Download Sharp VN-EZ1U Service manual
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SHARI= SERVICE MANUAL S6919VN-EZI U/ MPEG-4 DIGITAL RECORDER VN-EZI U 1 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 be used. CONTENTS Page 1. IMPORTANT SERVICE NOTES ...................................................................................................... 2. SPECIFICATIONS l-l ........................................................................................................................... 2-l 3. PART NAMES .................................................................................................................................. 3-l 4. DISASSEMBLY OF THE SET ......................................................................................................... . 5. TEST MODE .................................................................................................................................... 4-l 6. BLOCK DIAGRAM ........................................................................................................................... 6-l 7. OSCILLATOR, 7-l DIVIDING AND MULTIPLY MAP/8. POWER CONTROL FLOW ........................... 9. TROUBLESHOOTHING .................................................................................................................. 5-l 9-I 1O.IC FUNCTION LIST ....................................................................................................................... 10-l 11 .SEMICONDUCTOR 1 l-l LEAD IDENTIFICATION ............................................................................... 12.WIRING DIAGRAM ........................................................................................................................ 12-I 13.SCHEMATlC 13-l DIAGRAMS ............................................................................................................. 14.PRINTED WIRING BOARD ASSEMBLIES 15.REPLACEMENT ................................................................................... PARTS LIST ....................................................................................................... 16,PACKING OF THE SET ................................................................................................................. SHARP CORPORATlON 14-I 15-1 16-I This document has been published to be used for after sales service only. The contents are subject to change without notice. VN-EZl U 1. IMPORTANT SERVICE NOTES BEFORE RETURNING RECORDER THE VIDEO connections, metal cabinet, screw heads, knobs and control shafts, etc.) ,and measure the AC voltage drop across the resistor. Reverse the AC plug (a non polarized adaptor plug must be used but only for the purpose of completing these checks) on the set and repeat the AC voltage measurements for each exposed metallic part. Any reading of 0.45V rms (this corresponds to 0.3mA rms AC.) or more is excessive and indicates a potential shock hazard which must be corrected before returning the video camera recorder to the user. CAMERA Before returning the video camera recorder to the user, perform the following safety checks. 1. Inspect all lead dress to make certain that leads are not pinched or that hardware is not lodged between the chassis and other metal parts in the video camera recorder. 2. Inspect all protective devices such as non-metallic control knobs, insulating materials, cabinet backs, adjustment and compartment covers or shields, isolation resistor/capacitor networks, mechanical insulators etc. 3. To be sure that no shock hazard exists, check for leakage current in the following manner. Plug the AC line cord directly into a 120 volt AC outlet (Do not use an isolation transformer for this test). . Using two clip leads, connect a 1.5k ohm, IO watt resistor paralleled by a 0.1 $LF capacitor in series with all exposed metal cabinet parts and a known ground, such as a water pipe or conduit. . Use a VTVM or VOM with 1000 ohm per volt, or higher sensitivity or measure the AC voltage drop across the resistor (See Diagram). . Move the resistor connection to all exposed metal parts having a return path to the chassis (antenna ( VTVM 0 AC SCALE 0 > l ’ -5kims METAL PARTS 1. NOTES DE SERVICE IMPORTANTES retour au chassis (connexions d’antenne, coffret metallique, t&es de vis, boutons et arbres de commande, etc.) et mesurer lachute de tension CA entre la resistance. lnverser lafiche CA (une fiche intermediaire non polarisee doit etre utilisee a seule fin de faire ces verifications.) sur I’appareil et repeter les mesures de tension CA pour chaque piece metallique exposee. Toute lecture de 0,45 V rms (ceci correspond a 0,3 mA rms CA) ou plus est excessive et signale un danger de choc qui doit etre corrige avant de rendre le magnetoscope a son utilisateur. AVANT DE RENDRE LE MAGNETOSCOPE Avant de rendre le magnetoscope a I’utilisateur, eff ectuer les verifications de securite suivantes. 1. Verifier toutes les gaines de fil pour etre sur que les fils ne sont pas pin&s ou que le materiel nest pas coin& entre le chassis et les autres pieces metalliques dans le magnetoscope. 2. Verifier tous les dispositifs de protection tels que les boutons de commande non metalliques, les materiaux d’isolement, le dos du coffret, les couvercles de compartiment et ajustement ou les boucliers, les reseaux de resistance / condensateur d’isolement, les isolateurs mecaniques, etc. 3. Pour etre stir qu’il n’y a aucun risque de choc electrique, verifier le courant de fuite de la maniere suivante. . Brancher le cordon d’alimentation secteurdirectement dans une prise de courant de 120 volts. (Ne pas utiliser de transformateur d’isolement pour cet essai). . Utiliser deux fils a pinces et connecter une resistance de IO watts I;5 kohm en parallele avec un condensateur de 0,15 PF en serie avec des pieces du coffret metallique exposees et une masse de terre connue telle qu’un tuyau ou un conduit d’eau. . Utiliser un VTVM ou VOM avec une sensibilite de 1000 ohms par volt ou plus ou mesurer la chute de tension CA entre la resistance (voir diagramme). . Dbposer la connexion de la rbsistance a toutes les pieces metalliques exposees ayant un parcours de I c VERS PIECES METALLIQUES 1-I VTVM oECHELLECAo 3 VN-EZI U WARNING :TO REDUCETHE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT EXPOSE THIS APPLIANCE TO WET LOCATIONS. /&/AA CAUTION This symbol mark means following. For continued protection against fire hazard, replace only with same type fuse. (F901; 1.75A 24V, F902; 1.75A 24V, F903; 1A 24V, F904; IA 24V, F905; IA 24V) CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK. DO NOT REMOVE COVER. NO USERSERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL. A n 1 0 This symbol warns the user of uninsulated voltage within the unit that can cause dangerous electric shocks. This symbol alerts the user that there are important operating and maintenance instructions in the literature accompanying this unit. ATTENTION: POUR REDUIRE LES RESQUES D’INCENDIE OU DE CHOC ELECTRIQUE, NE PAS EXPOSER CET APPAREIL A LA PLUIE OU A L’HUMIDITE. RISQUE DE CHOC ELECTRIQUE NE PAS OUVRIR ATTENTION: A n 1 0 n 1 ATTENTION 0 AFIN DE REDUIRE LES RISQUES DE CHOC ELECTRIQUE, NE PAS RETIRER LE COUVERCLE, AUCUN ORGANE INTERNE NE PEUT ETRE REPARE PAR L’UTIUSATEUR, CONFIER L’APPAREIL A UN DEPANNEUR QUALIFIE. Ce symbole signale a I’utilisateur la presence d’une tension non isoleea I’interieurde I’appareil qui peut etre la cause de secousses electriques dangereuses. Ce symbole avertit I’utilisateur que des instructions importantes relatives a I’utilisation et al’entretien se trouvent dans le manuel accompagnant I’appareil. 1-2 Ce symbole signifie que I’on devra utiliser un fusible de meme type (F901; 1.75A 24V, F902; 1.75A 24V, F903; IA 24V, F904; 1A 24V, F905; IA 24V) pour assurer la securite. A VNkEZlU 2. SPECIFICATIONS MPEG-4 Digital Recoder Power requirement: Power consumption: Record format/Image compression system: Sound recording system: Pixel composition: Recording medium: Photometry: Exposure control: Pickup device: LCD Monitor: Lens: Focus range: White balance: Shutter speed: Self-timer: Microphone: Speaker: Operating temprature: Storage temprature: Operation humidity: Dimentions: Weight: DC6V [Recording] 3.4 W [Playback] 2.7 W [Movie] MPEG-4/ASF JPEG base line conformance/JPEG (Exif 2.1) [Still] ADPCM, monaural, 8 kHz sampling [Movie] 160 x 120 pixels/320 x 240 pixels [Still] 640 x 480 pixels (square dots) SmartMedia card (SSFDC) (3.3 V) (2MB, 4MB, 8MB, 16MB, 32MB) TTL center-weighted average metering Aperture-priority auto exposure l/4-inch square pixel color CCD image sensor (with approx. 350,000 pixels including optical black) progressive scanning 1.8 inch color screen with approx. 61,000 pixels Fixed focus with macro positon, F=3.4/8 f=3.8 mm [Normal] t-A approx. 24” (60 cm) to 00 [Macro] aapprox. 4” (10 cm) Automatic tracking, manual switching (“OUTDOOR”/“INDOOR”) Auto variable [Movie] l/l 5 to l/4000 second [Still] l/4 to l/4000 second IO second Monaural nondirectivity 020 mm 100 mW output (monaural) O°C to +4O”C (32°F to 104°F) -20°C to +6O”C (-40°F to 140°F) 30% to 80% (with no dew formation) 37/32”(W)x 317l$‘(H) x 1*‘/32”(D) [81.4 mm (W) x 89.5 mm (H) x 42 mm (D)] 0.33 Ibs (148 g) [body only]/053 lb (240 g) [including a SmartMedia card, four AA-size alkaline batteries and a hand strap] AC Adapter (UADP-0243TAZZ) Supplied SmartMedia Card Memory capacity: Memory type: Power requirement: Operating temprature: Storage temprature: Power requirement: DC output: Operating temperature: Storage temprature: Dimensions (approx.): 4MB NAND flash EEP-ROM 3.3 v O°C to +4O”C (32°F to 104°F) -20°C to +6O”C (-4°F to 140°F) Weight (approx.): Specifications AC 11 O-130 V/60 Hz, DC 6.0 V/700 mA O°C to +40°C (32°F to 104°F) -20°C to +6O”C (-4°F to 140°F) 23/8”(W) x 33/8”(H) x 1*‘/32”(D) [60 mm (W) x 86 mm (H) x 49 mm (D)] 1.08 Ibs (490 g) are subject to change without notice. * Minimum ilumination: Alkaline batteries (AA-size x 4) 3.3 V type SmartMedia (4MB) Since there is no widely accepted testing procedure for determining minimum illumination capability, lux ratings are comparable only between models from the same manufacturer. Hand strap SmartMedia Soft case holder PixLab Integrated Digital Media Software CD-ROM Index label (X 2) Write-protect AC adapter UADP-0243TAZZ seal (x 4) Floppy disk adapter for med’iaTM VR- 1FPN RUNTK0350TAZZ VN-EZl U 3. PART NAMES For details on the use of each control. Lens body --i (CAME RA/PLAY Mode select switch (MOVIE/STILL select switch) 1 POWER Operation button MENU button . Grip L_.---- LCD monitor r Iris select switch Hand strap loop Lens body (CAMERA/PLAY select switch) Shutter button Microphone Speaker Focus (Macro/Normal) select switch DC IN 6V terminal Lens -Tripod - 3-1 socket SmartMedia slot VN-EZl U 4. DISASSEMBLY OFTHE SET *For assembly, tighten the screw to the torque of 0.5+0.1/-O kg cm. *Previouslv remove the smart medium unit. 6. 1. J Batter B . Remove the screws ( 8TAFF)(2pcs.) and ( t@ LXHZ0206TAFN)( 1PCS.). . Pressing the power PWB to prevent it from floating, lift the main PWB in the arrow direction. (Take care that the board-to-board connector is slightly inner than the center.) . Remove the screw (OLX-HZ0058TAFF) of the shutter PWB, and the main PWB will be removed. Remove the screws ( @ LX-BZ021 OTAFN)( 1PCS.) and (@ LXHZOQ56TAFN)(l PCS.)and (@LX-BZO208TAFN)(3pcs.). Open the battery lid as instructed with 0. Remove the front cabinet, lifting it as instructed with 0. Is unit 7. ery connector @Tapping b Back lig connect PWB FFC .Remove JACK PWB the screws (@ LX-HZ0056TAFN)(l PCS.) and (@I LX. Remove the JAK PWB screw (0 LX-HZ0062TAFF)(l PCS.),the HZ0062TAFF)(4pcs.). battery connector, TFT PWB FFC and back light connector, and . Lift the lens unit, and remove the CCD flex and tilt connector the power PWB will be removed. across the main PWB. Note: As far as the power PWB is routed to A, connect the black lead Remove the operation key flex connector and SP microphone wire of the jack PWB directly to the battery terminal. From A, solder two connector, and lift the main PWB. l lead wires 3. from the battery terminal to the power PV’!/Band the black lead wire from the jack PWB to the land near the battery connector. 8. . Remove the screws (@LX-BZO208TAFN)(7pcs.). 4. . Remove the screws (@%BZ0208TAFN)(3pcs.). . Remove the screws (@LX-BZO208TAFN)(2pc.). . Remove the CCD flex. . Remove the TFT flex. _p . 5. TUT Pull off TFT in the arrow direction. IO. PWB Q G . Remove the CCD PWB. / . Remove the screw (6 LX-BZ0208TAFN), and TFT PWB will be 1 removed. 4-I VN-EZl U 4-1. CAUTION ON ASSEMBLY I. Caution for wiring treatment of rear cabinet l Check whether the flexible and lead lines framed with () in the left figure swell out or not. Fig. 1. Rear cabinet (Whole) Tripod base holder Fig. 2. Rear cabinet (Bottom) l Check whether the insulation tape is peeled off on the base holder of the tripod framed with (-) in the left figure or not. 2. Cauti l Take care to prevent the rear cabinet framed with () in the left figure from being outside the front cabinet. Fig. 3. Rear cabinet (Side face) l Take care to insert the projection of the front cabinet framed with (-) in the left figure into the area (~ in the figure below) between the rear cabinet and tripod base holder. Tripod base holder Fig. 5. Rear cabinet (Bottom) 4-2 VN-EZl U 5. TEST MODE The camera has two kinds of the test mode functions, mode 1 and mode 2, which are used for development/production/service. 5-l. HOW TO ENTER INTO THE MODE 1 (INITIAL SCREEN OF MODE 1) Mode for setting the CSD display language, clock display and so on 1) Pressing the A key and MENU key, turn on the POWER switch. f - ) c-a_:+ I ~ ‘.Z. ::::::::::::: w .::: ‘I I+ pg$T . ..~.Qq$: J 2) After BUSY is displayed, the initial screen of Mode 1 is displayed. Initial screen of Mode 1 5-l-l. Changeover of OSD display language and clock display (linked) 1) Select COUNTRY with A or ‘I key, and select the country display with 4 or ) key. 2) Select NORMAL SET with A or v key, and determine it with ) key. 3) End the setting with POWER OFF. Country displav JP us UK OSD language displav 1 Japanese I Enalish Enalish 1 Clock display Year(Y). Month(M). Dav(D) 1 YYYY. MM. DD 1 MM. DD. YYYY 1 DD. MM. YYYY 1 Time 1 AM 12:OO 1 12 o’clock at the daytime is 12:00PM, 1 12:OOAM 1 and 12 o’clock at thenighttime is 12:OOAM. 1 12:OOAM 1 In 24H display, 12 o’clock at the nighttime is 0o:oo. English DD. MM. YYYY 0o:oo EU * 12H display can be selected for user-set clock timina. Note: When the country display is changed, apply “clock timing” in the user setting mode. 5-l-2. Changeover of power save ON/OFF 1) Select P-SAVE with A or v key, and select ON/OFF with 4 or) key. Setting Function P-SAVE ON Auto power-off is set unless anything is set for approx. 3 minutes. P-SAVE OFF Auto power-off is set. 2) Select NORMAL SET with A or v key, and determine it with ) key. 3) End the setting with POWER OFF. 5-l-3. Return of user setting to default setting Any other user setting except OSD display language setting (Item 5-I -1) is all returned to the default setting. 1) Select DEFAULT SET with A or v key, and determine it with ) key. 2) End the setting with POWER OFF. 5-2. MODE 2 (INSPECTION/ADJUSTMENT MODE) [Note]: Since the data of EEPROM is rewritten if any address is selected and the data is changed, not only carefully operate it but also be sure to record the address and data before setting the data. Objects, meters and jigs/tools necessary for inspection and adjustment *Jig/tool name Part code AC adapter Separately available (VR-1 AAW) Commercially available Halogen light x 2 PCS. JiGCHARTGray scale chart JiGCHART- 1 Siemens Star Chart JiGMETERllluminance meter (o-3000 lux) Color temperature meter (1600~400000K) JiGMETERColor temperature conversion filter (3200+68OOK) JiGHOYA-LB165 1 HOYA”LB-165” I I Extension cable 30pin, Main (CN204) - Power (CN906) QCNW-1948TAZZ Extension cable lOpin, Main (CN202) - Control (CN2901) QCNW-1949TAZZ Extension cable 13pin, Main (CN31) - CCD (CNl) QCNW-1950TAZZ - - -QCNW_19~TAZ~ Extensioncable %in~P~~(~%7~ wT(CN803) 5-I Price code BB Remarks CP CE CT FF BH I BS AP AP - -AK New New New - - - New - How to enter into the test mode (initial screen of TEST MODE) 1) Pressing the V key and MENU key, turn on the POWER switch. 2) When BUSY is displayed on the screen, release the V key and MENU key, and the initial screen of the test mode will be displayed. (Refer to the center of the following figure.) 3) Shift to each mode with the operation button of the main unit. 4) After setting is completed, press the MENU key, and it will return to the initial screen of the test mode. Then turn off the power. / n 0 a 0v ‘I> + POWERm ..:‘. Color bar pattern W/Y/Cy/GIMglRIBluelBlack t Initial screen of TEST MODE Screen of EEPROM SET Initial screen of EEPROM INI Screen of WB ADJ Version display + 5-2-l. Method of displaying the test pattern To inspect and adjust the liquid crystal the color bar and monochrome pattern can be displayed. mMethod of displaying the color bar (75% modulated) 1) The initial screen of the test mode is displayed. 2) Press the A key to display the color bar. 3) Press the MENU key, and it will return to the initial screen of the test mode. Then turn off the power. mMethod of displaying various patterns 1) The initial screen of the test mode is displayed. 2) Press the 4 key to display EEPROM SET screen. 3) Press the 4 key to display Address 1FE of EEPROM. 4) Press the A key to set 00 as the data of Address 1FE. 5) Press the A or V key to vary the data, and the patterns in the following table will be displayed. Data (h) 01 Address (h) IFE Display pattern I White signal 40% 1 White s&al 100% 1 Black signal 1 Color bar signal I 02 03 1 04 05 Red signal:The signal level is the same as that of the color bar. I 06 07 1 Green signaLThe signal level is the same as that of the color bar. I Blue signal:The signal level is the same as that of the color bar. i I I J 6) Set FF as the data of Address IFE of EEPROM. 7) Press the MENU key, and it will return to the initial screen of the test mode. Then turn off the power. 5-2 I I 5-2-2. Method of selecting VALID/INVALID of the battery lid switch For disassembly and operation, set the switch of the battery lid at VALID. 1) The initial screen of the test mode is displayed. 2) Press the 4 key to display EEPROM SET screen. 3) Select Address 1 FD with 4 or ) key, and set FF as the data with A or v key. 4) Press the MENU key, and it will return to the initial screen of TEST MODE. Then turn off the power to complete the setting. Since the battery lid switch becomes invalid, it can be disassembled for inspection and repair. [Note]: After the inspection and repair are completed, be sure to return the data of Address 1 FD to 00 (except FF), and turn the battery lid switch to VALID. 5-2-3. Method of adjusting the LCD display For adjustment, remove TFT PWB from LCD unit. a) Horizontal position adjustment 1) The initial screen of the test mode is displayed. Select Address 1 FE with 4orb key, and set the data at 04 with the wh ite and black bars at both ends of the color bar displayed +To POWER PWB I L-l-, I v JTo POWER PWB 4) After adjustment, set FF as the data of Address 1 FE with A or v key. 5) Press the MENU key, and it will return to the initial screen of TEST MODE. Then turn off the power to complete the setting. b) Common bias adjustment [Note]: Apply this after aging of approx. 5 minutes. The back light set by the user is regarded as standard. 1) The initial screen of the test mode is displayed. 2) Press the 4 key to display EEPROM SET screen. 3) Select Address 1 FE with 4 or ) key, and set 00 as the data with A or v key. 4) Bring the lens unit into the shooting state (EE display). 5) Select Address 1 F8 with 4 or ) key. 6) Shoot the gray scale, and vary the data with A or v key to find such a point as the black sinks to the deepest. 7) After adjustment, select Address 1 FE with 4 or ) key, and set FF as the data with A or v key. 8) Press the MENU key, and it will return to the initial screen of TEST MODE. Then turn off the power to complete the setting. c) White balance adjustment [Note]: Apply this after aging of approx. 5 minutes. The back light set by the user is regarded as standard. 1) The initial screen of the test mode is displayed. 2) Press the 4 key to display EEPROM SET screen. 3) Select Address 1 FE with 4 or ) key, and set 01 as the data with A or v key. (White 40% pattern is displayed.) 4) Bring the sensor unit of the color thermosensor into contact with the screen of the LCD monitor, and measure the color temperature (M) and.compensation value (CC). [Note]: To prevent the LCD monitor screen from being injured at this time, don’t press the sensor unit of the color thermometer or rub it. To gain the color temperature of 7600 +_200K and the compensation value of 50 +_2, select Address 1 F5 or 1F6 with 4 or ) key, and adjust the data with A or v key. [Note]: Take the measurement 2 or 3 times to reduce the error. Select the dark place to prevent an excess light from entering the sensor unit of the color thermometer. First adjust the color temperature into the standard range, and adjust the compensation value (CC). 5-3 VN-EZl U Color temperature Low High Low High Low High Within standard Within standard Within standard Compensation value Low Low High High Within standard Within standard Low High Within standard Address 1 F5 (B) 4 ‘IDown Fixed Fixed AUP VDown Address 1 F6 (R) ) Fixed VDown I AUP Fixed I AUP AUP VDown VDown AUP Adjustment end AUP Adjustment end VDown 5-2-4. EEPROM INI (initial) method Apply this when EEPROM is replaced or the version of the microcomputer is increased. nAdjustment preparation and check items Before entering the initial screen of the test mode, insert the smart medium in which data is already written. Moreover, check the version. Initial screen of TEST MODE Version display + Screen of EEPROM INI (PRO) Screen of EEPROM INI Screen of EEPROM INI (ALL) a) PRO (protect) mode Rewrite the other data except the white balance setting, TFT setting and clock with the data in the smart medium-l) The initial screen of the test mode is displayed. 1) The initial screen of the test mode is displayed. 2) Press the ) key to display EEPROM INI screen. 3) Press the 4 key to display INI (PRO) screen. 4) Press the shutter button to rewrite the data with the data in the smart medium. In approx. 1 second, it will automatically return to EEPROM INI screen. 5) Press the MENU key, and it will return to the initial screen of TEST MODE. Then turn off the power to complete the setting. 6) Perform steps in “5-l-2. Return of user setting to default setting”. 7) Then turn off the power to complete the setting. b) ALL mode Rewrite all data of EEPROM with the data in the smart medium. 1) The initial screen of the test mode is displayed. 2) Press the ) key to display EEPROM INI screen. 3) Press the ) key to display INI (ALL) screen. 4) Press the shutter button to rewrite the data with the data in the smart medium. In approx. 1 second, it will automatically return to EEPROM INI screen. 5) Perform steps in “5-2-3. Method of adjusting the LCD display” and “5-2-5. Camera (CCD white balance) adjusting method”. 6) Press the MENU key, and it will return to the initial screen of TEST MODE. Then turn off the power to complete the setting. 7) Perform steps in “5-l-2. Return of user setting to default setting”. 8) Then turn off the power to complete the setting. *Use the smart medium, FD adaptor or PC card which is copacked or optional. 5-4 5-2-5. Camera (CCD white balance) adjusting method Preparation and check items before adjustment For illumination, apply the approximation of the color temperature lamps are preferable for the even illumination. Use the chart which is not stained or discolored. 3200K and illuminance 3000 lux, and the light source of 2 or more Initial screen of TEST MODE 1 I , I During adjustment Screen of WB ADJ MENU Adjustment end (CMP-ADJ) I 1 I i I i I i Press the ) key for changeover. (AUTO) position is used for investigation but not used for the service. 1) The initial screen of the test mode is displayed. 2) Press the V key to display WB ADJ (3200) screen. 3) Shoot the gray scale chart. 4) Press the shutter button, and wait until CMP-ADJ is displayed. 5) Press the ) key to display WB ADJ (6800) screen. 6) Set up the color temperature replacement filter (LB-165 3200K -+ 6800K conversion) in front of the lens. 7) Press the shutter button, and wait until CMP-ADJ is displayed. 8) Press the MENU key, and it will return to the initial screen of TEST MODE. Then turn off the power to complete the setting. 5-2-6. Lens back focus adjusting method Preparation before adjustment Remove the front cabinet of the main unit, and remove the cabinet of the lens section. (The cabinet of the lens section can be disassembled or assembled only when the front cabinet of the main unit is removed.) Remove the macro adjusting ring. (Refer to the right figure.) Remove two tilt holder fastening screws on the main unit side, and holding the tilt section and CCD PWB section with left hand, pinch both ends of the macro adjusting ring with right hand, and gradually pull it up in the arrow direction. (At this time, take care to prevent missing the macro ring fastening hardware.) During adjustment, keep the front cabinet of the tilt holder main unit and the rear cabinet of the camera in the assembled state, and the main unit will be stabilized. [Note]: Take care to prevent applying a forcible force to the tilt section. 5-5 I Tilt holder fastening screw position I_L Distance of objet t : 1000&l Barrel section Adjusting method 1) When shooting, align the center of Siemens star chart to that of the motor screen. 2) Turning the barrel section of the lens with finger, adjust the lens focus to be the best, checking the monitor screen. 3) Align the macro adjusting ring to the position (level the notch rightward) in the figure below, and straightly insert the barrel from the front side without moving the barrel. Hole Dosition of macro adjusting ring and CCD PWB y Macro adjusting ring Macro ring fixture 4) Insert the macro ring fixture into the macro adjusting ring. Check after adjustment: Verify that the object is focused in the range of 45 cm to near the infinite point. 5) Assemble the cabinet. Align the macro switch knob of the cabinet to normal, and make an assembly by inserting the inside switch lever to the notch of the macro adjusting ring. [Note]: @Before assembly, verify that the lens and cabinet inside are not stained. l When assembling the front cabinet of the lens section, the focus switching knob must be positioned at the ordinary shooting position. l When assembling the front cabinet of the main unit, take care to prevent pinching FPC which is present between CCD PWB and main PWB. 5-6 VN-EZl,U Objects, instruments and jig/tools necessary to serve l Illumination meter l Gray scale chart l Color temperature meter l Color bar chart l Color temperature conversion filter l Halogen lamp: 2 PCS. HOYA “LB-1 65” JACK PWB CCD PWB CONTROL PWB Color video monitor Extension cables l l SHUTTER PWB POWER PWB 8 lrl L IO TILT PWB Smart Media Socket To video monitor I1 jIl. TFT PWB fY TFT Unit SP Mic Service of camera section NO. 1 Name I Part No. 1 Code 1 Gray Scale Chart (390 x 520 mm) JiGCHARA-1 CP 2 Color bar chart (240 x 320 mm) JiGCHART- DA 3 Illumination meter (0 to 3000 lux) JiGMETER- Color temperature 1 Note 1 I JiGMETER- (1600 to 400000 degrees K) 5 1 Configuration JiGHOYA-LB165 conversion filter BH (3200 degrees K a 6800 degrees K) JiGCHART- 1 CE JiGTD1500RTDH CB 6 Siemens star chart 7 Torque driver (1.5kg.cm) 8 MAIN PWB (CN204) - POWER PWB (CN906) 30pin QCNW-1948TAZZ BS 9 MAIN PWB (CN202) - CONTROL PWB (CN2901) IOpin QCNW-1949TAZZ AP IO 1 POWER PWB (CN907) - Note: 1. The color temperature IQCNW-1950TAZZ TFT PWB (CN803) 13pin 1 AP conversion filter (jig name No. 5) is available from Hoya Kogaku in your district. 5-7 1.1. 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OSCILLATOR, DIVIDING AND MULTIPLY MAP X801 CCDICDSIAD 12.2727 MHz ASIC 443s -f [ 0sE-j I I I I l/2 l/7 x3 l/70 l/3068 D&K P&K CL P_SCNC D&K I + 4 4 + Microcomputel SD-RAM DSP ‘t I 73.6362 MHz 3.506486 MHz TFT control IR3R29M I DC-DC I 73.6362 I 350kHz 8. POWER CONTROL FLOW ON I0.8s 10.6s 1 power SW I Unless pressed 0.5 see or more, it will not be turned on. (Prevention of wrong operation) PCNTl I DC-DC converter ON (Microcomputer ON) Terminal name PCONTI PCONT2 BLCNT(normal) +5V (CCD) +I 5V (CCD) PCNT2 Circuit ON BLCNT I I Back light is lit. -9V (CCD) +B (Audio) +3.3V (MEDIA) +3.3V (RTC) +3.3V(LSI) +2.5V (LSI) When battery lid is opened,it will be turned off here. +2.5V (LSI) -15V (TFT) +7.5V (TFT) +I 5V (TFT) +5V (TFT) 7-1 Battery(V) 3.3 3.3 3.3 Measurement terminal CN906-10 TL949 TL952 CN906-13 CN906-30 TL973 5 CN906-1 TL917 15 -9 6 CN906-2 CN906-3 CN906-4 CN906-5 TL921 TL925 3.3 3.3 3.3 2.5 2.5 -15 7.5 15 5 CN906-6 CN906-7 CN906-8 CN906-9 CN907-7 CN907-8 CN907-9 CN907-IO TL929 TL933 TL937 TL941 TL944 TL945 TL975 TL979 TL983 TL987 IC205 TROUBLESHOOTHING 9. TROUBLESHOOTHING No Is the terminal (21), (28), (32) (33) (47) (48) (50) (82)s GND, (9), (29) (34) (35) (40) (49) (77) or (79) of microcomputer power [3.3V] is normal. POWER CIRCUIT TROUBLESHOOTHING Check power circuit. Check L208. -, The power cannot be turned on. RSTX(75)“H” Isvoltage output between the pins (2), (3) (6) and (7) of Q921 and TL1922? No Check battery terminal. Check F901 and F902. No B Check periphery of Q924. Check SW291 1. Is PCNTl at Hi level? Check microcomputer circuit. No l Check C906, R902 and R905. Is 2.5V output to TL944? keys (36) (37) and (38) * Check C903 and R910. Is IC2901 communication I ‘No l No b Check F903, F904 and F905. Check L904 and D906. No Check relevant key. Check R2901 -R2908 and R291 O-R291 2. l 1 Shorted load of 3.3V line. normal? lines of lC205 and lC2901. (32 kHz). . r No b Check pins (l), (2), (99) and periphery of IC201. (loo), (83)-(90) I Yes No and (9) of IC901. Shorted Check connection lI Check IC2901 for oscillation - I Yes l Check Q906, D905, L905 and pins (8) No No normal? I Is IC201 communication + Check pins (91)-(98), periphery of IC203. (83)-(90) and load of 2.5V line. l Check Q928 and IC903. Yes a L b Check IC201 oscillation. (24.5454MHz) Check connection lines of IC205 and lC206. Yes v No I Yes Yes Is 3.3V output to TL943? to pin I Yes Yes Is voltage supplied to the emitter of Q930, Q906 and Q907? 4 MHz) supplied l &eoi;ration Yes Is triangular wave of approx. 700 mVp-p output at the pin (17) of IC901? Is clock (approx. (80)? l Check battery and AC adaptor. Yes Is OV applied to the pin (13) of IC901 when power is turned on? Check IC204 and D201. I Check SW901. Defective IC205. Short circuit of each pin. Yes l Shorted load of 5V (CCD) and 5V (TFT) line. Check IC904, Q930, Q911, IC906, Q908, D906, L911, L904 and pins (11) and (12) of IC901. Is 5.OV output to TL919 and TL989? Yes Shorted load of 3.3V (MEDIA) 1 IC205 normal. CCD TROUBLESHOOTHING line. 1Turn mode SW to MOVIE. Is Is Is Is 15V applied 7.5V applied -9V applied -15V applied to TL923 and TL983? to TL981? to TL927? to TL977? No l Shorted load of 15V (CCD), -9V (CCD), lSV(TFT), . Is back light lit? Does T903 oscillate? I + . I I Yes + 1 No No 1 Is power voltage no-1 7.5V (TFT) and 15V (TFT) line Check Q907, T901, 0907,0908, L907, L908, L909, L910 and pins (15) and (16) of IC901. Is clock signal supplied and TL17? I Check Q922, Q923, Q925, Q929, L913 and C946. to TL15, TL16 of the l Check IC35 and periphery of IC201. Check CCDFPC. No b Check IC31 and its periphery. Check CCDFPC. I Yes Is pulse signal supplied or LCD unit is defective. Refer to the troubleshooting 1 power supply. No I Yes b48 d to TLG-TLlO? 1 Yes Is signal supplied to (l)-(4) and (12)- Check ICl peripheral (141 of Cl? ICl is defective. Check Ql. CCD unit is normal. circuit. I I CAMERA TROUBLESHOOTHING AUDIO TROUBLESHOOTHING LCD TROUBLESHOOTHING 1Turn mode SW to MOVIE. Turn mode SW to MOVIE. (Shooting mode) Abnormal Picture is not displayed. LNo Is LCD monitor normal? Is OSD output? -b No Is the terminal (12) (17), (33), (39), (40) (42), (43) or (44) of power [3.3V] of IC34 normal? No _ Refer to the troubleshooting LCD supply. of the l Refer to the troubleshooting CCD supply. of the r b I b Refer to the troubleshooting power supply. Check IC33, L31 and R44. of the Check R650 and R651. Is the voltage of approx. 2 V output to Is -15V supplied to TL849, 7.5V to TL853,15V to TL857 and 5V to TL860? TL604? I Yes v Is signal output at pin (25) of IC602 when normal microphone is connected and signal is supplied? + Check pins (24) and (25) of IC602, l and Q652, Q653, FB603, FB604 and their periphery. I Yes Check IC201 and their periphery circuit. Is signal supplied to (18) and (20) of IC602.? No Are pins (1 l), (13) and (14) of IC602 properly connected to IC205? Yes -No supplied to Is approx. 1 .OV voltage + I Yes +-No Are 6 to 9V common signals output at TL824 and TL868? b Check IC802 and their periphery. No b Check IC205 and their periphery. I No + Check IC806, its periphery, and IC806 to IC205 connection. No d Check lC801 and X801. Check IC801. Is signal output at TL831, TL832 and TL833? IC34 is defective. Check IC201 and their periphery. 1 No , 1Yes I b Check the pins (4) (5) and (6) of fC602 as well as R604 and R605. Medium is not read. 1 I Yes Check C603 and R603. Defective medium Is the signal output to TL601 and TL602? i No ’ Check IC601, its periphery, FB601 and FB602. 1Yes Formatting with PC Yes I Yes No 1Check the speaker. + Check the smart medium socket, lC201 and its periphery. No Medium normal. 1 Yes 1 Defective LCD unit or FPC wire breakaae 1 IC201 is defective. Check IC201, its periphery and Q201. Check TFT FPC. Yes IC602 is defective. Yes of the No 1 IS IC801 oscillated at Is signal output at pins (4) and (6) of IC602? Refer to the troubleshooting b power supply. Check TFT FPC. IS video signal suppm1 Is approx. 2.4V signal output at pin (2) of IC806? b Check connection line of IC205. Is output signal output to A/D output (2)-( 11 )? of the I Yes Check IC201 peripheral circuit. I No I Yes No Refer to the troubleshooting power supply. Is back light lit? Check CCDFPC. Is clock signal supplied to (16), (21) and (22) and pulse signal supplied to (20) and (23)? 7 I VN-EZI U 10. IC FUNCTION LIST (IC205:IXO698TA) Micom Pin No. 1 2 3 4 5 6 7 8 9 IO 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 Micom Port Name P22 P23 P24 P25 P26 P27 P30 P31 vss P32 P33 P34 P35 P36 P37 SIN0 SOT0 P42lSCKO P43 P44 vcc P45 P46 P47 P70/SDA P71/SDA P72 DVRH DVSS DA0 DA1 AVCC AVRH AVRL AVSS AN0 AN1 AN2 AN3 vss AN4 AN5 AN6 P57/AN7 IRQO P81/IRQl MD0 MD1 MD2 TEST P82/l RQ2 P83/l RQ3 P84 P85 P86/0UT3 NC P60 P61 I/O 0 0 0 0 0 0 I Signal Name PRO PBUSY DSPRESET CCDCNT PCNTI PCNT2 BLCNT PWMODE I I I/O 0 0 I I 0 LENSSW TFTINVSW RTCDA RTCCL PO SHTR SIN SOT Lens direction detection (Low: Playback) TFT inversion detection (Low: Reverse) RTC data input/output RTC clock Camera circuit power control (Low: Playback) Shtter input (Low) RS232C data input RS232C data output I/O 0 EDAT/ESDA TFTINVO EEPROM TFT inversion setting output (Low: Reverse) 0 I 0 ESHIFT/ESCL ACDTCT 0 0 AGCI AGC2 I I I I KEY1 KEY2 MODE BATT I I PWERR TEMP I PINT VCAM I I I I 0 MD0 MD1 MD2 H:Single chip operation mode specification H:Single chip operation mode specification L:Single chip operation mode specification H fixed 0 0 BLCH TFT brightness switch (Low: Dark) 0 0 DEN COIN Open terminal AUDIO codex (DataEnable) AUDIO codex (ContolDataln) I RST ACT L L L L H H H H H L L Function/Connection VCAM VCAM DSP reset output CC0 power circuit Power circuit Power circuit TFT back light power Power SW detection (Low) block EEPROM AC adaptor detection Open drain output Open drain output Open drain output Open drain output DA converter external reference power terminal DA converter power terminal Camera circuit Camera circuit AD converter power terminal AD converter external reference power terminal AD converter external reference power terminal AD converter power terminal Operation unit Operation unit Operation unit (Static picture/dynamic picture) Power voltage detection Power short circuit detection Temperature detection IO-I VN-EZl’U r Micom Port Name Micom Pin No. 59 * P62 60 PPGOO P64 61 62 P65 63 P66 64 P67 65 P90 66 P91 67 P92 68 P93 69 P94 P95/ZlNl 70 71 P96/lNO 72 P97/lNl I 73 PA0 74 PA1 75 RSTX 76 PA2 77 XOA XIA 78 vss 79 x0 80 Xl 81 82 vcc PO0 83 84 PO1 85 PO2 86 PO3 87 PO4 88 PO5 PO6 89 90 PO7 PI0 91 PI1 92 PI2 93 PI3 94 PI4 95 96 PI5 PI6 97 98 PI7 99 P20 100 P21 I/O 0 0 0 0 0 Signal Name DCLK BEEP PDN DSPPO DSPPI I I 0 I I 0 0 CD LVD PRTCTO MEDIA PRTCTI XRST TFTXRST I I lol lOI I I I IW FIST ACT L Function/Connection AUDIO codex (DataShift) AUDIO codex (PWI) AUDIO codex (PowerDown) DSP boot selection DSP boot selection SSFDC SSFDC SSFDC Lid open detection (High : OPEN) SSFDC soket (Low : protect) Reset output (VCAM) TFT reset output H DADI DACK I t 1 I 1 I DALD l I block I 1 DA converter data 1 DA converter clock l l Reset input terminal DA converter road I I I I I I I I I DBO I/O DBI I/O DB2 I/O DB3 I/O DB4 I/O DB5 I/O DB6 I/O DB7 I/O DSPHCS 0 DSPHAO 0 DSPHAI 0 DSPHRD 0 DSPHRE I 1 0 1 DSPHWR 1 I 1 DSPHWE 0 DSPHINT4 0 PADREN 0 PWR (24.5454 + 7MHz) Clock input terminal 1 1 1 1 1 o-2 DSPNCAM DSPNCAM DSPNCAM DSPNCAM DSPNCAM DSPNCAM DSPNCAM DSPNCAM DSP DSP DSP DSP DSP 1 DSP 1 DSP DSP VCAM VCAM data data data data data data data data bus bus bus bus bus bus bus bus I I VN-EZl U 11 SEMICONDUCTOR LEAD IDENTIFICATION n &@$ @ B 4 2SC-2404-C 2SC4081 R DTCI 44EE 2SA1362GR DTCI 14YE DTCI 1SEUA 2SC4213B XC62EP25 XC62EP50 TC7SH04U RB451 F 3 4 + 4(C) DA227 2SA1314C 2SB1121T 2SD874A-RI E 2SK2316 % + % G2 DA221 51 25 A . C 1SS368 HVlJ359TR Fl AJ3 Fl J2F Sl6463DQ 2 Q A + 1 S80827LN 50 30 20 5o 25 15 10 1 25 37 76 IX0750TA MB8346B MSM7716 MPDI 650 48 100 ’ IR3Y29AM BA9708KV VSP2000 IX0701 TA IX0698TA (48Pin) (32Pin) (48Pin) (1 OOPin) (1 OOpin) 5 7 1 LEOP3641 IX0700TA (176pin) 1 S3530A NJM4565V TC7W14U Sl6463DQ NJM2113V TC7WH04U S24C04A 11-l (5OPin) (20Pin) (30Pin) (20Pin) VN-EZl U 12. WIRING DIAGRAM Over Allf DUNTK290lQAOs QPWBX2901TAwk CN3 I N I 393TA CAMERA DUNTK2905PMOO QPWBX2905TA** ;; /‘,5V(cCD) , , v2 1 I CCD I / I:;5V(CCD) r---_--__----------_--_-_---------~~---~ I;/ j I I I I I I I I I I I I I I I I I I I (CAMERA) -------e-t ---------I I I I I I I I I I I I I I (AUDIO> (RMICC0087TAZZ CN60 I N0276T. SF SPEAKE t- SPEAKE ------s-J --------, I I I I I I I I El 26 25 I I I I I I I I I I I I I I I I I I I I I 1 I I I I I MEDIA SOCKET PIN CN204 W3062T. POWER .NO I “ONTROL L PWB 1 1 (RECl %%%TA REC ? NC 3 PCNTZ $ BATT J PSYNC j ACDTCT 7 DADI 3 TFTXRST 3 VICE0 3 TFTIN I DACK 2 DALD 3 AlUGtQ 4 GN) 5 GN> 5 P-SW 7 POW 3 BLCH 3 PbERR t BLCNT , I I I I I I I I I DUNTK2902PMOO QPWBX2902TA** 3 ‘, CN203 N0363TA TILT I I I I I I I I I I I I I I CN207 N0474TA 12-I PWE SHUT VN-EZl U SPEAKER (VSP0020P-968N) TFT PWB 1 DUNTK2904QAOO QPWBX2904TA** TFT UNIT RLCDV0050TAZZ CN60 I N0276TA I I I I I I I I --A --3 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I CN204 W3002TA DUNTK2900QAOO QPWBX2900TAwk - I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I 1 I I I I I I I I I I ---I CN203 N0363TA TILT PM3 , , ( VN-EZl U 13. SCHEMATIC DIAGRAMS 13-l. POWER SCHEMATIC DIAGRAM * See Page 13-16 When replacing expansion fig of IC901. DUNTK29OOQAOO QPWBX2900TA** REC PLAY r 5.0 1 r5.0) 0 D918 rol I SS368 IJAPAN II 2023TAZZ IL2524TAZZ 2, 2 6.0 (6.01 IOTHER IL172lTAZZ IL I72 I TAZZ r R925 I50 R905 IK R902 330 1 I 2 I 3 I 4 I 5 I 13-1 6 I 7 I 8 I 9 I IO I VN-EZlU 1 TO BACK LIGHT Q929 A I 362GR R995 I6J RI925 3.9 0049TA FE910 3 I OTL917 OTL919 0TL921 0TL923 FB912 _ 0TL925 oTL927 FB913 _ OTL929 FB906 _ 0 TL933 FB907 _ 0 TL937 0 TL940 0 TL939 FB906 _ OTL94I OTL942 OTL943 FB91 _ I FB909 _ OTL930 - OTL931 0TL935 0 TL946 0 TL944 ~ oTL945 0TL947 1 +SV(CCD) 2 +I5V(CCD) + 3 I -9V(CCD) 1-1 4 +B(AUDIO) -+ 5 +3.3V(MEDIA) + 6 +3.3V(RTC) + 7 +3.3v(LsI) + 8 +2.5V(LSI) + 9 +2.5V(LSI) -+ PCNTI t MEDIA t AlO OTLg5’ I I I TL’g34 I FB902 FB903 I ACDTCT o 17 DADI t OTLg6’ 18 TFTXRST C TL975 0 TL977 0 7 TL979 0 TL961 0 8 TL963 0 TL965 0 g TLg67 o TLg8g o 10 TFTXRST I I * TLg55 I 61 6 FB90 + 1-t + -ISVtTFT) + +7.5V(TFT) -+ +I5V(TFT) + +SV(TFT) + FB904 0049TA R94 I W? 4.7KD R942 v&-z 62K D R943 v 1 .2KD R947 IOOD c955 560P 5ov i+ I IO I 11 I 12 I 13 I 14 I 13-2 15 I 16 I 17 I 18 I 19 VN-EZl U 13=2-(l). MAIN CIRCUIT SCHEMATIC DIAGRAM (CAMERA) CAMERA [ J QPWBX29OITA+i% I I CCD - -i T 3 L 1 I - I I I I I I I I I I I I I I R45 I 0 I -L c3a O.lu IOV F -_(AGC I1. es 0 (0) -_(AGC2). c39 I? O.lu IOV t-g-@ 3.4 E (3.41 c40 O.lu IOV L I C IOV R39 IK I I R40 IK R4l IK es 0 I fOI, R42 IK I \ C /.7 I O (01 , 3 J f/.71 c55 O.lu IOV 4 IC35 TC7WH04U B PL 1 I 2 I 3 I 4 I 5 I 13-3 6 I 7 I 8 I 9 I 10 a ( ) ~~(DATcK > CCD CCD C38 0.1 IOV R AVSS2 AGC I AGC2 AVSS3 c39 0.1 IOV AVDD I INT BIAS2 AVSS INT 1 CCDD9 D BIASI - CCDD8 1 CCDD7 > CCDDG 1 CCDD5 > CCDD4 > CCDD3 1 CCDD2 1 CCDD I > CCDDO 1 AGC I ) AGC2 ) VIX ) v2x ) _ c43 IOU IOV 10 I 11 I 12 I 13 I 14 I 13-4 15 I 16 I 17 I 18 I 19 VN-EZI U 1a-2-(2). MAIN CIRCUIT SCHEMATIC DIAGRAM (AUDIO) AUDIOI R605 I 5K 0 R60 I I5K CN60 I N0276TA R604 o- - II IOK __I ILbUl SPEAKER +-- SPEAKER- ’ e- SPEAKER+ 2 603 FB60 I 008lTA 5 F: 88? ! d\l/” I o- R602 n IC60 0 (01 7 NJM2 I I lI 3V C60 I ’ IOU ’ IOV A 8 ,_ F 2.6 (2.6, I R62 27K I A1362GR : R623 470 0603 Cl 14YE IC605 VN-EZI U R65 I I 00 R650 6 .8K C650 33u I ov Q652 o C42 13B o 1 1 R’658 I 5K 5 C2 4uxo C3 40UT+ PBO AOUT- NC =w1 NC VFO MAO -s-@ +% I +%-@ I PBIN 3.4 (3.41 Q653 C408 \ C654 O.lu 0 co/’ ‘8 I CN602 N0263TA I MIC TL604 \ c t I I Olu l6V 15 7 \JC UC NC C9 NC MSM77’16 NC VDD PDN DCLK SYNC NC CDIN BCLK PCMOUT DEN OG ICI I- TL605 C8 NC II MIC I MAIN I C602 PCMIN 27OP 5ov 3 ) C658 Iu Z R657 I OOK GND /./ c/ . /I SYNC 19 / (/ .6 > BCLK > .6/, 2.9 PCMOUT (2.91 2.2 PCMIN (2.21 R606 IK I I DCLK I 1 BEEP +3.3V(CCD> 1 +B(AUDIO> 260 I 14YE > 31 3.4 BLCNT > AMPGND > (3.41 (01 I + 10 I 11 I 12 I 13 I 14 I 13-6 15 I 16 I 17 I 18 I 19 Ll J K L M N z;f 4 0 P Q R - S CCDDO AGCI ( ( v2x cum6 ( VIX CCDD7 ( ( CCDDG ( AGCP CCDDS ( ( ccDD4 ( CCDD3 CCDDI ( ( CCDDS ( ( ADCK ( CCDDP OG ( ( REFCK DATCK ( ( DuMc ( ( PD FROM CAMERI > > > > 1 > 1 1 > > REC [ 2 J I , I 33P x201 CO I 54TA / ‘M R236 2 .7K D E F A B I C I L G H I J DEN CDIN DCLK ( ( ( +B(AUDIO) BLCNT AMPGND ( ( ( (+3.3VtCCD) BEEP PCMIN ( PCMOUT ( BCLK ( AUDIO ( SYNC ( PDN FROM H2 < ( H’ ( VH3AX ( R5 V3AX ( ( v2x ( O!=DX VIX ( ( AGCP AGCI ( ( CCDDO ( > > > > > > > > > > > 1 , I I J I J d J I IC202 0750TA JJ ___-r__I JJ I -_ JJ ___~““““““L JI R25 I 47K JJJJJJJJJJ1 R255 100 R257 100 JJJJJJJJJJ1 ygr 88%” I Q/ I Tk QPWBX290 --(CCDDB) --(CCDD7) --(CCDDG) DUNTK290 0.47uH .__..._. --_(CCODS) --(CCOD4) t N m cb 2 - - - - - - - - - - - - - - - - - R248 47K / E m 6.3v f f 3.2 (3.2) R219 47K R209 47K I ~2 id 0.47uH L205 0.47uH TH20 TI103K44-I -0 R214 \ 47K __ I , \ \ \ , . \ R27 I 560 R260 47K m / 47K R217 -csMD4) (CD) / l - TL256 0 0 TL25 I 001 30 TL247 - TL2+--9V<CCDI -CD I I 8 +2.5V(LSI) -9V(CCD) 3 +5V(CCD) +lSVtCCD) 2 1 POWER CN204 W3082TA +3.3V(CCD) I2 vcc bNu ’ ” TL244 TL204((11 0 co/ p-r-----g- TL255 TL22% TL220 0 I t t + f + - SC20 I 20056TA ) ) ! / I A B C D E F G Ii I J AO* T fig52 hC408 Q20 2.6 ‘22.5) I I R R249 47K - \ F F- - - - - w b- P- P- B- P- - - - - - - - - L Ill’ 0 o TL312 $- ( SHTR GND 1 2 SHUT F- t - I *- I > I- 0 0 TL303 TL304 TL292 o TL3 ‘lo., 0 R262 -- TL270 N0363TA TL233 TL232 (TFTIN) 1 - - TL277 o I TFTIN VIDEO BATT GND 2 1 PWB LENDSSW TFTINVSW TILT SIN 2 3 VIDEO 1 RS232C NC RTCDA RTCCL 8 KEY2 KEY I 9 2 I CONTROL .I0 . 19 20 ’ 141 I t t t - + + t t t + + h-1 I CN202 N0474TA CN207 IV I086TA 3. TFT CIRCUIT SCHEMATIC DIAGRAM DUNTK2904QAOO QPWBX2904TAwk X801 -L COO67TA R823 5.6K R819 2.2KD Fe.35 560D C825 YTVICB474K O.OlU C803 R8O4 20K D -.LL 33KD C805 1.9 O.Olu @ L?.OJ 588 4, 4.7 0.6 @SO CO.61 C807 I, .I IU l6V MAI SI r4.71 R806 IK CONT 2 R030 l8KD 2.5 r2dJ LB0 I -: w R834 22KD CB32 2.0 f2.0, =@=4s ma(L > - 56P R687 IOK - 330K - w39 IOK LB03 47uH CB63 56P C864 82P I ce39 IOU l6V - I - -- 4’ VN-EZl U IC805 TC7Wl4U VU804 M4553CEZZ CN802 N2687TA 0 rOJ 2.5 (2.5) 2.5 (2.5, 0 roJ oTL806oTL809 , ,TL8100TL813-2 oTL8 I5oTL8 I6 -3 4 m 2K oTL82I oTL822 -7 _j _ _ csl-0 + VD 3 9 HDB I I -aI2 -13 (’ VREFL _, 8 ---*lo is!zt _ _2 oTLEI~O-~ i + VREFH vGL _ 0TL819-~ R857 VGH ~-=I4 -17 =I8 FW + VCOM 3 PHcYJT + _3 + F’HIN 3 _I -+ CKI *TL867 I9 vss - Q804 Cl l4EE C862 O.OlU 0 roJ BFC PLAY r-il- C J 0 1OJ F R852 IOK R844 180 LB06 47uH w XT C408lR_ 2.2 r2.31 R.954 160 11 -1 f CB48 O.OlU tc 5.0 1 (5.0’ C646 IOU IOV -- D802 C844 O.lu 25V __ u_ D8Ol HVU359TR R860 R662 4 .7K 390 ( X56 Ij6OP I SS36l 2.4 @ r2.4) I.9 r/ -- .9J ‘@ c&I5 O.lU 25V 03 @CM 05 @06 @ 07 CN803 @Da @09 0 @ 010 I TL869 0 L o n843 t r0 131 N I 393TA POWER DAD1 IhI ,2 DACK + 1 I D&D t 10 TFTIN t LB04 47uH I IO I 11 I 12 I 13 I 14 I 13-12 15 I 16 I 17 I 18 I 19 I L > 4 5 6 7 8c 9 GND MODE 3.3V(RTC> PWMODE RTCDA RTCCL - + ---+ -c--- +-- + c2902 9P D x290 I C0032TA c290 C-DZ0004TAZZ if c2903 9P D (0.6) 0 - I 3 +3.3v ----s+ R2909 47 2 KEY2 e--- 6 1 c TL2916 0 0 I u I I 0 ILzmt- TL2908 I SCL NC XOUT GND I SDA XIN IC290 S3530A VDC NC R2915 ‘---y--_: D290 I RB45lF I TL2907 0 TL2912 0 TL29l 0 0 TL2903 TL2902 TL290 1 3.2 I3 IOV (3.21 TL29 I DUNTK2902PMOO QPWBX2902TAgg TL29180 TL2917 I . 4 KEYI - CN290 I Nl078TA I + REC I m 5ov c2905 I OOOP m REC PLAY * R29l I 5.6KD -rl C ) S0204TA oao SW29 I I I OOOP 5ov dm C2906 T I I2KD R2912 R2903 5.6K D I MENU 0 SW290 I SW2906 K0026TA /^o 0 o---- up SW2905 K0026TA ‘------oo 0 0 o----- I * DOWN SW2903 K0026TA 0 rT_i 56KD a * 12KD R2906 - 56KD cezl I R2907 J I R2908 RI GHT K0026TA I o-- LEFT ___o 0 12KD a R2905 K0026TA --o SW29020 c) J, c I b 6 VN-EZl U 13-5. CCD CIRCUIT SCHEMATIC DIAGRAM J I H I I I1 G f 1 i F 00. a?: E 3 0 - u D r m o> O‘W C B A 1 I 2 I 3 I 4 I 5 I 13-14 6 I 7 I 8 I 9 I 10 I VN-EZl U 5. TILT CIRCUIT SCHEMATIC DIAGRAM I922TA oTL1201 I REC I OTLl202 +-- TFTINVSW I 6-- LENSSW 2 I- I GND 13 TLl203 TLl204 00 10 ( SW1201 M0032TA DUNTK2906PMOO QPWBX2906TAwk I TILT PWB 13-7. JACK CIRCUIT SCHEMATIC DIAGRAM J90 I EOI7ICEZZ I IV I “““Ll, TL990 DC G--- - ’ 3 O 2 , oTL995 MEDIA & I I Tfl Pn\A/FR I 1 n I , , GND I R I923 RS-TX2HFOOOJ oTL991 I OTL996 I > TL994 SW90 I MOO I8TA I t 1TO POWER 1, I b l- DUNT-K2907PMOO QPWBX2907TAwk j \ I 13-8. SHUTTER CIRCUIT SCHEMATIC DIAGRAM CN206 1919TA REC SHUTTER TL29-7 SHTR rT_L, SW294 K0027TA DUNTK2908PMOO QPWBX2908TA** I 13-15 See Page Pl3-1 _-___--_ I I I / .o I I I c-1 .OJ I BA97 08KV I I I I I I I I I I I I I I . -4 VDD r *t---------1 1 I I VE3 4I I I I \$- *’ REFERENCE REGULATOR 1 ET I- / a dk g 0 is lCCZIEH20lJ RT I I I SCP COMP GND 1 * I /2 t I- )- e I ERR AMP I INVI iR* . I I I I 0 >- I 1 STB I I -I- I M I I -! II II II II II f 4 /VEI ‘CIZ_ / t DTI 1: 3%; . II i&& . I . / OUT2> 4 (2.3) c905 47OOP 0.3 5.5 5.9 /.2 /.6 5.4 2.1 /.2 (/ .2i’ t-/ .2) (/ .6) (5.4) (2./J (5.5) (5.9, CO.3 ~,~~,,,,~,,-,-,---~~~~~~-~~_~~~_~~~~_~~~~~~~__~~~_~~~_~_____~________________________________ 13-16 I I f d dvv-4- $ I I {IiFf-Gi PWM COMP I -t I = VREF PWM cow INON I f d VN-EZl U 14. PRINTED WIRING BOARD ASSEMBLIES 14-1. POWER PWB Wiring Side SIDE A Component Side SIDE A r 0904 ‘TI 0922 Q921 RI925 cl CN9G6 1 I 2 I 3 I 4 I 5 I 14-1 6 I 7 I 8 I 9 I IO I VN-EZl U Wiring Side SIDE B Land at this position from A Component Side SIDE B IO I 11 I 12 I 13 I 14 I 14-2 15 I 16 I 17 I 18 I 19 VN-ET1 U 14-2. MAIN PWB Wiring Side SIDE A Component Side IEI m lczrsl F2151 m C M !zEl I m _I \ .1/ piiiqET/ I-- (D ‘1 I r-6 IC201 1 kl i I 1 14-3 VN-EZl U B Wiring Side \ 0 0 Component Side SIDE B IC205 10 I 11 I 12 I 13 I 14 I T’@ I n I 14-4 15 I 16 I 17 I 18 I 19 VN-EttlJ 14-3. CONTROL PWB Wiring Side SIDE A Component Side SIDE A TL@@ TL@p@ TL@P@ \ 1 I 2 I 3 I 4 I 5 I 14-5 6 I 7 I 8 I 9 I IO Wiring Side SIDE B Component Side SIDE B IO I 11 I 12 I 13 I 14 I 14-6 15 I 16 I 17 I 18 I 19 I VN-EZl U 14-4. TFT PWB Wiring Side SIDE A Component Side SIDE A Lj IC802 I J pi-1 pm-1 C825 El IC801 'JR804 Wiring Side SIDE B , Component Side SIDE B P Tl@ Tl@ Tl@ T@ /F&q Tl@ Tt@ IO I 11 I 12 I 13 I 14 I 14-8 15 I 16 I 17 I 18 I 19 VN-EZl U 14-5. CCD PWB Wiring Side SIDE A Component Side SIDE A 14-6. TILT PWB Wiring Side SIDE A 14-7. SHUTTER PWB Wiring Side SIDE A Wiring Side SIDE B Component Side Component Side SIDE A Wiring Side SIDE B Component Side SIDE B Component Side Wiring Side SIDE B Component Side SIDE B 14-8. JACK PW 1 I 2 Wiring Side SIDE A Component Side SIDE A Wiring Side SIDE B Component Side SIDE B I 3 I 4 I 5 I 6 I 7 I 8 I 9 I 10 1 VN-EZl U 15.REPLACEMENT PARTS LIST/ EXPLODED VIEWS Ref. No. Q922 Q924 Q925 Q926 Q927 Q928 Q929 Q930 VS2SD874ARl E VS2SD874A-RI E VSDTCI 14YE/-1 VS2SA1362GR-1 VSDTCI 14YE/-1 VSDTCI 14YE/-1 VS2SA1362GR-1 VS2SA1362GR-1 VS2SA1314C/-1 D902 D903 D904 D905 D906 D907 0908 0913 D914 D917 D918 VHDI SS368N-1 VHDI SS368//-1 VHDFI AJ3///-1 VHDFI J2F/ll-1 VHDFI J2F///-1 VHDDA227///-1 VHDDA227///-1 VHDDAN222//-1 VHDI SS368//-1 VHDI SS368N-1 VHDI SS368N-1 L904 L905 L906 L907 L908 L909 L910 L911 L913 T901 T903 RCiLPO158TAZZ RCiLPO158TAZZ VPAXM2R2MR16N VP-WM220KR71 N VP-WM220KR71 N VP-WM220KR71 N VP-WM220KR71 N VPAXMI OOKR42N RCiLP0241 TAZZ RTRNZOI 43TAZZ RTRNZOI 45TAZZ c901 c902 c903 c905 C906 c907 c910 c911 c913 c914 c915 C916 c917 C918 c921 c922 c923 c924 C926 c927 C928 c929 c930 c931 c932 c933 c934 c935 C936 c937 c939 c943 c944 C946 C948 c949 c950 C952 VCKYCY 1 EFI 042 VCKYCYI EFI 042 VCCCCZI EH201 J VCKYCZI EB472K VCCCCZIHHIOIJ VCKYCZI HFI 032 VCKYCZI HBI 52K VCKYCZI HBI 02K VCKYTQI CBI 05K VCKYCZI HBI 02K VCKYTVI HF223Z VCKYCZI CBI 03K VCKYCYI EFI 042 VCKYTQI CBI 05K RCKZO054TAZZ RCKZO069TAZZ RC-KZ0069TAZZ RCKZO055TAZZ RCKZOO72TAZZ RCKZ0072TAZZ RCKZ0069TAZZ RCKZ0072TAZZ RCKZ0072TAZZ RCKZ0072TAZZ RCKZ0072TAZZ RCKZ0072TAZZ RCKZOO72TAZZ RCKZ0027TAZZ RCKZ0069TAZZ RCKZ0055TAZZ RCKZ0055TAZZ VCKYCYI EFI 042 RCKZ0027TAZZ VCFREDI HM273J RCKZ0389CEZZ RCKZ0069TAZZ RCKZ0069TAZZ PC-KZOO69TAZZ Q923 ELECTRICAL PARTS LIST 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. Les pieces marquess ‘A’sont importantes pour maintenir la securite de l’appareii. Ne remplacer ces pieces que par des pieces dont le numero est specific pour maintenir la securite et proteger le bon fonctinnement de I’appareil. Contact your nearest SHARP Parts Distributor. location of SHARP Parts Distributor, Call Toll-free I-IBE800SHARP in CANADA: Contact SHARP Electronics of Canada Limited Phone (416) 890-2100. Description Code AD AD AB AC A0 AB AC AC 2SD874A 2SD874A DTCI 14YE 2SA1362GR DTC114YE DTCI 14YE 2SA1362GR 2SA1362GR 2SA1314C DIODES uHOW TO ORDER REPLACEMENT PARTS.” in USA: * Part No. For AC AC AE AE AE AB AB AA AC AC AC 1 SS368 1 SS368 Fl AJ3 Fl J2F Fl J2F DA227 DA227 DAN222 1SS368 1 SS368 1 SS368 COILS AND TRANSFORMERS *MARK : SPARE PARTS-DELIVERY To have your order filled the following informations. promptly 1. MODEL NUMBER 3. PART NO. 5. PRICE CODE A A SECTION:ALL and correctly, JAPAN please 2. REF. NO. 4. DESCRIPTION A A MARK: SAFETY RELATED PARTS PIECES: RELATIV ‘ES A LA SECURITE Part No. * Description Code PRINTED WIRING BOARD ASSEMBLIES (NOT REPLACEMENT ITEM) DUNTK2900QAOl DUNTK2901QAOl DUNTK2902PMOO DUNTK2904QAOO DUNTK2905PMOO DUNTK2906PMOO DUNTK2907PMOO DUNTK2908PMOO Power PWB Unit Main PWB Unit Control PWB Unit TFT PWB Unit CCD PWB Unit Tilt PWB Unit Jack PWB Unit Shutter PWB Unit - DUNTK2900QAOl POWER PWB UNIT INTEGRATED CIRCUITS IC901 IC903 IC904 IC905 IC906 VHiBA9708KV1 VHiXC62EP25-1 VHiXC62EP50-1 VHiXC62FP33-1 VHiTC7SH04U1 Q901 Q903 Q906 Q907 Q908 Q911 Q921 VSDTCI 14YE/-1 VSDTCI 15EUA-1 VS2SB1121 T/-l VS2SB1121 T/-l VS2SK2316//-1 VS2SA1314C/-1 VSSi6463DQ/-I BA9708KV XC62EP25 XC62EP50 XC62FP33 TC7SH04U AM AE AE AE AE TRANSISTORS DTCI 14YE DTCI ISEUA 2SB1121T 2SB1121T 2SK2316 2SA1314C Si6463DQ AE AE AC AB A0 AB AB AC AF AF AM CAPACITORS PWB ASS IEMBLY IS NOT REPLACEMENT ITEM L’ASSEMBLANGE P.C.I. EST UN ARTICLE NON REMPLACABLE Ref. No. Coil, CiLPO158TA Coil, CiLPOl58TA Peaking, 2.2pH Peaking, 22pH Peaking, 22pH Peaking, 22yH Peaking, 22p.H Peaking, 1Op,H Coil, CiLP0241 TA Transformer Transformer AB AB AC AC AE AD AL 15-I 0.1 25V 0.1 25V 200~ 25V 4700~ 25V loop 5ov 0.01 5ov 15oop 5ov IOOOp 5ov 1 16V IOOOp 5ov 0.022 5ov 0.01 16V 0.1 25V 1 16V 2.2 16V IO 16V IO 16V 3.3 16V 1 25V 1 25V IO 16V 1 25V 1 25V 1 25V 1 25V 1 25V 1 25V IO 16V IO 16V 3.3 16V 3.3 16V 0.1 25V IO 16V 0.027 50V 4kV IO IO 16V 16V IO IO 16V Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic AA AA AA AB AB AB AB AB AC AB AA AB AA AC AD AE AE AD AC AC AE AC AC AC AC AC AC AF AE AD AD AA AF AD AF AE AE AE VN-EZl U Ref. No. c954 c955 C956 * Part No. VCKYCZI HB221 K VCKYCZl HB561 K VCKYCZI AB104K Description 220p 560~ 0.1 50V Ceramic 50V Ceramic 1OV Ceramic Code AA AC AB RESISTORS VRS-TV1 JD332J R901 VRS-CZI JF331 J R902 VRS-CZI JFI 03J R903 VRS-CZI JF223J R904 VRS-CZI JFI 02J R905 VRS-CZI JF103J R906 VRS-CZI JFI 04J R908 R909 VRS-CZl JF474J VRS-CZI JFl53J R910 VRS-CZI JF333J R912 VRS-CZI JF333J R913 VRS-CZl JF333J R914 VRS-CZI JF474J R915 VRS-CZI JF333J R916 VRS-CZI JF124J R917 VRS-CZI JF433J R919 VRS-CZl JF333J R920 R921 VRS-CZl JFI 05J VRS-CZI JF684D R922 VRS-CZI JF334D R923 VRS-CZI JF39OJ R924 VRS-CZl JFI 51 J R925 R927 VRS-CZl JF39OJ VRS-CZl JF433J R928 VRS-CZI JF333J R929 VRS-CZI JFI 02J R931 VRS-CZI JFI 03J R932 VRS-CZI JFI 01 D R933 VRS-CZI JF223D R934 VRS-CZI JF432D R935 VRS-CZI JF153D R936 VRS-CZI JFI 01 D R937 VRS-CZI JFI 040 R938 VRS-CZl JF563D R939 VRS-CZl JF473D R940 VRS-CZI JF472D R941 VRS-CZI JF623D R942 VRS-CZl JF122D R943 VRS-CZl JFl 01 D R947 VRS-CZl JF273J R949 VRSCZlJF15lJ R950 VRS-CZI JF684J R988 VRS-CZI JF334J R989 VRS-CZI JF272J R990 VRS-CZI JF473J R993 VRS-CZI JF332J R994 VRS-TV1 JD18OJ R995 VRS-CZI JF223J R996 VRS-CZI JFlO2J R997 VRS-CZl JFI 04J R1901 VRS-CZI JF224J R1902 VRSCZlJF104J R1903 VRS-CZl JFI 04J RI 904 VRS-CZl JF474J R1905 VRS-CZI JFI 04J R1906 VRS-CZl JF104J RI907 VRS-CZI JF273J RI908 VRS-CZl JFOOOJ R1911 VRS-CZI JFOOOJ R1913 VRS-CZI JFOOOJ RI914 VRS-CZI JF273J R1916 VRS-CZI JFI 51 J R1917 VRS-CZI JF273J R1919 VRS-CZI JF102J RI920 VRS-CZI JF273J RI921 VRS-CZI JF471 J R1922 VRS-CZI JFOOOJ R1924 VRSTVlJD3R9J R1925 VRS-CZI JFOOOJ RI 926 3.3k l/l 6W 330 l/l 6W 1Ok l/l 6W 22k l/i 6W lk l/l 6W 1Ok. 1/I 6W 1OOk l/l 6W 470k l/l 6W 1 Sk l/l 6W 33k l/i 6W 33k l/i 6W 33k l/l 6W 470k l/l 6W 33k l/i 6W 120k l/l 6W 43k l/l 6W 33k l/l 6W 1 M l/i 6W 680k l/i 6W 330k l/l 6W 39 l/l 6W 150 l/i 6W 39 l/l 6W 43k l/l 6W 33k l/l 6W lk l/l 6W 1Ok l/i 6W 100 l/l 6W 22k l/l 6W 4.3k l/l 6W 1Sk l/l 6W 100 l/l 6W 1 OOk l/l 6W 56k l/l 6W 47k l/l 6W 4.7k l/l 6W 62k l/l 6W 1.2k 1/16W 100 l/l 6W 27k l/l 6W 150 l/l 6W 680k l/l 6W 330k l/l 6W 2.7k l/l 6W 47k l/l 6W 3.3k l/l 6W 18 l/l 6W 22k l/l 6W lk l/l 6W 1OOk l/l 6W 220k l/l 6W 1OOk l/l 6W 1OOk l/l 6W 470k l/l 6W 1OOk l/l 6W 1OOk l/l 6W 27k l/l 6W l/l 6W 0 l/l 6W 0 l/l 6W 0 27k l/l 6W 150 l/l 6W 27k l/l 6W l/l 6W Ik 27k l/l 6W 470 l/l 6W l/l 6W 0 3.9 l/l 6W l/l 6W 0 Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide .AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AB Metal Oxide AA Metal Oxide AB Metal Oxide AA Metal Oxide AB Metal Oxide AA Metal Oxide AB Metal Oxide AB Metal Oxide AA Metal Oxide AB Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Metal Oxide AA Ref. No. * Part No. Desqiption MISCELLANEOUS CN901 CN905 CN906 CN907 CN909 FB901 FB902 FB903 FB904 FB906 FB907 FB908 FB909 FB910 FB911 FB912 FB913 A F901 A F902 A F903 A F904 A F905 PARTS Plug, 2Pin Connecting Cord, 3Pin Socket, 30Pin Socket, 13Pin Plug, 5Pin Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Balun, BLN-0049TA Fuse Fuse Fuse Fuse Fuse QPLGN0263TAZZ QCNW-1917TAZZ QSOCZ3043CEZZ QSOCNI 393TAZZ QPLGN0564TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ RBLN-0049TAZZ QFSL1721 TAZZ QFSL1721TAZZ QFSL1022TAZZ QFS-L1022TAZZ QFS-L1022TAZZ Code AB AE AG AD AC AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD DUNTK290l QAOI MAIN PWB UNIT INTEGRATED CIRCUITS IC31 IC33 IC34 IC35 IC201 IC202 IC203 IC204 IC205 IC206 IC601 IC602 VHiUPD1651 O-l VHiXC62FP33-1 VHiVSP2000bl VHiTC7WH04U1 RH-iX0700TAZZ RH-iX0750TAZZ RH-ix0701 TAZZ VHiS80827LN-1 RH-iX0698TAZZ VHiS24C04Abl VHiNJM2113V1 VHiMSM7716/-1 Q201 Q601 Q602 Q603 Q604 Q605 Q652 Q653 VS2SC4081 RI-1 VSDTC114YEb1 VS2SAl362GR-1 VSDTCl14YEb1 VS2SAl362GR-1 VS2SAl362GR-1 VS2SC4213B/-1 VS2SC4081 R/-l D201 0202 D601 VHDDAN222//-1 VHDDA221///-1 VHDDA221///-1 TM201 x201 VHHTI 103K44-1 RCRSCOI 54TAZZ L31 L202 L203 L204 L205 L206 L207 L208 L210 L211 VP-WM2R2MR13N VPAWMR47KR30N VPAWMR47KR30N VPAWMR47KR30N VPAWMR47KR30N VPAWMR47KR30N VPAWMR47KR30N VPAWMR47KR30N VPAWMR47KR30N VPAWMR47KR30N UPD16510 XC62FP33 VSP2000 TC7WH04U IX0700TA IX0700TA IX0701TA S80827LN IX0698TA S24C04A NJM2113V MSM7716 AR AE AT AE BA AV BD AE AX AL AF AT TRANSISTORS 2SC4081 R DTCI 14YE 2SA1362GR DTCI 14YE 2SAl362GR 2SAl362GR 2SC4213B 2SC4081 R AA AB AC AB AC AC AC AA DIODES AA AB AB DAN222 DA221 DA221 PACKAGED CIRCUITS Thermistor Crystal, CRSCOI 54TA AD AH COILS 15-2 Peaking, Peaking, Peaking, Peaking, Peaking, Peaking, Peaking, Peaking, Peaking, Peaking, 2.2pH 0.47pH 0.47pH 0.47pH 0.47pH 0.47pH 0.47yH 0.47pH 0.47pH 0.47yH AB AC AC AC AC AC AC AC AC AC Vl\j-EZl U * Ref. No. Part No. c31 C32 c33 c34 c35 c37 C38 c39 c40 c41 C42 c43 c44 c45 C46 C48 c49 C51 c52 c53 c54 c55 C56 c57 C62 c201 c202 C203 C204 C205 C206 C207 C208 c209 c210 c211 c212 C213 C214 C215 C216 C217 C218 c219 c220 c221 c222 C223 C224 C225 C252 C253 C254 C255 C256 C601 C602 C603 C604 C605 C606 C610 C611 C650 C652 C653 C654 C656 C657 C658 VCKYCYI EF104Z VCKYCYl EF104Z VCKYTVI CF225Z RC-KZOO84TAZZ VCKYCil AFI 042 VCKYCYlCB104K VCKYCZI AF104Z VCKYCZI AFlO4Z VCKYCZl AFI 042 VCKYCZl AFI 042 VCKYCZl AFI 042 VCSATAI AJI 06M VCKYCZI AF104Z VCKYCZI AFI 042 VCKYCZI AFI 042 VCSATAI AJI 06M VCKYCZl AFlO4Z VCKYCZI AFI 042 VCKYCZI AFI 042 VCCCCZl HHI OOD VCCCCZl HHI OOD VCKYCZI AFI 042 VCKYCY 1AFI 052 VCKYCY 1 AF105Z VCCCCZI HHI 80J VCCCCZl HHI OOD VCCCCZI HH330J VCKYCZl AFI 042 VCKYCZl AF104Z VCSATAOJJI 56M VCKYCZI AF104Z VCKYCZI AFI 042 VCKYCZl AFI 042 VCKYCZl AFI 042 VCKYCZI AFlO4Z VCKYCZI AFI 042 VCKYCZI AF104Z VCKYCYI AFlO5Z VCKYCYl AFI 052 VCKYCZl AFI 042 VCKYCZl AFI 042 VCKYCY 1AFI 052 VCKYCZI AFlO4Z VCKYCZl AF104Z VCSATAOJJI 56M VCKYCY 1AF105Z VCKYCYI AFlO5Z VCKYCZI AFlO4Z VCKYCZI AFI 042 VCKYCYl AFI 05Z VCKYCZl AFI 042 VCKYCZl AFI 042 VCKYCZI AFI 04Z VCKYCYlAF105Z VCKYCYI AFI 052 VCSATAl AJ106M VCKYCYl AFlO5Z VCKYCZl AFlO4Z VCSATAI CJ106M VCKYCYI AFI 05Z VCKYCZI AFI 042 VCKYCYI CB563K VCKYCZI CBI 03K VCSATEI AJ336M VCSATElAJ336M VCKYCZl AF104Z VCKYCZI AFI 042 VCKYCZI AF104Z VCKYCZl HB271 K VCKYCY 1AF105Z Description Ref. No. Code CAPACITORS . -. 0.1 0.1 2.2 1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 IO 0.1 0.1 0.1 10 0.1 0.1 0.1 IOP 25V 25V 16V 25V 1OV 16V 1 OV 1 OV 1OV 1OV 1OV 1OV 1 OV 1 OV 1 OV 1 OV 1OV 1OV 1OV 50V 1OP 50V 0.1 1 OV 1 1 OV 1 1 OV 50V l8P 1OP 50V 50V 33P 0.1 1OV 0.1 1OV 15 6.3V 0.1 1OV 0.1 1 OV 0.1 1OV 0.1 1OV 0.1 1OV 0.1 1OV 0.1 1OV 1 1 OV 1 1 OV 0.1 1 OV 0.1 1OV 1 1OV 0.1 1OV 0.1 1 OV 15 6.3V 1 1 OV 1 1 OV 0.1 1OV 0.1 1 OV 1 1 OV 0.1 1 OV 0.1 1 OV 0.1 1OV 1 1 OV 1 1OV 10 1OV 1 1OV 0.1 1 OV 10 16V 1 1OV 0.1 1OV 0.056 16V 0.01 16V 33 1 OV 33 1OV 0.1 1OV 0.1 1OV 0.1 1OV 270~ 50V 1 1OV Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Tantalum Ceramic Ceramic. Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Tantalum Ceramic Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Tantalum Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic R37 R38 R39 R40 R41 R42 R44 R45 R20l R202 R204 R205 R206 R207 R208 R209 R210 R211 R214 R215 R216 R217 R218 R219 R236 R237 R238 R241 R242 R243 R244 R245 R246 R248 R249 R251 R252 R253 R254 R255 R256 R257 R258 R259 R260 R261 R262 R263 R271 R272 R601 R602 R603 R604 R605 R606 R608 R609 R611 R615 R616 R621 R622 R623 R624 R650 R651 R653 R654 R655 R656 R657 R658 R659 AA AA AC AC AB AB AB AB AB AB AB AC AB AB AB AC AB AB AB AB AB AB AC AC AB AB AB AB AB AC AB AB AB AB AB AB AB AC AC AB AB AC AB AB AC AC AC AB AB AC AB AB AB AC AC AC AC AB AD AC AB AB AB AG AG AB AB AB AC AC RESISTORS R31 R36 VRS-CZI JFI 03J VRS-CZI JFI 02J 1Ok Ik l/l 6W l/l 6W Metal Oxide AA Metal Oxide AA 15-3 Part No. VRS-CZl JF102J VRS-CZI JFI 02J VRS-CZl JF102J VRS-CZl JFI 02J VRS-CZI JFI 02J VRS-CZI JF102J VRS-CZl JFOOOJ VRS-CZl JFOOOJ VRS-CZI JF561 J VRS-CZI JF105J VRS-CZl JF822J VRS-CZI JF473J VRS-CZl JFI 02J VRS-CZI JFI 02J VRS-CZl JF473J VRS-CZI JF473J VRS-CZl JF473J VRS-CZI JFOOOJ VRS-CZl JF473J VRS-CZI JF473J VRS-CZI JF822J VRS-CZI JF473J VRS-CZl JF473J VRS-CZI JF473J VRS-CZI JF272J VRS-CZI JFI 22J VRS-CZI JFI 52J VRS-CZI JF473J VRS-CZl JFOOOJ VRS-CZI JF473J VRS-CZl JF473J VRS-CZlJF181J VRS-CZl JF473J VRS-CZI JF473J VRS-CZl JF473J VRS-CZI JF473J VRS-CZI JFI 02J VRS-CZI JF221 J VRS-CZIJFIOIJ VRS-CZI JFI 01 J VRS-CZI JFI 01 J VRS-CZI JFl 01 J VRS-CZl JF473J VRS-CZl JF473J VRS-CZI JF473J VRS-CZI JFOOOJ VRS-CZl JFOOOJ VRS-CY 1JFOOOJ VRS-CZI JF561 J VRS-CZl JF561 J VRS-CZl JFI 53J VRS-CZI JF332J VRS-CZI JF104J VRS-CZl JFI 03J VRS-CZI JF153J VRS-CZI JFI 02J VRS-CZl JF564J VRS-CZI JFI 02J VRS-CZI JF473J VRS-CZI JFI 02J VRS-CZI JF273J VRS-CZl JF273J VRS-CZI JF273J VRS-TV1 JD471 J VRS-TV1 JD47l J VRS-CZl JF682J VRS-CZl JFI 01 J VRS-CZI JF821 J VRS-CZI JFI 53J VRS-CZI JF222J VRS-CZI JF102J VRS-CZl JFI 04J VRS-CZl JFI 53J VRS-CZl JFOOOJ * Description Ik l/l 6W Ik l/l 6W lk l/l 6W Ik l/l 6W Ik l/l 6W Ik l/l 6W 0 l/l 6W 0 l/l 6W 560 l/l 6W 1M l/l 6W 8.2k l/l 6W 47k l/l 6W Ik l/l 6W Ik l/l 6W 47k l/l 6W 47k l/l 6W 47k l/l 6W 0 l/l 6W 47k l/l 6W 47k l/l 6W 8.2k l/l 6W 47k l/l 6W 47k l/l 6W 47k l/l 6W 2.7k l/l 6W 1.2k l/l 6W 1.5k l/l 6W 47k l/l 6W 0 l/l 6W 47k l/l 6W 47k l/l 6W 180 l/l 6W 47k l/l 6W 47k l/l 6W 47k l/l 6W 47k l/l 6W Ik l/l 6W 220 l/l 6W 100 l/l 6W 100 l/l 6W 100 l/l 6W 100 l/l 6W 47k l/l 6W 47k l/l 6W 47k l/l 6W 0 l/l 6W 0 l/l 6W 0 l/l 6W 560 l/l 6W 560 l/l 6W 15k l/l 6W 3.3k 1/16W 1 OOk l/l 6W 1 Ok l/l 6W 15k l/l 6W Ik l/l 6W 560k l/l 6W lk l/l 6W 47k l/l 6W Ik l/l 6W 27k l/l 6W 27k l/l 6W 27k l/l 6W 470 l/l 6W 470 l/l 6W 6.8k 1/16W 100 l/l 6W 820 l/l 6W 15k l/l 6W 2.2k l/l 6W Ik l/l 6W 1 OOk l/l 6W 15k l/l 6W 0 l/l 6W Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal ‘Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Code 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 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 AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA VN-EZl U Ref. No. Part No. * Description MISCELLANEOUS CN31 CN202 CN203 CN204 CN205 CN207 CN601 CN602 FB32 FB33 FB34 FB601 FB602 FB603 FB604 SC201 QSOCN 1393TAZZ QSOCNI 086TAZZ QPLGN0363TAZZ QCNCW3082TAZZ QCNW-191 STAZZ QPLGN0474TAZZ QPLGN0276TAZZ QPLGN0263TAZZ RBLN-0080TAZZ RBLN-0080TAZZ RBLN-0080TAZZ RBLN-0081TAZZ RBLN-0081 TAZZ RBLN-0081 TAZZ RBLN-0081 TAZZ QSOCZ0056TAZZ Ref. No. Code PARTS Socket, 13Pin Socket, 1OPin Plug, 3Pin Connector, 30Pin Connecting Cord, 2Pin Plug, 4Pin Plug, 2Pin Plug, 2Pin Balun, BLN-0080TA Balun, BLN-0080TA Balun, BLN-0080TA Balun, BLN-0081 TA Balun, BLN-0081 TA Balun, BLN-0081 TA Balun, BLN-0081 TA Socket, 26Pin IC805 lC806 VHiTC7W14U/-1 VHiMB8346BV1 Q803 Q804 VS2SC4081 RI-I VSDTC114EE/-1 0801 D802 VHDHVU359TR-1 VHDI SS368//-1 X801 RCRSC0087TAZZ L801 L803 L804 L806 L805 L807 L808 VPAWM470J6R4N VPAWM470J6R4N VPAWM470J6R4N VPAWM470J6R4N VPMGNl OOMR75N VPM6Nl OOMR75N VP-9N330KR71 N AH VR804 RVR-M4553CEZZ AC C801 C802 C803 C804 C805 C806 C807 C808 C810 C811 C812 C813 C814 C815 C817 C818 C819 C821 C822 C823 C824 C825 C826 C827 C828 C830 C831 C832 C833 C834 C835 C836 C837 C839 C840 C841 C842 C843 C844 C845 C846 C848 C850 C851 C852 C853 C854 VCKYCZI HF103Z VCKYCZI HFI 032 VCKYCZI HFlO3Z VCKYCZI HFI 032 VCKYCZI HF103Z VCKYCZI HFI 032 VCKYTQI CBI 05K VCCCCYI HH471 J VCKYCY 1AFI 052 VCSATAI CJ106M VCKYCY 1AFI 05Z VCKYCZI HFI 032 VCKYCY 1AFI 052 VCKYCZI HFI 032 VCKYCYI AF105Z VCKYCZl HF103Z VCKYCZI HFI 032 VCCCCZI HH560J VCKYCYI AFI 052 VCCCCZI HHGROD VCKYCY 1AFI 052 VCKYTVl CB474K VCKYCZI HFI 032 VCKYCZI HF103Z VCSATAI AJ106M VCKYCZI HFI 032 VCKYCYl CF334Z VCCCCZI HH270J VCCCCZlHH150J VCKYCZI HFI 032 VCKYCZI HF103Z VCKYCZl HF103Z VCSATAlAJ106M VCSATAI CJ106M VCSATAl AJ106M VCKYCZI HF103Z VCKYCZI HFI 032 VCSATAI AJ106M VCKYCYI EFI 042 VCKYCYI EFI 042 VCSATAl AJI 06M VCKYCZI HFI 032 VCCCCYI HH561 J VCKYCZI AFI 042 VCKYCY 1AFI 052 VCKYCY 1AFI 05Z VCKYCZl HBI 02K AD AC AC AF AE AD AD A0 .AC AC AC A0 A0 A0 AB AM D2901 VHDRB451 F//-l X2901 RCRSC0032TAZZ C2901 C2902 C2903 C2904 C2905 C2906 RCDZ0004TAZZ VCCCCZI HHSROD VCCCCZI HHSROD VCKYCZlAF1042 VCKYCZI HB102K VCKYCZI HB102K R2901 R2902 R2903 R2904 R2905 R2906 R2907 R2908 R2909 R2910 R2911 R2912 R2915 VRS-CZI VRS-CZl VRS-CZI VRS-CZl VRS-CZl VRS-CZI VRS-CZI VRS-CZI VRS-CZI VRS-CZI VRS-CZI VRS-CZl VRS-CZI CN2901 SW2901 SW2902 SW2903 SW2905 SW2906 SW291 0 SW291 1 QSOCNl078TAZZ QSW-K0026TAZZ QSW-KOO26TAZZ QSW-K0026TAZZ QSW-K0026TAZZ QSW-K0026TAZZ QSW-S0203TAZZ QSWS0204TAZZ Crystal, CRSCOO87TA AK Peaking, Peaking, Peaking, Peaking, Peaking, Peaking, Peaking, 47pH 47pH 47pH 47pH 1OpH 1OpH 33pH AC AC AC AC AC AC AD Variable Resistor AC CAPACITORS RB451 F Crystal, CRSC0032TA AG CAPACITORS Capacitor 9p 50V 9p 50V 0.1 1OV IOOOp 50V IOOOp 50V AK AA AA AB AB A0 Ceramic Ceramic Ceramic Ceramic Ceramic RESISTORS 22k 22k 5.6k 5.6k 12k 12k 56k 56k 47 22k 5.6k 12k lk MISCELLANEOUS l/l It1 l/l l/l l/l l/l l/l l/l l/l l/l l/l l/l l/l 6W 6W 6W 6W 6W 6W 6W 6W 6W 6W 6W 6W 6W Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide AB AB AB AB AA AA AA AA AA AB AB AA AA PARTS Socket, Switch, Switch, Switch, Switch, Switch, Switch Switch 1OPin Left Menu Up Down Right AD AC AC AC AC AC AD AF DUNTK2904QAOO TFT PWB UNIT INTEGRATED AE AC HVU359TR 1 SS368 COILS PACKAGED CIRCUIT VHiiR3Y29AM-1 VHiNJM4565V1 AA AB 2SC4081 R DTCI 14EE PACKAGED CIRCUIT DIODE IC801 IC802 AG AN TC7W14U MB8346BV CONTROL S3530A JF223D JF223D JF562D JF562D JFI 230 JFI 230 JF563D JF563D JF47OJ JF223D JF562D JF123D JFI 02J Code DIODES INTEGRATED CIRCUIT VHiS3530A//-1 Description TRANSISTORS DUNTK2902PMOO CONTROL PWB UNIT IC2901 * Part No. CIRCUITS IR3Y29AM NJM4565V AV AF 15-4 0.01 0.01 0.01 0.01 0.01 0.01 1 470~ 50V 50V 50V 50V 50V 50V 16V 50V 1 1OV IO 16V 1 1OV 0.01 50V 1 1OV 0.01 50V 1 1OV 0.01 50V 0.01 50V 50V 56P 1 1OV 50V 6P 1 1OV 0.47 16V 0.01 50V 0.01 50V 10 1OV 0.01 50V 0.33 16V 50V 27P 50V 15P 0.01 50V 0.01 50V 0.01 50V IO 1OV 10 16V 1OV IO 0.01 50V 0.01 50V 10 1OV 0.1 25V 0.1 25V 10 1OV 0.01 50V 560~ 50V 0.1 1OV 1 1OV 1 1OV 1OOOp50V Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Tantalum Tantalum Tantalum Ceramic Ceramic Tantalum Ceramic Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic AB AB A0 AB AB AB AC AA AC AD AC AB AC AB AC AB AB AB AC AA AC AC AB AB AC A0 AA AB AB AB AB AB AC AD AC AB A0 AC AA AA AC AB A% A0 AC AC A0 VN-EZl U Ref. No. Part No. C855 C856 C857 C858 C859 C860 C861 C862 C863 C864 VCCCCYlHHlSlJ VCCCCYI HH561 J VCCCCYI HH221 J VCSATAI AJ335M VCKYCZl HFI 032 VCCCCZI HH8ROD VCKYCZI AFI 042 VCKYCZI HFI 032 VCCCCZI HH560J VCCCCZI HH820J R801 R803 R804 R806 R807 R808 R809 R812 R813 R815 R816 R817 R818 R819 R820 R821 R822 R823 R824 R826 R827 R828 R829 R830 R832 R833 R834 R835 R836 R837 R838 R839 R840 R841 R842 R844 R852 R854 R857 R858 R859 R860 R861 R862 R882 R886 R887 R888 R889 R891 R892 R893 VRS-CZI JF333D VRS-CZl JF393D VRS-CZI JF203D VRS-CZl JFI 02J VRS-CZI JFI 530 VRS-CZI JFI 030 VRS-CZI JF473D VRS-CZl JFI 02J VRS-CZl JFI 02J VRS-CZI JFI 05J VRS-CZI JF333D VRS-CZI JF433D VRS-CZI JFI 830 VRS-CZI JF222D VRS-CZI JF272D VRS-CZI JF334J VRS-CZI JF183D VRS-CZI JF562J VRS-CZI JF393D VRS-CZI JF822J VRS-CZI JFI 05J VRS-CZl JF333D VRS-CZI JF393D VRS-CZI JFI 830 VRS-CZI JF223D VRS-CZl JFI 530 VRS-CZI JF223D VRS-CZI JF561 D VRS-CZI JFOOOJ VRS-CZI JF472D VRS-CZI JFI 540 VRS-CZI JFI 04J VRS-CZI JFOOOJ VRS-CZI JFI 540 VRS-CZl JF473J VRS-CZI JFI 81 J VRS-CZI JFI 03J VRS-CZlJF181J VRS-CZl JF202J VRS-CZI JFI 04J VRS-CZI JF332J VRS-CZI JF472J VRS-CZI JFI 81 J VRS-CZI JF39l J VRS-CZI JF472J VRS-CZI JFI 03J VRS-CZI JFI 03J VRS-CZI JF103J VRS-CZl JFI 03J VRS-CZI JF154J VRS-CZI JFI 540 VRS-CZI JFI 03J CN802 CN803 QSOCN2687TAZZ QSOCNI 393TAZZ * Code Description 150p 560~ 220p 3.3 0.01 8P 0.1 0.01 56P 82P 33k 39k 20k Ik 15k 10k 47k Ik Ik 1M 33k 43k 18k 2.2k 2.7k 330k 18k 5.6k 39k 8.2k IM 33k 39k l8k 22k 15k 22k 560 0 4.7k 150k IOOk 0 150k 47k 180 10k 180 2k IOOk 3.3k 4.7k 180 390 4.7k 10k 10k 10k IOk 150k 150k 10k MISCELLANEOUS 5ov 5ov 5ov IOV 5ov 5ov IOV 5ov 5ov 5ov Ceramic Ceramic Ceramic Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/I 6W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W ll16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W l/l 6W 1/I 6W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W 1/16W Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Metal Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide Ref. No. DUNTK2905PMOO CCD PWB UNIT AA AB AA AC AB AB AB AB AB AB INTEGRATED CIRCUIT ICl VHiLZOP3641-1 Ql VS2SC2404-C-1 01 VHDI SS368//-1 Cl c3 c4 c5 C6 C8 c9 Cl0 Cl1 VCKYCYlEF1042 VCCCCYl HH271 J VCSATEI VJ225M VCSATEI VJ225M VCKYCZI HFI 032 VCKYTQl HB224K VCKYTQI HB224K VCKYCZI CB103K VCCCCZlHH180J RI R2 R3 R5 R7 R8 RIO RI1 VRS-CZl JF105J VRS-CZIJFIOIJ VRS-CZI JF392J VRS-CZl JFI 01 J VRS-CZIJFIOIJ VRS-CZI JFI 01 J VRS-CZI JFI 01 J VRS-CZI JFI 05J CNI QSOCN 1305TAN 1 BH LZOP3641 TRANSISTOR AD 2SC2404-C DIODE AB AB AA AA AB AB AB AA AA AA AB AA AB AA AB AA AB AA AB AA AA AB AB AB AB AB AB AA AA AB AB AA AA AB AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AB AA AC 1 SS368 CAPACITORS 0.1 270~ 2.2 2.2 0.01 0.22 0.22 0.01 18P 25V 50V 35V 35V 50V 50V 50V 16V 50V Ceramic Ceramic Tantalum Tantalum Ceramic Ceramic Ceramic Ceramic Ceramic AA AA AD AD AB AC AC AB AB Metal Metal Metal Metal Metal Metal Metal Metal AA AA AA AA AA AA AA AA RESISTORS 1M 100 3.9k 100 100 100 100 1M MISCELLANEOUS l/l l/l l/l l/l l/l l/l l/l l/l 6W 6W 6W 6W 6W 6W 6W 6W Oxide Oxide Oxide Oxide Oxide Oxide Oxide Oxide PART AF Socket, 13Pin DUNTK2906PMOO TILT PWB UNIT MISCELLANEOUS CN1201 QCNW-1922TAZZ SW1201 QSW-M0032TAZZ PARTS Connecting Cord, 3Pin Switch AE AE DUNTK2907PMOO JACK PWB UNIT RESISTOR RI 923 VRS-TX2HFOOOJ CN908 J901 SW901 QCNW-1917TAZZ QJAKE0171 CEZZ QSW-MOO18TAZZ 0 MISCELLANEOUS 1/2W Metal Oxide AA PARTS Connecting Cord, 3Pin Jack Switch AE AD AC DUNTK2908PMOO SHUTTER PWB UNIT PARTS Socket, 26Pin Socket, 13Pin Description Part No. MISCELLANEOUS AE AD CN206 SW294 15-5 QCNW-191 STAZZ QSW-K0027TAZZ PARTS Connecting Cord, 2Pin Switch, Shutter AE AD VN.IEZ~ U Ref. No. Part No. * Description Code Ref. No. SUPPLIED ACCESSORIES CDSKAO032TAOl CDSKA0039TAOl GCASN0022TAZZ RUNTK0350TAZZ TiNSE0345TAZZ TiNSE0346TAZZ TiNSE0352TAZZ UADP-0243TAZZ UBNDTOIOITAZZ SmartMedia CD ROM Soft Case Floppy Disk Adapter Operation Manual (For Main Unit) Operation Manual (For ROM) Operation Manual (For Flash Calipers) AC Adapter Hand Strap BF AM AU BV AG AD AE BB AG PACKING PARTS (NOT REPLACEMENT ITEM) SPAKA631 GTAZZ SPAKA6317TAZZ SPAKA6333TAZZ SPAKC7445TAZZ SPAKPGI 22TAZZ SPAKPGI 25TAZZ Packing Add. (Top) Packing Add.(Bottom) AC Adapter Add. Packing Case Polystylene Sack Pat - SERVICE JIG QCNW-1948TAZZ QCNW-1949TAZZ QCNW-1950TAZZ Main PWB (CN204)BS Power PWB (CN906), 30Pin Main PWB (CN202)AP Control PWB (CN2901), IOPin Power PWB (CN907)AP TFT PWB (CN803), 13Pin CABINET PARTS 1 1-2 I-3 1-4 I-5 1-6 1-7 I-8 l-9 I-10 l-11 l-12 1-13 1-14 CCABA6211 TAK2 GCOVAI 617TAKA GCOVAI 620TAKA JBTN-0307TASA TCAUH0235TAZZ TLABZ0500TAZZ PZETV0407TAZZ CSLiFOOl ITAOI ‘GFTAB1073TAKA LHLDZ1507TAZZ MSPRPOI 95TAFN LANGK0522TAFW MSPRPOI 99TAFN PZETV0409TAZZ 1-15 2 2-2 2-3 2-4 2-5 2-6 2-7 2-8 2-9 2-10 2-11 2-12 PSPAZ0282TAZZ CCABB6211 TAKl JKNBZ0075TASA GCOVAI 618TAKA CCOVAI 619TAKl JKNBPO180TASA JKNBP0181TASA JKNBZ0074TASA MSPRCO123TAFJ LHLDZI 506TAZZ LHLDZ1516TAZZ LHLDZ3041TAZZ RMiCC0087TAZZ Front Cabinet Ass’y AR Front Grip AG Top Cover AD Shutter Button AE Battery Label AA POP Label AG Electrostatic Sheet( Shutter) AB Slider, Complete AK Battery Lid AG Battery Terminal Holder AD Battery Terminal Spring AD Battery Terminal Block Base AC Battery Terminal B AD Electrostatic Sheet AA (Fulcrum Fitting) Spacer A AA AX Back Cabinet Ass’y Menu Knob Back Grip Cover AG Speaker Cover Ass’y AF Power Button AC Change Knob AC Cursor Knob AE Return Knob Spring AB Speaker Holder AD Bearing Holder AC Tripod Base Holder AE Microphone Unit AL 15-6 Part No. * 2-13 2-14 VSPOO2OP-968N PZETV0408TAZZ 2-15 2-16 2-17 2-18 2-19 3 3-1 3-3 3-4 PSPAZ0303TAZZ PSPAZ0304TAZZ PSPAZ0296TAZZ PSPAZ0283TAZZ PSPAZ0308TAZZ CHLDB1031TAOl LANGK0475TAFW LHLDBI 032TAZZ LHLDZ1508TAZZ 3-5 3-6 3-7 3-8 3-9 3-10 3-11 31 31-1 31-2 31-3 31-4 31-5 31-6 31-7 39 40 41 42 43 44 45 46 47 48 49 50 51 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 87 88 89 90 A B C D E F G H i K L M N LHLDZ3037TAFN MSPRPOI 97TAFN MSPRPOI 98TAFN QCNW-1918TAZZ PSPAZ0301 TAZZ PSPAZ0302TAZZ PSPAZO282TAZZ CANGF0346TAOl LANGF0346TAFW LHLDZ1512TAZZ LHLDZ1513TAZZ LHLDZ1514TAZZ LPLTM0031 TAFW MSPRPOI 96TAFW QPWBH2903TAZZ LANGK0478TAFW LHLDZ1515TAZZ GCABB6212TAKA JKNBPOI 82TASA JKNBZ0076TASA LHLDZI 51 OTAZZ MLEVF0022TAFF PFiLZ0009TAZZ PFiLZOOl OTAZZ GCABA6212TAKA CSLDM3339TAOl TCAUHO238TAZZ TLABM2008TAZZ DUNTK2908PMOO DUNTK2904QAOO DUNTK2901QA02 DUNTK290OQAOl DUNTK2907PMOO DUNTK2906PMOO DUNTK2905PMOO DUNTK2902PMOO VHiLZOP3641-1 RLCDV0050TAZZ QCNW-1920TAZZ QCNW-1924TAZZ QPWBH291 GTAZZ LANGK0521 TAFW PSPAZ031 ITAZZ PSPAZ0298TAZZ TCAUS0554TAZZ TLABH0359TAZZ PSPAZ0312TAZZ LX-BZ021 OTAFN LX-HZOO56TAFN LX-HZ0058TAFF LX-HZ0062TAFF LX-HZ0055TAFF LX-BZ0208TAFF LX-BZ0206TAFN LX-BZO208TAFN LX-NZ3053GEZZ LX-WZ0054TAOO LX-WZOOS1TAO2 LX-WZ0053TAOO LX-HZ0057TAFC Description Code Speaker AL Electrostatic Sheet AB (Tripod Spring) AA Battery Spacer C Battery Spacer D AB Spacer B Speaker Spacer AA Mic Spacer Battery Case/Frame Ass’y AR Cabinet Angle AC Battery Holder Reverse Connection Prevention Spacer AD Strap Holder AD Battery Terminal +AD Battery Spring AD Power Connector AA Battery Spacer A AB Battery Spacer B AA Spacer A AU Tilt Ass’y AG Tilt Frame Ass’y AD Tilt Holder AC Cam Ring AC Wire Holder AB Plate AB Click Spring AG CCD FPC AC Macro ring Angle AD Macro Adjusting Ring Camera Rear Cabinet AH AD ND Knob AE Ring AD Knob Holder AD Macro Adjusting Lever AD Filter AH Lens Cover AH Camera Front Cabinet AH LCD Shield Plate AA Label AC Model Label Shutter PWB Unit TFT PWB Unit Main PWB Unit Power PWB Unit Jack PWB Unit Tilt PWB Unit CCD PWB Unit Control PWB Unit BH CCD Sensor BQ LCD AE Connectior AD Flat Cable AB Flexible PWB Cabinet Fastening Angle A AE Cabinet Filler Spacer AB Shutter Spacer AB UL Caution Label AB AB FCC Label Battery Lid Spacer AC AA Screw AA Screw Screw AA Screw AA Screw AA AA Screw Screw AA Screw AA AC Nut Washer AB Washer AA Washer AA Screw AA 1 I 2 I 3 I 4 I 5 I 6 1 16. PACKING OFTHE SET GCASN0022TAZZ Soft Case RUNTK0350TAZZ Floppy Disk Adapter I I CDSKA0039TAOl CD ROM *SPAKA6316TAZZ Packing Add. (Top) TiNSE0345TAZZ \ Operation Manual \ (For Main Unit) \ TiNSE0346TAZZ Operation Manual (For ROM) \ \ 4 TiNSE0352TAZZ Operation Manual (For Flash Calipers) UBNDTOIOITAZZ Hand Strap / I=+=- - CDSKA0032TAOl SmartMedia * SPAKPGI 22TAZZ Polyethelene Sack UADP-0243TAZZ AC Adapter ItSPAKP6125TAZZ Pat * SPAKA6333TAZZ AC Adapter Add. * SPAKA6317TAZZ Packing Add.( Botto * Not Replacement item 16-1 SHARP COPYRIGHT @ 1999 BY SHARP CORPORATION ALL RIGHTS RESERVED. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher. Jul. 1999 TQ0683-S Printed in JAPAN SA. NS SHARP CORPORATION AV Systems Group Quality & Reliability Control Center Yaita, Tochigi 329-2193, Japan