Sharp XV-C1OU Service Manual Download Page 1

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Summary of Contents for XV-C1OU

Page 1: ...NUAL 7 REMOVAL OF MAJOR COMPONENTS 10 OPTICAL SYSTEM 14 ADJ IN FUNCTION 16 ELECTRICAL ADJUSTMENT 19 TROUBLESHOOT1 NG TABLE 24 INTRODUCING THE NEW ICs 29 CHASSIS LAYOUT 45 Page l DESCRIPTION OF SCHEMATIC DIAGRAM 47 l WAVEFORMS 48 l OVERALL WIRING DIAGRAM 49 l SCHEMATIC DIAGRAM 51 0 PRINTED WIRING BOARD ASSEMBLIES 66 0 PARTS LIST n ELECTRICAL PARTS a 71 n CABINET AND MECHANICAL PARTS a 85 n Accessor...

Page 2: ...l 0 7 Vp p 75 IR terminated PR R Y chrominance signal 0 7 Vp p 75 Q terminated RCA Connector AUDIO 470 mVrms more than 22 kQ stereo 360 doubled TV lines video input 1 W monaural 2 5 6 5 cm round AC IIO 120V 2 6 A 50160 Hz 200 w 4w 41 OFto 104 F 5OC to 40 C 4 F to 140 F 20 C to 60 C Plastic 12 2 x 12 5 x 4 9 310 x 317 x 125 mm main body only 12 2 x 12 6 x 5 4 310 x 319 x 136 mm including adjuster l...

Page 3: ...IOW TEST PROBE CONNECT TO KNOWN METAL PARTS EARTH GROUND SAFETY NOTICE Many electrical and mechanical parts in LCD Projector have special safety related characteristics These characteristics are often not evident from visual inspection nor can protection afforded by them be necessarily increased by using replacement components rated for higher voltage wattage etc Replacement parts which have these...

Page 4: ... only with same type lamp Type CLMPF0053DE05 rated 65V 155W 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 to follow installation instructions described below and handle the lamp with care W Lamp Replacement Note Since the lamp reaches a very high temperature during units operation replacement of the lamp shou...

Page 5: ...e avant de proceder a I entretien 3 Ne remplacer qu avec une lampe du meme type Type CLMPF0053DE05 caracteristique 65V 155W 4 La lampe emet de petites quantites de radiation UV eviter tout contact direct avec les yeux 5 La lampe moyenne pression implique un risque d explosion Toujours suivre les instructions d installation d rites ci dessous et manipuler la lampe avec soin n Remplacement de la lam...

Page 6: ...careful in handling this component when the power is on AVERTISSEMENT Source lumineuse de grande intensite Ne pas fixer le faisceau lumineux ou le regarder directement Veiller particulierement a eviter que les enfants ne fixent directement le faisceau lumineux AVERTISSEMENT Afin d eviter tout risque d incendie ou d electrocution ne pas exposer cet appareil a la pluie ou a I humidite I 1 1 ATTENTIO...

Page 7: ...ojector plug from the wall socket and wait at least 10 minutes Then turn on the power by plugging the cord back in This will return the projector to its normal mode l Allow at least 4 inches 1O cm of space between the cooling fan exhaust vent and the wall w POWER ON OFF button VOLUME f 7 VOLUME UP DOWN I buttons I MENU MENU button SELECT ADJUSTMENT V r buttons INPUT INPUT SELECT ENTER button Note ...

Page 8: ...hem to leak or burst Insert the batteries with the and polarities as indicated Remove the batteries if the remote control will not be operated for an extended period of time Maintain the batteries in clean condition Do not mix different brands of batteries The life expectancy of the new batteries will be shortened and the old batteries may leak When the batteries have been used up remove them imme...

Page 9: ...Dimensions XV Cl ou c 0 0 0 Top View I I I 1 1 1 v c P g Front View L 3 3 84 3 3 84 A 4 I 4 I 7 8 1 205 Side View Bottom View Units inches mm ...

Page 10: ...the lamp cage module unit l 3 Turn the lens shift dial until the lens comes to almost the center of the lens hole in the front cabinet 1 4 Remove the six screws six 3 mm tapping screws off the rear cabinet l 5 Remove the M3 tapping screw off the sub unit cover 1 6 Remove the air filter cover 1 7 Remove the five tapping screws off the bottom cabinet n 1 6 r Bottom ...

Page 11: ...a brr ff thn mrnl lnrl lasrd Nnw detarh the cil I n 1 Fit the lens cover and the side cover to the bottom panel Tighten up the related screws 2 Set the top cabinet over the bottom cabinet 3 Tighten up the M3 tapping screw into the sub unit cover 4 Press the rear cabinet against the top and bottom cabinets to fit them together 5 6 7 Tighten up the screws into the rear cabinet Use the six 3 mm tappi...

Page 12: ... the operation key unit 2 3 Remove the screws off the control unit and R C Receiver unit and sub unit Disconnect the connectors 2 4 Remove the button cover 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 Operation Panel Cover c Q 0 3 2 2 3 La LCD 1 Module Unit I R C Receiver 1 y Power Unit Q 2 3...

Page 13: ...sembly from the bottom cabinet 4 3 Remove the two screws off the cooling fan 5 2 Remove the lock screw and the nut off the lamp terminal 5 3 Release the lamp lock spring off the hook below the lower lamp case Take out the lamp mirror assembly Lamp Cage Module Unit 1 Upper Lamp I Case I Q I 5 1 I 5 1 Remove the three countersunk lock screws off the upper and lower lamp cases I n n I I I I 1 Lower L...

Page 14: ...ing 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 in...

Page 15: ...comes up during use of the unit the LAMP display starts flashing in red on the screen for 5 minutes at the very 2000 hour point Five minutes later the power turns itself off and the unit is interrupted The lamp LED indicator stays red since the 1900 hour point If you try to turn on the power twice after the 2000 hour point the unit remains off When the 2000 hour point comes up take the following s...

Page 16: ...T 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 key changes the subjects in the reverse order When the MENU key is pressed the previous group appears...

Page 17: ...djustment White balance red drive adjustment White balance blue drive adjustment TINT adjustment Color level adjustment PAL color level adjustment SECAM color level adjustment Gamma correction 1 Gamma correction 2 AGC adjustment Chroma IC brightness adjustment Component input contrast adjustment Component input brightness adjustment Component input color level adjustment Component input tint adjus...

Page 18: ...O4 C CONT C BRIGHT C COLOR C TINT C H CENT 1 C PH CENT 1 I II I I I I TINT COLOR P COLOR S COLOR I I 0 3 5 2 I c I I I I 1 I I I __ _ _ a__ ____ _ _ _ ___ _ _ ____ ____ ____ I__ ____ _ _______ C BRIGHT C COLOR C TINT C H CENT C PH CENT 6 12 8 12 16 I I I I I i I __ _ ________ _ _ _ _ _________ ________ _ __ _____ ___ ___ ___ ____ I_ ________ _ G B W I I I I Not iused I I I I I II I em L I HL 2 I I...

Page 19: ... and v keys make the center PAL signal overscan just the same at right and WC 2 Press S2001 to call up the ADJ IN left mode and select the following subject Overscan 91 97 Group VIDEO 1 Subject P H CENT 5 Contrast DAC g amma correction off 1 Receive the NTSC IO step pattern l Using the A and v keys adjust the signal difference between the tenth step 2 Connect a dual beam oscilloscope level and the...

Page 20: ...wing subject Group VIDEO 1 1 IT 4 I I I Subject BRIGHT I I I I I 1 f mm 8 Component contrast DAC gamma correction off 1 Feed the NTSC 1O step pattern signal l Using the A and v keys adjust the to the component terminal difference between the tenth step 2 Connect the dual beam oscilloscope level and the pedestal level be 4 8kO 05 Vp p between pin 2 of P1401 and GND 3 Press S2001 to call up the ADJ ...

Page 21: ...t C TINT 3 Connect the dual beam oscilloscope between pin 3 of P803 and GND p 12 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 Connect the dual beam oscilloscope to 3 25kO 05 Vp p between pin 2 of PI401 and GND 3 Press S2001 to call up the ADJ IN mode and select the following subject Group VIDEO ...

Page 22: ...vp p mode and select the following subject 100 white Primary red Group VIDEO 2 Subject COLOR I _ ____ _ __t_ 16 PAL color DAC 1 Receive the PAL half color bar signal l Using the A and v keys adjust the gamma 2 Connect the dual beam oscilloscope difference between the 100 white correction on between pin 3 of PI401 and GND level and the primary red level to 3 Press S2001 to call up the ADJ IN 0 1 Ok...

Page 23: ...ct Group VIDEO 2 Subject R BIAS B BIAS 21 On screen 1 Receive the NTSC monoscope pattern l Turn L2003 so that the display bar display position signal be well centered on the screen check L2003 2 Press the SOUND UP DOWN keys to 4 get the sound volume display bar on the screen 22 Temperature 1 Press S2001 to call up the ADJ IN l Make sure that the setting is 2 sensor setting mode and select the foll...

Page 24: ...heck IC401 DL401 and their L peripheral circuits I l IIs there signal at pins I 2 and 3 of P803 I I Yes I Check IC801 IC804 Q801 Q802 Q803 and their peripheral circuits r m Go to Checking the IC1501 1 L m I I interface circuit I No color or poor tint with NTSC signal Is there chroma signal input at pin No 20 of IC801 r Yes peripheral circuits r mm m Check IC801 IC802 IC804 and its 1 L m m mm I 1pe...

Page 25: ...chroma signal input at pin 1 20 ofIC803 yes IAre there R Y and B Y signal outputs at pins 11 and 12 of IC803 v r L CheclC l d 1 peripheral circuits I 4 I Check IC801 and its 1peripheral circuits X802 and C811 in particular No I Check IC401 and its peripheral circuits L m I No l Check IC803 and its peripheral I L circuits I I I Yes 7 r Is voltage of over 4V fed to pin 49 No Check IC803 and its peri...

Page 26: ...pins 44 NO rCGkTc3G3Gd 45 and 46 of IC3003 peripheral circuits L Yes Are there signal inputs at pins 35 NO r Ch k 3 l zd 36 and 37 of IC801 I C832 and their peripheral circuits Yes L r m Check IC801 and its peripheral 1 circuits L J J r mm Check the ICI501 interface circuit 1 No component color 1 I J 1 J 1 I 1 I I I Are there signal inputs at pins 33 NO rCckQ3006thru O 1 and 34 of IC3003 and Q3007...

Page 27: ...ut No r Check OTandits 1 at pin 10 of IC503 peripheral circuits L l Yes r Is there composite sync signal output No 1 at pin 4 of IC504 IC504 defective L m I I I Yes V I Check IC1603 ICI607 and IC1608 1 1all located on the control PWB Check 1 I also their peripheral parts I Is there vertical sync signal output at No rCEcki8 and its 1 pin 4 of IC801 peripheral circuits L J Yes mm Is there vertical s...

Page 28: ...he I ICI 501 pins Check also their 1 peripheral circuits I A Yes r m m Remove Q1701 Does F1701 break 1 down again I w Power unit in trouble L m I I No r 1 Ballast unit in trouble No problem with fuse Fuse blown out Is discharging sound heard Do Q1701 and L1701 break down in the short circuit mode r Replace1 r l 1 T1702 or 1 I u trigger I L Pi I L A rRGlEel FhGkQFOJ I Ql701 and I I L1701 and thei 1...

Page 29: ... output terminal I 21 CBLK CBLK pulse output terminal I 22 BGP 1BGP pulse output terminal I 23 CLPI Y clamp pulse input terminal for signal passing the YUV SW block 24 I AP MUTE I Black detection switch Dynamic picture off at H I 25 APED C Black detection capacitor connection terminal 26 1CLP C 27 VM OUT 28 SP MUTE I Y clamp capacitor connection terminal VM output terminal Output of waveform of di...

Page 30: ...Block Diagram BY2 IN RY2 IN Y2 IN NC IREF C OFF Y VM Amp NR YUV SW Sharpness Clamp D Picture I I I IREF CEC l B Y 1 1R Y GND 43 01 Amp I I I ABL MUTE 48 7 AP MUTE CLPI BGP CBLK FFTIM VEQ VBLK VTIM SSCP 30 ...

Page 31: ... cs CLK DATA OPTION DOMESTIC EUROPE MICROPROCESSOR IX31 57CE TEMP SENSOR 78 R C 79 5 EXIT OUT 3 EXIT IN 4 TEMP SENSOR 77 I 1 REFERENCE 1 LED POWER I I I I I I I I STD BY I I I I I I I lcmll 73 LED LAMP RESTART r LED TEMP SCL 1 w TDA8375A SOUND CONTROL SUPPLY BALLAST J SDA R G B BLK KEY INPUT FACTORY SW EEPROM 31 ...

Page 32: ...l kl SCLl 20 P44 Soutl SDAl 21 P43 Srdy2 SCL2 AD7 SCL SDA KEY INPUT 1 H H H H AD I O 12CSCL I O 12CSDA I Key input 1 I 22 IP42 Sin2 SDA2 AD8 IKEY INPUT 2 I ADI l I I Key input 2 I 23 P41 Sclk2 SCL3 Xcout ISCL3 I H L I I O Component SCL P40 Sout2 SDA3 Xcin ISDA3 I H I L I I O Component SDA 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 NC INC I I 1 NC NC INC I I NC CNVss IGND I I I IGND 0...

Page 33: ... P CON2 H HZ 0 Circuit power ON OFF 59 PO2 60 PO1 DOOR FAN SW L HZ 0 Leaf switch fan stop 61 PO0 LAMP FAILURE L I Lamp non lighting input 62 OUT P56 OSD BLKOUT H HZ 0 OSD blanking output 63 I P55 TIMl OVERFLOW SECAM H HZ 0 SECAM output 64 NC NC NC 65 NC NC NC 66 B P54 B OUT H HZ 0 OSD blue output 67 G P53 G OUT H HZ 0 OSD green output 68 R P52 R OUT H HZ 0 OSD red output 69 Vsync V SYNC L I OSD ve...

Page 34: ...N 32 R OUT 9 ACC FILTER 33 vcc2 IO Y IN 34 G OUT 11 COLOR 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 34 ...

Page 35: ...1 xv ClOU 2 Block diagram a u k i 35 ...

Page 36: ...COLOR pin No 11 Used to receive DC voltage for color adjustment F ADJ pin No 12 A resistor is added between this terminal and GND Used to adjust the filter s frequency characteristic AGC OUT pin No 13 Used to output the voltage detected by the video system AGC detector AGC FILTER pin No 14 Used to connect a filter to detect the video system s AGC CLAMP pin No 16 Used to connect with a capacitor to...

Page 37: ...ive the oscillator circuit signal GND pin No 29 Grounding terminal R OUT G OUT 6 OUT pin Nos 32 34 and 36 Used to output the primary color signals that are inverted according to the inversion signal 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 RGB AMPLITUDE pin No 38 Used to adjust the amplit...

Page 38: ...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 Killer detector The detector is used to phase detect the burst signal and the VCO s oscillation ...

Page 39: ...ding 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 i FRP input R G B output Primary color output r 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 ...

Page 40: ...ce 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 Horizontal sync signal monitor output Logic circuit power ground OV Logic circuit power 5V typical lnverter output 1 Inverter input 1 Horizontal sync signal output 1 Horiz...

Page 41: ...gnal output for WIDE mode 60 INVIN2 I Inverter input 2 61 INVOUT2 0 Inverter output 2 62 MFS 0 Field ID signal monitor output 63 VCC Power Logic circuit power 5V typical 64 GND Power Logic circuit power ground OV 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 When the OE input level gets low all the output signals...

Page 42: ...ne VDOUT RGBINV FRP VLS MFS I Unri7nntaI r1 1 Vertical sync pulse detection circuit ii com0arator e c 5 2 L _ PDI Horizontal sync pulse detection circuit CSYNC HDOUTl HDOUT2 SBLD BLDIN BLDOUT MVSYNC MHSYNC NAIN1 NAIN2 I NAOUT INVIN INVOUT i _ ine VDDI Level shifter 1 Level shifter 2 42 ...

Page 43: ...mponent of the Y driver and its inverted signal CLY and CLY to be inputted to CLYI and CLYZ respectively for forward shift and CLY and C to be inputted to CLYI and CL 2 respectively for reverse shift 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 U...

Page 44: ...XV Cl ou Timing chart 1 tr tf Dx DY _ tr _ CLX CLX CLY CLY _ tr _ 2 t pdCC CLX CLY CLX CLY t pdCcL t pdCCH 3 ts CLX CL Xn l ts ts 4 fDS b i Dx DY CLXl CLY tDS L_ t DH 44 ...

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Page 59: ... AA AD AD AC AD AC AB AC AA AA AA AA AB AA AB AC Ref No Part No XV Cl ou Description C852 VCCCCYlHH820J J 82p 50V Ceramic C853 VCCCCYlHH270J J 27p 50V Ceramic C860 VCCCCYlHH221J J 220 50V Ceramic C861 VCESPFlCW106M J IO 16V Elect N P C864 VCESPFlCW475M J 4 7 16V Elect N P C865 VCKYCYlEF1042 J 0 1 25V Ceramic C867 VCKYCYlEF1042 J 0 1 25V Ceramic C868 VCKYCYI HB103K J 0 01 50V Ceramic C869 VCKYCYlEF...

Page 60: ...320 R321 R322 R323 R324 R325 R326 R327 R328 R329 R330 R331 R332 R335 R336 R337 R338 R339 R340 R341 R342 R343 R344 R360 R361 R363 R364 R366 R397 R401 R402 R403 R404 R405 R406 R407 R408 R409 R410 R411 R412 R413 R414 R415 R416 R417 R419 R420 R421 R430 R431 R501 VRS CYI JFI 52J VRS CYI JF682J VRS CYI JF153J VRS CYI JFI 03J VRS TW2ED151 J VRS TW2ED151 J VRS CYI JFI 05J VRS CYI JF103J VRS CYI JF223J VRS...

Page 61: ... J 4 7k 1 16W Metal Oxide AA Description R850 R851 R852 R853 R854 R855 R856 R857 R858 R859 R860 R862 R863 R864 R865 R866 R867 R868 R869 R870 R871 R872 R873 R874 R875 R876 R877 R878 R879 R880 R881 R882 R883 R884 R885 R886 R887 R888 R889 R890 R891 R892 R893 R894 R895 R896 R897 R898 R899 R900 R901 R902 R903 R904 R906 R907 VRS CYI JFI 03J VRN CYI JF391 D VRS CYI JFI 02J VRS CYI JFlO3J VRS CYI JFIOI J ...

Page 62: ... Metal Oxide AA J 68k l l 6W Metal Oxide AA J 47k l l 6W Metal Oxide AA RI529 VRS CYI JF563J RI530 VRS CYlJF105J RI 531 VRS CYI JF105J RI532 VRS CYlJF271J RI533 VRS CYl JF102J R1534 VRS CYl JF272F RI 535 VRS CYI JF333J RI 538 VRS CYI JF473J RI 539 VRS CYI JF333J R1540 VRS CYl JF124J RI 541 VRS CYI JF473J R1542 VRS CYI JF473J RI 543 VRS CYI JFI 04J RI 544 VRN CYI JF272D RI546 VRN CYI JF123D RI 547 ...

Page 63: ...N0278GEZZ J Plug 2 pin SP P803 QPLGN0864TAZZ J Plug 8 pin P904 QPLGNOl79FJZZ J Plug 7 pin EB SC402 QSOCN3078TAZZ J Socket 30 pin TA SC1501 QSOCNOl99FJZZ J Socket 20 pin CA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AC AB AB AB AB AB AB AB AB AB AB AB AB AB AD AE AF AA AD AD AE AE Ref No Part No Description DUNTK9687DE04 SUB UNIT Code INTEGRATED CIRCUITS IC2001 RH iX...

Page 64: ...iption Code R2041 VRS CY 1JFI 02J R2042 VRS CBI JFI 02J R2043 VRS CYI JF275J R2045 VRS CY 1JFOOOJ R2048 VRS CYI JF331 J R2049 VRS CBI JF331 J R2052 VRS CY 1JF824J R2055 VRS CYI JFI 03J R2056 VRS CY 1JFI 04J R2057 VRS CYI JF331 J R2058 VRS CBl JF331 J R2059 VRS CYI JFI 02J R2060 VRS CY 1JFOOOJ R2061 VRS CY 1JF223J R2063 VRS CY 1JF331 J R2064 VRS CYI JF392J R2065 VRS CY 1JF331 J R2066 VRS CYI JF513F...

Page 65: ...TEGRATED CIRCUITS ICI 603 VHiTC4W53Fb1 J TC4W53F IC1606 VHiETM3070T 1 J ETM3070TOA ICI 607 VHiTC4SUll F l J TC4SUll F IC1608 VHiTC4SlJll F l J TC4SUi 1F ICI 611 VHiNJM2107F 1 J NJM2107F DIODES D1602 VHDI SV217 1 J Diode D1603 VHDI SV217 1 J Diode COILS L1601 VP 1 M3R9Jl RON J Peaking 3 9pH L1602 VP 1 M4R7Jl R2N J Peaking 4 7pH CONTROLS RI 402 RVR M8001TAZZ J 4 7k B RI 602 RVR M7905TAZZ J 47k B RI ...

Page 66: ...401 QSOCN0352FJZZ J Socket 26 pin LD SC1601 QSOCN0224FJZZ J Socket 20 pin CA AC AC AC AD AE AE Ref No Part No Description Code DUNTK9689DE04 INFRARED R C RECEIVER UNIT CAPACITOR C2501 VCEAPFOJW107M J 100 6 3V Electrolytic AC RESISTORS R2501 VRS CYI JF471 J J 470 l l 6W Metal Oxide AA R2502 VRS CYI JF22OJ J 22 l l 6W Metal Oxide AA MISCELLANEOUS PARTS P2501 QPLGN0364TAZZ J Plug 3 pin RA RMC2501 RRM...

Page 67: ...3BB J Photo Coupler PC123FY8 AH c701 C702 c703 c704 c705 C706 c707 C708 c709 c710 c711 a C712 a c713 c714 c715 C716 c717 C718 c719 C720 C721 C722 C723 C724 C725 C726 C727 CAPACITORS 95KUGZ1154ZZ J 47 400V Electrolytic AZ 95KUGFQ103FB J 0 01 400VFilm AC 95KUGCU221 AK J 220 IkV Ceramic AC 95KUGXAED473 J 0 047 25V Ceramic Chip AB 95KUGAF220RV J 22 50V Electrolytic AD 95KUGXALFlOl J 100 50V Ceramic Ch...

Page 68: ... ZZ IC1703 95KUCBO147AZ J M5T494P J UPC24M12AHF TRANSISTORS Q1701 95KUAG0099DZ J FET2SK1938 Q1702 95KUAA0083AK J 2SA1680 Q1703 95KUAC0262BZ J 2SC4672 Chip Q1704 95KUAY0042AK J 2SC3624 Q1705 95KUAY0013AK J 2SC1623 Chip Q1707 95KUAY0013AK J 2SC1623 Chip Q1708 95KUAYOO12AK J 2SA812 Chip Q1709 95KUAY0012AK J 2SA812 Chip Q1710 95KUAY0013AK J 2SC1623 Chip Q1711 95KUAYOO12AK J 2SA812 Chip Q1712 95KUAY001...

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Page 73: ...Cover J Cover J Diffraction Grating J Heat Managiment Plate J Polarizer Input Plate J Projection Lens J Screw x3 J Screw x2 J Lens Shift Dial J Duct J Spacer J Shielding Plate J Holder CD AR AR AZ AQ AN AH AA AE AG BA AF AA AN AA AL BB BN AU BS AA AA AH AH AE AK AD 1 xv ClOU Ref No Part No Description Code LAMP CAGE MODULE UNIT PARTS 86 BQC XVCI OU l J Lamp Cage Module Unit CG a 6 1 CLMPF0053DE05 ...

Page 74: ...W 3740CEZZ J AV Cable AD AY AS BB SPAKC5270CEZZ Packing Case SPAKP0805CEZZ Polystyrene Mat SPAKX2836CEZZ Buffer Material TLABKOOOI TAZZ Number Card TLABNO157CEZZ Serial Number Label SSAKHO138CEZZ Polystyrene Mat for AC Cord SERVICE JIGS Use for servicing QCNW 4889CEZZ J EA Cable Power Sub QCNW 4890CEZZ 3 EB Cable Power Sub AM AM QCNW 4753CEZZ J CA Cable Main Output QCNW 4892CEZZ J TA Cable Main Su...

Page 75: ...I XV Cl ou PACKING OF THE SET Accessories Remote Control Unit Buffer Material Top and Bottom Polystyrene Mat Case ...

Page 76: ...d stored in a retrieval system or transmitted in any form or by any means electronic mechanical photocopying recording or otherwise without prior written permission of the publisher TQ0522 S Aug 1998 Printed in Japan KI KG SHARP CORPORATION AV Systems Group Quality Reliability Control Center Yaita Tochigi 329 2193 Japan ...

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