Sharp VN-EZ1U Service manual

SHARI= SERVICE MANUAL

S6919VN-EZI U/

MPEG-4 DIGITAL RECORDER

VN-EZI U original condition and only parts identical to those specified

1 be used.

CONTENTS

1. IMPORTANT SERVICE NOTES ......................................................................................................

2. SPECIFICATIONS ...........................................................................................................................

15.REPLACEMENT PARTS LIST .......................................................................................................

Page

l-l

2-l

3. PART NAMES ..................................................................................................................................

13.SCHEMATlC DIAGRAMS .............................................................................................................

3-l

4.

5.

DISASSEMBLY OF THE SET .........................................................................................................

.

TEST MODE ....................................................................................................................................

12.WIRING DIAGRAM ........................................................................................................................

4-l

5-l

6. BLOCK DIAGRAM ...........................................................................................................................

1 O.IC FUNCTION LIST .......................................................................................................................

11 .SEMICONDUCTOR LEAD IDENTIFICATION ...............................................................................

6-l

7. OSCILLATOR, DIVIDING AND MULTIPLY MAP/8. POWER CONTROL FLOW ........................... 7-l

9. TROUBLESHOOTHING .................................................................................................................. 9-I

10-l

1 l-l

12-I

13-l

14.PRINTED WIRING BOARD ASSEMBLIES ................................................................................... 14-I

15-1

16,PACKING OF THE SET ................................................................................................................. 16-I

SHARP CORPORATlON

This document has been published to be used for after sales service only.

The contents are subject to change without notice.

VN-EZl U

BEFORE RETURNING

RECORDER

1. IMPORTANT SERVICE NOTES

THE VIDEO 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 insula- tors etc.

3. To be sure that no shock hazard exists, check for leakage current in the following manner. l

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 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.

(

METAL PARTS

VTVM

0 AC SCALE 0 >

’ -5kims

1. NOTES DE SERVICE IMPORTANTES

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 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.

VERS PIECES

METALLIQUES

VTVM c oECHELLECAo

I

3

1-I

WARNING :TO REDUCETHE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT EXPOSE

THIS APPLIANCE TO WET LOCATIONS.

/&/AA

CAUTION: TO REDUCE THE RISK OF ELECTRIC

SHOCK. DO NOT REMOVE COVER. NO

USERSERVICEABLE PARTS INSIDE.

REFER SERVICING TO QUALIFIED SERVICE

PERSONNEL.

A This symbol warns the user of uninsulated voltage within the unit that can cause danger- ous electric shocks. n

0

This symbol alerts the user that there are important operating and maintenance instruc- tions in the literature accompanying this unit.

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; 1 A 24V, F904; IA 24V, F905; IA

24V)

VN-EZI U

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: AFIN DE REDUIRE LES RISQUES DE

0 n

ATTENTION

Ce symbole signifie que I’on devra utiliser un fusible de meme type (F901;

1.75A 24V, F902; 1.75A 24V, F903; IA

CHOC ELECTRIQUE, NE PAS RETIRER LE

24V, F904; 1 A 24V, F905; IA 24V) pour

COUVERCLE, AUCUN ORGANE INTERNE assurer la securite.

NE PEUT ETRE REPARE PAR

L’UTIUSATEUR, CONFIER L’APPAREIL A

UN DEPANNEUR QUALIFIE.

A

A n

0

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 in- structions importantes relatives a I’utilisation et al’entretien se trouvent dans le manuel accompagnant I’appareil.

1-2

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

[Still] JPEG base line conformance/JPEG (Exif 2.1)

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]

Supplied SmartMedia Card

Memory capacity: 4MB

Memory type:

Power requirement:

Operating temprature:

Storage temprature:

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)

AC Adapter (UADP-0243TAZZ)

Power requirement: AC 11 O-130 V/60 Hz,

DC output: DC 6.0 V/700 mA

Operating temperature: O°C to +40°C (32°F to 104°F)

Storage temprature: -20°C to +6O”C (-4°F to 140°F)

Dimensions (approx.): 23/8”(W) x 33/8”(H) x 1*‘/32”(D)

[60 mm (W) x 86 mm (H) x

49 mm (D)]

Weight (approx.): 1.08 Ibs (490 g)

Specifications are subject to change without notice.

* Minimum ilumination: Since there is no widely accepted testing procedure for determining minimum illumination capability, lux ratings are comparable only between models from the same manufacturer.

Alkaline batteries

(AA-size x 4)

Hand strap Soft case

PixLab Integrated Digital

Media Software CD-ROM

AC adapter

UADP-0243TAZZ

3.3 V type

SmartMedia (4MB)

SmartMedia holder

Index label (X 2) Write-protect seal (x 4)

Floppy disk adapter for med’iaTM

VR- 1

RUNTK0350TAZZ

3. PART NAMES

For details on the use of each control.

Lens body --i

(CAME RA/PLAY

POWER

LCD monitor

1 Mode select switch

(MOVIE/STILL select switch)

Operation button

MENU button

.

Grip

L_.---- Hand strap loop

VN-EZl U

Iris select switch

Shutter button

Focus (Macro/Normal) select switch

Lens r

Lens body

(CAMERA/PLAY select switch)

Microphone

Speaker

DC IN 6V terminal

-Tripod socket

- SmartMedia slot

3-1

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.

1.

6.

Batter

J

B

Remove the screws ( @ LX-BZ021 OTAFN)( 1 PCS.) and (@ LX-

HZOQ56TAFN)(l PCS.) and (@LX-BZO208TAFN)(3pcs.).

Open the battery lid as instructed with 0.

Remove the front cabinet, lifting it as instructed with 0.

. Remove the screws ( 8TAFF)(2pcs.) and ( t@ LX-

HZ0206TAFN)( 1 PCS.).

. 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.

Is unit

7. ery connector

@Tapping b

Back lig connect

PWB FFC

.

Remove the screws (@ LX-HZ0056TAFN)(l PCS.) and (@I LX-

HZ0062TAFF)(4pcs.).

. Lift the lens unit, and remove the CCD flex and tilt connector across the main PWB. l

Remove the operation key flex connector and SP microphone connector, and lift the main PWB.

3.

JACK PWB

.

Remove the JAK PWB screw (0 LX-HZ0062TAFF)(l PCS.), the battery connector, TFT PWB FFC and back light connector, and the power PWB will be removed.

Note: As far as the power PWB is routed to A, connect the black lead wire of the jack PWB directly to the battery terminal. From A, solder two lead wires from the battery terminal to the power PV’!/B and 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.

5.

. Remove the CCD PWB.

.

Remove the TFT flex. _ p TUT

. Pull off TFT in the arrow direction.

IO.

PWB

/ . Remove the screw (6 LX-BZ0208TAFN), and TFT PWB will be

1 removed.

4-I

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.

VN-EZl U

Fig. 1. Rear cabinet (Whole)

2. Cauti

Fig. 2. Rear cabinet (Bottom)

Tripod base holder l

Check whether the insulation tape is peeled off on the base holder of the tripod framed with (-) in the left figure or not. 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.

I f -

) c-a_:

‘.Z. ::::::::::::: .:::

‘I

I+ pg$T

.

..~.Qq$: w 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 OSD language displav displav

JP 1 Japanese us I Enalish

UK 1 Enalish

EU English

1

1

1

Year(Y). Month(M). Dav(D)

YYYY. MM. DD

MM. DD. YYYY

DD. MM. YYYY

DD. MM. YYYY

Clock display

1 Time

1 AM 12:OO 1

12 o’clock at the daytime is 12:00PM,

1 12:OOAM 1

1 12:OOAM 1 and 12 o’clock at thenighttime is 12:OOAM.

0o:oo

In 24H display, 12 o’clock at the nighttime is

0o:oo.

* 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

P-SAVE ON

P-SAVE OFF

Function

Auto power-off is set unless anything is set for approx. 3 minutes.

Auto power-off is set.

2) Select NORMAL SET with

A

or v key, and determine it with ) key.


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.


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

AC adapter

Halogen light x 2 PCS.

Gray scale chart

Siemens Star Chart llluminance meter (o-3000 lux)

Color temperature meter (1600~400000K)

Color temperature conversion filter (3200+68OOK)

1 HOYA”LB-165”

Extension cable 30pin, Main (CN204)

Extension cable lOpin, Main (CN202)

Extension cable 13pin, Main (CN31)

- Power (CN906)

- Control (CN2901)

- CCD (CNl)

Extensioncable %in~P~~(~%7~ wT(CN803)

Part code

Separately available (VR-1 AAW)

Commercially available

JiGCHART-

JiGCHART- 1

JiGMETER-

JiGMETER-

JiGHOYA-LB165

I

QCNW-1948TAZZ

QCNW-1949TAZZ

QCNW-1950TAZZ

- - -QCNW_19~TAZ~ - -

I

- -

Price code

BB

CP

CE

CT

FF

BH

BS

AP

AP

-AK - -

I

-

Remarks

New

New

New

New -

5-I

How to enter into the test mode (initial screen of TEST MODE)

1)

2)

Pressing the V key and MENU key, turn on the POWER switch.

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.

Color bar pattern

/ a n 0

..:‘. v

‘I>

Screen of EEPROM SET

W/Y/Cy/GIMglRIBluelBlack t

Initial screen of TEST MODE 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


2) Press the 4 key to display EEPROM SET screen.

3) Press the 4 key to display Address 1 FE of EEPROM.

4) Press the A key to set 00 as the data of Address 1 FE.

5) Press the A or V key to vary the data, and the patterns in the following table will be displayed.

Address (h)

IFE

Data (h)

01

02

White signal 40%

I

1 White s&al 100%

I 03 1 Black signal

1 04 1 Color bar signal

Display pattern

05 Red signal:The signal level is the same as that of the color bar.

I

06 1 Green signaLThe signal level is the same as that of the color bar. i 07 I Blue signal:The signal level is the same as that of the color bar.

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

J

I

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.



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


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 I

L-l-,

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.



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.



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. 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

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

AUP

VDown

AUP

Adjustment end

I

Address 1 F6 (R) )

Fixed

VDown

AUP

Fixed

AUP

VDown

VDown

AUP

Adjustment end

I

5-2-4. EEPROM INI (initial) method

Apply this when EEPROM is replaced or the version of the microcomputer is increased. n

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 +

VN-EZl U

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.


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.


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.


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”.


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 3200K and illuminance 3000 lux, and the light source of 2 or more lamps are preferable for the even illumination.

Use the chart which is not stained or discolored.

Initial screen of TEST MODE

Screen of WB ADJ

I

I

, During adjustment

1 MENU

Adjustment end

(CMP-ADJ) i

I i

I

I i

I

1

Press the ) key for changeover.

(AUTO) position is used for investigation but not used for the service.


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.


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.

I Tilt holder fastening screw position

5-5

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. main PWB.

5-6

VN-EZl,U

Objects, instruments and jig/tools necessary to serve l l l

Gray scale chart

Color bar chart

Halogen lamp: 2 PCS. l

Illumination meter l

Color temperature meter l

Color temperature conversion filter

HOYA “LB-1 65” l

Color video monitor l

Extension cables

CCD PWB

JACK PWB

CONTROL PWB SHUTTER PWB

POWER PWB

8 lrl

L

TILT PWB

Smart Media Socket

IO fY

SP Mic

To video monitor

TFT PWB

I1 jIl.

TFT Unit

Service of camera section

NO

. 1

1

2

3

Name

Gray Scale Chart (390 x 520 mm)

Color bar chart (240 x 320 mm)

Illumination meter (0 to 3000 lux)

(1600 to 400000 degrees K)

I Part No.

JiGCHARA-1

1 Code

CP

1 Configuration 1 Note

JiGCHART- DA

JiGMETER-

JiGMETER-

5

6

Color temperature conversion filter

(3200 degrees K a 6800 degrees K)

Siemens star chart

JiGHOYA-LB165

JiGCHART- 1

BH

CE

7

8

9

IO

Torque driver (1.5kg.cm)

MAIN PWB (CN204) - POWER PWB (CN906) 30pin

JiGTD1500RTDH

QCNW-1948TAZZ

1

MAIN PWB (CN202) - CONTROL PWB (CN2901) IOpin QCNW-1949TAZZ

POWER PWB (CN907) - TFT PWB (CN803) 13pin IQCNW-1950TAZZ 1

CB

BS

AP

AP 1

Note:

1. The color temperature conversion filter (jig name No. 5) is available from Hoya Kogaku in your district.

I

5-7

VN-EZl U

7. OSCILLATOR, DIVIDING AND MULTIPLY MAP

X801

CCDICDSIAD

12.2727

MHz

ASIC

443s -f

[ 0sE-j

I l/2

D&K

DSP ‘t

I

I

73.6362

MHz

I l/7

I x3

I l/70

P&K

+

Microcomputel

3.506486

MHz

CL

4

SD-RAM

P_SCNC

4

DC-DC

73.6362 I I 350kHz l/3068

D&K

+

8. POWER CONTROL FLOW

ON

I

0.8s 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)

PCNT2

Circuit ON

BLCNT

Back light is lit.

I

I

When battery lid is opened,

TFT control

IR3R29M I

Terminal name

PCONTI

PCONT2

BLCNT(normal)

+5V (CCD)

+I 5V (CCD)

-9V (CCD)

+B (Audio)

+3.3V (MEDIA)

+3.3V (RTC)

+3.3V(LSI)

+2.5V (LSI)

+2.5V (LSI)

-15V (TFT)

+7.5V (TFT)

+I 5V (TFT)

+5V (TFT)

Battery(V)

3.3

3.3

3.3

Measurement terminal

CN906-10 TL949

CN906-13

CN906-30

TL952

TL973

3.3

3.3

3.3

2.5

2.5

-15

7.5

15

5

5

15

-9

6

CN906-1

CN906-2

CN906-3

CN906-4

CN906-5

CN906-6

CN906-7

CN906-8

CN906-9

CN907-7

CN907-8

CN907-9

CN907-IO

TL917

TL921

TL925

TL929

TL933

TL937

TL941

TL944

TL945

TL975

TL979

TL983

TL987

7-1

9. TROUBLESHOOTHING

POWER CIRCUIT TROUBLESHOOTHING

The power cannot be turned on. a

L

Check SW901. I

No

(3) (6) and (7) of Q921 and TL1922?

Yes

Is OV applied to the pin (13) of IC901 when power is turned on?

Yes

Is triangular wave of approx. 700 mVp-p output at the pin (17) of IC901?

Yes

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

Check C903 and R910.

‘No

Check F903, F904 and F905. l

1

Is voltage supplied to the emitter of

Q930, Q906 and Q907?

Yes

Is 3.3V output to TL943?

Yes v

Is 2.5V output to TL944?

Yes l

Is 5.OV output to TL919 and TL989?

Yes

No

Shorted load of 3.3V line. l and (9) of IC901.

No

Shorted load of 2.5V line.

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.

Shorted load of 3.3V (MEDIA) line.

Is 15V applied to TL923 and TL983?

Is 7.5V applied to TL981?

Is -9V applied to TL927?

Is -15V applied to TL977?

Is back light lit?

No

7.5V (TFT) and 15V (TFT) line

.

Check Q907, T901, 0907,0908, L907, L908, L909,

L910 and pins (15) and (16) of IC901.

No

Does T903 oscillate?

I Yes b48 or LCD unit is defective.

+ Check Q922, Q923, Q925,

Q929, L913 and C946.

1

1

IC205 TROUBLESHOOTHING

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.

No -, Check power circuit.

Check L208.

RSTX(75)“H” Check IC204 and D201.

I

Is clock (approx. 4 MHz) supplied to pin No b Check IC201 oscillation.

(80)? (24.5454MHz)

&eoi;ration

I Yes l keys (36) (37) and (38) No b Check relevant key.

Check R2901 -R2908 and R291 O-R291 2.

I

*

Yes

Is IC2901 communication normal?

I Yes l

Is IC201 communication normal?

I Yes

Check connection lines of IC205 and lC206.

I

No

Check connection lines of lC205 and lC2901. l

I -

(32 kHz). r

I

No b Check pins (l), (2), (99) (loo), (83)-(90) and periphery of IC201.

No

+ Check pins (91)-(98), (83)-(90) and periphery of IC203.

Defective IC205. Short circuit of each pin.

Yes

1 IC205 normal.

CCD TROUBLESHOOTHING

1 Turn mode SW to MOVIE.

I

1 Is power voltage no-1

.

I Yes

+

Is clock signal supplied to TL15, TL16 and TL17?

I

Yes

Is pulse signal supplied to TLG-TLlO?

I

No d Refer to the troubleshooting of the

1 power supply.

No

Check CCDFPC.

No b Check IC31 and its periphery.

Check CCDFPC.

Yes

Is signal supplied to (l)-(4) and (12)-

(141 of Cl?

Check ICl peripheral circuit.

ICl is defective.

Check Ql.

I

I

CCD unit is normal.

CAMERA TROUBLESHOOTHING

1 Turn mode SW to MOVIE.

LNo

Is LCD monitor normal?

Is OSD output?

-b

_

Refer to the troubleshooting of the

LCD supply.

No r l Refer to the troubleshooting of the

CCD supply.

Is the terminal (12) (17), (33), (39),

(40) (42), (43) or (44) of power [3.3V] of IC34 normal?

No b

Check IC33, L31 and R44.

Check CCDFPC.

Is clock signal supplied to (16), (21) and (22) and pulse signal supplied to

(20) and (23)?

I

Yes

No

Check IC201 peripheral circuit. b Check connection line of IC205.

Is output signal output to A/D output

(2)-(

1

1 IC201 is defective.

Yes

1

IC34 is defective.

AUDIO TROUBLESHOOTHING

Turn mode SW to MOVIE.

(Shooting mode)

LCD TROUBLESHOOTHING

Abnormal

Picture is not displayed.

I

Is back light lit?

7 b Refer to the troubleshooting of the power supply.

Refer to the troubleshooting of the power supply.

Is the voltage of approx. 2 V output to

TL604?

I v

Yes

Is signal output at pin (25) of IC602 when normal microphone is connected and signal is supplied?

I Yes

Is signal supplied to (18) and (20) of

IC602.?

Are pins (1 l), (13) and (14) of IC602 properly connected to IC205?

Is signal output at pins (4) and (6) of

IC602?

Is the signal output to TL601 and

TL602?

Yes

1 Check the speaker.

Check R650 and R651.

No Check pins (24) and (25) of IC602, l and Q652, Q653, FB603, FB604 and their periphery.

Check IC201 and their periphery circuit.

No b Check IC205 and their periphery.

IC602 is defective.

Check IC201 and their periphery.

Is -15V supplied to TL849, 7.5V to

TL853,15V to TL857 and 5V to TL860?

I Yes

+

IS video signal suppm1

No

Refer to the troubleshooting of the b power supply.

Check TFT FPC.

No

+ Check IC201, its periphery and Q201.

Check TFT FPC.

I Yes

+-No

Are 6 to 9V common signals output at

TL824 and TL868?

I Yes b Check IC802 and their periphery.

Is approx. 2.4V signal output at pin (2) of IC806?

Yes

No + Check IC806, its periphery, and IC806 to IC205 connection.

No d Check lC801 and X801. 1 IS IC801 oscillated at

I Yes

1

Is signal output at TL831, TL832 and

TL833?

Check IC801.

1

I

1 Defective LCD unit or FPC wire breakaae

I

,

No b Check the pins (4) (5) and (6) of fC602 as well as R604 and R605.

Medium is not read.

I Yes

Check C603 and R603.

Defective medium i

No

Check IC601, its periphery, FB601 and

’ FB602.

1

Yes

Formatting with PC

I Yes

No

+ Check the smart medium socket, lC201 and its periphery.

No

Medium normal.

VN-EZI U

10.

IC FUNCTION LIST

(IC205:IXO698TA)

48

49

50

51

42

43

44

45

46

47

52

53

54

55

56

57

58

35

36

37

38

39

40

41

28

29

30

31

32

33

34

Micom Pin No. Micom Port Name

1 P22

2

3

4

P23

P24

P25

5

6

7

8

9

P26

P27

P30

P31 vss

IO

11

12

13

14

15

16

17

P32

P33

P34

P35

P36

P37

SIN0

18

19

20

21

22

23

24

25

26

27

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

0

0

0

I

I/O Signal Name RST ACT

0

I

PRO

PBUSY

0

0

DSPRESET

CCDCNT

L

L

H

H

PCNTI

PCNT2

BLCNT

PWMODE

L

L

H

H

H

L

L

I

I

I/O

0

0

I

I

0

LENSSW

TFTINVSW

RTCDA

RTCCL

PO

SHTR

SIN

SOT

I/O EDAT/ESDA

0 TFTINVO

I

I

0

I

I

I

I

I

I

0 ESHIFT/ESCL

I ACDTCT

0

0

0

I

I

I

0

0

0

0

AGCI

AGC2

KEY1

KEY2

MODE

BATT

PWERR

TEMP

PINT

MD0

MD1

MD2

BLCH

DEN

COIN

IO-I

Function/Connection block

VCAM

VCAM

DSP reset output

CC0 power circuit

Power circuit

Power circuit

TFT back light power

Power SW detection (Low)

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

EEPROM

TFT inversion setting output (Low: Reverse)

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

VCAM

H:Single chip operation mode specification

H:Single chip operation mode specification

L:Single chip operation mode specification

H fixed

TFT brightness switch (Low: Dark)

Open terminal

AUDIO codex (DataEnable)

AUDIO codex (ContolDataln)

VN-EZl’U

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

66

67

68

69

70

71

62

63

64

65

Micom Pin No. Micom Port Name

59

60

61

* P62

PPGOO

P64

I

P65

P66

P67

P90

P91

P92

P93

P94

P95/ZlNl

P96/lNO

P97/lNl

PA0

PA1

92

93

94

95 r

96

97

98

99

100

RSTX

PA2

XOA

XIA vss x0

Xl

PO6

PO7

PI0

PI1

PI2

PI3

PI4

PI5

PI6 vcc

PO0

PO1

PO2

PO3

PO4

PO5

PI7

P20

P21

I/O Signal Name FIST ACT

0

0

0

0

0

DCLK

BEEP

PDN

DSPPO

DSPPI

I

I lol

I

0

I

I

0

0

I lOI

I I I

IW

I

I

CD

LVD

PRTCTO

MEDIA

PRTCTI

XRST

TFTXRST

DADI

DACK

DALD

I

I

I/O

I/O

I/O

I/O

I/O

I/O

DBO

DBI

DB2

DB3

DB4

DB5

I/O

I/O

0

0

0

DB6

DB7

DSPHCS

DSPHAO

DSPHAI

0

I

DSPHRD

DSPHRE

1 0 1 DSPHWR 1

1 I 1 DSPHWE 1

0 DSPHINT4

0

0

PADREN

PWR

I t

1 l

L

1

1

Function/Connection block

AUDIO codex (DataShift)

AUDIO codex (PWI)

AUDIO codex (PowerDown)

DSP boot selection

DSP boot selection

I

1

I

I

H

SSFDC

SSFDC

SSFDC

Lid open detection (High : OPEN)

SSFDC soket (Low : protect)

Reset output (VCAM)

TFT reset output

I

1 DA converter data

1 DA converter clock l

Reset input terminal l

DA converter road

(24.5454 + 7MHz) Clock input terminal

DSPNCAM data bus

DSPNCAM data bus

DSPNCAM data bus

DSPNCAM data bus

DSPNCAM data bus

DSPNCAM data bus

DSPNCAM data bus

DSPNCAM data bus

DSP

DSP

DSP

DSP

DSP

1 DSP

1 DSP

DSP

VCAM

VCAM

I

I

I

I

I

I

I

1 o-2

11

n

SEMICONDUCTOR LEAD IDENTIFICATION

@

B

2SC-2404-C

2SC4081 R

DTCI 44EE

2SA1362GR

DTCI 14YE

DTCI 1 SEUA

2SC4213B

&@$

4

XC62EP25

XC62EP50

TC7SH04U

RB451 F

2SA1314C

2SB1121T

2SD874A-RI E

2SK2316

4(C)

DA227

A

DA221

4

+

+

3

Q

2

1

S80827LN

. C

1 SS368

HVlJ359TR

Fl AJ3

Fl J2F

Sl6463DQ

25

37

76

51

25 5o

50

30

20

1

IX0750TA (5OPin)

MB8346B (20Pin)

MSM7716 (30Pin)

MPDI 650 (20Pin)

25

15

10

48

100

’

IR3Y29AM (48Pin)

BA9708KV (32Pin)

VSP2000 (48Pin)

IX0701 TA (1 OOPin)

IX0698TA (1 OOpin)

5

1

LEOP3641

7

IX0700TA (176pin)

1

S3530A

NJM4565V

TC7W14U

Sl6463DQ

NJM2113V

TC7WH04U

S24C04A

VN-EZl U

11-l

VN-EZl U

12.

WIRING DIAGRAM

Over

Allf

DUNTK2905PMOO

QPWBX2905TA**

CAMERA

;; /‘,5V(cCD)

, , v2

L

“ONTROL PWB

(RMICC0087TAZZ

1 1

%%%TA REC ,

DUNTK2902PMOO

QPWBX2902TA**

MEDIA

SOCKET

PIN .NO

CN207

N0474TA

CN3 I

N I 393TA

I

1 /

CCD

I

I:;5V(CCD) I;/

DUNTK290lQAOs

QPWBX2901TAwk r---_--__----------_--_-_---------~~---~ j

(CAMERA)

(AUDIO>

(RECl

-------e-t

---------I

------s-J

--------,

I

I

I

I

I

I

I

I

I

I

CN60 I

N0276T.

SF

SPEAKE t-

SPEAKE

CN204

W3062T.

POWER

I

I

I

I

I

I

I

I

I

I

I

I

I

I

?

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

3 t

PbERR

BLCNT

‘,

CN203

N0363TA

TILT PWE

SHUT

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

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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

I

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I

I

I

I

I

12-I

SPEAKER

(VSP0020P-968N)

TFT PWB 1

DUNTK2904QAOO

QPWBX2904TA**

CN60

N0276TA

--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

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

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I

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I

I

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---I

I

I

I

I

I

I

I

I

I

CN204

W3002TA

CN203

N0363TA

TILT PM3 , , (

-

DUNTK2900QAOO

QPWBX2900TAwk

TFT UNIT

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VN-EZl U

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

1

D918

I SS368

6.0

(6.01

5.0 r5.0)

0 rol

2,

2

IJAPAN

II 2023TAZZ

IL2524TAZZ

IOTHER

IL172lTAZZ

IL I72 I TAZZ r

R925

I50

R902

330

R905

IK

1 I 2 I 3 I 4 I 5 I

13-1

6 I 7

I 8 I 9

I IO

I

Q929

A I 362GR

R995

I6J

RI925

3.9

1 TO BACK LIGHT

0049TA

I

OTL917

0TL921

0TL925

OTL929

OTL94I

0 TL946

OTL942 oTL945

OTL919

0TL923 oTL927

OTL931 OTL930

0 TL933 0TL935

0 TL937 0 TL940 0 TL939

OTL943

0 TL944

~

0TL947

AlO

OTLg5’

-

I

1 +SV(CCD)

2

+I5V(CCD)

3 I

-9V(CCD)

4

+B(AUDIO)

5

+3.3V(MEDIA)

6

+3.3V(RTC)

7

+3.3v(LsI)

8

+2.5V(LSI)

9 +2.5V(LSI)

PCNTI

I I MEDIA

+

+

+

+

+

+

1-1

-+

-+ t t

I

TL’g34

I

* TLg55 I 61

ACDTCT o

OTLg6’

17

DADI

18

TFTXRST

I

1-t t

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I

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FB90 I

FB902

FB903

FB904

0049TA

TL975 0

TL979 0

TL963 0

TLg67 o

TL977 0

TL961 0

TL965 0

TLg8g o

8 g

6

7

TFTXRST

-ISVtTFT)

10

+7.5V(TFT)

+I5V(TFT)

+SV(TFT)

+

+

-+

+

+

R94 I

W?

4.7KD

R942 v&-z

62K D

R943 v

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R947

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IO

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11

I 12

I

13

I

14

I

15 I 16 I 17 I 18 I 19

13-2

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VN-EZl U

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CAMERA [

J

QPWBX29OITA+i%

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CCD

3

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-

R45

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>

1

1

>

1

>

>

1

1

>

1

)

)

10

I

11

I

12

I

13 I

14 I 15 I 16 I 17 I 18 I 19

13-4

VN-EZI

U

1 a-2-(2). MAIN CIRCUIT SCHEMATIC DIAGRAM (AUDIO)

AUDIOI

R60 I

I5K

-

SPEAKER

+--

SPEAKER- e- SPEAKER+

CN60 I

N0276TA

’

2

-

FB60 I

008lTA

I o- n

,_

R62 I

27K

IC60 I

0

(01

7

NJM2 I l

F

2.6

(2.6, I

8

C60 I

’ IOU

’ IOV

R605

I 5K

0

R604 o-

5

IOK

F:

88 !

603 d\l/”

R602

A IC605

A1362GR

: R623

470

0603

Cl 14YE

VN-EZI U

I

\

I t

I I

Olu l6V

15

I

260 I

31

14YE

3.4

(3.41

1

(01

-s-@

+%

+%-@

R65 I

I 00

R650

6 .8K

C650

33u

I ov

4uxo

PBIN

PBO

I

0 co/’

1 R’658

5 I 5K

1

3.4

(3.41

Q653

C408

C654

\ O.lu

NC

40UT+

AOUT-

=w1 NC

VFO MAO c

7

\JC

I C602

UC

MAIN

NC

) 3

NC MSM77’16

NC

VDD PDN

DCLK

NC

SYNC

NC

/./ c/ .

/I

27OP

5ov

C658

I u

R657

I OOK

CDIN

DEN

OG

BCLK

PCMOUT

PCMIN

/

.6

(/ .6/,

2.9

(2.91

2.2

(2.21

R606

IK

I

I

Q652 o C42 13B o

TL604

I

TL605

CN602

N0263TA

MIC

II MIC

Z GND

SYNC

BCLK

PCMOUT

PCMIN

DCLK

BEEP

+3.3V(CCD>

+B(AUDIO>

BLCNT

AMPGND

+

I

ICI I-

>

>

1

>

>

>

I

10 I 11 I 12 I 13 I 14 I 15 I 16 I 17 I 18 I 19

13-6

- - - - - - - - - - -

- - - - - - - - - - - -

- - - - - - - - - - - - - - - -

- - - - - - - - - - - - - - - -

2.6 ‘22.5)

T

3. TFT CIRCUIT SCHEMATIC DIAGRAM

DUNTK2904QAOO

QPWBX2904TAwk

-

R819

2.2KD

X801

COO67TA

R823

5.6K

C825

YTVICB474K

-.LL

C803 O.OlU

R8O4

20K D

33KD

R687

IOK w39

IOK

-

C805

O.Olu

4,

1.9

L?.OJ

@ 588

R806

IK

C807

I,

.I

IU l6V

4.7 r4.71

0.6

CO.61

@SO

2.0 f2.0,

=@=4s

SI

I

CB63

56P

C864

82P ma(L

>

56P 330K

CONT 2

2.5 r2dJ

LB0 I CB32

MAI

R030 l8KD

-: w

R834

22KD

-

I

LB03

47uH

-

-

-

-

-

-

-

-

-

-

-

-

-

-- ce39

IOU l6V

560D

Fe.35

-L

4’

LB04

47uH

--

--

C844

O.lu

25V c&I5

O.lU

25V r-il-

C862

O.OlU

0 rOJ

2.5

(2.5)

2.5

(2.5,

0 roJ

IC805

TC7Wl4U

VU804

M4553CEZZ

R857

2K i

CN802

N2687TA oTL806oTL809

,TL8100TL813-2 oTL8 I5oTL8 I6 -3

, m

_ 0TL819-~

4 oTLEI~O-~ oTL82I -7

VGH

VREFH vGL

VREFL

_2

_, oTL822

8

_

9

---*lo is!zt

-aI2

(’

~-=I4

-13

I I csl-0

VD

HDB

FW

VCOM

PHcYJT

_3

F’HIN

+

_

_j

_

+

3

+

3

+

+

3

-17

=I8

*TL867

I9

_I

CKI vss

-+

-

0 roJ

Q804

Cl l4EE

0

1OJ

C646

IOU

IOV

F

R844

180

R.954

160 f

R852

IOK w

CB48

O.OlU

LB06

47uH

XT

2.2 r2.31

5.0

(5.0’

11

-1

D8Ol

HVU359TR

D802

I SS36l

2.4 r2.4)

@ 03

I.9 r/ .9J

@CM

‘@ 05

@06

@ 07

@Da

@09

@ 010

C408lR_ __

R860

4 .7K

R662

390

1

( X56 tc u_

I t

0

L

CN803 N I 393TA r0 POWER

0

TL869

131

DAD1

,2 DACK

IhI

+ o n843

1 I D&D

10 TFTIN t t

VN-EZl U

I

IO

I 11 I 12 I 13 I 14 I 15 I 16 I 17 I 18 I 19 I

13-12

VN-EZl U

F

E

D

C

B

H

G

13-5. CCD CIRCUIT SCHEMATIC DIAGRAM

J

I i

I I

I 1 1 f

00. a?: u o>

‘W O- m

3 r

A

1 I 2

I 3 I 4 I 5 I 6 I 7 I 8 I 9 I 10 I

13-14

VN-EZl U

5. TILT CIRCUIT SCHEMATIC DIAGRAM

I

REC

+--

6--

I-

TFTINVSW

LENSSW

I GND

I922TA

I

I

2

13 10

TLl203 TLl204 oTL1201

OTLl202

DUNTK2906PMOO

QPWBX2906TAwk

13-7. JACK CIRCUIT SCHEMATIC DIAGRAM

I

I

Tfl Pn\A/FR

IV I “““Ll,

I ’

-

G---

&

DC

MEDIA

I

GND

I

I

TL990

3 O

2 , oTL995

R I923

RS-TX2HFOOOJ oTL991

I I

, , OTL996 n

J90 I

EOI7ICEZZ

1

> TL994

SW90 I

MOO I8TA

I b t

I

1 TO POWER 1, l- DUNT-K2907PMOO

QPWBX2907TAwk j

00

(

SW1201

M0032TA

I

TILT PWB

I

\

13-8. SHUTTER CIRCUIT SCHEMATIC DIAGRAM

CN206

1919TA

REC

SHTR I

TL29-7

SW294

SHUTTER rT_L,

K0027TA

DUNTK2908PMOO

QPWBX2908TA**

13-15

See Page Pl3-1

SCP COMP t

_-___--_

/ .o c-1 .OJ lCCZIEH20lJ

I

.

-4 r

VDD

/

ET

I

1

REFERENCE

REGULATOR

1

RT a - dk g

0 is

I-

I

I

*t---------1

BA97

VE3

STB I

08KV f d f d

/ t

M

I

I

-! I

I

I

I

I

I

-t

I

I

I

I

I

I

I

I

I

4

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 iR* .

0

(2.3) c905

47OOP

>-

GND 1 = /VEI

)- ERR AMP

I

INVI

I e I

{IiFf-Gi ‘CIZ_ 1:

I

* I /2 VREF

PWM cow

PWM COMP $ dvv

-4-

-I-

I

DTI

1 . f

4

OUT2

/

> 4

3%; .

I

I i&& .

I

/.2 /.2 /.6 5.4 2.1 5.5 5.9 0.3

(/ .2i’ t-/ .2) (/ .6) (5.4) (2./J (5.5) (5.9, CO.3

~,~~,,,,~,,-,-,---~~~~~~-~~_~~~_~~~~_~~~~~~~__~~~_~~~_~_____~________________________________

13-16

VN-EZl U

14. PRINTED WIRING BOARD ASSEMBLIES

14-1. POWER PWB

Wiring Side SIDE A

Component Side SIDE A

CN9G6 r

0904

Q921 0922

‘TI

RI925 cl

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 15 I 16 I 17 I 18 I 19

14-2

VN-ET1 U

14-2. MAIN PWB


\

I

Component Side

IC201

_I

IEI m lczrsl

F2151 m

!zEl

I m

.1/ piiiqET/

I--

‘1 r-6 i

1

I

14-3

VN-EZl U

Wiring Side B


\

0 0 n I

IC205

I T’@

10

I

11

I

12 I 13 I 14

I

15

I

16

I

17

I

18

I

19

14-4

VN-EttlJ

14-3. CONTROL PWB

Wiring Side SIDE

A


TL@@

TL@p@

TL@P@

\

1

I

2 I 3 I 4 I 5 I 6 I 7 I 8 I 9 I IO

14-5

Wiring Side SIDE B


IO

I

11

I

12 I 13 I 14

I 15 I

16

I

17

I 18 I

19 I

14-6

VN-EZl U

14-4. TFT PWB



-

I

J pi-1 pm-1

C825

El

IC801

'JR804

Wiring Side SIDE B

,


Tl@

Tl@

Tl@ T@

Tl@ Tt@

/F&q

P

IO I 11

I 12

I

13 I 14

I

15

I

16 I 17 I 18 I

14-8

19

VN-EZl U

14-5. CCD PWB

Wiring Side

SIDE A

Component Side

SIDE A

Wiring Side

SIDE B

Component Side

14-6. TILT PWB

Wiring Side

SIDE A

Component Side

SIDE A

Wiring Side

SIDE B

Component Side

SIDE B

14-7. SHUTTER PWB

Wiring Side

SIDE A

Component Side Wiring Side

SIDE B

Component Side

SIDE B

14-8. JACK PW

Wiring Side SIDE A Component Side SIDE A

Wiring Side SIDE B Component Side SIDE B

1 I 2 I 3 I 4 I 5 I

6

I

7

I

8 I 9 I

10

1

15.REPLACEMENT PARTS LIST/

EXPLODED VIEWS

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. u HOW TO ORDER REPLACEMENT PARTS.” in USA: Contact your nearest SHARP Parts Distributor. For location of SHARP Parts Distributor,

Call Toll-free I-IBE800SHARP in CANADA: Contact SHARP Electronics

Phone (416) 890-2100. of Canada Limited

*MARK : SPARE PARTS-DELIVERY SECTION:ALL JAPAN

To have your order filled the following informations. promptly and correctly, please

1. MODEL NUMBER

3. PART NO.

5. PRICE CODE

2. REF. NO.

4. DESCRIPTION

A MARK: SAFETY RELATED PARTS

A PIECES: RELATIV ‘ES A LA SECURITE

PWB ASS IEMBLY IS NOT REPLACEMENT ITEM

L’ASSEMBLANGE P.C.I. EST UN ARTICLE NON REMPLACABLE

Ref. No. Part No.

*

Description

PRINTED WIRING BOARD ASSEMBLIES

(NOT REPLACEMENT ITEM)

Code

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

-

-

-

-

-

-

IC901

IC903

IC904

IC905

IC906

Q901

Q903

Q906

Q907

Q908

Q911

Q921

DUNTK2900QAOl

POWER PWB UNIT

INTEGRATED CIRCUITS

VHiBA9708KV1

VHiXC62EP25-1

VHiXC62EP50-1

VHiXC62FP33-1

VHiTC7SH04U1

BA9708KV

XC62EP25

XC62EP50

XC62FP33

TC7SH04U

TRANSISTORS

VSDTCI 14YE/-1

VSDTCI 15EUA-1

VS2SB1121 T/-l

VS2SB1121 T/-l

VS2SK2316//-1

VS2SA1314C/-1

VSSi6463DQ/-I

DTCI 14YE

DTCI ISEUA

2SB1121T

2SB1121T

2SK2316

2SA1314C

Si6463DQ

AB

AB

AC

AC

AE

AD

AL

AM

AE

AE

AE

AE

L904

L905

L906

L907

L908

L909

L910

L911

L913

A T901

A T903

D902

D903

D904

D905

D906

D907

0908

0913

D914

D917

D918 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

Ref. No.

Q922

Q923

Q924

Q925

Q926

Q927

Q928

Q929

Q930

Part No. * Description

VS2SD874ARl E

VS2SD874A-RI E

VSDTCI 14YE/-1

VS2SA1362GR-1

VSDTCI 14YE/-1

VSDTCI 14YE/-1

VS2SA1362GR-1

VS2SA1362GR-1

VS2SA1314C/-1

2SD874A

2SD874A

DTCI 14YE

2SA1362GR

DTC114YE

DTCI 14YE

2SA1362GR

2SA1362GR

2SA1314C

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

DIODES

1 SS368

1 SS368

Fl AJ3

Fl J2F

Fl J2F

DA227

DA227

DAN222

1 SS368

1 SS368

1 SS368

COILS AND TRANSFORMERS

RCiLPO158TAZZ

RCiLPO158TAZZ

VPAXM2R2MR16N

VP-WM220KR71 N

VP-WM220KR71 N

VP-WM220KR71 N

VP-WM220KR71 N

VPAXMI OOKR42N

RCiLP0241 TAZZ

RTRNZOI 43TAZZ

RTRNZOI 45TAZZ

Coil, CiLPO158TA

Coil, CiLPOl58TA

Peaking, 2.2pH

Peaking, 22pH

Peaking, 22pH

Peaking, 22yH

Peaking, 22p.H

Peaking, 1 Op,H

Coil, CiLP0241 TA

Transformer

Transformer

CAPACITORS

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

0.1

0.1

25V

25V

200~ 25V

4700~ 25V loop 5ov

0.01 5ov

15oop 5ov

IOOOp 5ov

1 16V

IOOOp 5ov

0.022 5ov

0.01 16V

2.2

IO

IO

3.3

1

1

0.1

1

IO

1

1

1

1

1

1

IO

IO

3.3

3.3

0.1

IO

16V

16V

25V

16V

0.027 50V

IO 4kV

IO

IO

16V

16V

IO 16V

16V

25V

25V

25V

25V

25V

25V

16V

16V

25V

16V

16V

16V

16V

16V

25V

25V

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

AC

AC

AE

AE

AE

AB

AB

AA

AC

AC

AC

AB

AC

AF

AF

AM

AE

AE

AC

AB

A0

AB

VN-EZl U

Code

AD

AD

AB

AC

A0

AB

AC

AC

AD

AD

AA

AF

AD

AF

AE

AE

AE

AC

AC

AC

AC

AC

AC

AF

AE

AC

AB

AA

AB

AA

AC

AD

AE

AE

AD

AC

AC

AE

AA

AA

AA

AB

AB

AB

AB

AB

15-I

VN-EZl U

Ref. No. Part No. * Description Code c954 c955

C956

VCKYCZI HB221 K

VCKYCZl HB561 K

VCKYCZI AB104K

220p 50V Ceramic

560~ 50V Ceramic

0.1 1 OV Ceramic

AA

AC

AB

R995

R996

R997

R1901

R1902

R1903

RI 904

R1905

R1906

RI907

RI908

R1911

R1913

RI914

R1916

R1917

R937

R938

R939

R940

R941

R942

R943

R947

R949

R950

R988

R989

R990

R993

R994

R1919

RI920

RI921

R1922

R1924

R1925

RI 926

R925

R927

R928

R929

R931

R932

R933

R934

R935

R936

R916

R917

R919

R920

R921

R922

R923

R924

R901

R902

R903

R904

R905

R906

R908

R909

R910

R912

R913

R914

R915

RESISTORS

VRS-CZI JF432D

VRS-CZI JF153D

VRS-CZI JFI 01 D

VRS-CZI JFI 040

VRS-CZl JF563D

VRS-CZl JF473D

VRS-CZI JF472D

VRS-CZI JF623D

VRS-CZl JF122D

VRS-CZl JFl

01 D

VRS-CZl JF273J

VRSCZlJF15lJ

VRS-CZI JF684J

VRS-CZI JF334J

VRS-CZI JF272J

VRS-CZI JF473J

VRS-CZI JF332J

VRS-TV1 JD18OJ

VRS-CZI JF223J

VRS-CZI JFlO2J

VRS-CZl JFI 04J

VRS-CZI JF224J

VRSCZlJF104J

VRS-CZl JFI 04J

VRS-CZl JF474J

VRS-CZI JFI 04J

VRS-CZl JF104J

VRS-CZI JF273J

VRS-CZl JFOOOJ

VRS-CZI JFOOOJ

VRS-CZI JFOOOJ

VRS-CZI JF273J

VRS-CZI JFI 51 J

VRS-CZI JF273J

VRS-CZI JF102J

VRS-CZI JF273J

VRS-CZI JF471 J

VRS-CZI JFOOOJ

VRSTVlJD3R9J

VRS-CZI JFOOOJ

VRS-TV1 JD332J

VRS-CZI JF331 J

VRS-CZI JFI 03J

VRS-CZI JF223J

VRS-CZI JFI 02J

VRS-CZI JF103J

VRS-CZI JFI 04J

VRS-CZl JF474J

VRS-CZI JFl53J

VRS-CZI JF333J

VRS-CZI JF333J

VRS-CZl JF333J

VRS-CZI JF474J

VRS-CZI JF333J

VRS-CZI JF124J

VRS-CZI JF433J

VRS-CZl JF333J

VRS-CZl JFI 05J

VRS-CZI JF684D

VRS-CZI JF334D

VRS-CZI JF39OJ

VRS-CZl JFI 51 J

VRS-CZl JF39OJ

VRS-CZl JF433J

VRS-CZI JF333J

VRS-CZI JFI 02J

VRS-CZI JFI 03J

VRS-CZI JFI 01 D

VRS-CZI JF223D

3.3k l/l 6W Metal Oxide AA

330 l/l 6W Metal Oxide AA

1 Ok l/l 6W Metal Oxide AA

22k l/i 6W Metal Oxide AA lk l/l 6W Metal Oxide . AA

1 Ok. 1 /I 6W Metal Oxide AA

1 OOk l/l 6W Metal Oxide AA

470k l/l 6W Metal Oxide AA

1 Sk l/l 6W Metal Oxide AA

33k l/i 6W Metal Oxide AA








1 M l/i 6W Metal Oxide AA




150 l/i 6W Metal Oxide AA



33k l/l 6W Metal Oxide AA lk l/l 6W Metal Oxide AA

1 Ok l/i 6W Metal Oxide AA


22k l/l 6W Metal Oxide AB


1 Sk l/l 6W Metal Oxide AB


1 OOk l/l 6W Metal Oxide AB



4.7k l/l 6W Metal Oxide AB


1.2k 1/16W Metal Oxide AB




















0

0 l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA




Ik l/l 6W Metal Oxide AA




3.9 l/l 6W Metal Oxide AA


Ref. No. Part No. * Desqiption

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

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

MISCELLANEOUS 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

Code

AD

AD

AD

AD

AD

AD

AD

AD

AD

AD

AD

AD

AD

AD

AB

AE

AG

AD

AC

AD

AD

AD

DUNTK290l QAOI

MAIN PWB UNIT

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

UPD16510

XC62FP33

VSP2000

TC7WH04U

IX0700TA

IX0700TA

IX0701TA

S80827LN

IX0698TA

S24C04A

NJM2113V

MSM7716

Q201

Q601

Q602

Q603

Q604

Q605

Q652

Q653

L31

L202

L203

L204

L205

L206

L207

L208

L210

L211

TRANSISTORS

VS2SC4081 RI-1

VSDTC114YEb1

VS2SAl362GR-1

VSDTCl14YEb1

VS2SAl362GR-1

VS2SAl362GR-1

VS2SC4213B/-1

VS2SC4081 R/-l

2SC4081 R

DTCI 14YE

2SA1362GR

DTCI 14YE

2SAl362GR

2SAl362GR

2SC4213B

2SC4081 R

VHDDAN222//-1

VHDDA221///-1

VHDDA221///-1

DIODES

DAN222

DA221

DA221

D201

0202

D601

TM201 x201

PACKAGED CIRCUITS

VHHTI 103K44-1

RCRSCOI 54TAZZ

Thermistor

Crystal, CRSCOI 54TA

VP-WM2R2MR13N

VPAWMR47KR30N

VPAWMR47KR30N

VPAWMR47KR30N

VPAWMR47KR30N

VPAWMR47KR30N

VPAWMR47KR30N

VPAWMR47KR30N

VPAWMR47KR30N

VPAWMR47KR30N

COILS

Peaking, 2.2pH

Peaking, 0.47pH

Peaking, 0.47pH

Peaking, 0.47pH

Peaking, 0.47pH

Peaking, 0.47pH

Peaking, 0.47yH

Peaking, 0.47pH

Peaking, 0.47pH

Peaking, 0.47yH

AR

AE

AT

AE

BA

AV

BD

AE

AX

AL

AF

AT

AA

AB

AB

AD

AH

AA

AB

AC

AB

AC

AC

AC

AA

AB

AC

AC

AC

AC

AC

AC

AC

AC

AC

15-2


*

Description Code

-. c40 c41

C42 c43 c44 c45

C46

C48 c31

C32 c33 c34 c35 c37

C38 c39 c49

C51 c52 c53 c54 c55

C56 c57

C62 c201 c202

C203

. C204

C205

C224

C225

C252

C253

C254

C255

C256

C601

C602

C603

C604

C605

C606

C610

C611

C214

C215

C216

C217

C218 c219 c220 c221 c222

C223

C206

C207

C208 c209 c210 c211 c212

C213

C650

C652

C653

C654

C656

C657

C658

R31

R36

CAPACITORS

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

VCKYCZI AFlO4Z

VCKYCZl AF104Z

VCSATAOJJI 56M

VCKYCY

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 1 AF105Z

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 1 AFI 052

VCKYCY 1 AF105Z

VCCCCZI HHI 80J

VCCCCZl HHI OOD

VCCCCZI HH330J

VCKYCZl AFI 042

VCKYCZl AF104Z

VCSATAOJJI 56M

VCKYCZI AF104Z

VCKYCZI AFI 042

0.1

0.1

0.1

0.1

0.1

0.1

IO

0.1

0.1

0.1

2.2

1

0.1

0.1

0.1

10

0.1

0.1

0.1

IOP

25V Ceramic

25V Ceramic

16V Ceramic

25V Ceramic

1 OV Ceramic

16V Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Tantalum

1 OV Ceramic

1 OV Ceramic.

1 OV Ceramic

1 OV Tantalum

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OP 50V Ceramic

0.1

50V Ceramic

1 OV Ceramic

1

1

0.1

1

0.1

0.1

0.1

1

1

10

0.1

1

0.1

0.1

15

1

1

0.1

0.1

0.1

0.1

0.1

0.1

1

1

0.1 l8P

1OP

33P

0.1

0.1

15

0.1

0.1

1

0.1

10

1

1 OV Ceramic

1 OV Ceramic

16V Tantalum

1 OV Ceramic

0.1 1 OV Ceramic

0.056 16V Ceramic

0.01 16V Ceramic

33 1 OV Tantalum

33

0.1

1 OV Tantalum

1 OV Ceramic

0.1

0.1

1 OV Ceramic

1 OV Ceramic

270~ 50V Ceramic

1 1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

50V Ceramic

50V Ceramic

50V Ceramic

1 OV Ceramic

1 OV Ceramic

6.3V Tantalum

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

6.3V Tantalum

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Ceramic

1 OV Tantalum

AC

AB

AB

AB

AB

AB

AB

AB

AC

AC

AB

AB

AB

AB

AB

AC

AC

AB

AB

AC

AB

AB

AB

AB

AB

AB

AB

AB

AC

AB

AA

AA

AC

AC

AB

AB

AB

AC

AB

AB

AB

AB

AB

AB

AC

AB

AB

AB

AG

AG

AB

AB

AB

AC

AC

AC

AC

AB

AD

AB

AB

AC

AC

AC

AC

AC

AB

AB

AC

AB

RESISTORS

VRS-CZI JFI 03J

VRS-CZI JFI 02J



Vl\j-EZl U


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

VRS-CZl JF473J

VRS-CZl JF473J

VRS-CZI JF473J

VRS-CZI JFOOOJ

VRS-CZl JFOOOJ

VRS-CY 1 JFOOOJ

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

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

R602

R603

R604

R605

R606

R608

R609

R611

R615

R616

R621

R259

R260

R261

R262

R263

R271

R272

R601

R242

R243

R244

R245

R246

R248

R249

R251

R252

R253

R254

R255

R256

R257

R258

R622

R623

R624

R650

R651

R653

R654

R655

R656

R657

R658

R659

R207

R208

R209

R210

R211

R214

R215

R216

R217

R218

R219

R236

R237

R238

R241

R37

R38

R39

R40

R41

R42

R44

R45

R20l

R202

R204

R205

R206

* Description Code

Ik

Ik

0

0

Ik

Ik lk

Ik l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA l/l 6W Metal ‘Oxide AA l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA


1 M l/l 6W Metal Oxide AA



Ik

Ik l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA
































0

0 l/l 6W Metal Oxide AA l/l 6W Metal Oxide AA





3.3k 1/16W Metal Oxide AA













6.8k 1/16W Metal Oxide AA









15-3

VN-EZl U

Ref. No. Part No. * Description


CN31 QSOCN 1393TAZZ

CN202 QSOCNI 086TAZZ

CN203 QPLGN0363TAZZ

CN204 QCNCW3082TAZZ

CN205 QCNW-191 STAZZ

CN207 QPLGN0474TAZZ

CN601 QPLGN0276TAZZ

CN602 QPLGN0263TAZZ

FB32

FB33

RBLN-0080TAZZ

RBLN-0080TAZZ

FB34 RBLN-0080TAZZ

FB601 RBLN-0081TAZZ

FB602 RBLN-0081 TAZZ

FB603 RBLN-0081 TAZZ

FB604 RBLN-0081 TAZZ

SC201 QSOCZ0056TAZZ

Socket, 13Pin

Socket,

Plug, 3Pin

Connector, 30Pin


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

Code

.AC

AC

AC

A0

A0

A0

AB

AM

AD

AC

AC

AF

AE

AD

AD

A0

DUNTK2902PMOO

CONTROL PWB UNIT

INTEGRATED CIRCUIT

IC2901 VHiS3530A//-1 S3530A

D2901 VHDRB451 F//-l

DIODE

RB451 F

AH

AC

PACKAGED CIRCUIT

X2901 RCRSC0032TAZZ Crystal, CRSC0032TA

CAPACITORS

C2901 RCDZ0004TAZZ

C2902 VCCCCZI HHSROD

C2903 VCCCCZI HHSROD

C2904 VCKYCZlAF1042

C2905 VCKYCZI HB102K

C2906 VCKYCZI HB102K

Capacitor

9p

9p

50V Ceramic

50V Ceramic

0.1 1 OV Ceramic

IOOOp 50V Ceramic

IOOOp 50V Ceramic

AG

R2901 VRS-CZI JF223D

R2902 VRS-CZl JF223D



R2905 VRS-CZl JFI 230

R2906 VRS-CZI JFI 230



R2909 VRS-CZI JF47OJ




R2915 VRS-CZI JFI 02J

RESISTORS


22k It1 6W Metal Oxide AB












CN2901 QSOCNl078TAZZ

SW2901 QSW-K0026TAZZ

SW2902 QSW-KOO26TAZZ




SW291 0 QSW-S0203TAZZ

SW291 1 QSWS0204TAZZ

Socket,

Switch, Left

Switch, Menu

Switch, Up

Switch, Down

Switch, Right

Switch

Switch

AD

AC

AC

AC

AC

AC

AD

AF

AK

AA

AA

AB

AB

A0

IC801

IC802

DUNTK2904QAOO

TFT PWB UNIT


VHiiR3Y29AM-1

VHiNJM4565V1

IR3Y29AM

NJM4565V

AV

AF


IC805 lC806

Q803

Q804

0801

D802

X801

L801

L803

L804

L806

L805

L807

L808

VHiTC7W14U/-1

VHiMB8346BV1

TC7W14U

MB8346BV

TRANSISTORS

VS2SC4081 RI-I

VSDTC114EE/-1

2SC4081 R

DTCI 14EE

VHDHVU359TR-1

VHDI SS368//-1

DIODES

HVU359TR

1 SS368

PACKAGED CIRCUIT

RCRSC0087TAZZ Crystal, CRSCOO87TA

COILS

VPAWM470J6R4N

VPAWM470J6R4N

VPAWM470J6R4N

VPAWM470J6R4N

VPMGNl OOMR75N

VPM6Nl OOMR75N

VP-9N330KR71 N

Peaking, 47pH

Peaking, 47pH

Peaking, 47pH

Peaking, 47pH

Peaking, 1 OpH

Peaking, 1 OpH

Peaking, 33pH

C811

C812

C813

C814

C815

C817

C818

C819

C821

C822

C823

C824

C825

C826

C827

C801

C802

C803

C804

C805

C806

C807

C808

C810

C828

C830

C831

C832

C833

C834

C835

C836

C837

C839

C840

C841

C842

C843

C844

C845

C846

C848

C850

C851

C852

C853

C854

VR804 RVR-M4553CEZZ

CONTROL

Variable Resistor

CAPACITORS

VCKYCZI HF103Z

VCKYCZI HFI 032

VCKYCZI HFlO3Z

VCKYCZI HFI 032

VCKYCZI HF103Z

VCKYCZI HFI 032

VCKYTQI CBI 05K

VCCCCYI HH471 J

VCKYCY 1 AFI 052

VCSATAI CJ106M

VCKYCY 1 AFI 05Z

VCKYCZI HFI 032

VCKYCY 1 AFI 052

VCKYCZI HFI 032

VCKYCYI AF105Z

VCKYCZl HF103Z

VCKYCZI HFI 032

VCCCCZI HH560J

VCKYCYI AFI 052

VCCCCZI HHGROD

VCKYCY 1 AFI 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 1 AFI 052

VCKYCY

VCKYCZl HBI 02K

0.01 50V Ceramic

0.01 50V Ceramic

0.01 50V Ceramic

0.01 50V Ceramic

0.01 50V Ceramic

0.01 50V Ceramic

1 16V Ceramic

470~ 50V Ceramic

1

IO

1

16V Tantalum

0.01 50V Ceramic

1

0.01 50V Ceramic

1

0.01 50V Ceramic

0.01 50V Ceramic

56P

1

50V Ceramic

1 OV Ceramic

6P

1

50V Ceramic

1 OV Ceramic

0.47 16V Ceramic

0.01 50V Ceramic

0.01 50V Ceramic

10 1 OV Tantalum

0.01 50V Ceramic

0.33 16V Ceramic

27P 50V Ceramic

15P 50V Ceramic

0.01 50V Ceramic

0.01 50V Ceramic

0.01 50V Ceramic

IO

10

IO

16V Tantalum

0.01 50V Ceramic

0.01 50V Ceramic

10

0.1

0.1

10

25V Ceramic

25V Ceramic

1 OV Tantalum

0.01 50V Ceramic

560~ 50V Ceramic

0.1

1

1 1 OV Ceramic

1OOOp 50V Ceramic

Code

AG

AN

AA

AB

AE

AC

AK

AC

AC

AC

AC

AC

AC

AC

AD

AC

AC

AB

AB

AC

A0

AA

AB

AB

AB

AB

AB

AC

AC

AB

AC

AB

AC

AB

AB

AB

AC

AA

AB

AB

A0

AB

AB

AB

AC

AA

AC

AD

AB

A%

A0

AC

AC

A0

AD

AC

AB

A0

AC

AA

AA

AC

15-4


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

150p

560~

220p

3.3

0.01

8P

0.1

0.01

56P

82P

5ov Ceramic

5ov Ceramic

5ov Ceramic

IOV Tantalum

5ov Ceramic

5ov Ceramic

IOV Ceramic

5ov Ceramic

5ov Ceramic

5ov Ceramic

Code

AA

AB

AA

AC

AB

AB

AB

AB

AB

AB

R834

R835

R836

R837

R838

R839

R840

R841

R822

R823

R824

R826

R827

R828

R829

R830

R832

R833

R813

R815

R816

R817

R818

R819

R820

R821

R801

R803

R804

R806

R807

R808

R809

R812

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 QSOCN2687TAZZ

CN803 QSOCNI 393TAZZ

Socket, 26Pin

Socket, 13Pin

Metal Oxide AB

Metal Oxide AB

Metal Oxide AA

Metal Oxide AA

Metal Oxide AB

Metal Oxide AB

Metal Oxide AB

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 AA

Metal Oxide AB

Metal Oxide AA

Metal Oxide AA

Metal Oxide AB

Metal Oxide AB

Metal Oxide AB

Metal Oxide AB

Metal Oxide AB

Metal Oxide AB

Metal Oxide AA

Metal Oxide AA

Metal Oxide AB

Metal Oxide AB

Metal Oxide AA

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 AB

Metal Oxide AA

33k 1/16W

39k 1/16W

20k 1/16W

Ik 1/16W

15k 1/16W

10k 1/16W

47k 1/16W

Ik 1/16W

Ik 1/16W

1M 1/16W

33k 1/16W

43k 1/16W

18k 1/16W

2.2k 1/16W

2.7k 1/16W

330k 1 /I 6W

18k 1/16W

5.6k 1/16W

39k 1/16W

8.2k 1/16W

IM 1/16W

33k 1/16W

39k 1/16W l8k 1/16W

22k 1/16W

15k 1/16W

22k 1/16W

560 1/16W

0 ll16W

4.7k 1/16W

150k 1/16W

IOOk 1/16W

0 1/16W

150k 1/16W

47k 1/16W

180 1/16W

10k 1/16W

180 1/16W

2k 1/16W

IOOk 1/16W

3.3k l/l 6W

4.7k 1 /I 6W

180 1/16W

390 1/16W

4.7k 1/16W

10k 1/16W

10k 1/16W

10k 1/16W

IOk 1/16W

150k 1/16W

150k 1/16W

10k 1/16W

AE

AD

VN-EZl U

Cl c3 c4 c5

C6

C8 c9

Cl0

Cl1

Ref. No.

ICl

Ql

01

RI

R2

R3

R5

R7

R8

RIO

RI1

CNI

Part No. Description

DUNTK2905PMOO

CCD PWB UNIT

INTEGRATED CIRCUIT

VHiLZOP3641-1 LZOP3641

TRANSISTOR

VS2SC2404-C-1 2SC2404-C

BH

MISCELLANEOUS PART

QSOCN 1305TAN 1 Socket, 13Pin

AD

VHDI SS368//-1

DIODE

1 SS368 AC

VCKYCYlEF1042

VCCCCYl HH271 J

VCSATEI VJ225M

VCSATEI VJ225M

VCKYCZI HFI 032

VCKYTQl HB224K

VCKYTQI HB224K

VCKYCZI CB103K

VCCCCZlHH180J

CAPACITORS

0.1 25V Ceramic

270~ 50V Ceramic

2.2

2.2

35V Tantalum

35V Tantalum

0.01 50V Ceramic

0.22 50V Ceramic

0.22 50V Ceramic

0.01 16V Ceramic

18P

50V Ceramic

RESISTORS

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









AA

AA

AD

AD

AB

AC

AC

AB

AB

AF

DUNTK2906PMOO

TILT PWB UNIT


CN1201 QCNW-1922TAZZ

SW1201 QSW-M0032TAZZ


Switch

AE

AE

DUNTK2907PMOO

JACK PWB UNIT

RESISTOR

RI 923 VRS-TX2HFOOOJ 0 1/2W Metal Oxide AA


CN908 QCNW-1917TAZZ

J901 QJAKE0171 CEZZ

SW901 QSW-MOO18TAZZ


Jack

Switch

AE

AD

AC

DUNTK2908PMOO

SHUTTER PWB UNIT


CN206 QCNW-191 STAZZ

SW294 QSW-K0027TAZZ


Switch, Shutter

AE

AD

15-5

VN.IEZ~ U


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

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

QCNW-1948TAZZ

QCNW-1949TAZZ

QCNW-1950TAZZ

SERVICE JIG

Main PWB (CN204)-

Power PWB (CN906), 30Pin

BS

Main PWB (CN202)- AP

Control PWB (CN2901), IOPin

Power PWB (CN907)-

TFT PWB (CN803), 13Pin

AP

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

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

PSPAZ0282TAZZ

CCABB6211 TAKl

JKNBZ0075TASA

GCOVAI 618TAKA

CCOVAI 619TAKl

JKNBPO180TASA

JKNBP0181TASA

JKNBZ0074TASA

MSPRCO123TAFJ

LHLDZI 506TAZZ

LHLDZ1516TAZZ

LHLDZ3041TAZZ

RMiCC0087TAZZ

CABINET PARTS

Front Cabinet Ass’y

Front Grip

AR

AG

Top Cover

Shutter Button

Battery Label

POP Label

AD

AE

AA

AG

Electrostatic Sheet( Shutter) AB

Slider, Complete AK

Battery Lid

Battery Terminal Holder

AG

AD

Battery Terminal Spring AD

Battery Terminal Block Base AC

Battery Terminal B

Electrostatic Sheet

(Fulcrum Fitting)

Spacer A

AD

AA

AA

AX Back Cabinet Ass’y

Menu Knob

Back Grip Cover

Speaker Cover Ass’y

Power Button

Change Knob

Cursor Knob

Return Knob Spring

Speaker Holder

Bearing Holder

Tripod Base Holder

Microphone Unit

AG

AF

AC

AC

AE

AB

AD

AC

AE

AL

-

-

-

-

-

-

BF

AM

AU

BV

AG

AD

AE

BB

AG

Code Ref. No.

2-13

2-14

2-15

2-16

2-17

2-18

2-19

3

3-1

3-3

3-4

84

85

87

88

89

90

A

B

80

81

82

83

76

77

78

79

49

50

51

71

72

73

74

75

45

46

47

48

41

42

43

44

G

H i

K

C

D

E

F

L

M

N

31-1

31-2

31-3

31-4

31-5

31-6

31-7

39

40

3-5

3-6

3-7

3-8

3-9

3-10

3-11

31

Part No. * Description Code

VSPOO2OP-968N

PZETV0408TAZZ

PSPAZ0303TAZZ

PSPAZ0304TAZZ

PSPAZ0296TAZZ

PSPAZ0283TAZZ

PSPAZ0308TAZZ

CHLDB1031TAOl

LANGK0475TAFW

LHLDBI 032TAZZ

LHLDZ1508TAZZ

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-WZOOS 1 TAO2

LX-WZ0053TAOO

LX-HZ0057TAFC

Speaker

Electrostatic Sheet

(Tripod Spring)

AL

AB

Battery Spacer C

Battery Spacer D

Spacer B

Speaker Spacer

AA

AB

Cabinet Angle

Battery Holder

AA

Mic Spacer

Battery Case/Frame Ass’y AR

AC

Reverse Connection

Prevention Spacer

Strap Holder

Battery Terminal +-

Battery Spring

Power Connector

Battery Spacer A

Battery Spacer B

Spacer A

Tilt Ass’y

Tilt Frame Ass’y

Tilt Holder

AD

AD

AD

AD

AA

AB

AA

AU

Cam Ring

Wire Holder

Plate

Click Spring

CCD FPC

Macro ring Angle

Macro Adjusting Ring

AG

AD

AC

AC

AB

AB

AG

AC

AD

Camera Rear Cabinet

ND Knob

Ring

Knob Holder

Macro Adjusting Lever

Filter

Lens Cover

Camera Front Cabinet

LCD Shield Plate

AH

AD

AE

AD

AD

AD

AH

AH

AH

AA

AC

Label

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

CCD Sensor

LCD

Connectior

Flat Cable

Flexible PWB

BH

BQ

AE

AD

AB

Cabinet Fastening Angle A AE

Cabinet Filler Spacer

Shutter Spacer

UL Caution Label

FCC Label

AB

AB

AB

AB

Battery Lid Spacer

Screw

Screw

Screw

Screw

Screw

Screw

AC

AA

AA

AA

AA

AA

AA

AA Screw

Screw

Nut

Washer

Washer

Washer

Screw

AA

AC

AB

AA

AA

AA

15-6

1

I

2 I 3 I 4 I 5

I

6 1

16. PACKING OFTHE SET

GCASN0022TAZZ

Soft Case

RUNTK0350TAZZ

Floppy Disk Adapter

CDSKA0039TAOl \

CD ROM

\

*SPAKA6316TAZZ

Packing Add. (Top)

* SPAKPGI 22TAZZ

Polyethelene Sack

4

ItSPAKP6125TAZZ

Pat

* SPAKA6317TAZZ

Packing Add.( Botto

I

I

TiNSE0346TAZZ

Operation Manual

(For ROM)

TiNSE0345TAZZ \

Operation Manual

(For Main Unit)

\

\

TiNSE0352TAZZ

Operation Manual

(For Flash Calipers)

UBNDTOIOITAZZ

Hand Strap

/

I=+=- - CDSKA0032TAOl

SmartMedia

UADP-0243TAZZ

AC Adapter

* SPAKA6333TAZZ

AC Adapter Add.

16-1

* Not Replacement item

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.

TQ0683-S

Jul. 1999 Printed in JAPAN

SA. NS

SHARP CORPORATION

AV Systems Group

Quality & Reliability Control Center

Yaita, Tochigi 329-2193, Japan

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