16W Metal Oxide AA J 4.7k lil6W Metal Oxide AA J 1.8k 1116W Metal O x i d e A A J 22k 1116W Metal Film AA J 100 1116W Metal Oxide AA J 100 lil6W Metal Oxide AA J lk lil6W M e t a l O x i d e A A J lk 1/16W M e t a l O x i d e A A J 1 k 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e A A J 4.7k 1/16W Metal Oxide AA J 10k lll6W M e t a l Oijde A A J 560 1116W Metal Film AB J 1 k lil6W Metal Oxide AA J 10k 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 220 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 100 1116W Metal Oxide AA J 2.2k 1/16W Metal Oxide AA J lok 1/16W MetalOxide A A J 5.6k 1/16W Metal Oxide AA J 1 k 1/16W Metal Oxide AA J 18k 1/16W MetalOxide A A J 2.7k 1/16W Metal Oxide AA

R865 VP&CYlJF102J R866 VRS-CYl JFlO3J R867 VRS-CYlJF223J R868 VRS-CYl JF223J R869 VRS-CYl JF223J R870 VRS-CYl JF682J R871 VRS-CYlJFl03J R872 VRS-CYl JFlOBJ R873 VRS-CYlJFl52J R874 VRS-CYl JF683J R875 VRS-CYl JF224J R876 VRS-CYl JFl 01 J R877 VRS-CYl JF472J R878 VRS-CYl JF682J R879 VRS-CYl JF332J R880 VRS-CYl JF102J R881 VRS-CYlJFl52J R882 VRN-CYl JF332D R883 VRN-CYl JFl52D R884 VRS-CYlJFlOSJ R885 VRS-CYlJFlOlJ R886 VRS-CYl JFlOSJ R887 VRS-CYl JF332J R888 VRS-CYl JF472J R889 VRS-CYl JF222J R890 VRS-CYl JF821 J R891 VRS-CYl JFl22J R892 VRS-CY 1 JF273J R893 VRS-CYlJFl51J R894 VRS-CY 1 JFlO3J R895 VRS-CYlJFl02J R896 VRS-CYl JFOOOJ R897 VRS-CYlJFl52J R898 VRS-CYl JF271 J R899 VRS-CYl JF152J R900 ‘IRS-CYl JF472J R901 VRS-CYlJF102J R902 VRS-CYlJFlOlJ R903 VRS-CYlJFlOlJ R904 VRS-CYlJFlOlJ R906 VRS-CYlJFlOSJ R907 VRS-CY 1 JFlO3J R908 VRS-CYl JFlO3J R909 VRS-CYl JFlO2J R910 VRS-CY 1 JF473J R915 VRS-CYlJFlOSJ R916 VRS-CYlJFlOSJ R917 VRS-CYlJFl02J R1449 VRS-CYlJF682J Rl451 VRS-CYlJF470J Rl453 VRS-TX2HF681J R1458 VRS-CYlJF682J Rl460 VRS-CYlJF470J R1462 VRS-TX2HF68lJ R1467 VRS-CYl JF682J J lk 1116W M e t a l O x i d e AA J 10k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 6.8k 1/16W Metal Oxide AA J 10k 1116W Metal Oxide AA J 10k 1116W Metal Oxide AA J 1.5k 1/16W Metal Oxide AA J 68k 1/16W Metal Oxide AA J 220k 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 4.7k 1/16W Metal Oxide AA J 6.8k 1/16W Metal Oxide AA J 3.3k 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e AA J 1.5k 1/16W Metal Oxide AA J 3.3k 1/16W Metal Film AA J 1.5k 1/16W Metal Film AB J 1M 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 1M 1/16W M e t a l O x i d e AA J 3.3k 1116W Metal Oxide AA J 4.7k 1/16W Metal Oxide AA J 2.2k 1/16W Metal Oxide AA J 820 1/16W Metal Oxide AA J 1.2k 1/16W Metal Oxide AA J 27k 1/16W Metal Oxide AA J 150 1/16W Metal Oxide AA J 10k 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e AA J 0 1/16W Metal Oxide AA J 1.5k 1/16W Metal Oxide AA J 270 1/16W Metal Oxide AA J 1.5k 1/16W Metal Oxide AA J 4.7k 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e AA J 100 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 100 1116W Metal Oxide AA J 10k 1/16W Metal Oxide AA J 10k 1/16W Metal Oxide AA J 10k 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e AA J 47k 1/16W Metal Oxide AA J 10k 1116W Metal Oxide AA J 10k 1/16W Metal Oxide AA J 1 k 1/16W Metal Oxide AA J 6.8k 1/16W Metal Oxide AA J 47 1/16W Metal Oxide AA J 6 8 0 1/2W Metal Oxide AA J 6.8k 1/16W Metal Oxide AA J 47 1/16W Metal Oxide AA J 680 1/2W Metal Oxide AA J 6.8k 1/16W Metal Oxide AA R1469 VRS-CYl JF47OJ R1471 VRS-TX2HF681 J Rl501 VRS-CYlJF102J Rl502 VRS-CYlJFl02J R1503 VRS-CYl JFIOPJ R1504 VRS-CYiJF22lJ R1505 VRS-CYlJF333J R1506 VRS-CYl JF273J RI507 VRS-CYl JF563J R1508 VRS-CYlJF124J Rl509 VRS-CYlJFl24J Rl510 VRS-CYlJF563J Rl511 VRS-CYl JFl53J Rl512 VRS-CYlJF823J Rl513 VRS-CYlJF103J Rl514 VRS-CYl JF472J Rl515 VRS-CYlJF473J Rl516 VRS-CYlJF273J Rl517 VRS-CYlJF473J Rl518 VRS-CYlJF393J Rl519 VRS-CYlJF563J Rl520 VRS-CYl JF243F Rl521 VRS-CYl JF223F R1522 VRS-CYl JF473J R1523 VRS-CYlJF563J R1524 VRS-CYlJF473J R1525 VRS-CYl JF683J R1526 VRSCYlJF563J R1527 VRS-CYlJF683J R1528 VRS-CYlJF473J R1529 VRS-CYlJF563J Rl530 VRS-CYlJF105J Rl531 VRS-CYlJFlOSJ R1532 VRS-CYlJF27lJ Rl533 VRS-CYlJFl02J R1534 VRS-CYlJF272F RI535 VRS-CYlJF333J R1538 VRS-CYlJF473J R1539 VRS-CYl JF333J RI540 VRS-CYiJFl24J R1541 VRS-CYl JF473J R1542 VRS-CYlJF473J R1543 VRS-CYlJFl04J Rl803 VRS-CYlJFl2lJ MISCELLANEOUS PARTS J301 QJAKJ0047CEZZ J Head Phone Jack J401 QSOCD0432CEZZ J S-Video Terminal J402 QJAKG0037CEZZ J AN input Jack P301 QPLGN0278GEZZ J Plug 2-pin (SP) P801 QPLGZl442CEZZ J Plug 14-pin (TA) P802 QPLGZl442CEZZ J P l u g 14-pin ( T B ) P803 QPLGN0864TAZZ J P l u g 8-pin P904 QPLGNO179FJZZ J P l u g 7-pin ( E B ) SC1 602 QSOCNOl99FJZZ J Socket 20-pin QCNW-4773CEZZ J Connecting Wire QCNW-4774CEZZ J Connecting Wire J 4 7 lil6W M e t a l O x i d e AA J 6 8 0 112W Metal Oxide AA J lk 1/16W M e t a l O x i d e AA J lk 1/16W M e t a l O x i d e AA J lk lil6W M e t a l O x i d e A A J 220 1/16W Metal Oxide AA J 33k lil6W Metal Oxide AA J 27k 1116W Metal Oxide AA J 56k 1116W Metal Oxide AA J 120k 1/16W Metal Oxide AA J 120k 1/16W MetalOxide A A J 56k 1/16W Metal Oxide AA J 15k lil6W Metal Oxide AA J 82k 1116W Metal Oxide AA J 10k 1116W Metal Oxide AA J 4.7k 1116W Metal Oxide AA -J 47k 1/16W Metal Oxide AA J 27k 1/16W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 39k 1/16W Metal Oxide AA J 56k 1/16W Metal Oxide AA J 24k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 56k 1/16W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 68k 1116W Metal Oxide AA J 56k 1/16W Metal Oxide AA J 68k 1/16W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 56k 1/16W Metal Oxide AA J 1M 1/16W M e t a l O x i d e A A J 1M 1/16W M e t a l O x i d e A A J 270 1/16W Metal Oxide AA J 1 k 1/16W Metal Oxide AA J 2.7k 1/16W Metal Oxide AA J 33k 1/16W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 33k 1/16W Metal Oxide AA J 120k 1/16W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 47k 1116W Metal Oxide AA J 1OOk 1116W Metal Oxide AA J 120 1116W Metal Oxide AA AD AE AF AA AF AF AD AD AE AC AD 103

J PQ05TZll IC2001 RH-iX2992CENl J Control Circuit IC2002 VHiPST529CM-I J PST529CMT IC2004 RH-iX2735CEZZ J AT24COlA-1OSC IC2005 VHiM62352GP-1 J D/A Control TRANSISTORS Q2001 VS2SC3198-G-l J 2SC3198-G Q2002 VS2SC2412KQ-1 J 2SC2412KQ Q2003 VS2SC2412KQ-1 J 2SC2412KQ Q2005 VS2SA1037KQ-1 J 2SA1037KQ 02006 VS2SC2412KQ-1 J 2SC2412KQ Q2007 VS2SC2412KQ-1 J 2SC2412KQ DIODES D904 VHDMA152WK/-1 J Diode MA1 52WK D2001 RH-EX0515CEZZ J Zener Diode D2002 VHDMAl52WKh1 J Diode MAt52WK D2004 VHDMAl52WKb1 J Diode MAl52WK 02005 RH-EXO51 GCEZZ J Zener Diode D2052 VHDMAl52WKb1 J Diode MA1 52WK D2067 RH-EX0251 CEZZ J Zener Diode D2068 RH-EX0251 CEZZ J Zener Diode D2069 RH-EX0251 CEZZ J Zener Diode 02071 RH-EXO251CEZZ J Zener Diode D2073 RH-EX0251 CEZZ J Zener Diode D2074 RH-EX0251 CEZZ J Zener Diode D2075 RH-EX025lCEZZ J Zener Diode D2079 RH-EX025lCEZZ J Zener Diode D2080 RH-EX0251 CEZZ J Zener Diode 02081 RH-EX0251 C E Z Z J Zener Diode COILS CF2001 RFiLC0406CEZZ J Ceramic Filter L2001 VP-l Ml OOJl R6N J Peaking Coil 10pH L2003 RCiLBOl22CEZZ J OSD Adjust Coil CAPACITORS C513 VCKYCYlEFl04Z J 0 . 1 25V Ceramic c514 VCCCCYl E H 8 2 1 J J 820~ 25V C e r a m i c C515 VCCCCYl EHl02J J 1000~ 2 5 V C e r a m i c C2001 VCEAPFlCW476M J 4 7 16V Electrolytic C2002 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic C2003 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic C2004 VCKYCYlEFl04Z J 0 . 1 25V Ceramic C2007 VCKYCYlHB68lK J 680~ 5OV C e r a m i c C2008 VCKYCYlCFl04Z J 0 . 1 16V Ceramic C2009 VCEAPFlHW335M J 3 . 3 5OV Electrolytic C2010 VCKYCYlHBlMK J 0 . 0 1 50V Ceramic C2011 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AC AE AG AH BQ AE AH AQ AA AA AA AA AA AA AA AB AA AA AB AA AB AB AB AB AB AB AB AB AB AB AD AC AF AA AB AB AC AD AD AA AA AA AB AA AA C2012 VCKYCYlHB102K J 1000~ 50V C e r a m i c AA C2013 V C K Y C Y 1 HBl02K J 1000~ 50V C e r a m i c AA C2014 VCEAPFlHWlOSM J 1 50V Electrolytic AB C2015 VCKYCYlHBlO3K J O.O! 50V Ceramic AA C2016 VCKYCYlHBlOBK J 0 . 0 1 5OV Ceramic AA C2017 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA C2018 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AA C2019 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA C2020 VCKYCYlHB103K J 0 . 0 1 5OV Ceramic AA C2021 VCEAPFlCWl07M J 100 16V Electrolytic AD C2022 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB C2023 VCEAPFlCW107M J 1 0 0 16V Electrolytic AD C2024 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AA C2025 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA C2026 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AA C2027 VCKYCYIHB103K J 0 . 0 1 50V Ceramic AA C2028 VCCCCYlHHlOlJ J 100~ 50V C e r a m i c A A C2029 VCCCCYI HHl 0 1 J J 100~ 50V C e r a m i c AA C2030 VCKYCYlEF104Z J 0 . 1 25V Ceramic AA C2032 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AA C2033 VCKYCYl HBIOBK J 0 . 0 1 50V Ceramic AA C2034 VCKYCYI EFl04Z J 0 . 1 25V Ceramic AA C2045 VCKYCYlHB103K J 0 . 0 1 50V Ceramic AA C2050 VCKYCYl HB102K J 1000~ 50V C e r a m i c AA C2051 VCKYCYIHBI 02K J 1000~ 5OV C e r a m i c AA C2053 VCEAPFOJWl07M J 1 0 0 6.3V Electrolytic AC C2062 VCCCCYl HHlOl J J 1 OOp 5 0 V C e r a m i c AA C2063 VCKYCYlEF104Z J 0 . 1 25V Ceramic AA C2064 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AA C2065 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic AD C2093 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic AD RESISTORS R512 VRN-CYlJF123D J 12k 1116W Metal Film AB R513 VRN-CYl JF272D J 2.7k 1/16W M e t a l F i l m A B R918 VRS-CYlJF472J J 4.7k lil6W Metal Oxide AA R2001 VRS-TX2HF820J J 82 112W Metal Oxide AB R2003 VRS-TX2HF5RGJ J 5.6 112W Metal Oxide AA R2004 VRS-CY 1 JF223J J 22k lil6W Metal Oxide AA R2006 VRS-CYlJFl02J J 1 k lil6W Metal Oxide AA R2009 VRS-CY 1 JF562J J 5.6k 1/16W Metal Oxide AA R2010 VRS-CYlJFl02J J l k 1/16W M e t a l Ohde A A R2011 VRS-CYlJFl02J J l k 1/16W M e t a l Oxfde A A R2012 VRS-CYlJFl02J J lk 1/16W M e t a l O x i d e A A R2013 VRS-CYlJFl02J J lk 1/16W M e t a l O x i d e A A R2014 VRS-CY 1 JF223J J 22k 1/16W Metal Oxide AA R2015 VRS-CYlJFlOBJ J lk 1/16W M e t a l O x i d e A A R2016 VRS-CYlJFl02J J lk 1/16W M e t a l O x i d e A A R2017 VRS-CYlJF102J J lk 1/16W M e t a l O x i d e A A R2018 VRS-CYlJF183J J 18k 1/16W Metal Oxide AA R2019 VRS-CYl JF682J J 6.8k 1/16W Metal Oxide AA R2020 VRS-CY 1 JFI 82J J 1.8k 1116W Metal Oxide AA A2021 VRS-CYlJFl02J J lk 1116W Metal Oxide AA R2022 VRS-CYl JFlO2J J lk 1116W M e t a l O x i d e A A R2023 VRS-CY 1 JFlO2J J 1 k 1116W Metal Oxide AA R2026 VRS-CYl JFlO2J J 1 k lil6W Metal Oxide AA R2027 VRS-CYl JF123J J 1 2 k 1/16W Metal Ox;de A A 104

R2028 VRS-CYl JF102J R2029 VRS-CA1 JF562J R2030 VRS-CYl JF102J R2031 VRS-CYIJF102J R2032 VRS-CYlJF223J R2033 VRS-CYiJF102J R2034 VRS-CYl JFlO2J R2035 VRS-CYl JF221 J R2036 VRS-CY 1 JFlO2J R2037 VRS-CY 1 JF102J R2038 VRS-CYl JFOOOJ R2039 VRS-CY 1 JFOOOJ R2040 VRS-CYl JF102J R2041 VRS-CYl JF102J R2042 VRS-CYl JF102J R2043 VRS-CBl JF472J R2044 VRS-CYl JFl OOJ R204.5 VRS-CYl JF222J R2046 VRS-CYl JF223J R2047 VRS-CYl JF105J R2048 VRSCYlJFl54J R2051 VRS-CYl JF223J R2052 VRS-CYl JF102J R2053 VRS-CYl JF102J R2054 VRS-CYl JF102J R2055 VRS-CYl JF102J R2058 VRS-CYl JFl 01 J R2061 VRS-CYl JF223J R2063 VRS-CYl JF223J R2064 VRS-CYl JF822J R2065 VRS-CYlJF123J R2066 VRS-CYl JFlO3J R2067 VRS-CY 1 JF223J R2068 VRS-CYl JF273J R2069 VRS-CY 1 JF223J R2070 VRS-CYl JF223J R2071 VRS-CYl JF223J R2072 VRS-CYl JF154J R2073 VRS-CYl JF103J R2074 VRS-CYl JF562J R2076 VRS-CYl JF392J R2077 VRS-CY 1 JF562J R2078 VRS-CYlJF473J R2079 VRS-CYlJF102J R2080 VRS-CBl JF392J R2081 VRS-CYl JF102J R2082 VRS-CBl JF102J R2083 VRS-CYl JF221 J R2089 VRS-CYlJF102J R2093 VRS-CYl JF473J R2094 VRS-CY 1 JF473J R2096 VRS-CYl JF473J R2119 VRS-CYlJFlOSJ J lk 1/16W M e t a l O x i d e A A J 5.6k 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e A A J lk 1116W M e t a l O x i d e A A J 22k 1/16W Metal Oxide AA J lk 1116W M e t a l O x i d e A A J lk lil6W M e t a l O x i d e A A J 220 1116W Metal Oxide AA J lk lil6W M e t a l O x i d e A A J lk lil6W M e t a l O x i d e A A J 0 lil6W Metal Oxide AA J 0 1116W Metal Oxide AA J 1 k 1/16W Metal Oxide AA J lk 1116W M e t a l O x i d e A A J lk 1/16W M e t a l O x i d e A A J 4.7k lil6W Metal Oxide AC J 10 1/16W M e t a l O x i d e A A J 2.2k lil6W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 1M 1/16W M e t a l O x i d e A A J 150k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 1 k 1/16W Metal Oxide AA J 1 k 1/16W Metal Oxide AA J lk 1/16W M e t a l O x i d e A A J 1 k 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 22k lil6W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 8.2k 1/16W Metal Oxide AA J 12k 1/16W Metal Oxide AA J 10k 1/16W Metal Oxide AA J 2 2 k lil6W M e t a l O x i d e A A J 27k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 150k 1116W Metal Oxide AA J 10k 1/16W Metal Oxide AA J 5.6k 1/16W Metal Oxide AA J 3.9k 1/16W Metal Oxide AA J 5.6k 1/16W Metal Oxide AA J 47k ll16W Metal Oxide AA J lk 1116W M e t a l O x i d e A A J 3.9k 1/16W Metal Oxide AC J lk 1/16W M e t a l O x i d e A A J lk 1/16W M e t a l O x i d e A A J 220 1116W Metal Oxide AA J lk 1/16W M e t a l O x i d e A A J 47k 1/16W Metal Oxide AA J 47k 1/16W Metal Oxide AA J 47k 1116W Metal Oxide AA J 10k 1/16W Metal Oxide AA R2120 VRS-CYlJF103J J 10k 1116W M e t a l O x i d e A A R2121 VRS-CYlJFlMJ J lk 1116W M e t a l O x i d e A A R2135 VRS-CYlJF102J J lk 1116’~ M e t a l O x i d e A A R2157 VRS-CYlJF824J J 820k 1/16W Metal Oxide AA R2158 VRN-CYlJF332D J 3.3k 1/16W M e t a l F i l m A A R 2 1 8 3 VRS-CBlJFOOOJ J 0 lll6W Metal Oxide AC R2185 VRS-CYlJFlOPJ J lk 1116W M e t a l O x i d e A A R2186 VRS-CYlJF561J J 560 1/16W Metal Oxide A A R2187 VRS-CYlJFlOSJ J 10k 1/16W Metal Oxide AA R2188 VRSCYlJF102J J Ik 1/16W M e t a l O x i d e A A R2209 VRS-CYlJF102J J lk 1/16W M e t a l O x i d e A A R2211 VRS-CYlJF102J J lk 1/16W M e t a l O x i d e A A R2212 VRS-TW2ED561 J J 5 6 0 li4W M e t a l O x i d e A A R2213 VRS-CYlJF332J J 3.3k 1116W Metal Oxide AA R2214 VRS-CYlJF332J J 3.3k 1/16W Metal Oxide AA R2215 VRS-CYlJF103J J 10k 1/16W Metal Oxide AA R2216 VRS-CYlJF103J 2 i Ok 1/16W Metal Oxide AA R2233 VRSCYlJF103J J 10k 1/16W Metal Oxide AA R2234 VRS-CYlJF104J J 100k 1/16W Metal Oxide AA SWITCH 5 2 0 0 1 QSW-K0065GEZZ J ADJ. IN AC MISCELLANEOUS PARTS FE32001 RBLN-0060CEZZ J Ferrite Bead P901 QPLGN0174FJZZ J Plug 2-pin ( L L ) P902 QPLGNO174FJZZ J Plug 2-pin ( L F ) P2001 QPLGN0278GEZZ J P l u g 2-pin (Cl) P2002 QPLGN0364TAZZ J P l u g 3-pin ( R A ) P2003 QPLGNOI 74FJZZ J Plug 2-pin (D) P2004 QPLGNOl80FJZZ J P l u g 8-pin ( E A ) P2005 QPLGN0564TAZZ J P l u g 5-pin SC2002 QSOCZ1442CEZZ J Socket 14-pin (TA) SC2003 QSOCZ1442CEZZ J Socket 14-pin (TB) SC2004 QSOCN1040TAZZ J Socket lo-pin (KE) TP2001 QLUGPOl 1 OTAFW J Lug, Test Point (For Europe) AC AC AC AA AC AC AD AC AF AF AF AA 105

IC1607 VHiTC4SUi lF-1 J PAL Osc. ICI608 VHiTC4SUl lF-1 J NTSC Osc. IC1611 VHiNJM2107F-1 J Amp. DIODES 01602 VHDlSV217//-1 J Diode 1 SV217 D1603 VHDlSV217//-1 J Diode lSV217 COILS L1601 VP-lM3R9JlRON J Peaking Coil 3.9pH L1602 VP-l M4R7Jl R2N J Peaking Coil 4.7nH CONTROLS R1402 RVR-M8001TAZZ J 4.7k(B) AC R1602 RVR-M7905TAZZ J 47k(B) AC R1616 RVR-M7905TAZZ J 47k(B) AC Cl401 VCKYTVlCFlO5Z J 1 16V Ceramic Cl601 VCKYCYlHB102K J 1000~ 50V C e r a m i c Cl604 VCCCCYlHH270J J 27p 50V Ceramic Cl605 VCKYCYlHB102K J 1000~ 5OV C e r a m i c Cl607 VCCCCYlHH270J J 27p 50V Ceramic Cl610 VCKYCYlHB102K J 1000~ 50V C e r a m i c Cl611 VCEAPFOJW476M J 4 7 6.3V Electrolytic Cl612 VCKYGYlCF104Z J 0 . 1 16V Ceramic Cl613 VCKYCYlCF104Z J 0 . 1 16V Ceramic Cl614 VCKYTVl EF104Z J 0 . 1 25V Ceramic Cl615 VCKYTVlEF104Z J 0 . 1 25V Ceramic Cl616 VCEAPFlCWlOGM J 1 0 16V Electrolytic Cl617 VCKYTVlEF104Z J 0 . 1 25V Ceramic Cl618 VCEAPFlCW336M J 3 3 16V Electrolytic Cl619 VCKYCYl EF104Z J 0 . 1 25V Ceramic Cl620 VCKYCYlEFlOlZ J 0 . 1 25V Ceramic Cl622 VCKYTVlEF104Z J 0 . 1 25V Ceramic Cl623 VCKYCYlEF104Z J 0 . 1 25V Ceramic Cl624 VCCCCYlHH561J J 560~ 50V C e r a m i c CAPACITORS RESISTORS R1401 VRS-CYlJF153J J 1 5 k 1116W R1402 See Controls R1403 VRS-CYlJF183J J 18k 1/16W R1601 VRS-CYl JF223J J 2 2 k 1/16W R1602 See Controls R1603 VRS-CYlJF223J J 2 2 k 1/16W R1604 VRS-CYlJFlOlJ J 1 0 0 1/16W R1605 VRS-CYlJFlOSJ J 10k 1/16W R1606 VRS-CYl JF103J J 10k 1/16W R1608 VRS-CYlJF183J J 1 8 k 1/16W R1609 VRS-CYl JF683J J 6 8 k 1/16W Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide AE AX AD AD AE AB AB AC AB AB AA AA AA AA AA AB AA AA AB AB AB AB AB AA AA AB AA AB AA AA AA AA AA AA AA AA AA Ref. No. Part No. * Description Code DUNTK9350DEouwo6 CONTROL UNIT (Continued) R1610 VRS-CYlJF473J R1611 VRS-CYlJF472J R1612 VRS-CYlJF472J R1613 VRS-CYlJFlOlJ R1614 VRS-CYlJF223J R1615 VRS-CYlJFlOlJ R1616 See Controls R1617 VRS-CYlJF223J R1618 VRS-CYlJF103J R1619 VRS-CYl JF823J R1620 VRS-CYl JFlO5J R1635 VRS-CYlJF221J R1636 VRS-CYlJF221J R1637 VRS-CYlJF221J R1640 VRS-CYlJFOOOJ R1641 VRS-CYlJFOOOJ R1642 VRS-CYlJFlOSJ R1643 VRS-CYlJF221J R1644 VRS-CYl JF221 J R1645 VRS-CBlJFlOlJ R1646 VRS-CBl JFl 01 J R1648 VRS-CYlJFOOOJ R1649 VRS-CY 1 JFOOOJ - J 47k 1116W Metal Oxide AA J 4.7k 1/16W Metal Oxide AA J 4.7k 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 100 1/16W Metal Oxide AA J 22k 1/16W Metal Oxide AA J 10k 1/16W Metal Oxide AA J 82k 1/16W Metal Oxide AA J 1 M i/l6W Metal Oxide AA J 220 1/16W Metal Oxide AA J 220 1116W Metal Oxide AA J 220 lil6W Metal Oxide AA J 0 1116W Metal Oxide AA J 0 1/16W Metal Oxide AA J 1M 1116W MetalOxide A A J 220 1116W Metal Oxide AA J 220 1116W Metal Oxide AA J 100x4 1/16W Metal Oxide AA J 100x4 1/16W Metal Oxide AA J 0 1/16W Metal Oxide AA J 0 1/16W Metal Oxide AA MISCELLANEOUS PARTS P1401 QPLGN0664TAZZ J P l u g 6-pin SC1401 QSOCN0352FJZZ J Socket 26-pin, to LCD SC1 601 QSOCN0224FJZZ J Socket 20-pin AD AE AE 106

DIODES LED1 93G0276-700020 J Red LED, Temperature AE Warning indicator LED2 9300025-l 10010 J Red/Green LED, AF Lamp Replacementindicator LED3 LED4 9360276-700020 LED5 93G0276-700020 LED6 9360276-700020 LED7 93G0276-700020 LED8 9360276-700020 LED9 9360276-700020 LED10 9360276-700020 I31 R2 R3 R4 R5 R6 R7 R8 R9 RlO Rll R12 RESISTORS 9363060022180 J 220 vaw 9363060043280 J 4.3k ll8W 93G3060075280 J 7.5k 1/8W 93G3060022180 J 220 vaw 9363060022180 J 220 ll8W 9363060022180 J 220 llaw 9363060043280 J 4.3k 118W 93G3060022180 J 220 1/8W 9363060022180 J 220 1/8W 93G3060022180 J 220 118W 9363060075280 J 7.5k 1/8W 9363060018380 J 18k 1/8W 93G0025110010 J Red/Green LED, Power Indicator J Red LED, Power ON/OFF J Red LED, Volume Up J Red LED, Volume Down J Red LED, Menu J Red LED, Adjustment A J Red LED, Adjustment v J Red LED, Enter MISCELLANEOUS PARTS 93GOO27-700010 J Case 93G0027-740020 J Rubber Key 93G0027-090010 J FFC, IO-pin, L=l55mm AF AE AE AE AE AE AE AE AB AB AB AB AB AB AB AB AB AB AB AB AG AV AH j XV-ClE Ref. No. Part No. * Description Code RDENC0236CEZZ POWER UNIT & IC701 IC702 IC703 IC704 IC705 IC706 Q701 Q702 Q703 Q704 Q705 Q706 Q707 Q708 Q709 0701 D702 D703 D704 D705 D706 D707 D708 D709 D710 D711 D712 D713 D714 D715 D716 D717 D718 D719 D720 D721 D722 D723 DIODES 95KUBA0005KZ J Diode 1 SS55 95KUBC0221AK J Diode ERA18-02 95KUBC0248AK J Diode 05NU42 95KUBC0248AK J Diode 05NU42 95KUBC0215DK J Diode ERA1 5-06 95KUBY0020AK J Diode 1 SS355TE 95KUBA0005KZ J Diode 1 SS55 95KUBYOO20AK J Diode 1 SS355TE 95KUBC0264BC J Diode ERB32-02 95KUBC0264BC J Diode ERB32-02 95KUBC0207CK J Diode ERB83-006 95KUBC0265BB J Diode ERD32-02 95KUBC0265BB J Diode ERD32-02 95KUBY0020AK J Diode 1 SS355TE 95KUBA0005KZ J Diode lSS55 95KUBA0005KZ J Diode 15555 95KUBA0005KZ J Diode 1 SS55 95KUBAOOOSKZ J Diode 1 SS55 95KUBY0020AK J Diode 1 SS355TE 95KUBY0020AK J Diode 1 SS355TE 95KUBY0020AK J Diode 1 SS355TE 95KUBC0127EA J Diode ERB38-05 95KUBC0127EA J Diode ERB38-05 INTEGRATED CIRCUITS 95KUCH0078ZZ J HIC, M67209 95KUCC0043SK J TA76431S 95KUCB0188AZ J UPC78N15H 95KUCB0081 CZ J PQ12RFl 95KUCB0095CZ J PQ12RFll 95KUCB0156AZ J UPC24M08AHF TRANSISTORS 95KUAC0234AG J 2SC3866MR 95KUAC0243AK J 2SC3266 95KUAC0243AK J 2SC3266 95KUAY0013AK J 2SCl623 95KUAB0014AZ -J -288744 95KUAB0014AZ J 2SB744 95KUAY0013AK J 2SC1623 95KUAY0013AK J 2SC1623 95KUAY0013AK J 2SC1623 AM AE AH AL AH AM AM AC AC AB AF AF AB AB AB A0 AC AC AC A0 AC AB AC AC AC AF AF AF AC AB AB AB A0 / AC AC AC AF AF ZD701 95KUBDAK3R9C J Zener Diode RD3.9ESAB2 AC ZD703 95KUBDAK180C J Zener Diode RD18ESAB2 AB THY701 95KUDA0084ZZ J Thyristor CR04AM-12 AG PACKAGED CIRCUITS A PC701 95KUDC0163BB J Photo Coupler PC1 23FY8 AH A PC702 95KUDC0163BB J Photo Coupler PC123FY8 AH A PC703 95KUDC0163BB J Photo Coupler PC123FY8 AH A PC704 95KUDC0163BB J Photo Coupler PC123FY8 AH 107

COIL AND TRANSFORMERS AT701 95K829295042 J Trans. PTTX45 BB CAPACITORS c701 95KUGBQ470BT J 47 400V Block Cap. AN C702 95KUGFQ103FB J 0.01 400V Film AC C703 95KUGCU221 A K J 220~ 1 kV Ceramic AC C704 95KUGXAED473 J 0.047 25V Ceramic (Chip) AB C705 95KUGAF220RV J 22 50V Electrolytic AD C706 95KUGXALFlOl J 100~ 50V Ceramic (Chip) AC C707 95KUGXAED473 J 0.047 25V Ceramic (Chip) AB C708 95KUGXAED473 J 0.047 25V Ceramic (Chip) AB C709 95KUGXAEFlO3 J 0.01 50V Ceramic (Chip) AB c710 c711 AC712 AC713 c714 c715 C716 c717 c7ia c719 C720 C721 C722 C723 C724 C725 C726 C727 95KUGCU471AK 95KUGAElSlTR 95KUGCM222BA 95KUGCM222BA 95KUGAE820TR 95KUGAD390TR 95KUGAC471TS 95KUGAD471TS 95KUGADl02DC 95KUGAD102DC 95KUGAD821TS 95KUGAD12lTR 95KUGAD471TS 95KUGCUlO2BV 95KUGCUl02BV 95KUGCU 102BV 95KUGCU102BV 95KUGFF473BQ J 470~ 1kV C e r a m i c J 180 35V Electrolytic J 2200~ AC250V Ceramic J 2200~ AC250V Ceramic J a2 35V Electrolytic J 39 2% Electrolytic J 4 7 0 16V Electrolytic J 470 25V Electrolytic J 1000 25V Electrolytic J 1000 25V Electrolytic J 820 25V Electrolytic J 120 25V Electrolytic J 470 25V Electrolytic J 1000~ 1kV Ceramic J 1000~ 1 kV Ceramic J 1000~ 1kV Ceramic J 1000~ 1 kV Ceramic J 0.047 50V Film AB AD AD AD AD AD AF AF AF AF AF AD AF AC AC AC AC AB C728 95KUGXAEF103 J 0.01 50V Ceramic (Chip) AB R701 R702 R703 R704 R705 R706 R707 R708 R709 R710 R711 R712 R713 R714 R715 R716 R717 R718 R719 RESISTORS 95KUEEC474CH J 470k 112W Carbon 95KUEEC474CH J 470k ll2W Carbon 95KUEFE563AW J 56k 2W Metal Film 95KUEFE563AW J 56k 2W Metal Film 95KUEEC823CH J 82k 1/2W C a r b o n 95KUEEC823CH J 82k ll2W Carbon 95KUEEC823CH J 82k 1/2W C a r b o n 95KUEEC563CH J 56k 1/2W C a r b o n 95KUEEC563CH J 56k 1/2W C a r b o n 95KUEEB470DC J 47 114W Carbon 95KUEEC820CH J 82 1/2W Carbon 95KUEEC820CH J 82 ll2W Carbon 95KUEEC820CH J a2 1/2w Carbon 95KUEEB561DC J 5 6 0 ll4W Carbon 95KUEEB561 DC J 5 6 0 ll4W Carbon 95KUEXCASlO3 J 10k l/lOW C h i p 95KUEXCAS103 J 10k l/lOW C h i p 95KUEXCAS102 J lk l/lOW Chip 95KUEEB472DC J 4.2k 1/4W Carbon AC AC AC AC AB AB AB A0 A0 AB A0 AB AB AB AB A0 AB AB AB Ref. No. Part No. * Description Code R720 R721 R722 R723 d R724 d R725 R726 R728 R729 R730 R731 R732 R733 R734 R735 R736 R737 R738 R739 R740 R741 R742 R743 R744 R745 R746 R747 R748 R749 R751 R752 R753 R767 R768 R769 R770 R771 95KUEXCAS153 95KUEXCAS271 95KUEXCASlO2 95KUEEC222CH 95KUEHC825BT 95KUEHC825BT 95KUEXCAS102 95KUEXCAS561 95KUEXCAS561 95KUEXCAS103 95KUEYAA5601 95KUEYAA2001 95KUEYAA4701 95KUEEBl03DC 95KUEEB103DC 95KUEEC272CH 95KUEFER47BA 95KUEEBl OBDC 95KUEEBI 03DC 95KUEFE4R7AW 95KUEEC272CH 95KUEXCAS102 95KUEXCAS182 95KUEXCAS223 95KUEXCAS223 95KUEXCAS182 95KUEXCAS223 95KUEXCAS223 95KPZZO603ZZ 95KPZZ0603ZZ 95KPZZ0603ZZ 95KPZZ0603ZZ 95KUEECl03CH 95KPZZ0603ZZ 95KUEEB222DC 95KUEXCAS222 95KUEXCAS102 95KUEEC102CH J 1.5k l/low C h i p AB J 2 7 0 l/lOW C h i p AB J lk l/low Chip AB J 2.2k 1/2W C a r b o n AB J 8.2M 1/2W S o l i d AD J 8.2M 112W S o l i d AD J lk 111OW Chip AB J 5 6 0 l/lOW C h i p A0 J 5 6 0 l/lOW C h i p AB J 10k 111OW C h i p A0 J 5.6k l/lOW AB J 2k l/lOW AB J 4.7k l/lOW A0 J 10k 1/4W Carbon A0 J 10k 114W C a r b o n A0 J 2.7k 1/2W C a r b o n AB I-O.47 2w Metal Film AD J 1Ok ll4W Carbon AB J 10k 114W C a r b o n AB J 4.7 2W Metal Film AB J 2.7k 1/2W C a r b o n AB ,! lk l/lOW Chip A0 J 1.8k l/lOW C h i p AB J 2 2 k 111OW C h i p AB J 2 2 k l/lOW C h i p AB J 1.8k l/lOW C h i p AB J 2 2 k l/lOW C h i p AB J 2 2 k l/lOW C h i p A0 J Jumper AA J Jumper AA J Jumper AA J Jumper AA J 10k ll2W Car don A0 J Jumper AA J 2.2k 1/4W C a r b o n A0 J 2.2k l/lOW C h i p A0 J lk l/lOW Chip AB J lk 1/2W Carbon AB MISCELLANEOUS PARTS CN701 95KPKZ0196ZZ J Base Pin 4-pin (PL) 95KPKZ0528ZZ J Connector S-pin (EA) ‘. 95KPKZ052722 J Connector 7-pin (EB) 95KPKZ0540ZZ J Connector 4-pin (FA) 95KPKZ0541ZZ J Connector 3-pin (FB) 95KPZZ0628ZZ J Condenser Cover AC AD AC A0 A0 AB 108

Ql702 95KUAA0083AK J 2SAl680 Q1703 95KUAC0262BZ J 2SC4672 (Chip) Q1704 95KUAY0042AK J 2563624 (Chip) Ql705 95KUAY0013AK J 2SC1623 (Chip) Q1706 95KUAY0013AK J 2SC1623 (Chip) Q1707 95KUAY0013AK J 2SCl623 (Chip) Q1708 95KUAY0012AK J 2SA812 (Chip) Q1709 95KUAY0012AK J 2SA812 (Chip) Q1710 95KUAY0013AK J 2SC1623 (Chip) Ql711 95KUAY0012AK J 2SA812 (Chip) Q1718 95KUAY0012AK J 2SA812 (Chip) DIODES Code AK AF AV AE AE AD AB AB AB AB AB AB AB AB Dl701 95KUBC022lAK D1702 95KUBC022lAK D1703 95KUBC0284BZ D1705 95KUBC0190BZ D1706 95KUBY0033AK D1707 95KUBY0020AK Dl708 95KUBC0284BZ D1709 95KUBY0033AK Dl710 95KUBC0318AK Dl711 95KUBC0318AK Dl712 95KUBY0020AK Dl713 95KUBY0020AK D1714 95KUBY0020AK D1715 95KUBYOO20AK Dl716 95KUBC022lAK Dl717 95KUBY0020AK DSl701 95KUBB0087DZ 201701 95KUBXAD270A ZD1702 95KUBXADlOOC ZD1703 95KUBXADlOOC ZD1704 95KUBXAD6R2C ZD1705 95KUBXAD6R2C ZD1706 95KUBXAD6Fi2C THY1701 95KUDA0083ZZ THY1702 95KUDA0083ZZ THY1703 95KUDA0078AK J Diode ERA18-02 AC J Diode EFiAl8-02 AC J Diode YG912S6 AP J Diode ERC38-05 AG J Diode (Chip) UiJU44-TE12L AE J Diode (Chip) lSS355TE-17 AC J Diode YG912S6 AP J Diode (Chip) UiJU4PTE12L AE J Diode 1 R5NH41 AF J Diode 1 R5NH41 AF J Diode (Chip) lSS355TE-17 AC J Diode (Chip) lSS355TE-17 AC J Diode (Chip) lSS355TE-17 AC J Diode (Chip) lSS355TE-17 AC J Diode ERAl&02 AC J Diode (Chip) lSS355TE-17 AC J Diode Stack D5SB60 AR J Zener Diode RD27SB AD J Zener Diode RD10SB2 AD J Zener Diode RD10SB2 AD J Zener Diode RD6.2SB2 AD J Zener Diode RD6.2SB2 AD J Zener Diode RD6.2SB2 AD J Thyristor SF8JZ47 AM J Thyristor SF8JZ47 AM J Thyristor CR02AM-8 AF AC1701 95KUGFM224HG J 0.22AC250V F i l m AH AC1702 95KUGZl080ZZ J 0.22 AC250V Film AF AC1704 95KUGCZ222HB J 2200~ AC25OV Ceramic AE C l 7 0 5 95KUGBQl5lCH J 150 400V Block Cap. AT C l 7 0 6 95KUGBQl51CH J 150 400V Block Cap. AT C l 7 0 7 95KUGFQ224FB J 0.22 400V Film AK Cl708 95KUGAE101 RX J 100 35V Electrolytic AD Cl709 95KUGCU331 AS J 330~ 1kV Ceramic AD C l 7 1 0 95KUGFQ225HA J 2.2 400V Film AK Cl71 1 95KUGXAEF333 -J 0.033 50V Ceramic (Chip) A B Cl712 95KUGZ0956ZZ J 0.33 400V Film AH C l 7 1 3 95KUGZ0956ZZ J 0.33 400V Film AH C l 7 1 4 95KUGFLlO3HQ J 0.01 400V Film AD C l 7 1 5 95KUGXAFCl05 J 1 16V Ceramic (Chip) AD Cl716 95KUGXAED104 J 0.1 25V Ceramic (chip) AB Cl717 95KUGXAFFl04 J 0.1 50V Ceramic (Chip) AB C l 7 1 8 95KUGXAED473 J 0.047 25V Ceramic (Chip) A B C l 7 1 9 95KUGXAEF102 J 1000~ 50V Ceramic (Chip) AA Cl 720 95KUGXAEFlO3 J 0.01 5OV Ceramic (Chip) AB C l 7 2 1 95KUGXAFCl05 J 1 16V Ceramic (Chip) AD C l 7 2 2 95KUGAFlOORV J 10 50V Electrolytic AC Cl723 95KUGAElOl RX J 100 35V Electrolytic AD C l 7 2 4 95KUGXAEF103 J 0.01 50V Ceramic (Chip) A B C l 7 2 5 95KUGFTl03HA J 0.01 630V Film AF Cl 726 95KUGCU221 AS J 220~ 1kV Ceramic AD AC1727 95KUGCM222BA J 2200~ 1kV C e r a m i c A D PACKAGED CIRCUIT nPCl701 95KUDC0163BB J Photo Coupler PC123FY AH 109 COIL AND TRANSFORMERS A Ll701 95KUKZ0632ZZ J F i l t e r TLF25RA502W6RO AQ A Ll702 95KUKZ0852ZZ J Filter SC-05DO30 AQ Ll703 95Kl29695039 J Trans. CHT071 BB AR1701 95KUEZ0516ZZ J Thermistor M5R114C AK n R1702 95KUEEC474CH J 470k 1/2W Carbon AC R1704 95KUEEClSlCH J 1 5 0 112W C a r b o n AC R1705 95KUEXCAS221 J 2 2 0 l/low C h i p AB R1706 95KUEXCAS2R2 J 2 . 2 l/lOW C h i p AB R1707 95KUEXCAS220 J 22 l/iOW Chip AB RI708 95KUEEB102DC J lk 1/4W Carbon A AC R1709 95KUEXCAS331 J 330 l/low Chip ’ AB Rl710 95KUESR062DB J 0.062 2W Precision Res.AF R1711 95KUEEC331CH J 3 3 0 1/2W C a r b o n AB Rl712 95KUEXCASl03 J 10k i/lOW C h i p AB Rl713 95KUEXCAS102 J lk l/lOW Chip AB Rl714 95KUEFE822BM J 8.2k 2W Metal Film AC R1715 95KUEFE822BM J 8.2k 2W Metal Film A C Rl716 95KUEFE223AW J 22k 2W Metal Film AD R1717 95KUES4703CQ J 470k 1/2W Precision Res.AC Rl718 95KUES3902CK J 39k 1/4W Precision Res.AB Rl719 95KUES4702CK J 47k 1/4W Precision Res.AB R 1 7 2 0 95KUEEG472CHm J 4.7k-1/2W Carbon AB Rl721 95KUEEB331 D C J 3 3 0 ll4W C a r b o n AB R1722 95KUEEB102DC J lk 1/4W Carbon AC R1723 95KUEEB103DC J 10k 1/4W Carbon I AB I Ref. No. Part No. * Description Code T1701 95Kl29195004 J Trans. DTTXOB BB AT1702 95K348295012 J Trans. J6CO4-9001 BH CONTROL VRl701 95KUFBA103DY J 10k CAPACITORS AG RESISTORS

R1724 95KUEXCASl03 R1725 95KUEEB102DC R1726 95KUEXCASlO3 R1727 95KUEXCAS333 Rl728 95KUEXCAS153 R1729 95KUEEB473DC R1730 95KUEXCAU272 R1731 95KUEXCAS333 RI732 95KUEXCASlOl R1733 95KUEXCAS332 R 1734 95KU EXCAS822 R1735 95KUEXCAS105 R1736 95KUEXCAS105 R1737 95KUEXCASlO3 R1738 95KUEXCASl83 R1739 95KUEXCAS333 R1740 95KUEXCASl83 Rl741 95KUEXCAS223 R1742 95KUEXCAS223 R1743 95KUEXCASl23 R1744 95KUEXCASl52 R1746 95KUEXCAS332 R1747 95KUEXCAS562 R1748 95KUEXCAS221 R1749 95KUEXCAS103 Rl750 95KUEEB473DC Rl751 95KUEEB393DC R1752 95KUEEB683DC R1753 95KUEXCASl03 Rl754 95KUEXCAS102 Rl755 95KUEXCAS472 RI756 95KUEXCAS222 Rl757 95KUEXCASlO3 Rl758 95KUEXCASlO3 Ri 759 95KUEXCASlO3 Rl760 95KUEXCAS102 Rl761 95KUEXCAS472 R1762 95KUEXCAS823 R1763 95KUEXCASlO2 R1764 95KUEXCAS103 Rl765 95KUEXCAS472 .w,.sV! R1766 95KUEXCAS682 R1767 95KUEXCAS821 RI768 95KUEXCAS472 R1769 95KUEXCAS102 Rl770 95KUEXCAS562 J 10k l/lOW C h i p J lk 1/4W Carbon J 10k l/low C h i p J 3 3 k l/lOW C h i p J 15k l/lOW C h i p J 4 7 k ll4W C a r b o n J 2.7k l/lOW C h i p J 3 3 k l/lOW C h i p J 1 0 0 l/lOW C h i p J 3.3k l/lOW C h i p J 8.2k l/iOW C h i p J 1M l/lOW Chip J 1M l/lOW Chip J 10k l/lOW C h i p J 18k l/low C h i p J 3 3 k l/lOW C h i p J 18k l/lOW C h i p J 2 2 k l/lOW C h i p J 2 2 k l/lOW C h i p J 12k l/lOW C h i p J 1.5k l/low C h i p J 3.3k l/lOW C h i p J 5.6k l/lOW C h i p J 2 2 0 i/low C h i p J 10k l/lOW C h i p J 4 7 k 1/4W C a r b o n J 3 9 k 114W C a r b o n J 6 8 k ll4W C a r b o n J 10k l/lOW C h i p J lk l/lOW Chip J 4.7k l/lOW C h i p J 2.2k l/lOW C h i p J 10k l/lOW C h i p J 10k l/lOW C h i p J 10k l/lOW C h i p J lk l/lOW Chip J 4.7k l/lOW C h i p J 82k l/lOW C h i p J lk l/lOW Chip J 10k l/lOW C h i p J 4.7k l/lOW C h i p J 6.8k l/lOW C h i p J 8 2 0 l/lOW C h i p J 4.7k l/lOW C h i p J lk l/lOW Chip J 5.6k l/lOW C h i p AB AC AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB AB A0 AB AB AB AB AB AB AB AB AB AB AB AB SWITCH A SW1701 95KPFZ0282ZZ J Power (QSW-PO59lCEZZ) AQ Ref. No. Part No. * Description Code FHl701 95KPZZ0625ZZ FB1701 95KUKZ0828ZZ FBl702 95KUKZ0828ZZ FB1703 95KUKZ0828ZZ FBI705 95KBFZ89250Z FBl706 95KBFZ89250Z FB1707 95KBFZ89250Z FB1708 95KBFZ89250Z CN1701 95KPKZ0196ZZ CNl702 95KPKZ0522ZZ CN1703A 95KPKZlI84ZZ CN17036 95KPKZ1183ZZ A 95KPKZ1102ZZ A 95KPKZ0561 ZZ A 95KPKZ0194ZZ J Fuse Holder J Ferrite Bead J Ferrite Bead J Ferrite Bead J Ferrite Bead J Ferrite Bead J Ferrite Bead J Ferrite Bead J Base Pin 4-pin (PL) J Connector 2-pin (D) J Connector 1 O-pin J Connector IO-pin J Connector a-pin (BA) J Connector 2-pin (PC) J Connector 2-pin (PE) AB AC AC AC AB AB AB AB AC AB AD AE AC AC AC MISCELLANEOUS PARTS A Fl701 95KPJCZZ0059 J Fuse TSAH 250V nFl702 95KPJT0139ZZ J Thermal Fuse H130AE AH AD 110

Optics Mechanism GEHAUSE UND MECHANISCHE BAUTEILE: Optik-Mechanismus I XV-Cl E The car Die Kor Serial number of optics mecanism Seriennummer fijr Optik-Mechanismus . I 2 I 3 I 4 I 5 1 I 6

Die Konstruktion variiert hinsichtlich der unteren 5 Stellen in der Seriennummer fur den Optik-Mechanismus. -02454 thru -06976 -02454 bis -06976 umber of 7ecanisrn ummer ftir echanismus -06977 thru -10276 -06977 bis -10276 -10277 and on -10277 und dartiber 0 6-12 Shift stopper Schaltanschlag Stopper rib (reshaped) Anschlagrippe (neue Form) Shift screw (reshaped) Schaltschraube (neue Form) E ring abolished E-Ring abgeschafft 3 112

1 I 2 I 3 I 4 I 5 I 6 . I 113 _ . ~.. -.--.- -.. -. .^.._..._ I ._,,.- _“____.___ .---.----. -.----.- ..~ __.__ ..______I_.. -. l--.-_

1 CBDYFl076CEKl J l - l N o t A v a i l a b l e - 1-2 LANGK0638CEFW J l-3 XEBSD3OPlOOOO J 1-4 PSPAH0550CEOO J 1-5 PMLT-0307CEZZ J 2 Not Available - 2-l DBDYTl075CEKl J 2-l-l Not Available - 2-l-2 HiNDP4637CESK J 2-l-3 LX-NZ3102CEFW J 2-l-4 PSPAH0549CEOO J 2-l-5 RMLT-0306CEZZ J 2-l-6 PCAPH1045CEKZ J 2-2 CDORT1069CEKl J 2-2-l Not Available - 2-2-2 LX-BZ3366CESA J 2-2-3 XRESJ30-06000 J 2-2-4 PSPAH0555CEOO J 2-3 LANGK0623CEFW J 2-4 LANGK0643CEFW J 2-5 PZETK0036CEZZ J 2-6 QCNW-4674CEZZ J 2-7 QCNW-4740CEZZ J 2-8 RUNTK0576CEZZ J 2-9 XBPSF26PO6000 J 2-10 XEBSD30PlOOOO J 2-11 PSPATOOl OCEZZ J 3 Not Available - 3-l DBDYU1073CEK2 J 3-l DBDYU1073CEK5 J 3-l DBDYUl073CEK6 J 3-l-l N o t A v a i l a b l e - 3 - l - 2 HiNDP4896CESA J 3-l-2 HiNDP4899CESA J 3 - l - 2 HiNDP4900CESA J 3 - l - 3 LX-NZ3120CEFW J 3-l-4 PSPAH0549CEOO J 3-2 N o t A v a i l a b l e - 3-2-l DCOVAl684CEKl J 3-2-l-l Not Available - 3 - 2 - l - 2 HPNC-0418CESA J 3-2-2 LANGSOl 1 GCEFW J Front Cabinet Ass’y AW Front Cabinet - Cabinet Fitting Angle AD Screw, xl, for Angle AA Spacer AC Spacer AC Top Cabinet Ass’y Top Cabinet Ass’y Top Cabinet Lens Caution Label Outsert Nut Spacer, xl Spacer, xl Cover, xl Lamp Cage Cover A&y Lamp Cage Cover Special Screw, xl E-Ring, xl Spacer, x2 Leaf Switch Angle Cabinet/Leaf SW. Angle Leaf SW. Terminal Shield Leaf Switch-l (LL) Leaf Switch-2 (LF) Operation Key Unit Screw, x2, for Leaf SW. Screw, x5 Teflon Tape, x5 - BA- AD AB AB AD AD AS- AF AA AB AE AF AC AK AN BA AA AA AA Bottom Cabinet Ass’y Bottom Cabinet Ass’y (For Europe) Bottom Cabinet Ass’y (For U.K.) Bottom Cabinet Ass’y (For Australia and New Zealand) Bottom Cabinet Indication Plate (For Europe) Indication Plate (For U.K.) Indication Plate (For Australia and New Zealand) Outsert Nut, xl Spacer Side Cover Ass’y Side Cover Ass’y Side Cover Intake Punching Plate Speaker Angle, x2 - BA BA BA - AG AG AG AB AB- AV- AG AD 115 1XV-CIE Ref. No. Part No. * Description Code 3-2-3 QCNW-4673CEZZ J 3-2-4 VSP0065PB228A J 3-2-5 XEBSD30P06000 J 3-3 CDUC-0060CEK0 J 3-3-l Not Available - 3-3-2 NFANR0069CEOO J 3-3-3 PSPAZ0248CEZZ J 3-3-4 XEPSD40P35000 J 3-4 GCOVA1697CESA J 3-5 GCOVAl698CESA J 3-6 GLEGG9027CESB J 3-7 JHNDA1035CESA J 3-a LANGK0635CEFW J 3-9 LX-BZ3363CESA J 3-10 LX-NZ3095CEFD J 3-l 1 PSPAH0393CEOO J 3-12 PZETKOO33CEZZ J 3-13 XBPSD40P25JSO J 3-14 XEBSD30PlOOOO J 3-15 XEBSD30P16000 J 3-16 PSPAT0003CEZZ J 4 85 CBiM-0001 D E 2 4 J as-1 Not Available - 5-2 QCNW-4724CEZZ J 5-3 LHLDWI 033CEKZ J 6 CCHSKOOWCEKO J 6-l LCHSK0055CEKZ J 6-2 LCHSK0056CEKZ J 6-3 CCHSK0057CEOl J 6-3-l 9BJl H303 J 6-3-2 9BJl HO08 J 6-3-3 9BJl HO09 J 6-3-4 XRESJ40-06000 J 6-3-5 PMLT-0303CEOO J 6-3-6 9BJl H307 J 6-4 CHLDZ2014CEOO J 6-4-l LANGT9001CEFW J 6-4-2 XBSSD30P04000 J 6-5 XBBSD30P06000 J 6-6 PCOVW9000CEZZ J 6-7 PFiLW0162CEZZ J 6-8 PFiLW0163CEZZ J 6-9 PFiLW0164CEZZ J 6-10 PLNS-012OCEZZ J 6-l 1 LHLDWI 173CEZZ J 6-12 PSPAZ0251CEZZ J 6-13 Not used - 6-14 XJPSF3OPO6000 J 6-15 XJPSF3OPO8000 J GBDYRl065CEKA J Speaker Lead Wire (SP) Speaker Screw, x2 Intake Duct Ass’y Intake Duct Cooling Fan (Intake Vent) Spacer Screw, x4 for Fan Handle Cover (Right Side) Handle Cover (Left Side) Rubber Foot, xl Carrying Handle Handle Angle, x2 Tilt Adjuster Nut, xl Adjuster Spacer Insulation Plate Screw, x2, For Handle Screw, x4 Screw, x4 Teflon Tape, x2 Rear Cabinet Bimetal Ass’y Bimetal Connecting Wire Wire Holder, xl Optics Mecha. Ass’y Optical Box, Bottom Optical Box, Top Shift Mecha. Ass’y Shift Mecha. Base Shift Screw Guide Bar E-Ring, x3 Light Shield Sheet Special Screw Lamp House Ass’y Lamp Socket Angle Screw, xl Screw, xl for Cover Cover Pre-deflection Plate Pre-deflection Plate Incident Deflection Plate Projection Lens Wire Holder Shift Stopper (to Optics Mecha. Serial No. 6976) Screw, x4 Screw, x2 AE AL AA AZ- AY AC AA AE AE AB AZ AF AE AA AA AD AB AA AA AA AU BA- AF AA CA AQ AZ AQ AN AH AA AE AG AX AF AA AA AL AV AV AU BS AD AH AA AA

(Continued) 6-16 JKNBZI 079CESA J Lens Shift Dial AF 6-17 PCAPHl048CESA J Lens Cap AH n7 BQC-XVCl E/l/l J Lamp/Cage Module Unit n7-1 CLMPF0044DEOl J Lamp/Mirror Ass’y 7-2 CCASZ3011 CEO2 J Lamp Case Ass’y, Upper 7-2-l Not Available - Lamp Case, Upper 7-2-2 TLABZ0626CEZZ J Label 7-3 LANGQ9192CEFN J Angle 7-4 LX-BZ3270CEFN J Screw, x 1 7-5 LX-NZ3108CEFN J Nut, xl 7-6 LX-WZ3102CEFN J Washer, xl 7-7 MSPRB0031 CEFW J Spring, xl 7-8 PCASZ301 OCEKZ J Lamp Case, Lower 7-9 PFiLWOl61 C E Z Z J UV/lR Filter 7-10 PRDAR1499CEFW J Heat Sink 7-11 QPLGN0156FJZZ J Plug 7-12 XBSSD30P06000 J Screw, x3 7-13 PSLDH3053CEFW J Heat Sink CG c c AS- AC AF AA AA AA AD AR AZ AC AN AA AE 8 DLCPP0049DEOl J LCD Module Unit CQ 9 GCOVAI 685CEKA J 10 HiNDP4830CEZZ J AL AD 10 HiNDP4892CEZZ J 10 HiNDP4893CEZZ J 11 JKNBPl065CESB J 13 LHLDWl028GEZZ J 14 LHLDW 1 OGOCEZZ J 15 LHLDZ2044CEKZ J 16 LHLDWl003GEZZ J 17 PFiLD0054CEZZ J 18 NFANR0076CEOO J 20 RH-HZ0024CEZZ J 21 RTRNCOO68CEZZ J 22 TLABS021 SCESA J Air Filter Cover Serial Number Label (For Europe) Serial Number Label (For U.K.) Serial Number Label (For Australia and New Zealand) Main’s Power Button Wire Holder Wire Holder, x2 Holder Wire Holder, xl Intake Air Filter AD AC AB AB AD AA AD Cooling Fan (Exhaust Vent) AT Thermistor AP Choke Trans. AV C-Check Mark Label AD (For Australia and New Zealand) 30 LXBZ3279CESD J 31 LX-TZ3090CESA J 32 LX-BZ3374CESA J 33 XBPSD4OPlOJSO J Screw, xl for Side Cover AB Screw, x4 for Rear Cab. AC Screw, xl for Rear Cab. AC Screw, x6 AA for Exaust Fan/Lamp Case 34 Not used - 35 XEBSD30P08000 J 36 XEBSDBOPl 0 0 0 0 J 37 XEBSD40PO8000 J 38 XBPSD30P04000 J 39 XBSSD30P06000 J Screw, xl for Control Unit AA Screw, x6 for Optics Mech. AA Screw, x2 for Choke Trans. AA Screw, xl AA Screw, x2 AA Ref. No. Part No. * Description Code 40 41 42 43 44 45 46 47 A48 A48 A48 52 60 61 62 63 64 XBBSD3OP06000 J Screw, x2 AA PCOVW9002CEZZ J Bimetal Cover AK PSPATOOl OCEZZ J Teflon Tape AA LHLDZ2015CEKZ J Panel Holder AD XJPSF3OPO8000 J Screw, xl for Panel Holder AA LHLDZl012CEKZ PSPAF002lCEFW LX-BZ333lCEFF QACCV2012CESA CACCB5013CE02 QACCL3017CESA QCNW-4670CEZZ QCNW-4671 CEZZ QCNW-4672CEZZ QCNW-4676CEZZ 95KECB7756ZZ Not Available Not Available Not Available Not Available Not Available J Bimetal Board J Bimetal Spacer J Screw, x2 J AC Cord (For Europe) J AC Cord (For U.K.) J AC Cord (For Australia and New Zealand) J Connecting Wire T;pin (EB) J Connecting Wire 8-pin (EA) J Connecting Wire 20-pin Main - Control J Connecting Wire P-pin (D) J Connecting Wire 4-pin (PL) - Main Unit - Sub Unit - Control Unit - Power Unit - Ballast Unit 116 AK AC AA AP AY AR AH AH ; AG AF AP - - - - -

TiNSBl4lCEZZ J Ooeration Manual AD BB ACCESSORIES (NOT REPLACEMENT ITEM) TCADEll37CEZZ - Register Card (For Europe) - TGANE0050TAZZ - Guarantee Card (For U.K.) - XV-Cl E x v Ref. No. Part No. * Description Code PACKING PARTS (NOT REPLACEMENT ITEM) SPAKC5062CEZZ - Packing Case - SPAKP0808CEZZ - Polystyrene Mat - SPAKX2773CEZZ - Buffer Material - TLABKOOOl TAZZ - Number Card - TLABN0157CEZZ - Serial Number Label - - - SERVICE JIGS (Use for servicing) QCNW-3468CEZZ J Extension Cable 14-pin Main (TA) - Sub (TA) QCNW-3468CEZZ J Extension Cable 1Cpin Main (TB) - Sub (TB) BA BA QCNW-4753CEZZ J Extension Cable 20-pin Main - Control RUNTK0576CEZZ J Operation Key Unit B A 117

Accessories I Zubehdr Buffer Material (Top and Buttom) / Verpackungsmaterial (oben und unten) Verpackungskarton The packing case top is tape-sealed / Die Oberseite des Verpackungskartot ist mit Klebeband versiegelt. Front I J Frontseite use 8 staples to fix the packing case (Bottom side) / 8 Heftklammen verpackungskarton zu fixen (Unterseite) Number Card / Serial Number Label / Serien-Nr.-Etikett IS Nummer Kane 118