Nikon VAA31001, Coolpix 5600 Service Manual

VAA31001-R.3651.A

作成承認印 配布許可印

VAA31001

REPAIR MANUAL

Printed in Japan February 2005

Copyright ｃ 2005 by Nikon Corporation.
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VAA31001-R.3651.A

CONTENTS

SPECIFICATIONS ･････････････････････････････････････････････････････････････････････････ Ｍ１－Ｍ２

Disassembly

WARNING･･････････････････････････････････････････････････････････････････････････････････ Ｄ１

REAR COVER･･･････････････････････････････････････････････････････････････････････････････ Ｄ２

DISASSEMBLY OF REAR COVER ･････････････････････････････････････････････････････････････ Ｄ３

Discharging of main condenser ･･････････････････････････････････････････････････････････････････ Ｄ４

FRONT COVER ･････････････････････････････････････････････････････････････････････････････ Ｄ５

DISASSEMBLY OF FRONT COVER ･･････････････････････････････････････････････････････ Ｄ６ーＤ７

TRIPOD SOCKET････････････････････････････････････････････････････････････････････････････ Ｄ８

LCD ･･･････････････････････････････････････････････････････････････････････････････････････ Ｄ８

SPEAKER HOLDER･･････････････････････････････････････････････････････････････････････････ Ｄ８

MICROPHONE ･･････････････････････････････････････････････････････････････････････････････Ｄ９

MONITOR HOLDER ･････････････････････････････････････････････････････････････････････････Ｄ９

SB UNIT ･････････････････････････････････････････････････････････････････････････････････ Ｄ１０

WIRE HOLDER ･･･････････････････････････････････････････････････････････････････････････ Ｄ１１

TB-1 PCB･････････････････････････････････････････････････････････････････････････････････ Ｄ１１

CONDENSER HOLDER ････････････････････････････････････････････････････････････････････ Ｄ１１

LENS UNIT ･･･････････････････････････････････････････････････････････････････････････････Ｄ１２

Points to notice when disassembling / (re)assembling Lens unit･･･････････････････････････････････････ Ｄ１３

　Tools required for FFD inspection and adjustment ･･･････････････････････････････････････････････ Ｄ１３

FINDER UNIT･････････････････････････････････････････････････････････････････････････････ Ｄ１４

ZOOM MOTOR UNIT ･･････････････････････････････････････････････････････････････････････Ｄ１４

DISASSEMBLY OF ZOOM MOTOR UNIT ･････････････････････････････････････････････････････ Ｄ１５

CCD FRAME･･････････････････････････････････････････････････････････････････････････････ Ｄ１６

BARRIER UNIT ･･･････････････････････････････････････････････････････････････････････････Ｄ１７

FIXED BARREL ･･･････････････････････････････････････････････････････････････････････････Ｄ１８

DISASSEMBLY OF FIXED BARREL･･････････････････････････････････････････････････････････ Ｄ１８

2ND LENS GROUP UNIT ･･･････････････････････････････････････････････････････････････････Ｄ１９

SHUTTER ････････････････････････････････････････････････････････････････････････････････ Ｄ１９

STRAIGHT BARREL ･･･････････････････････････････････････････････････････････････････････Ｄ１９

KEY BARREL ・TURN BARREL ･････････････････････････････････････････････････････････････ Ｄ２０

1ST LENS GROUP UNIT ････････････････････････････････････････････････････････････････････ Ｄ２０

ASSEMBLY

1ST LENS GROUP UNIT ･･････････････････････････････････････････････････････････････････････ Ａ１

KEY BARREL ・TURN BARREL ･･･････････････････････････････････････････････････････････････ Ａ１

STRAIGHT BARREL ･････････････････････････････････････････････････････････････････････････Ａ２

SHUTTER ･･････････････････････････････････････････････････････････････････････････････････ Ａ２

- E5600 -

VAA31001-R.3651.A

2ND LENS GROUP UNIT ･････････････････････････････････････････････････････････････････････Ａ３

ASSEMBLY OF FIXED BARREL ･･･････････････････････････････････････････････････････････････Ａ３

FIXED BARREL ･････････････････････････････････････････････････････････････････････････････Ａ４

CCD FRAME････････････････････････････････････････････････････････････････････････････････ Ａ５

ASSEMBLY OF ZOOM MOTOR UNIT ･･････････････････････････････････････････････････････････Ａ６

ZOOM MOTOR UNIT ････････････････････････････････････････････････････････････････････････Ａ７

FFD Inspection and adjustment (*FFD:Flange Focal Distance) ･････････････････････････････････････････ Ａ８

　Preparation ････････････････････････････････････････････････････････････････････････････････Ａ８

　FFD inspection and adjustment ････････････････････････････････････････････････････････ Ａ８－Ａ１０

　FFD adjustment ･･････････････････････････････････････････････････････････････････････････Ａ１０

BARRIER UNIT ･･･････････････････････････････････････････････････････････････････Ａ１１－Ａ１２

Operation inspection ････････････････････････････････････････････････････････････････････････ Ａ１２

FINDER UNIT･････････････････････････････････････････････････････････････････････････････ Ａ１２

Resolution inspection ････････････････････････････････････････････････････････････････････････ Ａ１３

LENS UNIT ･･･････････････････････････････････････････････････････････････････････････････Ａ１４

CONDENSER HOLDER ････････････････････････････････････････････････････････････････････ Ａ１５

TB-1 PCB･････････････････････････････････････････････････････････････････････････････････ Ａ１５

WIRE HOLDER ･･･････････････････････････････････････････････････････････････････････････ Ａ１６

SB UNIT ･････････････････････････････････････････････････････････････････････････ Ａ１６－Ａ１８

MONITOR HOLDER ･･･････････････････････････････････････････････････････････････････････Ａ１８

MICROPHONE ････････････････････････････････････････････････････････････････････････････Ａ１９

SPEAKER HOLDER････････････････････････････････････････････････････････････････････････ Ａ２０

LCD ･････････････････････････････････････････････････････････････････････････････････････ Ａ２０

TRIPOD SOCKET･･････････････････････････････････････････････････････････････････････････ Ａ２１

ASSEMBLY OF FRONT COVER･･････････････････････････････････････････････････････ Ａ２１－Ａ２２

FRONT COVER ･･･････････････････････････････････････････････････････････････････････････ Ａ２３

ASSEMBLY OF REAR COVER･･･････････････････････････････････････････････････････････････ Ａ２３

REAR COVER･････････････････････････････････････････････････････････････････････････････ Ａ２４

ADJUSTMENT ･･･････････････････････････････････････････････････････････････････････ Ａ２５－Ａ３５

DISCRIPTION OF CIRCUIT･････････････････････････････････････････････････････････････････ Ｅ１－Ｅ８

ELECTRICITY

OVERALL WIRING ･･････････････････････････････････････････････････････････････････････････Ｅ９

CP1(DMA)CIRCUIT DIAGRAM･･････････････････････････････････････････････････････････････ Ｅ１０

CP1(SYA) CIRCUIT DIAGRAM ･･････････････････････････････････････････････････････････････ Ｅ１１

CP1(CAA) CIRCUIT DIAGRAM･･････････････････････････････････････････････････････････････ Ｅ１２

CP1(PWA) CIRCUIT DIAGRAM･･････････････････････････････････････････････････････････････ Ｅ１３

CP1(STA) CIRCUIT DIAGRAM ･･････････････････････････････････････････････････････････････Ｅ１４

ST1 CIRCUIT DIAGRAM ･･･････････････････････････････････････････････････････････････････Ｅ１５

- E5600 -

VAA31001-R.3651.A

TB1 CIRCUIT DIAGRAM ･･･････････････････････････････････････････････････････････････････ Ｅ１６

TB2 CIRCUIT DIAGRAM ･･･････････････････････････････････････････････････････････････････ Ｅ１７

OVERALL BLOCK DIAGRAM･･･････････････････････････････････････････････････････････････ Ｅ１８

CCD BLOCK DIAGRAM････････････････････････････････････････････････････････････････････ Ｅ１９

LENS BLOCK DIAGRAM ･･･････････････････････････････････････････････････････････････････ Ｅ２０

ASIC BLOCK DIAGRAM ･･･････････････････････････････････････････････････････････････････Ｅ２１

SYSTEM CONTROL BLOCK DIAGRAM ･･････････････････････････････････････････････････････ Ｅ２２

POWER BLOCK DIAGRAM ･････････････････････････････････････････････････････････････････ Ｅ２３

FUSE arrangement (CP1 PCB) ････････････････････････････････････････････････････････････････Ｅ２４

INSPECTION STANDARDS･･･････････････････････････････････････････････････････････････ Ｒ１－Ｒ１０

Tool List ･････････････････････････････････････････････････････････････････････････････････ Ｔ１－Ｔ５

- E5600 -

SPECIFICATIONS

Type E5600 digital camera

Effective pixels 5.1 million

CCD

1/2.5” high-density CCD; total pixels: 5.36 million

VAA31001-R.3651.A

Image size (pixels)

Lens

Focal length

f/-number

Construction

Digital zoom 4 × (35-mm [135] camera-format equivalent:420 mm)

Autofocus (AF)

Focus range

Focus-area selection

Viewnder

Magnification

Frame coverage

Monitor

2,592 × 1,944 (2592)

2,048 × 1,536 (2048)

1,024 × 768 (1024)

640 × 480 (640)
3 × Zoom Nikkor

F=5.7 - 17.1 mm

(35-mm [135] camera-format equivalent: 35 - 105 mm)

f/2.9 - f/4.9

Seven elements in six groups

Contrast-detect through the lens (TTL) AF

30 cm (1') - ∞ ; macro mode 4 cm/1.6” (M) - ∞

Center with ve-area selection in frame assist mode

Real-image zoom viewnder with LED indication

0.3 - 0.76 ×

Approximately 82% horizontal and 82% vertical

1.8”, 80,000-dot, amorphous silicon TFT LCD monitor

Frame coverage

(shooting mode)

Storage Media

File system

File formats

Exposure

Metering

Exposure control

Range

Shutter

Speed

Aperture

Range

Sensitivity Approximately equivalent to ISO 50

Approximately 97% horizontal and 97% vertical

Internal memory (14 MB)/SD memory cards

Compliant with Design Rule for Camera File System (DCF),

Exif 2.2, and Digital Print Order Format (DPOF)

Compressed: JPEG-baseline-compliant, Movies: QuickTime

256-segment matrix metering linked to AF area

(when frame is displayed in frame-assisted scene mode)

Programmed auto exposure with exposure compensation

(-2.0 - +2.0 EV in steps of 1/3 EV)

W: +1.1 - +17.1 EV, T: +2.6 - +18.6 EV

Mechanical and charge-coupled electronic shutter

4 - 1/3,000 s

Electronically-controlled preset aperture

Two steps (f/2.9 and f/4.9 [W])

(auto gain of two to four times) (up to equivalent of ISO 200)

Self-timer Ten-second duration

- M1･ E5600 -

Built-in Speedlight

VAA31001-R.3651.A

Range (approx.)

Flash control

Interface USB

Video output Can be selected from NTSC and PAL

I/O terminals A/V out/digital I/O
Power sources ・Two rechargeable Nikon EN-MH1 NiMH batteries

Nu m ber of fram es tak en in

succession

Dimensions (W × H × D) 85 × 60 × 35 mm (3.3” × 2.4” × 1.3”)

Approximate weight 130 g (4.6 oz) without battery or memory card

Operating environment

W: 0.4 - 3.3 m/1'4” - 10'10”

T: 0.4 - 2.0 m/1'4” - 6'7”

Sensor ash system

・Two LR6 (AA) alkaline batteries

・Two ZR6 (AA) nickel manganese batteries

・Two FR6/L91 (AA) lithium batteries

・EH-62B AC adapter
・220 frames (alkaline batteries)

・340 frames (EN-MH1)

・600 frames (lithium batteries)

Measured at standard temperature (25 ℃ /77 °F ) with fully charged batteries based on

CIPA standard: zoom adjusted with each shot, ash used in approximately one half of

shots, image type set to Normal.

Temperature

Humidity

0 - 40 ℃ (32 - 104°F )

Less than 85% (no condensation)

- M2･ E5600 -

Disassembly

・ Lead-free solder is used for this product.

・ For soldering work, the special solder and soldering iron are required.

・ Do NOT mix up lead-free solder with traditional solder.

・ Use the special soldering iron respectively for lead-free solder and lead solder. They cannot

be used in common.

VAA31001-R.3651.A

Points to notice for Lead-free solder products

Note : ① Be sure to remove the SD memory card and batteries before disassembly.

② When disassembling, make sure to memorize the processing state of wires, screws to be

xed and their types, etc.

③ Because electrical parts are easily damaged by static electricity, make sure that you are

well earthed/grounded.

- D1･ E5600 -

VAA31001-R.3651.A

- D2･ E5600 -

REAR COVER

・ Remove the four screws [#102]. ・ Remove the two screws [#103].

・ Open the USB cover [#033].

・ As pushing the top side of the rear cover unit [#030]

by your  nger, perform unhooking.

・ Open the rear cover unit [#030] slowly backward and

remove the FPC.

・ Remove the USB cover [#033].

Rear cover unit [#030]

FPC

Push.

Rear cover unit [#030]

Screw [#103]

USB cover [#033]

USB cover [#033]

Screw [#102]

Screw [#102]

DISASSEMBLY OF REAR COVER

・ Remove the screw [#104].

・ Remove the earth shaft [#029].

・ Remove the cover shaft [#009].

・ Remove the SD cover [#037].

Cover shaft [#009]

SD cover [#037]

Earth shaft [#029]

VAA31001-R.3651.A

Screw [#104]

- D3･ E5600 -

Discharging of main condenser

VAA31001-R.3651.A

2KΩ/5W

- D4･ E5600 -

FRONT COVER

・ Remove the solder at 2 places.

・ Remove the FPC.

・ Remove the two screws [#102].

・ The earth release [#026] can be removed.

VAA31001-R.3651.A

FPC

Solder

Earth release [#026]

・ Remove the front cover [#013].

Screw [#102]

Front cover [#013]

- D5･ E5600 -

DISASSEMBLY OF FRONT COVER

・ Remove the decoration top [#021].

Decoration top [#021]

VAA31001-R.3651.A

・ Remove the two screws [#104].

・ Unhook the battery holder [#024].

Battery holder [#024]

Hook

Screw [#104]

- D6･ E5600 -

・ Remove the DC cover spring [#012]. ・ Pull out the DC cover [#011].

DC cover [#011]

DC cover spring [#012]

VAA31001-R.3651.A

・ Take off the spacer [#019] from the release button

unit.

※ In the gure below, the spacer is divided into three

pieces from the dotted line.

Spacer [#019]

・ Remove the screw [#104].

・ Remove the release button unit [#020].

Screw [#104]

Release button unit [#020]

- D7･ E5600 -

VAA31001-R.3651.A

TRIPOD SOCKET

・ Perform unhooking and remove the tripod socket

[#201].

LCD

・ Lift up the LCD [#239] and unsolder the lead wires [red] and [white].

※ The LCD [#239] is adhered with the double-adhesive tape.

・ Remove the FPC.

・ Remove the LCD [#239].

Hook

Tripod socket [#201]

LCD[#239]

LCD[#239]

Lead wires [red] and [white]

FPC

SPEAKER HOLDER

・ Take off the spacer [#206]. ・ Unsolder the lead wires [red] and [white].

・ As turning counterclockwise, remove the speaker

Spacer [#206]

holder [#233].

Lead wire [red]Lead wire [white]

- D8･ E5600 -

Float this section and
remove it as turning.

Speaker holder [#233]

MICROPHONE

・ Unsolder the lead wires [black] and [red]. ・ Take off the spacer [#025].

・ Take off the spacer [#223].

Lead wire [black]

・ Remove the microphone [#222].

Spacer [#223]

Spacer [#025]

VAA31001-R.3651.A

Microphone [#222]

Lead wire [red]

MONITOR HOLDER

・ Remove the two screws [#102].

・ Remove the earth release [#228].

・ Remove the three screws [#104].

・ Remove the LCD holder [#231].

Screw [#102]

Earth release [#228]

Screw [#104]

Screw [#102]

LCD holder [#231]

- D9･ E5600 -

VAA31001-R.3651.A

SB UNIT

・ Remove the spacer [#039]. ・ Unsolder the lead wires [gray] and [white].

Spacer [#039]

Lead wires [gray] and [white]

・ Unsolder the lead wire [black]. ・ Unsolder the lead wire [pink].

Lead wire [black]

・ Remove the screw [#104].

・ Float the ash unit [#219].

Flash unit [#219]

Lead wire [pink]

Screw [#104]

- D10 ･ E5600 -

VAA31001-R.3651.A

WIRE HOLDER

・ Remove the screw [#102].

・ Remove the wire holder [#215].

Wire holder [#215]

TB-1 PCB

・ Perform unhooking and remove the TB-1 PCB [#216].

Screw [#102]

Hook

Wire holder [#215]

CONDENSER HOLDER

・ Remove the connector. ・ Take off the spacer [#224].

・ Remove the screw [#102].

・ Remove the condenser holder [#204].

Spacer [#224]

TB-1 PCB [#216]

Connector

Screw [#102]

Condenser holder [#204]

- D11 ･ E5600 -

LENS UNIT

・ Remove the FPC.

・ Take off the spacer [#225].

FPC

Spacer [#225]

・ Remove the two screws [#106].

・ The lens unit can be removed.

・ The spacer LPF [#209], the optical lter [#210] and the spacer [#211] can be removed.

・ Remove the solder xing the CCD. (Fig. 1)

・ Remove the CCD [#212], the lens mount [#213] and the spacer insulator [#214].

VAA31001-R.3651.A

Lens unit

Main PCB CP-1 [#218]

CCD [#212]

Optical lter [#210]

Spacer LPF [#209]

Screw [#106]

Spacer insulator [#214]

Lens mount [#213]

Spacer [#211]

Solder

- D12 ･ E5600 -

(Fig. 1)

VAA31001-R.3651.A

Points to notice when disassembling / (re)assembling
Lens unit

When the following parts are replaced for repairing the lens unit singularly, the lens unit checking tool is required for the

FFD inspection and adjustment. Therefore, at service facilities where there is no tool, do NOT make a replacement

・1st lens group unit

・2nd lens group unit

・3rd lens group unit

Tools required for FFD inspection and adjustment

Note: When the operation check and adjustment of the lens unit are made for repairing the lens unit singularly,

the following tools are required.

・Lens unit checking tool ：J61202

・Connection cable for lens ：J61202F

・PCI I/F board ：J61204

・Connection cable for PC ：J61204A

・Adjusting focus stand for APS ：J15327

・Adapter for J15327 ：J15327A + J15327D

・E4600/E5600 lens unit checking program ：J65072

- D13 ･ E5600 -

FINDER UNIT

・ Remove the three screws [#429]. ・ Remove the nder unit [#405].

[#405]

Screw [#429]

VAA31001-R.3651.A

ZOOM MOTOR UNIT

・ Remove the solder of the motor at 2 places.

・ Remove the solder of the FPC at 4 places.

Remove the solder.

・ Remove the screw [#429].

・ Remove the screw [#431].

Screw [#431]

・ Remove the screw [#430].

・ Remove the zoom PI.

Zoom PI

・ Remove the zoom motor unit.

Screw [#430]

Zoom motor unit

Screw [#429]

- D14 ･ E5600 -

DISASSEMBLY OF ZOOM MOTOR UNIT

VAA31001-R.3651.A

・ Pull out the gear shaft D [#419].

・ Remove the zoom gear E [#411].

Gear shaft D [#419]

Zoom gear E [#411]

・ Remove the screw [#429] and then remove the gear

cover [#403].

Screw [#429]

Gear cover [#403]

・ Remove the zoom gear D [#410] and the zoom gear C [#409].

Zoom gear D [#410]

Zoom gear C [#409]

- D15 ･ E5600 -

CCD FRAME

VAA31001-R.3651.A

・ Remove the solder.

・ Remove the screw [#430].

Screw [#430]

Solder

・ Remove the four screws [#431].

Screw [#431]

Screw [#431]

・ Remove the lens barrel unit.

・ The nder gear B [#417] can be removed.

Lens barrel unit

Finder gear B [#417]

- D16 ･ E5600 -

VAA31001-R.3651.A

BARRIER UNIT

・ Take off the name plate seal [#415]. ・ Remove the barrier unit [#407] by turning

Name plate seal [#415]

counterclockwise.

※ Insert tweezers into the clearance and turn the

barrier unit counterclockwise. It will be removed

easily.

・ Remove the barrier ring spring [#420].

・ Remove the barrier ring [#404] by turning clockwise.

Barrier ring [#404]

Clearance

Clearance

Barrier unit [#407]

Barrier ring spring [#420]

- D17 ･ E5600 -

VAA31001-R.3651.A

FIXED BARREL

・ Take off the FPC sheet [#423]. ・ Push out the turn barrel [#401]. As taking out the

shutter FPC, remove the turn barrel [#402].

Turn barrel [#402]

FPC sheet [#423]

DISASSEMBLY OF FIXED BARREL

・ Pull out the gear shaft A [#413] and remove the zoom gear F [#412].

・ Pull out the gear shaft B [#418] and remove the nder gear A [#416].

・ Remove the light-shield ring [#424].

Zoom gear F [#412]

Gear shaft A [#413]

Push out.

Turn barrel [#401]

Shutter FPC

Gear shaft B [#418]

Light-shield ring [#424]

Finder gear A [#416]

- D18 ･ E5600 -

2ND LENS GROUP UNIT

・ Turn the key barrel unit [#428] in the W-end direction to the

limit.

・ The 2nd lens group unit [#426] oats a little and can be

removed.

SHUTTER

・ Remove the two screws [#431].

・ Remove the shutter unit [#432].

VAA31001-R.3651.A

2nd lens group unit [#426]

Key barrel unit [#428]

Shutter unit [#432]

STRAIGHT BARREL

・ Push out and remove the straight barrel unit [#427].

Straight barrel unit [#427]

Screw [#431]

Push out.

- D19 ･ E5600 -

KEY BARREL ・ TURN BARREL

・ Pull out the key barrel unit [#428] from the turn barrel [#401].

Key barrel unit [#428]

VAA31001-R.3651.A

Shading ring [#424]

Turn barrel [#401]

1ST LENS GROUP UNIT

・ Turn the 1st lens group unit [#425] counterclockwise.

・ The 1st lens group unit [#425] can be removed.

1st lens group unit [#425]

- D20 ･ E5600 -

ASSEMBLY

1ST LENS GROUP UNIT

VAA31001-R.3651.A

・ Set the 1st lens group unit [#425] into the straight

barrel unit [#427]. Turn the 1st lens group unit

[#425] counterclockwise to be level and turn it

clockwise to be installed correctly.

1st lens group unit [#425]

Straight barrel unit [#427]

・ Apply the adhesive (1401B) to 3 places.

1401B

KEY BARREL ・ TURN BARREL

・ There is a convex section on the side without gear on the turn barrel [#401]. Fit the lever position on the key barrel

unit [#428] to this convex section and set the key barrel unit [#428] into the turn barrel [#401].

Key barrel unit [#428]

Lever

Convex section

Turn barrel [#401]

- A1･ E5600 -

VAA31001-R.3651.A

STRAIGHT BARREL

・ Set the lever of the key barrel unit [#428] at the front side. Set the long hole of the straight barrel unit [#427] at the

left side. Fit the convex sections to the grooves and then set the straight barrel unit [#427] into the key barrel unit [#428].

Long hole

SHUTTER

Straight barrel unit [#427]

Convex section

Key barrel unit [#428]

Groove

Convex section

Groove

Lever

・ Install the shutter unit [#432] and tighten the two screws [#431].

Shutter unit [#432]

Screw [#431]

- A2･ E5600 -

VAA31001-R.3651.A

2ND LENS GROUP UNIT

・ Set the lever of the key barrel unit [#428] at the front side. Set the notch of the 2nd lens group unit [#426] at the left

side. Fit the convex sections to the grooves and set the 2nd lens group unit [#426] into the key barrel unit [#428].

Convex section

Notch

2nd lens group unit [#426]

Convex section

key barrel unit [#428].

Groove

Groove

Lever

ASSEMBLY OF FIXED BARREL

・ Set the light-shield ring [#424].
・ Make the stepped difference side of the nder gear A [#416] face the CCD. Then, set the nder gear A [#416] and

insert the gear shaft B [#418].

・ Set the zoom gear F [#412] and insert the gear shaft A [#413].
・ Apply the adhesive (EC-1368) to the gear shafts.

Zoom gear F [#412]

EC-1368

Light-shield ring [#424]

Gear shaft B [#418]

Gear shaft A [#413]

EC-1368

Finder gear A [#416]

- A3･ E5600 -

VAA31001-R.3651.A

- A4･ E5600 -

FIXED BARREL

・ Adhere the FPC sheet [#423].・ Insert the shutter FPC into the hole on the side of the

 xed barrel [#402].

・ Fit the convex sections on the turn barrel [#401] to

the grooves on the  xed barrel [#402]. Set the turn

barrel [#401] into the  xed barrel [#402].

FPC sheet [#423]

Turn barrel [#401]

Shutter FPC

Fixed barrel [#402]

Groove

Convex section

Convex section

Groove

CCD FRAME

・ Set the nder gear B [#417] into the lens barrel unit.

Then, install the lens barrel unit.

Lens barrel unit

Finder gear B [#417]

VAA31001-R.3651.A

・ Tighten the four screws [#431]. ・ Insert the FPC of the CCD frame into the boss.

・ Insert the shutter FPC into the boss.
・ Tighten the screw [#430].
・ Perform soldering.

Screw [#431]

Screw [#431]

Shutter FPC

Boss

FPC of CCD frame

Screw [#430]

Solder

- A5･ E5600 -

ASSEMBLY OF ZOOM MOTOR UNIT

VAA31001-R.3651.A

・ Set the zoom gear C [#409] and the zoom gear D

[#410].

Zoom gear D [#410]

Zoom gear C [#409]

・ Set the gear cover [#403] and tighten the screw

[#429].

Screw [#429]

Gear cover [#403]

・ Set the zoom gear E [#411] and insert the gear shaft

D [#419].

Gear shaft D [#419]

Zoom gear E [#411]

- A6･ E5600 -

ZOOM MOTOR UNIT

VAA31001-R.3651.A

・ Fit the zoom motor unit to the bosses on the CCD

frame and set it.

Zoom motor unit

・ Tighten the screw [#429].
・ Tighten the screw [#431].

Screw [#431]

Screw [#429]

・ Fold the FPC of the zoom PI as shown below and insert the zoom PI.

(1) (2) (3)

・ Tighten the screw [#430].

・ Solder the FPC at 4 places.
・ Solder the motor at 2 places.

Zoom PI

Perform soldering.

Screw [#430]

- A7･ E5600 -

FFD Inspection and adjustment

Preparation

・ Turn the objective glass of the collimator (J19019), and set

degree to 0 (0 mm).

・ Set the 0-position of “Adjusting focus stand for APS (J15327)” as follows:

1. Replace the white acrylic plate of the above stand(J15327)with the new one(J15327A)

2. Install J15327D to the micro stand.

3. Align the upper surface of the white acrylic plate of the Adjusting focus stand (J15327A) with the mirror

reecting surface.

Note: Because the mirror reecting surface is easily damaged, carefully align with it at the same

level by using the dial gauge, etc.

4. Based on the above 0-position, turn the knob of the Adjuting focus stand further to set the -2.16-mm position.

5. Press the reset button of the Adjusting focus stand again, and set the 0-position.

(*FFD:Flange Focal Distance)

VAA31001-R.3651.A

FFD inspection and adjustment

Zoom position FFD standard
Wide-side ± 0.05mm
Tele-side ± 0.05mm

Collimator

Lens-barrel unit

Adjusting focus stand for APS （J15327)

At the position where the color of vertical lines shifts from blue to

red, read the measurement value of the Adjusting focus stand.

- A8･ E5600 -

・As shown below, mount the lens-barrel unit on the Adjusting focus stand.

Adjusting focus stand for APS (J15327)

VAA31001-R.3651.A

Lens-barrel unit

J15327A J15327D

・ After mounting the lens-barrel unit on the Adjusting focus stand, connect wires (J61202F) of the lens unit inspection

tool.

Connect wires (J61202F)

- A9･ E5600 -

VAA31001-R.3651.A

・Hold the lens-barrel unit lightly with a hand, and run the program for inspecting the lens unit.

Note: If the lens-barrel unit is held too tightly,

the FFD value cannot be measured correctly.

Note: Refer to supplied user manuals of the lens unit

checking tool for how to run the program for

inspecting the lens unit.

・ On the main menu of the lens unit checking program, click on "FFD Check" icon, and measure the FFD value

according to instructions of the PC screen.

Note: At the position where the color of vertical lines shifts from blue to red, read the

measurement value of the adjusting focus stand.

FFD adjustment

・ Make adjustment by turning the 1st lens group so that the FFD measured value may be within the standard as shown

below.

Zoom position FFD standard Measured value in relation to reference value (-2.16mm)
Wide-side ± 0.05mm -2.21　～　-2.11
Tele-side ± 0.05mm -2.21　～　-2.11

・ Make adjustment at the Tele-side.

・ After the adjustment is nished, apply the screw lock to the 1st lens group unit.

1401B

- A10 ･ E5600 -

1401B

BARRIER UNIT

VAA31001-R.3651.A

・ Insert the convex section A on the barrier ring [#404]

into the clockwise side of the convex section B in

the lens barrel. Then, set the barrier ring [#404] and

turn it counterclockwise.

Convex section A

・ Set the barrier ring spring [#420].

Barrier ring [#404]

Barrier ring spring [#420]

Convex section B

・ Apply the adhesive (EC-1368) to 4 places on the

back of the barrier unit [#407].

EC-1368

EC-1368

EC-1368

EC-1368

・ Set the barrier unit [#407] with its cav number at the

top side and turn it clockwise.

Cav number

Barrier unit [#407]

Cav number

- A11 ･ E5600 -

・ Adhere the name plate seal [#415].

Name plate seal [#415]

VAA31001-R.3651.A

Operation inspection

・ It is possible to check the operation with the lens-barrel driving software at the service facilities equipped with the

lens unit checking tool.

FINDER UNIT

・ Set the nder unit [#405] at the W-end manually.

・ Tighten the three screws [#429].

・ Install the nder unit [#405].

[#405] Screw [#429]

- A12 ･ E5600 -

VAA31001-R.3651.A

Resolution inspection

When dissembling and repairing the lens-barrel, be sure to check the following after assembling it into the camera body.

・Resolution inspection

By shooting the high-denition resolution chart (J63079), conrm that the number of TV lines is within the

standard.

TV lines (standard): 1150 TV lines or more in the center; 750 TV lines or more at the periphery

(ref. The resolution is represented by “TV lines”, which are total number of black-and-white strips distin-

guishable on the TV screen.)

(a) To take pictures, set the camera as follows: Shooting-mode (AUTO), Image quality mode (High), Flash

mode (Flash cancel)

(b) Check the zoom position at WIDE, MIDDLE and TELE.

The object distance: WIDE (approx. 0.53 m), MIDDLE (approx. 1.23 m), and TELE (approx.1.6 m).

Set the chart fully screened in the LCD of the camera and x it on a tripod.

(c) Open the shot image by Photoshop, and conrm it by the magnied display, e.g. 100%, etc.

(d) Check if the resolution in the center and the 4 corners of the periphery is identiable in black and white at

the position circled in red as below.

In case the resolution is defective, it is necessary to replace the lens-barrel group unit with the new one.

High-denition resolution chart (J63079)

- A13 ･ E5600 -

VAA31001-R.3651.A

LENS UNIT

・ Set the spacer LPF [#209] and the optical lter [#210] into the lens unit.
・ As taking care about its direction, set the spacer [#211] into the lens unit.
・ Set the spacer insulator [#214], the lens mount [#213] and the CCD [#212] and solder them to the main PCB CP-1

[#218]. (Fig. 1)

・ Tighten the two screws [#106].

Perform
soldering.

Main PCB CP-1 [#218]

(Fig. 1)

Screw [#106]

CCD [#212]

Lens unit

Spacer LPF [#209]

・ Adhere the spacer [#225].
・ Set the FPC.

Spacer [#211]

Lens unit side

Spacer insulator [#214]

Lens mount [#213]

Optical lter [#210]

Setting direction

CCD
side

Spacer [#225]

FPC

- A14 ･ E5600 -

CONDENSER HOLDER

VAA31001-R.3651.A

・ Set the condenser holder [#204] and tighten the

screw [#102].

Spacer [#224]

Screw [#102]

Condenser holder [#204]

・ Set the connector without crossing the cords above

the connector and the PCB.

・ Adhere the spacer [#224].

Spacer [#224]

Connector

TB-1 PCB

・ Set the TB-1 PCB [#216] onto the hook of the wire holder [#215].
・ Pass the lead wire of the TB-1 PCB [#216] through the notch of the wire holder [#215].

Hook

Wire holder [#215]

- A15 ･ E5600 -

TB-1 PCB [#216]

Notch

VAA31001-R.3651.A

WIRE HOLDER

・ Set the wire holder [#215] and tighten the screw

[#102].

Wire holder [#215]

SB UNIT

・ Arrange the lead wires [pink] and [blue] as shown below.

Screw [#102]

・ As arranging the lead wire [blue] as shown below (Fig. 1), set the ash unit [#219] and tighten the screw [#104]. (Fig. 2)

Flash unit [#219]

Lead wire [blue]

Screw [#104]

(Fig.1)

(Fig.2)

- A16 ･ E5600 -

・ Arrange the lead wire [pink] as shown below. ・ Solder the lead wire [pink].

Lead wire [pink]

・ Solder the lead wires [gray] and [white].・ Solder the lead wire [black].

VAA31001-R.3651.A

Lead wire [pink]

Lead wire [black]

・ Arrange the lead wires as shown below.

Lead wires [gray] and [white]

- A17 ･ E5600 -

・ Adhere the spacer [#039].

Spacer [#039]

MONITOR HOLDER

VAA31001-R.3651.A

・ Fit the LCD holder [#231] to the bosses, set it and tighten the three screws [#104].
・ Set the earth release [#228].
・ Tighten the two screws [#102].

Screw [#102]

Boss

crew [#104]

Boss

Screw [#104]

LCD holder [#231]

Earth release [#228]

Screw [#102]

- A18 ･ E5600 -

MICROPHONE

・ Set the microphone [#222].
・ Set the lead wires [black] and [red] onto the hook without crossing them. (Fig. 1)
・ Set the spacer [#223].
・ Set the spacer [#025].

Set the lead wires onto the
hook.

Spacer [#223]

（Fig.1）

Microphone [#222]

VAA31001-R.3651.A

Spacer [#025]

・ Solder the lead wires [black] and [red].

Lead wire [black]

Lead wire [red]

- A19 ･ E5600 -

SPEAKER HOLDER

VAA31001-R.3651.A

・ Fit the center boss on the speaker holder [#233] into

the boss hole on the LCD holder [#231]. Then, turn

the speaker holder [#233] clockwise.

Boss hole position

Speaker holder
[#233]

・ Adhere the spacer [#206].

Spacer [#206]

・ Solder the lead wires [red] and [white].
・ Arrange the lead wire [red] of the microphone [#222]

and the lead wires [red] and [white] of the speaker

as shown below.

Lead wire [white]

Lead wire [red] of microphone [#222]

Lead wire [red]

LCD

・ Set the FPC.
・ Solder the lead wires [red] and [white].
・ Arrange the lead wires [red] and [white] as shown below. Fold the FPC and set the LCD [#239].

LCD [#239]

FPC

Lead wires [white]

Lead wires [red]

- A20 ･ E5600 -

VAA31001-R.3651.A

TRIPOD SOCKET

・ Install the tripod socket [#201] by tting onto the

hook.

ASSEMBLY OF FRONT COVER

・ Install the release button unit [#020] by inserting its

convex section A into the notch B on the front cover

[#013].

・ Tighten the screw [#104].

Release button unit [#020]

Convex section A

Notch B

Hook

Tripod socket [#201]

LCD [#239]

・ Adhere the spacer [#019] of the release button unit

as shown below.

※ The spacer [#019] is divided into three pieces from

the dotted line in the gure.

Screw [#104]

・ Set the DC cover [#011].

DC cover [#011]

Spacer [#019]

・ Set the DC cover spring [#012].

DC cover spring [#012]

Set the convex section at
the top side.

- A21 ･ E5600 -

・ Set the battery holder [#024] by using the hook.
・ Tighten the two screws [#104].

VAA31001-R.3651.A

Battery holder [#024]

Hook

・ Set the decoration top [#021].

Decoration top [#021]

Screw [#104]

- A22 ･ E5600 -

FRONT COVER

VAA31001-R.3651.A

・ Set the front cover [#013].

Front cover [#013]

・ Set the earth release [#026].
・ Tighten the two screws [#102].
・ Perform soldering.
・ Set the FPC.

Perform soldering.

Earth release [#026]

Screw [#102]

FPC

ASSEMBLY OF REAR COVER

・ Set the SD cover [#037].
・ Set the cover shaft [#009].
・ Set the earth shaft [#029].
・ Tighten the screw [#104].

Cover shaft [#009]

SD cover [#037]

Earth shaft [#029]

Screw [#104]

- A23 ･ E5600 -

VAA31001-R.3651.A

- A24 ･ E5600 -

・ Fold the FPC as shown below and set it.

FPC

Rear cover unit [#030]

・ Set the USB cover [#033].

REAR COVER

・ Tighten the two screws [#103].・ Set the rear cover unit [#030].

Rear cover unit [#030]

・ Tighten the four screws [#102].

USB cover [#033]

Screw [#102]

Screw [#102]

Screw [#103]

ADJUSTMENT

1. Equipment

IBM compatible PC/AT • AC adapter EH-62B • USB cable ( UC-E6)

2. Servicing tools

• Pattern box • Color meter • Luminance meter • Siemens star chart • Calibration software (J65071)

• Adjustment collimator (J63090) or Adjustment rmware

3. Adjustment items and order

Adjustment after replacing the CP-1 PCB of RP

1. Writing of the initial image data

2. Firmware up

3. Lens adjustment

4. AWB adjustment

5. CCD white dot defect compensation

6. CCD black dot/white dot defect adjustment

VAA31001-R.3651.A

7. USB storage information registration

Note) If replacing the lens, CCD, optical lter, it is necessary to perform the above 3-7 adjustments again. 4 -6

adjustments should be made in the above order.

- A25 ･ E5600 -

VAA31001-R.3651.A

4. Initial image data writing and Firmware upgrading

Write the data of initial images, and go on to upgrade the rmware.

Device

・ AC adapter (EH-62B)　

・ Upgrading SD card X 1　

[How to create an upgrading SD card]

1) Format SD card on PC.

2) Create a folder named "rmware" in the root directory of the SD card.

3) Copy "rmware.bin" into the created folder.

4) Copy "nanddat.bin" into the root directory of the same SD card.

Note) When only rmware upgrading is performed without replacing CP-1 PCB, copying "nanddat.bin" into the SD card is

NOT necessary.

Procedure

・ Turn the camera OFF and connect the AC adapter.

・ Insert the upgrading SD card into camera.

・ Set the mode dial to "SETUP" and turn power ON.　

・ Highlight and select "Firmware version" to display the menu for data-writing of initial images. (Fig.1)

・ Select "Yes", and press the decision button to carry out data-writing of initial images. (Fig.2)

Note: Do NOT turn power OFF during upgrading.　　

(Fig.1)

(Fig.2)

- A26 ･ E5600 -

・ When the data writing is completed, the menu for upgrading will be displayed. (Fig.3)

(Fig.3)

・ Select "Yes", and press the decision button to carry out upgrading. (Fig.4)

Note: Do NOT turn power OFF during upgrading.　　

VAA31001-R.3651.A

(Fig.4)

・ When the screen indicates the completion of upgrading, turn power OFF and remove the SD card. (Fig.5)

・ Turn power ON, and check the version by "Firmware version" on the menu.　

・ Turn power OFF to end.

(Fig.5)

- A27 ･ E5600 -

5. Setup

1) System requirements

• Windows® 98 or Me, 2000, XP

• IBM-compatible PC/AT with Pentium or higher processor

• CD-ROM drive

• 3.5-inch 2HD diskette drive

• USB port

• 40 MB or more RAM

• Hard disk drive with 15 MB or more memory space

• VGA or SVGA monitor with 256 or more color display

2) Installing calibration software

• Insert the calibration software installation diskette into the diskette drive.

• Open Explorer.

• Copy "DscCalDi.exe, Camapi32.dll" folder of the oppy disk drive in any folder on the hard disk.

VAA31001-R.3651.A

6. Installing USB driver

If the USB driver is necessary, install Nikon View via CD-ROM packed with the camera.

- A28 ･ E5600 -

VAA31001-R.3651.A

7. Pattern box

Before using the pattern box, turn its power on to carry out "Aging" approx. 30 minutes: the color temperature should

be 3100 ± 20K by the adjustment with the color meter, and the luminance should be 900 ± 20cd/m2 by the adjustment

with the luminance meter. When using the pattern box and for a while after its power turns off, the lamp and its

surroundings are subject to high temperatures, so care should be taken when handling.

• Procedure for correcting Pattern Box

Note: Be sure to perform the aging correction.

1) Measure the measuring point (center of diffusion plate) with the Color Meter (J63081).

2) Adjust the pattern box so that the color temperature should be 3100 ± 20K by using "VR for adjustment of the color

temperature".

3) Measure the center of the diffusion plate with the Luminance Meter BM-3000 (J63068).

4) Adjust the pattern box so that the luminance should be 900 ± 20cd/m2by using "Knob for luminance adjustment".

5) Repeat from 1) to 4) So that the color temperature should be 3100 ± 20k and luminance should be 900 ± 20cd/m

2

VR for adjustment of
the color temperature

Knob for luminance
adjustment

Power switch

8. Adjustments required when parts are replaced

Iris unit

Diffusion plate

Area to be measured

Lens Adj. AWB CCD

USB FirmwareupInitial image

Defects

Lens Unit ○ ○ ○ × × ×

Optical lter ○ ○ ○ × × ×

CCD ○ ○ ○ × × ×

CP-1 ○ ○ ○ ○ ○ ○

○ Adjustment is necessary. × Adjustment is not necessary.

- A29 ･ E5600 -

data

9. Connecting the camera to the computer

USBポートへ

電源はACアダプタEH-62B
から供給してください。

USBケーブル（

UC-E6）

1) Insert the camera connector of USB cable in the notch of the camera’s USB port.

2) Connect the cable to the USB port on PC.

To USB port

USB Cable (UC-E6)

VAA31001-R.3651.A

Supply the power through
the AC adapter (EH-62B).

10. Calibration software

・ Turn on the power switch of the camera.

・ When the calibration software starts, the following is displayed on the PC monitor.

- A30 ･ E5600 -

VAA31001-R.3651.A

カメラ

調整用コリメータ

（ジーメンスターチャート内蔵）

11. Lens adjustment

※ For the lens adjustment, choose either the innity adjustment with the collimator or the 1.5-m adjustment with

the adjustment rmware. (However, in case of 1.5-m adjustment, the focus may not be sharp at innity.)

11-1. Innity adjustment

[Preparations]

• Turn the power switch of the adjustment collimator (C-DSC) J63090 to on.

• Turn the power switch of the camera to on.

• Siemens star chart

• POWER switch of camera: ON

[Conditions]

• Set the adjustment collimator and the camera (front surface of lens) at the nearest distance between them.

[How to]

• Double-click on "DscCa1Di.exe".

• Set the siemens star chart so that it comes center of the screen by checking through the viewnder.

• Click "Focus", then "Yes".

• Lens adjustment value will appear on the screen.

Judgment standard: xd0 = 0 ± 55 , xd7 = 0 ± 55 , xd13 = 0 ± 55, xd19 = 0 ± 55

• Click "OK".

"Yes"

Camera

Adjustment collimator

(Siemens star chart built-in)

Result of adjustment

- A31 ･ E5600 -

VAA31001-R.3651.A

カメラ

150cm±3cm

ジーメンス

スターチャート

11-2. 1.5-m Adjustment

※ Before performing the 1.5-m adjustment in this machine, write the adjustment rmware on the camera. After

adjustment, be sure to write the product rmware.

Procedure for setting Adjustment rmware

1) Save the adjustment rmware and the product rmware in any folder.

2) Start up "DscCa1Di.exe" and click on "Firmware" button on the main menu to write the adjustment rmware.

(If the camera is activated after completing writing the adjustment rmware, "SERVICE" is indicated in red letters

on LCD panel.)

3) Follow the instructions of the below [How-to].

4) Start "DscCaDi140" and click "Firmware" on the main menu to write the product rmware.

[Preparations]

• Set the Siemens star chart.

• Turn the power switch of the camera to on.

[Conditions]

• The siemens star chart should be A3-size or larger (Copy and enlarge A4-size siemens chart included in the

service manual for the usage.)

• Illumination over the object should be 400 lux ± 10%

• Set the siemens star chart and the camera (front surface of lens) at 150 cm ± 3 cm distance between them.

[How-to]

• Double click on "DscCa1Di.exe".

• Set the siemens star chart so that it comes center of the screen by checking through the viewnder.

• Click "Focus" then "Yes".

• Lens adjustment values will appear on the screen.

Judgment standard: xd0=0 ± 55, xd7 = 0 ± 55, xd13= 0 ± 55 xd19 = 0 ± 55

• Click "OK".

"Yes"

Camera

Siemens star chart

Result of adjustment

- A32 ･ E5600 -

12. AWB adjustment

カメラ

バターンボックス

[Preparations]

• Pattern Box(Color temperature: 3100 ± 20K, Luminance: 900 ± 20cd/m2)

[Conditions]

• Set the pattern box and camera (lens front) at "0cm" distance between them.

Note) Do not allow outside light to enter in.

[How to]

• Double-click on "DscCa1Di.exe".

• Click "AWB", then "Yes".

• AWB adjustment values will appear on the screen.

Judgment standard: CHECK=128 ± 1, 128 ± 1, 130 ± 40

• Click "OK".

VAA31001-R.3651.A

Camera

"Yes"

Result of adjustment

Pattern Box

- A33 ･ E5600 -

VAA31001-R.3651.A

- A34 ･ E5600 -

13. CCD white dot defect compensation

[Conditions]

• With the lens shutter being closed, read the defect of CCD pixels. Then, make the correction data and rewrite the

data by the following procedure.

Correct the upper level of defective 2000 pixels from the brightest number of CCD pixels..

[How to]

• Double-click on "DscCa1Di.exe".

• Select "CCD Defect" from Test menu of Calibration Software and click the "OK". Refer to FIG-1.

• After adjustment, the adjustment value will appear on the screen. Refer to FIG-2.

14. CCD black dot/white dot defect adjustment

[Conditions]

• Fix the camera so that only the white part of the pattern box should be displayed on the screen.

(Do not allow outside light to enter in as much as possible.)

• With the lens shutter being opend, read the defect (black dots) of CCD pixels. Then, make the correction data and

rewrite the data by the following procedure.

Correct the upper level of defective 256 pixels (black dots in bright place) of CCD pixels.

[How to]

• Double-click on "DscCa1Di.exe".

• Select "CCD Black" from Test menu of Calibration Software and click "OK". Refer to FIG-1.

• After adjustment, the adjustment value will appear on the screen. Refer to FIG-3.

カメラ

バターンボックス

Pattern Box

Camera

CCD Defect

CCD Black

<FIG-1>

<FIG-2>

(FIG-3)

VAA31001-R.3651.A

15. USB storage information registration

USB storage data is important when the camera is connected to a computer via a USB connection.

If there are any errors in the USB storage data, or if it has not been saved, the USB specications will not be satised,

so always check and save the USB storage data.

[How to]

• Connect the camera to a computer.

• Double-click on the "DscCa1Di.exe".

• Click on the "Get" button in the USB storage window and check the USB storage data.

VID: NIKON

PID: NIKON DSC E5600

Serial:

Rev. : 1.00

• Check the “Serial” in the above USB storage data. If the displayed value is different from the serial number

printed on the base of the camera, enter the number on the base of the camera, and click the "Set" button.

• Check VID and Rev. entries in the USB storage data. If any of them are different from the values in 3. above,

enter the details of 3. and click the "Set" button.

- A35 ･ E5600 -

VAA31001-R.3651.A

- E1･ E5600 -

VAA31001-R.3651.A

- E2･ E5600 -

VAA31001-R.3651.A

- E3･ E5600 -

VAA31001-R.3651.A

- E4･ E5600 -

VAA31001-R.3651.A

- E5･ E5600 -

VAA31001-R.3651.A

- E6･ E5600 -

VAA31001-R.3651.A

- E7･ E5600 -

VAA31001-R.3651.A

- E8･ E5600 -

VAA31001-R.3651.A

- E9･ E5600 -

総合結線図
OVERALL WIRING

COMOUT

C1+

VSS

VVCOM

VDC1

COMDC

D01

VSH

D00

VBC

VGH

VDD

C1-

VGL

C2+

C2-

D02

D04

D03

VSYNC

HSYNC

TEST

VCOM

D07

D06

CLK

D05

VSS

BLON

SCK

POCB

CS

DI

CLOCK

CARD/WP

DATA1

DATA2

DATA0

VDD

VSS

CARD

VSS

WP

COMMAND

WHITE

JW601 LED_A

JW602 LED_C

CL308 LED_A

CL307 LED_C

GRAY

DATA3

GND

AUDIO_OUT

USB D(+)
ZAV_JACK

GND

USB D(-)

USB_VDD

VIDEO_OUT

JW502 BAT- (BLACK)

JW501 BAT+ (RED)

GND

BACK UP BAT

FPI E

IRIS+
FPI K

SHUTER-

IRIS-

ZPLS E2

ZPLS K2

SHUTER+

DC 2+

DC 1-

PIV

ZPLS K1

ZPLS E1

SP- (WT)

W1400 XAN (PINK)

W1600 TRG (GRAY)

W1500 XKT (BLUE)

JW541 XAN (LPK)

JW551

+

-

JW552

JW542 GND (BLACK)

PIV

ZPIE

ZPIK

2B
2A

1B

1A

SCAN OUT 4

SCAN IN 0E

AL3.2V

PW_LED

SCAN IN 2E

SCAN IN 1E

SCAN IN 0C

SCAN IN 0D

SCAN IN 4D

SCAN IN 1

AF.LED(G)

SB.LED(R)

SCAN IN 2C

SCAN IN 1C

SCAN IN 3D

SCAN IN 1D

SCAN OUT 3

SCAN IN 2D

SCAN OUT 3

SCAN IN 4C

SCAN OUT 2

SCAN OUT 1

SCAN OUT 0

SCAN IN 3C

SCAN IN 2

SCAN IN 4

SCAN IN 3

SCAN IN 2

SCAN IN 3

AL 3.2V

GND (BK)

SP+ (RD)

MIC (RD)

SPEAKER

TB2

TB1

LCD_AN (RED)

LCD_CA (WHITE)

CP1

GND

-6

-5

GND
GND

-4

GND

-1

-3

GND

-2

GND

LED

BACK UP

ST1

LCD PANEL SD

LCD BACK LIGHT

VIDEO

&

USB

LENS

REFLECTOR

FLASH

MIC

UNIT

RELEASE BACK SW

UNIT

CN110

CN171

CN143

CN303

CN951

CN301

CN302

16151413121110

987654321

3332313029282726252423222120191817

121110

987654321

8

7

6

5

4

3

2

1

2

1

13

12

11

10

9

8

7

6

5

4

3

2

1

20

19

18

17

16

15

14

65432

1

242322212019181716151413121110

987654321

DMA

DMA

DMA

SYA

PWA

SYA

TO BATTERY

PWA

DMA

(DMA)

(SYA)

(CAA)

(PWA)

(STA)

STA

SYA

SYA

DMA

STA

DMA

W1-68900/SX796-JNK

VAA31001-R.3651.A

- E10 ･ E5600 -

CP1(DMA) 回路図
CP1(DMA)CIRCUIT DIAGRAM

BA0

BA1

DQM0 DQM1

SP+

GND

MIC

DQM2 DQM3

SP-

NAND

SD

398

400

399

395
396

392
393

390
391

394

397

388
389

1

31

IC101

IC101

161 147

373
374

371
372

380

382

381

378
379

387

384

383

386

385

376

375

377

285

241

370

318 281

308

195
234

110153

55 62

A4

A2

A3

A1

A6

A5

A17

A7

REn

A13

A14

A12

A15

R/Bn

A8

WE

NC

NC

NC

A18

RESET

RY/BY

A19

A11

A9

A10

DATA3

COMMAND

DATA1
DATA2

DATA0

CLOCK

CARD

VSS

VSS
VDD

CARD/WP

WP

OE

CE

VSS

A0

DQ8

DQ0

DQ9

DQ1

NC

A16

BYTE

NC

VSS

DQ15/A-1

DQ13

VCC

DQ11

DQ10

DQ2

DQ3

DQ5

DQ4

DQ12

DQ7

DQ6

DQ14

C2-

C2+

VDC1

VGH

VDD

COMDC

VSH

VBC

D01
D00

D02

D03

D04

D05

D06

D07

CLK

HSYNC

VSYNC

SCK

DI

CS

BLON

POCB

TEST

VSS

VCOM

PIV

ZPLS K1

ZPLS K2

ZPLS E1

ZPLS E2

DC 1­DC 2+

SHUTER-

SHUTER+

FPI K

IRIS­IRIS+

FPI E

PIV

ZPIK
ZPIE

2B
2A
1A
1B

VCC

INA

INB

VREF

MD1

IN2

FC

VC

IN1

MD2

EN

ILM

RFG

OUT2

OUT4

OUT6

OUTB

OUTA

OUT5

OUT3

OUT1

GND

VB

GND

SD23/AE13

SD25/AF13

SD24/AB13

SD19/AB14
SD20/AE14

SD15/AE15

SD13/AB15
SD14/AF16

SD17/AF15

SD16/AA15

SD22/AF14

SD21/AA14

SD18/W14

SD12/W15

SD26/W13

SD2/AF19
SD3/AA17

ZCCE2/AE19

SD0/AB18

SD1/W17

SD7/AF18

SD6/AA16

SD11/AE16

SD10/AF17

SD9/AB16

SD8/AE17

CVDD/AE18

SD5/AB17

SD4/W16

GND

GND

GND
GND

GND

GND

GND

GND

OVDDW/VDD

OVDDW/VDD
OVDDW/VDD

OVDDW/VDD
OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

GND

GND

GND

GND
GND

GND

GND
GND

GND

GND
GND

GND

GND

PPO13/R22

PPO16/T22

PPO19/U21

PPO22/W26

LCD4FSC/W25

PPO23/U19

PPO20/U22
PPO21/V25

PPO17/T19

PPO18/V26

PPO14/T25

PPO15/U26

SPSD/V22
ZSWP/Y26

CVDD/U25

PPO9/R19

PPO8/R21

PPIO4/P21

PPIO7/R26

PPIO5/P25

PPIO6/P22

PPO10/R25

PPO11/T26

PPO12/T21

ASTREQ/B13

VSTDATA5/E15

VSTDATA7/F16

VSTDATA6/B16

VSTDATA1/F14

VSTDATA0/A14

VSTDATA4/A15

VSTDATA2/B14

VSTDATA3/E14

VCTRLEN/A18

VSTREQ/B17

ASTFLG/H15

ASTDATA/A13

PPIOB20/E10

PPIOB21/A9

PPIOB22/F10

PPIOB23/B9

PPIOB17/A8

PPIOB18/H11

PPIOB19/B8

VINCLK/B10

VDATA0/A11

VOUTCLK/F11

VSYNC/A10

CVDD/E11

VDATA7/E13

ASTEN/F13

DP/A16

OVDDW/F15

VSTEN/E16

DM/B15

CVDD/A17

VDATA5/A12

VDATA4/F12

VDATA6/B12

VDATA2/E12

VDATA3/B11

VDATA1/H12

XV2/A23

XV3/A24

XV1/E21

XV6/B24

XV5/F20

DSCK1/L26

DSCK2/M22

DSDO1/K22

ZDSCS0/K26

DSDO2/K25

DSDO0/L21

ZDSCS2/L22

ZDSCS1/M19

DSCK0/L25

SREQ/N19

PPIO2/N26

PPIO3/P26

PPIO0/N22

PPIO1/N25

PPCS/N21

RTS/J22

RXD2/J26

TXD2/J25

CTS/L19

XSG1A/G21

XSG3B/E26

XSG2A/F22

IVDDW/F26

XSG2C/E25

XSG2B/J19

SUBGT/J21

XSG1C/D25

XSG1B/D26

TXD1/H25

BRCK/K21

CVDD/K19

RXD1/H26

XV8/C26

XV7/C25

PBLK/G25

CPDM/H22

CPOB/G26

XSUB/H21

XSG3/F25

HBLK/G22

SCK/M26

SDO/M21

SDI/M25

XV4/B23

BLCK/B21

CCD11/E19

ADCK/A21

CSYNC/A22

TGVD/H18

TGHD/E20

CCD7/A20

CCD5/B19

CCD6/E18

CCD8/H17

CCD2/H16

CCD0/B18

CCD1/E17

CCD4/F17

CCD3/A19

CCD10/F18

CCD9/B20

XVS/F19

XVH/B22

GND

GND

ZMOE/AB20

ZMWE/AA18

GND

GND

GND

GND ZCCE1/AB19

IVDDW/AF20

ZSCE/AE20

ZREG/AF21

CD3/AB26

CD2/W21

CD7/AC26

CD10/AD26

CD12/AE24

CD11/AD25

CD9/AC25

CD8/AA22

CD6/Y21

CD5/AB25

CD4/Y22

CRZB1/AA26

CRZB0/V19

CDT1/Y25

CDT0/V21

CD1/AA25

CD0/W22

ZWAIT/AF22

ZIORD/AE21

ZIOWR/AB21

CA3/W18

CA1/AA19

CD14/AA20

CD13/AF24

CD15/AE23

CA0/AF23

CA2/AE22

PPIOB16/F9

PPIOB14/H10

PPIOB15/E9
IVDDW/B7

GND

GND

GND

GND

GND

PPIOB7/A6

PPIOB1/A4

PPIOB2/B4

PPIOB0/A3

PPIOB6/B5

PPIOB4/A5
PPIOB3/F7

PPIOB5/E6

PPIOB11/E8
PPIOB10/B6

PPIOB13/A7
PPIOB12/H9

PPIOB9/E7
PPIOB8/F8

GND
GND

GND

GND

A1

DIR

G

VCC

B4

A5

B3

A4

A7

B6

GNDA8B8

B7

B5

A6

B1
B2

A2
A3

NC

NC

VSS

IO2

IO1

IO6

IO4

IO5

IO8

IO7

IO3

VCCn

NC

WEn

WPn

VSS

CEn

VCCn

ALE

CLE

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

VVCOM

COMOUT

C1+

C1-

VGL

VSS

SD31/AB12

SD30/AF12

DQM0/AA12

SD29/W12

SD27/AE12
SD28/AA13

SA3/W10

ZRWE/AE10

CVDD/AB10

SA1/AF10

SA0/W11

SA2/AA11

SA7/AB9

SA9/AB8

SA13/AF7

ZRAS/AF6

SA14/AE6

ZCAS/AB7

SA8/AE8

SA5/AA10

SA4/AE9

SA6/AF9

SA11/AA9

SA10/AF8

DQM1/AE11

DQM3/AF11

DQM2/AB11

SA12/AE7

CKIN2/E2

CKIN1/D1

FSC4/E1

OVDDW/VDD

OVDDW/VDD
OVDDW/VDD

OVDDW/VDD

VDDP/B3

OVDDW/VDD

OVDDW/VDD

PLLSEL0/D2

PLLSEL1/F5

PLLTEST/C1

PLL27M/J8

PLLEN/G6

GNDP/C2

PADDG33/M5

A17/K1

JSEL/L2

A20/L5

A19/M8

A21/J1

CVDD/L6

A18/K2

PADCH1/M6

PADADAVDD/N8

PADVGY/N2

PADYOUT/N5

PADCH0/M2

PADVREFM/M1

PADAGND1/N6

PADVREFH/L1

TEST2/K8

RSTSEL/H5

SCNEN/J5

TEST1/G2

TEST0/G1

TCK/J6

TMS/H2

CLKSEL0/F2

CLKSEL1/F

MCLK/G5

ZRST/H6

TRST/K5

TDI/L8

ZCS1/J2

ZCS0/K6

TDO/H1

OVDDW/VDD
OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD
OVDDW/VDD

OVDDW/VDD
OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD

OVDDW/VDD
OVDDW/VDD

D4/AB6

D9/AC1

D15/AA2

ZWE/Y1

D14/W6

ZRE/Y5

D11/AB1

D13/AA5

D12/AA1

D10/V8

D7/AB2

D6/AD1

D8/AC2

D5/Y6

RDY/AA7

CKRE/AE5

CKRAM/W9

ZRCE/AA8

DREQ/AE4

DACK/AF5

D2/AE3

D0/AF4

D1/AF3

D3/AD2

PADAGND3/T2

A16/T5

IVDDW/R6

PADVREF/P2

PADDVDD/N1

PADAGND3/R5

PADAVDD/R2

PADUOUT/P6

PADVGUV/P5

PADAOUT/8R

PADVOUT/P1

PADFS/P8

PADVGA/R1

A13/U2

A3/V6

A2/W1

A5/U8

A7/V1

A6/W2

A4/W5

A1/Y2

A9/U6

CVDD/T8

A8/V2

A11/T6

A10/V5

A12/U1

A15/T1

A14/U5

DQ2 DQ13

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

GND

A11

NC

ZRAS

ZCAS

ZWE

ZCS

A10
VDD

A0

A1

VSSQ

DQ6

VDDQ

DQ1

DQ5

DQ7
VDD

DQ0

VDDQ

VSSQ

DQ4

VDDQ
DQ3

VDD

DQ11

VSSQ
DQ12

VDDQ
VSSQ

DQ15

VSS

VDDQ

DQ10

DQ14
VSSQ

DQ8

CLK
CKE

VSS

VSS

A4
A5

A8
NC

A6

A7

NC
NC

A9

DQ9

GND

GND

PADYOUT

TEST1

XOUT

XIN

CLK1OUT

CLK2ON

FS1

XTAL,SEL

VDD2

TEST2

REFCLK

AVDD

CLK2OUT

VDD1

VSS2

VSS1

AVSS

VDD1

AVDD

CTRL

MUTE

LINE

+42.5dB

0dB

LPF

30K

REG

0dB

0dB

0dB

EVR

LOGIC

SPBIAS

VDDQ
DQ21

DQ22

VDDQ
DQ20

VSSQ

DQ19

DQ23

VSSQ

DQ18
DQ17

VDDQ

VDD

DQ16

A2

NC

DQ24

VSSQ

DQ28

DQ25

VDDQ

DQ26

VSS

DQ31

VDDQ

VSSQ
DQ27

DQ29

VSSQ

DQ30

NC

A3

+6.5dB

+6.5dB

15K

+7dB

LABIAS

ALC

VIDEO_OUT

USB D(+)

AUDIO_OUT

ZAV_JACK

USB_VDD
USB D(-)

GND

GND

NOR

NAND

TOMAIN

TOPWA

TOMAIN

H=0.9

OM/ORFIV024Z

2125

2125

OM/ORBG107W1TOSZ_R

OM/ORZJ11B6390MHBZ

H=0.95

H=0.95

OM/ORZJ11SJ100GZ

OM/ORTR77Z

TOCAA

OM/ORSO20Y1TIZ

H=1.4

H=0.95

H=1.35

H=1.35

OM/ORLL2125Z

OM/ORTR71Z

OM/ORTR71Z

H=0.55

OM/ORBA1005L2Z

OM/RXR71AZ

STBY

GND

H=1.0

GND
GND

-4

-5

-6

GND

GND

-3

OM/ORAT01Z

OM/ORIC20ICSZ

H=1.2

CT3528B2Z

CT2125A2AZ

H=1.2

VCC

VIN

VSAG

VOUT

ON/OFFIN

OUT

H=1.4

OM/ORTR25Z

-1

-2

GND
GND

H=1.4

H=1.4

1608

1608

2125

2125

1608

1608

TO MAIN

OM/ORSO24Y1SANZ_M2

OM/ORTR56Z

OM/ORTR56Z

2125

OM/ORTR56Z

2125

2125

2125

1608

2125

2125

2012

OM/ORLL2125Z

H=0.95

2125

2012

BGA

256M(32)

1608

1608

1608

1608

1608

1608

1608

REG

3.0V

Hi-ON

1608

1608

0.5

TO MAIN

RD

RD

BK

TO MIC

TO SPEAKER

WT

TOCN110

TOCN110

ZWAIT

FD4

FD2

FD1

FD0

FD3

ZCCE1

ZCARDZCARD

PAON2

CDT0

VMONIT

FLCTL

CHG

ZREG

ZIOWR

VDD3

VDD1.41

TOPWA

TOSTA

TOPWA

UNREG

VDD3

BLON

LCDON

BOOST4.25V

-6.0V(A)

+12V(A)

+3.45V(A)

PAON

PON

A_VDD1.41

VDD3

VDD1.41

A_VDD3

A3

A7

A6

A8

A5

A18

A19

A4

VDD3

A2

A16

A14

A15

A20

A9

ZFWR

A11

A13

A12

A10

MRST

LCDVD

LCDHD

A_VDD1.41

VDD3

LCDD01
LCDD00

LCDD02

LCDD05

LCDD04
LCDD03

ZVMUTE

NTZPAL

USBSET

CLK2ON

LCDCLK

A_VDD3

VDD1.41

ZCS0

D8

D1

D0

ZFRD

D3

D11

D2

D9

D10

A1

A17

D6

D12

D4

D13

D5

D15

D14

D7

L12V

L3V

LCDD00

LCDD01

LCDD02

LCDD03

LCDD04

LCDD05

LCDCLK

LCDHD

LCDVD

LCDSCK

LCDSD

LCDEN

LCDON2

VDD3

VDD3

LCDSD

LCDSCK

LCDEN

FLCTL

BLON

BOOST4.25V

USBD+

USBD-

PICTL

VDD3

ZRESET

ZRESET

ZPULSE2

ZPULSE2

ZPULSE1

ZPULSE1

FPI

VDD3

FSIN1

FSMD1

FSMD2

FSIN2

ZMIN1

FSEN

ZMIN2

FSEN

ZRESET

XSG2A

XSUB

XSG3

XSG2B

XSG1A

XSG1B

XV6

XV5

XV4

ZSCE

CRZB1

ZSWP

CCDCK

XV2

XV1

XV3

SD11

SD12

SD10

SD13

SD9

SD8

SD19

SD20

SD16

SD14

SD15

SD18

SD17

SD26

SD23

SD25

SD24

SD21

SD22

SDI

SREQ

SDO

FPI

SCK

ZMIN1

ZMIN2

COMREQ

ZPULSE1

ZPULSE2

FSMD1

CCDSD

AUDSD

CCDEN

AUDCK

AUDLD

SD4

SD0

SD1

ZREG

ZIORD

ZCCE1

SD3

SD2

SD6

SD7

SD5

FD5

FD6

FD2

FD3

FD0

FD1

CDT0

FSIN1

FSIN2

PICTL

FD4

FSMD2

CA0

ZWAIT

ZIOWR

FD7

AD9

AD8

AD11

AD10

AD4

AD6

AD5

AD0

AD1

AD3

AD2

AD7

TGVD

TGHD

SUBGT

ADCK

L3V

LCDSCK

LCDD02

LCDD00

LCDD01

LCDVD

LCDD05

LCDHD

LCDEN

LCDCLK

LCDSD

LCDD03

LCDD04

ZSWP

CRZB1

CA0

ZSCE

ZIORD

FD6

FD7

FD0

FD3
FD4

FD1
FD2

FD5

ADCK

+12V(L)

SA7

SA8

SA4

SA3

SA6

SA5

SA11

SA9

SA10

DQM2

SD31

SD28

SD27

SD30

SD29

DQM1

DQM0

SA0

ZRWE

SA2

SA1

DQM3

L12V

VDD3

VDD3

AD10

AD11

XSG3

CCDEN

XV6

TGVD

CCDSD

CCDCK

XV5

TGHD

AD0

AD1

AD2

AD4

AD7

AD5

AD9

AD6

AD8

AD3

VDD3

SD2
SD0 SD15

SD13

USBSET

ASICAIN

CLK2ON

USBDET

USBCNT

USBD+

USBD-

A4A2A1A3A7

A11

A12

A10

A15

A14

ASICAOUT

A16

A13

A8A9A5

A6

D13

D14

D10

D6

D7

ZCAS

ZRCS

ZRAS

SA12

SA13

D1D2D0D4D3

CKRE

CKRAM

D5D9D8

D12

D11

ZFRD

ZFWR

D15

MRST

PLLEN

TDO

TDI

TRST

JSEL

SCNEN

TMS

TCK

A20

A19

ZCS0

A17

A18

ZTEST

USB+

USB-

ZAVJACK

USBCNT

PAON

PON

SDI

SREQ

SDO

MRST

ZTEST

ZCARD

VMONIT

CHG

PLLEN

UNREG

LCDON

COMREQ

SCK

XSG2B

XSG1B

XSUB

XV4

XV3

XSG2A

SUBGT

XSG1A

XV1

XV2

+3.45V(A)

+12V(A)

VDD3

-6.0V(A)

SA12

ZRCS

ZRAS

SA11

SA13

SA0

SA10

SA1

SD4

SD6

SD5

DQM0

ZCAS

ZRWE

SD7

SD3
SD1

VDD3

SA8

SA7

SA5

SA4

SA9

CKRE

CKRAM

SA6

SD14

SD12

SD8

DQM1

SD10

SD9

SD11

AUDLD

AUDCK

AUDSD

VDD3

BEEP

AUDIOOUT

ZVMUTE

PAON2

BEEP

LCDON2

VDD3

BOOST4.25V

USB+

USB-

USBDET

DQM2

SA2

SD22

SD20

SD19

SD21

SD23

SD18

SD17

SD16

SA3

SD25
SD28

SD30

SD27

SD24

SD26

SD31

SD29

DQM3

VOUT

NTZPAL

NTZPAL

ASICAIN

ASICAOUT

VDD3

VOUT

AUDIOOUT

ZAVJACK

E

C

B

M-GND

M-GND

M-GND

M-GND

B

C

E

E

C

B

B

C

E

R1402

R1434

RB145

RB141

C1401

RB142

Q1432

R1404

RB143

Q1431

R1431

R1401

C1007

C1903

C1901

C1018

C1006

C1005

C1020

C1004

R1410

IC121

CN143

L1001

R1001

R1201

C1201

R1734

CN951

R1701

C1701

C9507

R9505

C9501

Q9509

C9502

R9501

C1708

IC101

D1702

C1705

D1703

C1734

C1702

C1703

R1702

D1701

R9509

R9506

R9507

R1003

RB102

R9503

R9504

R9502

C9503

Q9501

RB951

Q9502

RB952

IC951

C9506

RB105

RB108

RB103

RB101

RB106

R1018

RB104

Q1735

R1736

R1735

R1739

C1736

IC143

RB144

C1405

C1709

CN171

C1707

C1704

C1706

L1735

TOPWA

Q1736

C1751

Q1305

R1902

C1083

IC103

L1080

R1002

L1051

C1001

C1057

Q1051

C1050

R1057

C1058

R1302

C1054

C1056

C1059

R1053

C1052

R1093

R1052

R1054

R1005

R1047

RB107

C1002

R1066

C1051

R1064

R1311

Q1301

C1301

RB132

CN191

L1102

X1101

C1104

L1101

C1807

C1825

Q1505

C1519

R1509

R1503

C1504

R1102

R1104

R1103

L1103

C1103

R1111

C1101

C1114

R1815

C1829

C1831

IC152

R1502

IC181

C1828

R1814

C1820

R1813

R1806

C1827

C1810

C1806

C1905

C1904

VA134

C1086

C1102

C1105

C1084

C1823

IC111

C1822

CB181

C1513

C1512

R1501

R1526

C1826

C1824

R1801

R1811

C1821

C1830

IC182

C1815

C1803

R1812

CN110

L1304

R1301

L1302

L1303

100;1/16J

100;1/16J

100

10K

0.1;B

10K

DTA144EM

2.7K;1/16J

100

2SC5658-R

120K;1/16J

10K;1/16J

0.1;B

4.7;B

4.7;B

1;B

1;B

1;B

0.1;B

1;B

10K;1/16J

TV00047002AAGD00GA

12

BK1608LL241-T

0;1/16Z

10;1/16J

1;B

75;1/10J

20

560K;1/16J

10;B

0.1;B

1.3K;1/16D

0.01;B

NSBA123JD

1;B

0.56;1/4F

0.1;B

KS654U2250CBP

RB521S-30

1;B

RB521S-30

1;B

1;B

4.7;B

10K;1/16D

RB521S-30

390;1/16J

47K;1/16J

47K;1/16J

1K;1/16J

10K

390;1/16J

390;1/16J

390;1/16J

0.1;F

EMH16

47K

EMH16

33K

LB8655T-E

0.1;F

220

220

220

220

100

68;1/16J

10K

T12A01SS-TL-E

100K;1/16J

10K;1/16J

47K;1/16J

1;B

SN74LV245A

100

0.1;F

10;B

33

10;B

4.7;B

1;B

LBR2012T470M

10K;1/16J

DTC144EM

4.7;B

EMD3

10K;1/16J

TV00047002AAGD00GA

EDS2532AABH-75

BK1005LL241-T

0;1/16Z

LBR2012T470M

330P;B

1;B

2SC5658-R

0.22;B

3.9K;1/16D

1;B

0.1;F

0.1;B

0.1;B

1K;1/16D

1;B

750;1/16D

3.6K;1/16D

2.2K;1/16D

10K;1/16J

10;1/16J

47K

0.1;B
1K;1/16J

0.1;B

10K;1/16J

1.5K;1/16J

EMH2

1;B

27;D

0.1;B

BK1005LL680

28.63636MHZ

0.01;B

BK1608LL241-T

0.1;B

0.1;B

2SA1774

1;B

1.5K;1/16J

0;1/16Z

0.1;B

100;1/16J

47;1/16J

47;1/16J

BK1005LL241-T

1;B

470;1/16J

0.01;B

10P;CH

2K;1/16D

4.7;B

BH76106HFV

200;1/16D

BH6412KN

0.1;B

200;1/16J

0.1;B

3.9K;1/16D

180K;1/16D

1;B

0.1;B
1000P;B

1000P;B

AVR-M1608C120MT

1;B

5P;CH

5P;CH

1;B

4.7;B

ICS425KLFT

0.1;B

0.022;B

1;B

47;6.3-T

22;4-T

22K;1/16J

75;1/16D

4.7;B

4.7;B

27K;1/16D

39K;1/16D

0.1;B

1;B

MM1613LNLE

1;B

4.7;B

470K;1/16J

0.022;B

21

BK1608LM751

220K;1/16J

BK1608LM751

BK1608LM751

TO SD

TO LCD

SX7MS

TO USB&VIDEO

SDRAM

CLOCK GENERATOR

REGULATOR

QAG68900796CN

1AV4J11B6390M

1AV4J11SL203G

TNSBA123JD--H

QXXAG54U2250N

QLB8655T-E--P

QSN74LV245A-P

1AV4J11VE330G

QEDS2532AAB7N

1AV4J30B1081G

1AV4V10B5620G

QBH76106HFV-G

QBH6412KN---P

QICS425KLFT-J

QMM1613LNLE-G

1AV4J11B5670G

PAON2

VMONIT

FLCTL

CHG

VDD1.41

BOOST4.25V

VDD3

-6.0V(A)

+12V(A)

LCDON

PAON

PON

BLON

+3.45V(A)

UNREG

ADCK

AD10

AD11

XV5

XV6

CCDCK

TGVD

CCDSD

CCDEN

XSG3

TGHD

AD1

AD0

AD6

AD7

AD3

AD4

AD2

AD5

AD9

AD8

SDI

SREQ

SDO

SCK

MRST

COMREQ

ZTEST

ZCARD

UNREG

CHG

VMONIT

LCDON

PLLEN

PAON

PON

ZAVJACK

USBCNT

XV3

XSUB

XSG1A

XSG2A

SUBGT

XV2

XSG1B

XV1

XSG2B

-6.0V(A)

VDD3

+12V(A)

+3.45V(A)

PAON2

LCDON2

BEEP

BOOST4.25V

VDD3

12

11

10

9

8

7

6

5

4

3

2

1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

49

50

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

79

80

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5432

1

377

376

375

374

373

372

371

370

369

368

367

366

365

364

363

362

361

360

359

358

357

356

355

354

353

352

351

350

349

348

347

346

345

344

343

342

341

340

339

338

337

336

335

334

333

332

331

330

329

328

327

326

325

324

323

322

321

320

319

318

317

316

315

314

313

312

311

310

309

308

307

306

305

304

303

302

301

300 299 298 297 296 295 294 293 292 291 290 289 288 287 286 285 284 283 282 281 280 279 278 277 276 275 274 273 272 271 270 269 268 267 266 265 264 263 262 261 260 259 258 257 256 255 254 253 252 251 250 249 248 247 246 245 244 243 242 241 240 239 238 237 236 235 234 233 232 231 230 229 228 227 226 225 224 223 222 221 220 219 218 217 216 215 214 213 212 211 210 209 208 207 206 205 204 203 202 201

200

199

198

197

196

195

194

193

192

191

190

189

188

187

186

185

184

183

182

181

180

179

178

177

176

175

174

173

172

171

170

169

168

167

166

165

164

163

162

161

160

159

158

157

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

654

3 2 1

654

3 2 1

24

23

22

21

20

19

18

17

16

15

14

1312

11

10

9

8

7

6

5

4

3

2

1

10

9

8

7

6

5

4

3

2

1 20

19

18

17

16

15

14

13

12

11

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

70

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

6

5

4

3

2

1

400

399

398

397

396

395

394

393

392

391

390

389

388

387

386

385

384

383

382

381

380

379

378 123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

104

103

102

101

100999897969594939291908988878685848382818079787776757473727170696867666564636261605958575655545352515049484746454443424140393837363534333231302928272625242322212019181716151413121110987654321

6 5 4

78

901

71

72

73

74

75

76

77

101

102

103

104

105

106

107

321

6

5

4 3

2

1

1

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

64

6328

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

3

1 2

4

20 19 18 17 16

12345

1514131211

61

28

27

26

25

2412

11

10

9

8

7 6 5 4 3 2 1

62

61

60

59

58

57

56

55

54

53

52

51

50

49

48

47

4645

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

109876

5432

23

22

21201918171615

14

13

5

4 3

2

1

8

7

6

5

4

3

2

1

LENS DRIVER

TRANSCEIVER

PROGRAM FLASH

VIDEO AMP

TO LENS

XV4

D1-68900/SX796-JNK

DMA(MAIN)

ASIC

DMA(LCD)

DMA(LENS)

TO SYA

AUDIO

VAA31001-R.3651.A

- E11 ･ E5600 -

CP1(SYA) 回路図
CP1(SYA) CIRCUIT DIAGRAM

ALWAYS3.2V

SW3.2V

OK

DOWN

RIGHT

UP

PW_ON

1st

2nd

SCAN OUT 4
SCAN IN 0E

SCAN IN 2E

AL3.2V

SCAN IN 1E

PW_LED

MOVIE

AUTO

SET UP

NIGHT VIEW

SCAN IN 2

SCAN OUT 1

SCAN IN 3

SCAN IN 2

SCAN IN 0C

SCAN IN 4D

AF.LED(G)

AL 3.2V

SCAN IN 0D

SB.LED(R)

SCAN IN 1

SCAN IN4/TCLK

SCAN IN3/TDO

MMOD

SB.LED(R)

SCAN IN1

AF.LED(G)

SCAN IN0

PA ON2

CHG ON

PA ON

LCD ON

PLLEN

SCAN IN2

P ON

AVREF ON

LCD ON2

BACKUP_CTL

SELF LED

COMREQ/BOT

ASIC TEST

PW_LED

MAIN RESET

XCOUT

VSS

XIN

VDD

XCIN

XOUT

SCAN OUT1

BEEP

SREQ

SCAN OUT0

SCAN OUT4

SCAN OUT2

SCAN OUT3

AVREF

RESET

SI

SO

SCK

VDD

CARD

BAT_OFF

VMONIT

USB_CONNECT

BATTERY

TEMP_BAT

SPORTS

LANDSCAPE

SCENE

PORT

SCAN OUT 3

SCAN IN 3D

SCAN IN 1D

SCAN OUT 3

SCAN IN 2C

SCAN IN 1C

SCAN IN 3C

SCAN OUT 2

SCAN IN 4C

SCAN IN 4

SCAN OUT 0

SCAN IN 3

SCAN IN 2D

SCAN OUT

SCAN IN

BACK UP BAT

GND

1 20 3 4

1

0

2

4

3

PW_TEST

SCENEAUTO

MOVIETEST SET UP

PORTRAIT

2nd1stPW_ON

DEL TELE

NIGHT VIEW

WIDEPLAY

LEFT

RIGHT

UP

DOWN

SPORTS

OK

--

LANDSCAPE

AV JACK

MENU

2125

VDD

OUT

NC

VSS

NC

BACK UP3.2V

OM/ORZJ11SJ060GZ

CL308 CL307

TO TB1

JW601, 602

CT2125PZ_DM

H=1.2

MENU

LEFT

PLAY

OM/ORZJ11SJ240GZ

UNREG

REG.

ALWAYS

3.2V
DET

+LI

ALWAYS

REST

2.4V

GND

OM/ORBA1005L2Z

BATTERY

2.9V

DET 3.3V

DET

OM/ORTR58Z

H=0.55

BACKUP

CL301 CL302 CL303

H=0.6

OM/RTR56Z_DM

DEL

OM/ORXR72Z

OM/ORXF19Z

H=1.2

OM/ORSK02V052AZ

H=1.1

OM/ORIC04SKDAZ

TB2

WIDE

TELE

SI2E

SI1E

SI0E

PW_LED

PAON2

COMREQ

PLLEN

ZTEST

SREQ

USBCNT

PON

LCDON2

LCDON

PAON

CHG

BEEP

SI0C

SI4D

SI0D

AF.LED(G)

SB.LED(R)

SI1C

SI1D SI0C

SI0D

SI2C

SI2D SI3C

SI3D

SI4C

SI4D

BACKUPBAT

SDO

ZCARD

VMONIT

SO0

SO1

SO2

SO3

SO4

SI0

SI1

SI2

SCK

SDI

SI4

SI3

SI4C

SI1D

SI2D

SI3D

SI2C

SI1C

SI3C

SI0E

SI2E

SI1E

SO4

SO3

SO2

SO1

SO0

MRST

SI0

SI1

SI2

SI4

SI3

ZAVJACK

SB.LED(R)

AF.LED(G)

PW_LED

TO CN301

TO CN302

BACKUPBAT

BOOST4.25V

UNREG

CN301

C3001

VA308

R3014

C3007

C3006

CN302

VA303

VA304

D3002

D3001

D3003

RB306

RB302

C3005

IC302

Q3002

R3003

RB305

C3002

C3003

VA302

R3006

Q3001

RB307

IC301

C3016

C3011

D3004D3005

R3017

R3015

C3014

Q3003

R3021

C3015

X3002

RB303

R3018

RB301

R3016

R3019

R3020

R3011

C3008

X3001

C3013

R3013

CN303

IC304

RESET

6

1;B

LED_A

WHITE

LED_C

GRAY

AVR-M1005C080MT

220;1/16J

15;6.3-T

0.1;F

24

AVR-M1005C080MT

AVR-M1005C080MT

NSDEMP11XV6T5

NSDEMP11XV6T5

DAP222

1K

33K

0.1;F

NJU7286ARB

EML17

33K;1/16J

10K

1;B

0.1;F

AVR-M1005C080MT

10K;1/16J

NSBC114EPD

150K;D

MN101C78A-SB1

1;B

1;B

DMA6S121DMA6S121

100;1/16J

150;1/16J

15P;CH

DTC144EM

220;1/16J

20P;CH

32.768KHz-T

1K

1K;1/16J

10K

10K;1/16J

0;1/16Z

220;1/16J

1;B

4M00G55

0.1;B

330K;1/16J

2

XC61CN1502N

33K;1/16J

TO RELEASE UNIT

TO BACK SW UNIT

TO TB2 BACK UP

1AV4J11SJ062G

1AV4J11SJ242G

QNJU7286ARB1G

TEML17------G

QXXAG1C78AB1N

1AV4V10B6900G

1AV4J10QL022G

QXC61CN1502NP

6

5

4

3

2

1

11

10

9

8

7

6

5

4

3

2

1

4

6

3

215

3

2

146

5

1

3

2

8 7 6 5

4321

54

3 2 1

6 5 4

321

48

47

46

45

44

43

42

41

40

39

38

37

36 35 34 33 32 31 30 29 28 27 26 25

24

23

22

21

20

19

18

17

16

15

14

13

121110987654321

24

23

22

21

20

19

18

17

16

15

14

13

12

5

6

44

6

52

1

3 3

1

2

41

2

3

1

2

3

2

1

2

1 4

3

8bit MICRO PROCESSOR

TO DMA(MAIN)

!

Y1-68900/SX796-JNK

SYA

VAA31001-R.3651.A

- E12 ･ E5600 -

CP1(CAA) 回路図
CP1(CAA) CIRCUIT DIAGRAM

CH1

IV3

CH2

VDC

IV1

0V2

VL

VM

0V1

0V3

CH3

IV4

IV2

0V7

0V8

0V5

0V4

IV5

CH5

CH4VHISUB

IV6

VHH

VM

0V6

0SUB

VL

D1

D0

DRVSS

DRVDD

CLP/BLK

HBLK

D3

D2

D6

D5

D8

D7

D4 CCDIN

RGVDD

TCVDD

TCVSS

CL1

AVDD

REFB

AVSS

REFT

DVDD

DVSS

SCK

SDI

SL

HD

VD

RG

VOOD

RG

PWPTSUBSW

SUB

HL

H1

H2

V2

V1

V5B

V6

V3B

V3A

V5A

V4

D9

D10

D11(MSB)

H1

H2

H3

RGVSS

H4

HVSS

HVDD

ON/

OFF IN

REG

3.0V

VOUT

+12V(A)

-6.0V(A)

+3.45V(A)

XV6

XV5

XV3

XSG3

XV1

XSG1B

XSG1A

AD6

AD11

AD7

AD10

AD8

AD9

AD2

AD3

AD1

AD4

AD0

AD5

SUBGT

TGHD

CCDEN

XSG2B

XSUB

XSG2A

TGVD

ADCK

XV2

XV4

VDD3

AD1

AD0

AD2
AD3

CCDCK

CCDSD

+3V

AD8

AD9

AD5

AD6

AD4

AD7

AD11

AD10

E

C

B

R9001

R9004

C9014

IC901

R9007

C9028

R9013

C9026

C9010

C9018

R9008

C9024

D9001

D9003

L9001

C9005

IC904

CB901

C9008

R9018

R9019

RB902

C9012

C9009

R9010

CB903

CB902

IC905

C9023

C9025

Q9001

R9003

R9015

R9016

IC903

C9027

RB903

RB901

L9003

L9004

R9005

C9017

XF901

C9013

L9002

R9006

C9035

D9004

R9014

C9036

CB904

0;1/16Z

470;1/16J

1;B

AN20101A

3.3;1/16J

1;B

82K;1/16J

1;B

1;B

1;H

100K;1/16J

0.033;B
MA4S111

MA2J727

BK1608LL241-T

1;B

TK11130CS

1;B

10;6.3-T

0;1/16Z

0;1/16Z

100

0.1;B

47;1/16J

0.1;B

1;B

AD9948

0.1;B

1000P;B

0.15;B

2SC5661-P

0;1/16Z

1.2K;1/16D

47;1/16D

MN39620

0.01;B

100

100

BLM15BB100

BLM15BB100

15;1/16J

22;10-T

CKD610JB0J225M

1000P;B

BK1608LL241-T

15;1/16J

10;16-T

MA2J727

1M;1/16J

0.1;B

1;B

QAN20101A---P

QTK11130CS--J

XV6

XSG1A

XV3

XV1

XSG3

XSG1B

XV5

ADCK

TGVD

TGHD

XV2

XV4

AD6

SUBGT

AD9

AD10

AD11

AD7

AD8

AD0

AD1

AD2

AD3

AD4

AD5

VDD3

+3.45V(A)

GND

+12V(A)

-6.0V(A)

XSUB

CCDSD

CCDCK

CCDEN

XSG2B

XSG2A

27 26 25 24 23

1413121110

22 21 20 19 18 17 16 15

28

9

87654321

5

43

2

1

40 39 38

10

9

8

7

6

5

4

3

2

1

37 36 35 34 33 32 31

30

29

28

27

26

25

24

23

22

21

10 11 12 13 14 15 16 17 18

9 8 7 6 5 4 3 2 1

131211

1 3

2

20191817161514















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





















    













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

V. DRIVER

CDS, AGC, A/D C

H. DRIVER

CCD

TO DMA(MAIN)

C1-68900/SX796-JNK

CAA

VAA31001-R.3651.A

- E13 ･ E5600 -

CP1(PWA) 回路図
CP1(PWA) CIRCUIT DIAGRAM

WT

TO LCD BACK LIGHT

RD

BAT-

TO BATTERY

JW502

JW501

BAT+

RED

BLACK

<BOOST/LENS>

SWIN6

UDSEL1

SWOUT6

DARIN2H

DRAIN2H

VBAT

PGND

OUT1B

SWIN7

OUT1M

OUT7B

PVCCL

OUT1S

UDSEL5

SWOUT7

DRAIN2L

NON5

FB5

INV5

DTC5

OUT6

PVCC

OUT4

SWIN4

SWOUT4

INV4

OUT5

FB4

DRAIN3L

DRAIN3L

STB5

STB4

FB3

INV3

STB7

FB2

FB1

SS23

INV2

STB6

PVCCH

DRAIN3H

STB1

STB23

DRAIN3H

PGND23

PGND23

DRAIN2L

FB7

INV7V

SS1

INV1

SCP

SWOUT1

VCC

VREGA

CT

INV7I

RT

VREF

NON7

FB6

INV6

GND

Vf=10.5V

M-GND

M-GND

M-GND

M-GND

M-GND

2.0A 32V

1608

2.0A 32V

1608

2A 32V

1608

1608

2A 32V

POS CAP

LDT565620T-VL1 (H=2.0)

2125 2125

3216

2125

2125

D

2125

NOJ

OXI CAP 2125

S

G

NP04SB

G

D

1608

S

1608

1608

2125

2125 2125

2125

CH4

CH6

CH1

CH2

CH7

CH3

FB

BOOST4.25V

+12V(A)

-6V(A)

UNREG

VDD

CE

H=1.2

OM/ORTR16Z

H=3

GND

EXT

UNREG(ST)

OM/ORLL98Z

H=1.35

H=2

OM/ORLL79Z

H=1.2

PA ON

3.45V(A)

VIN

IN

VOUT

NP

VCONT

GND

OFF

REG

3.4V

OM/ORTR25Z

3.25V(D)

OM/ORLLA0Z

OM/ORLLA0Z

LCD_AN

LCD ON

PA ON2

BLON

LCD_CA

P ON

LDT565620T-VL1

D53LC

DB320C

L5009

L5010

F5002

F5001

F5004

F5005

C5030

R9607

Q9602

T5001

C9603

Q9601

R9604

R5024

R9606

C9604

C5031

C5033

R5022

L5001

L5002

D5007

C5032

R5023

C5029

C9601

L9601

D9601

IC961

C5016

Q5001

R5027

R5029

R5028

R5030

C5034

L5004

Q5004

C5022

L5003

D5001

C5015

C5014

R5010 R5009

R5008

C5023

C5017

D5002

C5020

IC502

C5021

Q5003

R5011

C5019

C5018

L5005

R5012

C5003

R5002

R5001

R5003

C5001

IC501

VR501

C5012

C5035

RB501

C5011

C5010

R5004

C5007

R5033

L5007

D5005

C5025

L5006

C5024

D5006

D5003

R5013

D5004

R5015

R5018

C5026

R5016

C5002

C5004

C5006

R5007

C5005

C5009

C5008

R5019

R5021

R5020

F47K2R0C3LFND

2A

2A

2A

0.01;B

680K;1/16D

RN1104FV

33;8-V

FDC633N-NF

412K;1/16D

3.6K;1/16D

130K;1/16D

22P;CH

10;16B

10;B

150K;1/16D

47;M

47;M

HN2D01JE

1;B

10K;1/16D

1;B

22;6.3B

10;M

SD833-04(SC)

XC9104D095MP

33;6.3-1

RSR025N03

10K;1/16D

3.6K;1/16D

150K;1/16D

1K;1/16J

1000P;B

22;M

US5U2

4.7;B

4.7;N

SD833-04(SC)

1;B

1;B

3.3K;1/16D 12K;1/16D

0;1/16Z

22;6.3B

2200P;B

DAN217U

0.1;B

TK11134CS

1;B

RSR025N03

0;1/16Z

1;16B

1;16B

10;M

12K;1/16D

1;B

2.2K;1/16J

1.5K;1/16J

1;B

BD9739KN

3.3K

0.1;B

0.01;B

1K

1;B

0.1;B

1;B

180P;CH

10K;1/16D

4700P;B

1K;1/16J

0;1/16Z

22;M

RB521S-30

1;B

10;M

22;6.3B

MA22D15

CUS01

5.36K;1/16D

CUS01

12K;1/16D

9.1K;1/16J 10K;1/16J

150K;1/16J

1000P;B

30K;1/16D

0.033;B

0.047;B

10K;1/16J

4700P;B

0.1;B

10;1/16D

16V 16V

16V

6.3V

6.3V

6.3V

16V

1AV4L26B3450G

1AV4L26B3450G

F47K2R0C3LFND

F47K2R0C3LFND

F47K2R0C3LFND

1AV4L51B6270G

1AV4L2FM470MG

1AV4L2FM470MG

1AV4L2MH220MG

QTK11134CS--J

1AV4L2JQ100MG

1AV4L2L5220MG

1AV4L2L5100MG

-6.0V(A)

+12V(A)

UNREG

BOOST4.25V

UNREG(ST)

+12V(L)

+3.45V(A)

VDD3

PAON

VDD1.41

LCDON

PAON2

BLON

PON

1

6

5432

1

6

5

7

8

5

43

2

1

2

3

4

54

3 2 1

5 4

321

64 63 62 61 60 59 58 57 56 55

6

5

4

3

2

1

54 53 52 51 50 49

48

47

46

45

44

43

1

3 2

5

43

2

1

26252423222120191817

16

15

14

13

12

11

10

9

8

7 42

41

40

39

38

37

36

35

34

33

323130292827

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

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









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

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







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

































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









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









D-D CONV.

SWITCHING MODULE

TO DMA(MAIN, LENS)

TO DMA(MAIN)

TO DMA(MAIN)

TO DMA(MAIN)

TO DMA(MAIN)

TO DMA(MAIN, LENS &LCD)

TO DMA(LCD)

TO DMA(MAIN) & STA

TO STA

TO DMA(MAIN)

P1-68900/SX796-JNK

PWA

!

!

!

!

<FOR ANALOG>

<FOR DIGITAL 3.25V>

<FOR BACK LIGHT>

<FOR DIGITAL 1.58V>

VAA31001-R.3651.A

- E14 ･ E5600 -

CP1(STA) 回路図
CP1(STA) CIRCUIT DIAGRAM

(K)

(K)

(K)

+12V(A)

XKT

STROBO UNIT

BLACK

BLUE

JW542

JW541

PINK

W1400

W1600

W1500

TRG

GRAY

XAN

OM/ORLIV006HZ

H=1.05

H=1.8

OM/ORDD72Z

OM/ORDD44ZOM/ORDD44Z

OM/ORZL17B0120GZ

H=4.8

OM/ORTR15Z

OM/ORSO08X1SANZ

OM/ORTR63Z

H=0.85

OUT

BP

IN

SHDN

GND

OUT

VDD

NC

IN

GND

OM/ORCC3316Z

3316

3216

3216

3216

3216

3216

2125

1608

FLASH REFLECTOR

LPK

3

CHG

UNREG(ST)

VMONIT

FLCTL

T5402

C5404

C5410

D5404

R5423

R5425

R5419

D5403

R5422

R5417

D5402

C5411

C5401

C5403

T5401

C5406

Q5407

Q5405

R5414

R5409

R5406

C5407

R5408

R5413

D5407

Q5409

C5415

Q5406

R5426

R5432

D5406

D5408

D5405

R5421C5408

C5416

C5414

Q5401

IC541

R5401

R5420

1AV4L17B0370N

1000P;B

0.033;350H

RR255LA-400

68;1/16J

100K;1/8J

91K;1/16D

RR264M-400

220K;1/8J

10M;1/8F

CRF02-Q

0.01;630H

22;6.3B

0.068;B

1AV4L17B0200G

0.01;B

3LN01S-E

CPH5504-E

1K;1/16J

1.2K;1/16J

100;1/16J

0.015;B

120;1/16J

10K;1/16J

DAN222

GT8G133

3LN01S-E

10K;1/16J

100K;1/8J

FC0300U

RB521S-30

RB521S-30

10K;1/16J0.1;B

1;B

0.1;B

0.1;B

TND721MH5

LK112M50

10K;1/16D

1K;1/16J

16V

1AV4L17B0200G

TXXGA0156433P

QLK112M50---P

UNREG(ST)

CHG

FLCTL

VMONIT

+12V(A)

2

1

8 7 6 5

13 2

4 5

2 1

543

1 432

5

43

2

1

5

43

2

1

REG.

TO ST1
JW551, 552

TO PWA

TO PWA

TO DMA(MAIN)

S2-68900/SX796-JNK

STA

VAA31001-R.3651.A

- E15 ･ E5600 -

ST1 回路図
ST1 CIRCUIT DIAGRAM

JW551

BLACK

JW552

LPK

C5412

120u;300V

CEXAG579121AN

TO CP1(STA)
JM541, 542

S1-68900/SX796-JNK

ST1

VAA31001-R.3651.A

- E16 ･ E5600 -

TB1 回路図
TB1 CIRCUIT DIAGRAM

NEW

OM/ORLE07AZ

H=0.8

CA

AN

JW601

JW602

TO CP1(SYA)

CL308, CL307

GRAY

WHITE

D6001

DLSML-511UW-G

SELF RED

T1-68900/SX796-JNK

TB1

VAA31001-R.3651.A

- E17 ･ E5600 -

TB2 回路図
TB2 CIRCUIT DIAGRAM

TO CP1(SYA)

CN303

OM/ORZD20B07400HZ

H=2.5(1.85+BOND)

WT

BK

Z6501

ML614-TZ14

1AV4D20B09300

T2-68900/SX796-JNK

TB2

!

VAA31001-R.3651.A

- E18 ･ E5600 -

総合ブロック図
OVERALL BLOCK DIAGRAM

SDRAM

IC103

SD(0:31)

256Mbit

16Mbit

FLASH(NOR)

FLASH(NAND)

128Mbit

IC121

D(0:15)

FD(0:7)

A(1:20)

CKIN1

CKIN2

FSC4

IC111

CLOCK GENERATOR

28.63636MHz

X1101

CN143

SD CARD

IC181

AUDIO

DRIVER

FD(0:4)

LCD MONITOR

PADYOUT

LCDD (0:5)

LCDCLK

LCD TIMING PULSE X 5

IC152

VIDEO AMP

VOUT

CN110

USB/VIDEO

4MHz
X3001 X3002

32.768KHz

MRST

ZTEST

PLLEN

SCK

SDI

SDO

SREQ

CN301

IC301

8bit Micro Processor

LENS DRIVER

IC951

CN951

LENS

3

LENS BLOCK

Z6501
(TB2)

FSEN

FSMD 1:2

FSIN 1:2

PICTL

ZMIN 1:2

ZPULSE 1:2

ZRESET

FPI

XSUB

CCDCK

CCDSD

CCDEN

SUBGT

XV (1:6)

TGVD, TGHD

ADCK

AD (0:11)

XSG(1A,2A,1B,2B,3)

CCD BLOCK

IC101

ASI C

5M Pixel

IC903

V. Driver

IC901

IC905

CCD

CDS/AGC/AD-C

H. Driver

USBD+

PADAOUT

ASICAIN

AUDIO

CONTROL

SIGNALS X 5

USBD-

Ni-MH

CP1

LCD BACKLIGHT

LCD_AN
LCD_CA

DC/DC

CONVERTER

ELECTRONIC

FLASH

VDD

REGULATOR

IC302

LENS

DC/DC

CONVERTER

IC961

CN302

BACK SW UNIT

RELEASE UNIT

BL_ON

MIC

SPEAKER

AUDIO OUT

PWA BLOCK

SYA BLOCK

VAA31001-R.3651.A

- E19 ･ E5600 -

CCD ブロック図
CCD BLOCK DIAGRAM

LENS

CCD

EF

XV2

XV3

XV5

XSG1A

XV6

+12V(A) -6.0V(A)

MN39620

0D

PT

H1

RG

H2

VO

O_LPF

IC901

IC903

CH1, CH2, CH3, CH4, CH5

IV1, IV2, IV3, IV4, IV5, IV6

ISUB

Q9001

XV1

XSG2A

SUB

V. DRIVER

AN20101A

XSG1B

XSG3

SUB GT

IC905

CDS, A/D C

AD9948

D2:11

31

32

33

AD2

AD11

ADCK

CCDCK

CCDSD

CCDEN

VDC

IC904

REG.

TK11130CS

3.0V

4

1

+3.45V(A)

VDD3

TO DMA(MAIN)

IC101 ASIC

10

13

17

18

11

1:8

15

19

1, 2, 21, 23, 24

20, 25, 22, 26, 28, 27

3

25

9

2-4. 7-13

27

18, 19, 14, 15, 21

8

+12V(A)

+3.45V(A)

-6.0V(A)

6,184, 5

26, 24, 37, 6

TGVD

TGHD

34, 35

17, 22

H. DRIVER

14

SUBSW

16

HL

XV4

XSUB

XSG2B

V1,V2,V3A,V3B,V4,V5A,V5B,V6

9-16

VAA31001-R.3651.A

- E20 ･ E5600 -

LENS ブロック図
LENS BLOCK DIAGRAM

FOCUS/
IR/SH DRIVER

OUT1

OUT4

UNREG

ZM.M

OUTB

OUTA

DC 1-

DC 2+

INB

INA

ZOOM DRIVER

LB8655T

IC951

EN

MD1

MD2

2B

1B

2A

1A

OUT2

OUT3

OUT5

OUT6

FC.M

SH.M

IR.M

ZPLUSE1

ZPLUSE2

PICTRL

(IC101 198pin)

VDD3

FOCUS_PI

CN951

UNIT LENS

ZPULSE1

(IC101 213pin)

ZMIN1

(IC101 209pin)

ZMIN2

(IC101 208pin)

FSEN

(IC101 203pin)

FSMDI

(IC101 202pin)

FSMD2

(IC101 201pin)

FSIN1

(IC101 200pin)

FSIN2

(IC101 199pin)

FPI

(IC101 206pin)

SHUTTER+

SHUTTER-

IRIS+

IRIS-

19

18

6

7

20

17

8

9

11

10

3

5

13

ZOOM_PI

16

Q9509

IC961

L9601, D9601

Q9601, C9603

SW REG.

BOOST4.25V

ZRESET

(IC101 210pin)

Q9501

Q9502

ZPULSE2

(IC101 212pin)

PIV

1, 14

2

4

15

12

3

4

8

9

5

6

7

IN1

IN2

16

15

21

20

18

17

22

19

VAA31001-R.3651.A

- E21 ･ E5600 -

ASIC ブロック図
ASIC BLOCK DIAGRAM

DIGITAL

CLAMP

SIGNAL

PROCESSOR

AF,AE,AWB

SRAM

SRAM

D/A

COMPOSITE

VIDEO

NTSC/PAL

ENCODER

SRAM

BUS

BUS

DIGITAL

I/F

A/D

D/A

TG

CLKGEN

PLL

SDRAM

CONTROLLER

JPEG

CONTROLLER

CCD

98MHz

4fsc

36MHz

72MHz

ARM

UART

USB

SD

PWM

SIO

IC301

MICRO

PROCESSOR

EXT PORT

(LENS DRIVER)

PIO

BUS I/F

FLASH

(NOR)

SDRAM

CCD

BLOCK

IC101 ASIC

RGB

6bit DATA

CCD

DRIVER

AUDIO

DRIVER

SD CARD

USB

CONNECTOR

FLASH

(NAND)

VAA31001-R.3651.A

- E22 ･ E5600 -

SYSTEM CONTROL ブロック図
SYSTEM CONTROL BLOCK DIAGRAM

33

34

35

28

4

3

29

9

7

6

10

38

20

42

30

46

27

39

37

26

2

17

12

24

5

6

7

8

1

2

3

4

16

13

14

43

15

31

23

8

32

18

45

X3001

X3002
32KHZ

4MHZ

41

XIN

XOUT

XCOUT

XCIN

VMONIT

CHG ON

PLLEN

BEEP

LCD ON2

PA ON

P ON

VSS

LCD ON

SELF LED

VMONIT

CHG

BOOST4.25V

SREQ

P ON

PA ON

SPORTS

NIGHT

VIEW

OK

SCENE

LANDSCAPE

PORTRAIT

SET UP

PW_ON

LCD ON

1st

SI

21

LI

IC302

BATTERY

BACKUP

BAT

OFF

AL3.2V

UNREG

VDD

RESET

ALWAYS3.2V

IC304

RESET IC

4

3

1

2

OUT

VDD

VSS

BACK UP

SO

AUTO

2nd

MOVIE

SW3.2V

Q3001

TELE

MENU

DEL

WIDE

--

PW_TEST

PLAY

RIGHT

LEFT

UP

DOWN

CN302

CN301

CN301
CN302

TEST

AVJACK

BACKUP CTL

SCAN OUT0

SB_LED (R)
AF_LED (G)

IC301

8bit MICRO

PROCESSOR

SCAN IN0
SCAN IN1
SCAN IN2

SCAN OUT1

SCAN OUT2

PW_LED

RESET

BAT OFF

BATTERY

SCAN IN3
SCAN IN4

AV REF ON

AVREF

SCAN OUT3

VDD
VDD

SCAN OUT4

SCK

36

ASIC TEST

1

22

MAIN RESET

CARD

47

25

COMREQ/BOT

USB_CONNECT

TO DMA(MAIN)

TO DMA(MAIN)

TO TB1

PLLEN

BEEP

LCDON2

SREQ

SDO

SDI

SCK

ZTEST

MRST

ZCARD

COMREQ

USBCNT

Z6501

(TB2)

Q3002

BOOST4.25V

44

SELF LED

PA ON2

48

PA ON2

UNREG

5

VAA31001-R.3651.A

- E23 ･ E5600 -

POWER ブロック図
POWER BLOCK DIAGRAM

IC501

SWITCHING

CONTROL

BD9739KN

T5001,Q5001

CONVERTOR

TRANS

IC961

STEP UP

CIRCUIT

Q9601, L9601

L5003, Q5003

STEP UP

CIRCUIT

L5005

STEP DOWN

CIRCUIT

L5006

STEP DOWN

CIRCUIT

+12V(A)

-6.0V(A)

+3.45V(A)

4.25V(PON_H), 3.7V(PON_L)

BOOST4.25V

OUT4

OUT1M

DRAIN2L

DRAIN2H

DRAIN3L

L5004, Q5004

STEP UP

CIRCUIT

OUT6

L5007

STEP UP

CIRCUIT

CURRENT

DETECTOR

CIRCUIT

IC502

REG.

OUT7B

LCD_AN

LCD_CA

58

62

6319

20

17

53

6, 7

4, 5

10, 11

16

15

51

55

34

VR

VR501

+12V(L)

PA ON2

LCDON

BLON

PON

TO DMA(MAIN)

TO DMA(LCD)

TO DMA(MAIN) & STA

TO DMA(MAIN, LENS)

TO DMA

(MAIN, LCD, LENS)

TO LCD

BACK LIGHT

SWIN6

SWIN7

SWOUT6

SWOUT7

STB6

STB23

STB1

STB7

STB4

2

3

VDD3

VDD1.41

PAON

VAA31001-R.3651.A

- E24 ･ E5600 -

FUSE arrangement (CP1 PCB)

FUSE Function of FUSE Phenomenon when FUSE has blown out Rating

F5001

Protection of the DC/DC converter and

the system computer circuit

The power is not turned on. 2A　32V

F5002 Protection of the DC/DC converter The power is not turned on. 2A　32V

F5004 Protection of the lens circuit The power is not turned on. 2A　32V

F5005 Protection of the speed light circuit The speed light is not charged. 2A　32V

1

2

32

CN171

IC181

IC181

1

7

8

14

15

21

22

IC903

CN951

CN951

1

20

CN191

IC951

IC951

1

9

10

18

1

8

9

14

15

22

23

28

IC901

C9017

1

10

11

20

21

30

31

40

IC905

1

3

4

6

IC152

IC182

C1513

X1101

IC111

1

5

6

10

11

15

16 20

1

5

6

10

CN304

1

24

CN302

CN302

IC101

1

3

4

5

IC904

IC121

IC103

CN193

CN192

CN301

CN301

1

6

13

4 5

IC541

VR501

C9035

VDD3

GND

TDI

TDO

TMS

SCNEN

JSEL

TCK

TRST

ZFRD

ZFWR

VDD1.41

LCD_AN

RD

LCD_CA

WT

SP-

WT

SP+

RD

MIC

RD

GND

BK

BAT+

JW501

BAT-

JW502

CN171

SX796_CP1

SIDE-B

2A

F5002

2A

F5001

F5005

2A

2A

F5004

33

1

3

4

5

9

XF901

D1701

D5408

D5405

C9008

1AG4B10F1600AB

+

+

1

10

12

13

20

24

+

+

+

IC901

C1512

D1702

D1703

IC182

DISCHARGE

MIC

CL301

CL302

CL303

BOOT

28

GY

WT

SIDE-B

1600BB

SX796

TB1

C1707

C1701

R5016

R501

5

R5013

R5012

C5411

R5425

R5004

VR501

VA305VA303VA304

C5028

F5004

F5005

F5002

Q5003

F5001

C5033

L5002

R5026

C5031

R5024

R5023

C503

0

R5022

Q5001

L5010

L5009

L5001

C5032

C5029

R5414

R5413
C5406

Q5407

D5407

C5407

Q5405

C5414

C5416

R5420

C5415

IC541

R5401

Q5401

R5423

D5007

C1905

R1902

C1904

C1004

C1003

C1018

C1002
R1002

RB10

4

C1519

R1103 C1101

Q1736

CB181

IC182

C1815

C1830

C1823

C1824

C1803

R1812

C1831

C1829

C1828

R1815
C1810

R1814

C1825

R1813

R1806

C1827

C1806C1807

Q1735

R1735

R1736

R1811

R1801

C1820

C1821

C1822

IC181

C1512

C1505 C1515

R1503

R1509

C1504

R1502

Q1505

IC152

R1501

L1101

C1114

R1102

L1103

L1102

C1105 C1102

R1111

C1103

C1104

R1104

X1101

D9001

R9508

C9032

R9007

R9013

C9026

C9014

C901

6

C9015

C9018

R9008

C9024

D9003

D9004

C9017

C9505

C9502

C9504

CB951

R9501

C9503

IC951

R9505

C9506

C9501

R9014C9027

R9010

XF901

L9002

R9006

R900

5

C900

3

CB904

C9034

C9036

C9035

C9030

C900

6

CB902

CB903

C9023

R9002

CB901

IC904

C9005

L9001

C9007

C9008

C9012

C9013

RB90

1

C9009

RB903

R9015

R901

6R9003

C9025

IC905

IC901

R1431

Q1431

Q1432

RB142

R143

4

R1410

RB143

R1404

RB144

R120

1

C1201

L1080

C1085

C108

3

R100

3

C1058

Q1051

R1066

R1057

C1051

R1052

R1053

R1055

C1052

C1001

R1064

C1057

C1050

IC101

R1018

RB108

RB106

RB10

1

RB10

3

RB105

RB10

2

R1001

C1903

C1901

C1020

C1007

L1001

C1086

C1084

C1009

R1047

R1046

C1019

R1005

C1005

C100

6

C1059

R1093

R1054

RB107

C1056

C1054

VA307 VA30

6

C1706

C1705

R1701

R1702

C1513

CN304

C1708

C1734

D1701

D1702

D1703

C1702

C1826

CN171

CN191

CN192

CN193

CN302

CN301

Q9001

L9003

L9004

RB90

4

RB902

R9019

R9018

R9020

R900

1

L9005

C9011

C9010

R9004

C9028

IC103

IC121

R9510

IC111

CN951

VA309

C1703

D5408D5405

C5037

C1709

D6001

F5001

F5002

F5004

F5005

VAA31001-R.3651.A

- E5600 -

The contents of inspection standards and tools for

E5600

[1] Inspection standards ............................................................................................................................................ R1 to R10

[2] Tools .................................................................................................................................................................... T1 to T5

INSPECTION STANDARDS

Item Criteria Applied tool(s)

External view

VAA31001-R.3651.A

Gap/Difference in

height

Outside and inside

status

Operation/Operability

Operation

・ General components

Gap: 0.3mm or less

Difference in height: 0.15mm or less

・ When the battery case is opened/closed:

　Gap in its periphery: 0.3mm or less

　Gap in the bottom: 0.5mm or less

　Difference between right and left: 0.2mm or less

　Stepped difference: 0.5mm or less

・ There must be no noticeable damage, stain, sink mark, welded

mark, unevenness, crack or oil exudation.

・ When pushing the main body, noticeable noise must not be heard.

(Observe and check it by naked eyes under fluorescent lamp and

natural sunshine.)

・ While operating, any irregularities or irregular noise shall not be

required.

Visual observation

Primary battery/

Secondary battery

Operability of buttons

Mode dial

Operation touch

Each cover

(Check it by shaking the camera while operating. Lightly hit the

camera onto the Linoleum-laid desk while operating.)

・ No cave-ins of the buttons shall be required.

・ Operator must feel "click" on each button.

・ "Click" must occur when or after a switch is ON.

(Check it while operating normally.)

・ When clicking, normal touch shall be required. Any outstanding

"caught-in-mechanism" touch or "rubbed-in-mechanism" touch or

play shall not be required.

(Check and observe the condition through normal operation.)

・ When operating a lever or knob by hand, any irregular conditions

shall not be required.

(Operate the camera in the actual photography procedure and check

the operation touch.)

・ When closed, there must not be an extreme play.

・ Each cover can be opened/closed without any outstanding

"caught-in-mechanism" touch or "rubbed-in-mechanism" touch or

abnormal noise.

(Open and close each cover and check it.)

- R1･ E5600 -

Monitor

VAA31001-R.3651.A

Item Criteria Applied tool(s)

Shooting image ・ Inclined degree of image shall be 0.5 degree or less.

・ PC monitor and print output

(Output will be evaluated while the display range boundary of LCD

unit is regarded as standard when the through-the-monitor image is

made.)

Lens capacity

Focal length

Open aperture F No.

Wide-end position (Compelling ∞ )

5.7 mm + 7.1%

- 1.1%

Tele-end position (Compelling ∞ )

17.1 mm + 0.9%

- 6.9%

Wide-end position (Compelling ∞ )

F2.9 + 5.8%

- 2.3%

Tele-end position (Compelling ∞ )

F4.9 + 10.6%

Photoshop

Printer

Focal length

measuring instrument

Lens drive tool

Peripheral light reduc-

tion

Ghost/Flare

Point light source

Surface light source

Distortion

Dust in a picture

+ 2.1%

・ Against the picture center, the luminance of the nearest peripheral

area must be 35% or more.

・ Against the picture center, the luminance at 70% of the image

height must be 55% or more.

・ There must not be an outstanding ghost/flare.

・ There must not be an outstanding flare at the center.

・ There must not be an outstanding deformation.

・ There must not be an outstanding dust in a picture.

・When the picture center (within the circle whose diameter is 80%

of the short side) is Zone I and its outside is Zone II, the light

reduction against the periphery must be as follows :

　 a b

Zone I 4 or less 0

Zone II 10 or less 2 or less

a : 1.5% or less

Visual observation

Photoshop

CRT monitor

PC

b : More than 1.5% and less than 3.0%

- R2･ E5600 -

Lens barrel

VAA31001-R.3651.A

Item Criteria Applied tool(s)

Zoom / Focus ・ There must not be an abnormal action (for example, the unit oper-

ates one-sidedly or its operation is not smooth or it is caught).

(As changing the camera's posture, check it in all the directions.)

AF

Distance measurement

operation

Shortest photograph

distance

Normal

Macro

Shooting with a speed

light

Light adjustment accu-

・ In the case of normal AF: Focus must be fit at the picture center.

・ In the case of the out-of-focus object: Focus must be fit at the 2m

point.

・ In the case of the scene mode: Focus must be fit in the selected

area.

Focus must be fit at the following distance.

・ 30cm (in whole area)

・ 12cm(Z00) 、7.8cm(Z14) 、4 cm(Z04 ) 、10 .5 cm（Z1 9）、

4.7cm(Z09)

・ Tele-end: 0.4 ~ 2.0m

Visual observation

Visual observation

Tape measure

EIAJ chart

Siemens chart

Standard reection

racy

Guide No. FULL

(ISO100・m)

Recycling time

Wrong flash

・ Wide-end: 0.4 ~ 3.3m

・ Macro-wide-end 0.4 ～ 3.4 ｍ

In the above range, ± 0.5 Ev or less

(Photography mode: AUTO , ・ Speed light: Compelling flash)

・ 6.8 ± 0.4 EV

(Charge for 10 seconds with the new primarybattery and perform

measurement within 1 second.)

・ Within 8 seconds

・ Perform charging with a new primary battery for 10 seconds and

carry out full flashing within 1 second. Then, measure the time

taken until the speed light LED finishes blinking while pressing

lightly the shutter release button (including the ON/OFF time of

the monitor LCD).

・ Wrong flash must not occur.

(Check by loading/unloading a battery, giving a light shock and

operating mode buttons except S2.)

plate

Flash meter

New battery

Measurement

rmware

Stop watch

New battery

- R3･ E5600 -

Item Criteria Applied tool(s)

Quality of image

VAA31001-R.3651.A

Resolution in AF The resolution must be in compliance with the following values in

all the postures of the EIA J chart evaluation.

<High quality of image>

Center horizontal/vertical: 1150 TV pcs.

Periphery horizontal/vertical: 750 TV pcs.

<Standard>

Center horizontal/vertical: 1150 TV pcs.

Periphery horizontal/vertical: 750 TV pcs.

<3M>

Center horizontal/vertical: 900 TV pcs.

Periphery horizontal/vertical: 600 TV pcs.

<Personal computer>

Center horizontal/vertical: 450 TV pcs.

Periphery horizontal/vertical: 300 TV pcs.

<TV>

Center horizontal/vertical: 250 TV pcs.

Periphery horizontal/vertical: 150 TV pcs.

EIAJ chart

Photoshop

Siemens chart

<10 ～ 0.3m> (The whole zoom area)

Center horizontal/vertical: 1150 TV pcs.

<0.3 ～ 0.04m> (The whole zoom area)

Center horizontal/vertical: 950 TV pcs.

・ Take a picture on condition that aperture is "open" in the AUTO

mode and image quality priority mode.

・ Equip the 5100K viewer with the chart with WIDE-end, MIDDLE

(Z08), TELE-end and the distance of 0.3m or more and shoot an

object in the full range of angle of view.

・ Then, open the recorded image data file through Photoshop and

check the resolution visually.

・ Check each posture and the difference of zoom reciprocation.

・ Take a picture in each quality mode.

・ Measure the TV resolution pieces at center.

In the case of “Macro” <Macro>

Center horizontal/vertical: 950 TV pcs.

・ Check at near distance (W12cm, M (Z08) 4cm, T10.5cm).

・ Take a picture at the high image quality mode.

- R4･ E5600 -

Item Criteria Applied tool(s)

In the case of compel-

<Compelling infinity> (The whole zoom area)

VAA31001-R.3651.A

Infinity chart

ling infinity

In the case of “our of

focus”

Gradation/luminance

level

Center horizontal/vertical: 950 TV pcs.

・ Shoot the infinity collimator image on condition that aperture is

"open" in the scene distance view/night view mode and the image

quality priority mode.

・ Then, open the recorded image data file through Photoshop and

check the resolution visually.

<Out of focus> (The whole zoom area)

Center horizontal/vertical: 950 TV pcs.

・ Measure the TV resolution pieces at center.

・ Check each posture and the difference of zoom reciprocation.

・ Put a chart at the distance of 2m, set it in the "out of focus"

condition and shoot it. (Use a white paper to set it in the "out of

focus" condition.)

[Histogram's gray average value]

・ Black: 12 ± 5

EIAJ chart

Photoshop

Siemens chart

5100K viewer

ITE γ 0.45

Gray: 130 ± 15

White: 225 ± 10

・ Equip the 5100K viewer with a scale and shoot an object in the

full range of angle of view while the AUTO mode and the image

quality priority mode are set.

Open the recorded image data file through Photoshop and pick up

a measurement section with the each color (its central area 64 ×

64 pixels) with the rectangle selector tool.

・ Read the histogram's gray value and the gray standard deviation.

・ Measurement section

Luminance level:

Upper left 1 step: Black, 6 steps: Gray, Center: White

Lower left 6 steps: Gray, 11 steps: Black

Gray scale (standard)

Photoshop

- R5･ E5600 -

Item Criteria Applied tool(s)

Quality of image

VAA31001-R.3651.A

Noise [Histogram's standard deviation]

・ Gray: 3.0 or less

Black: 3.0 or less

・ Equip the 5100K viewer with a scale and shoot an object in the

full range of angle of view while the AUTO mode and the image

quality priority mode are set.

Open the recorded image data file through Photoshop and pick up

a measurement section with the each color (its central area 64 ×

64 pixels) with the rectangle selector tool.

・ Read the histogram's gray standard deviation.

・ Measurement section

Noise:

Upper left 2 step: Black, 6 steps: Gray

Lower left 6 steps: Gray, 10 steps: Black　

Reproduction of color ・ Color

R G B

W 209 ± 20 209 ± 20 209 ± 20

Ye 209 ± 20 209 ± 20 47 ± 15

R 215 ± 20 15 ± 10 10 ± 10

5100K viewer

ITE γ 0.45

Gray scale (standard)

Photoshop

Color bar chart

Photoshop

・ Equip the 5100K viewer with a chart and shoot an object in the

full range of angle of view in the AUTO mode and the image

quality priority mode (high image quality mode).

・ Open the recorded image data file through Photoshop and pick up

a measurement section with each color (its central area 64 × 64

pixels) with the rectangle selector tool.

・ Read the histogram's RGB.

- R6･ E5600 -

Finder

VAA31001-R.3651.A

Item Criteria Applied tool(s)

View / Image

Visual field frame/

frame line

Shading

Operation

Dust, fluff and damage

・ There must be no blur, distortion, ghost, halation or other out-

standing troubles in contrast, gradation, etc.

・ Blur or difference in thickness must be within the proper range to

operate the stamped line and visual field frame.

・ You can check the whole finder visual field.

・ The finder must be activated smoothly in a link operation with the

lens barrel zooming action.

・ The position and quantity must be as follows

Zone

A B C

Size

Less than 10 μ m 0 pc 2pcs or less 3pcs or less

10 ～ 20 μ m 0 pc 0 pc 1pcs or less

More than 20 μ m 0 pc 0 pc 0 pcs

b

b/2

b/6

・Total：3pcs or less

・Interval：Less than b/2

Visual observation

Visual observation

Visual observation

A

B

C

a/8

a

a/2

- R7･ E5600 -

Item Criteria Applied tool(s)

LCD and others

VAA31001-R.3651.A

Monitor LCD View

Visual eld ratio

Bright pixels or dim

pixels on LCD

・ The reproduction of W, B and RGB must not be interfered.

・ The monitor LCD must comply with the SY monitor LCD perfor-

mance standard.

・ There must be no shading in the LCD display range.

・ The inclination of the image and the monitor frame must be ±

0.75° or less.

・ The vertical difference and horizontal difference of the black belt

width in the image periphery must be within 0.3mm.

・ Through-the-monitor image: 96 to 100%

・ Play-back image: 98 to 100%

・ Perform reproduction for each single color of R, G, B and white

and check visually.

1 2 1

1

Visual observation

Visual observation

Visual observation

Self-timer

Operation time:

LED blinks/lights

Zone A 2

Zone B 1

Zone Bright pixel Dim pixel

A 1
B 3

Total 4 6

・ Bright pixels: Visible normally through 5% ND filter

・ Dim pixels: Visible normally (Standard: Within the above

quantity)

・ 10 ± 1 second

・ Blinks 9 times and lights for 1 second.

(Measure the time until release is done since the shutter release

button was lightly pressed.)

6

Visual observation

Stop watch

- R8･ E5600 -

Item Criteria Applied tool(s)

Electric characteristics

VAA31001-R.3651.A

Constant voltage

Consumption current

Stand-by

Start (Photography)

B. C voltage

When voltage

decreases

(Alkaline battery)

Level 1

Level 2

Level 3

(Ni-MH)

Level 1

Level 2

・ When card is not used: 0.27mA or less (when the power switch

is OFF)

・ When card is used: 0.39mA or less (when the power switch is

OFF)

・ 12mA or less (at "Sleep")

・ 0.75W or less (when the power switch is OFF

・ 2.125 ± 0.1V

・ 2.0 ± 0.1V(The battery mark blinks.)

・ There is no regulation of voltage. (Power OFF)

・ 2.35 ± 0.1V

・ 2.0 ± 0.1V (The battery mark blinks.)

power supply

Ammeter

Dummy battery pack

Constant voltage

power supply

Volt meter

Dummy battery pack

(Li battery)

Level 3

Level 1

Level 2

Level 3

・ There is no regulation of voltage. (Power OFF)

・ 2.425 ± 0.1V

・ 2.0 ± 0.1V (The battery mark blinks.)

・ There is no regulation of voltage. (Power OFF)

・ Connect the constant-voltage power supply to the dummy battery

pack and decrease the power supply voltage 1 second before.

The voltage is under the following conditions now. Measure the

voltage (excluding "When voltage increases").

・ Level 1 : The battery "half" mark lights on the monitor LCD.

・ Level 2 : The "no battery capacity" warning appears on the

monitor LCD.

・ Level 3 : Power OFF

・ In the case of the voltage at Level 1, also measure the voltage

when pressing lightly the shutter release button.

・ When measuring the voltage at Level 3, the power must be

automatically turned off after 30 seconds since the voltage

reached Level 2. The voltage must not be regulated.

- R9･ E5600 -

Item Criteria Applied tool(s)

Electric characteristics

When voltage

increases

(Alkaline battery)

VAA31001-R.3651.A

(Ni-MH)

(Li battery)

Level 1

Level 2

Level 1

Level 2

Level 1

Level 2

・ 2.25 ± 0.1V

・ 2.1 ± 0.1V

・ 2.45 ± 0.1V

・ 2.1 ± 0.1V

・ 2.6 ± 0.1V

・ 2.1 ± 0.1V

・ Connect the constant-voltage power supply to the dummy battery

pack and check the voltage at Level 3 ("no battery capacity"

indication). Then, turn off the power, increase the voltage by

0.1V and change the power switch from OFF to ON. The voltage

is under the following conditions now. Measure the voltage.

(When changing the voltage, turn off the power.)

・Level 1 : The battery mark is turned off on the monitor LCD.

・Level 2 : The battery "half" mark lights on the monitor LCD.

- R10 ･ E5600 -

［２］ 工具一覧表　　Tool List

POWER

BM-3000

VAA31001-R.3651.A

※：新規工具

※：New tool

工具番号

Tool No.

名　　称

Name

J63080 パターンボックス　LV-1450DC

Pattern Box LV-1450DC

J63080A 交換用ハロゲンランプ (LV-1450DC 用 )

Spare Harogen Lamp (For LV-1450DC)

備　考

Remarks

共通 (E4300, E3500,
E3100, E2100, E5400,
E3700, E3200, E2200,
E8700, E4100, E4600,
E5600)
Common(E4300, E3500,
E3100, E2100, E5400,
E3700, E3200, E2200,
E8700, E4100, E4600,
E5600)

LV-1450DC

Exclusive

J63081 カラーメータ ( ミノルタカラーメータⅢ F)

Color Meter(Minolta Color meter Ⅲ F)

J63068 輝度計 BM-3000

Luminance Meter BM-3000

共通

Common

共通

Common

- T1･ E5600 -

VAA31001-R.3651.A

- T2･ E5600 -

工具番号

Tool No.

名　　称

Name

備　考

Remarks

J65071 キャリブレーションソフト

Calibration Software

共通 (E995,E775,E885
E5000, E2500, E4500
E5700, E4300, E3500
E3100, E2100, E5400
E3700, E3200, E2200
E8700, E4100, E4600
E5600)
Common(E995,E775,E885
E5000, E2500, E4500
E5700, E4300, E3500
E3100, E2100, E5400
E3700, E3200, E2200
E8700, E4100, E4600
E5600)

J63090 コリメータ (C-DSC)

Collimator (C-DSC)

共通

Common

サービスマニュアル添付

Attached in

Service Manual

ジーメンスチャート 共通

Common

J63079 ITE 高精細解像度ﾁｬｰﾄ (4:3 反射型 )

ITE HIGH RESOLUTION CHART (4:3 REFLECT TYPE)

共通

Common

※：新規工具

※：New tool

※

VAA31001-R.3651.A

※：新規工具

※：New tool

工具番号

Tool No.

※

J61202 レンズユニット検査工具

Lens unit checking tool

※

J61202F 接続コード

Connection cable for lens

名　　称

Name

備　考

Remarks

FFD 点検調整用

For FFD inspection and

adjustment

FFD 点検調整用

For FFD inspection and

adjustment

※

J61204 デジタル通信ボード

PCI I/F board

J61204A 通信ボード用ケーブル

※

Connection cable for PC

FFD 点検調整用

For FFD inspection and

adjustment

FFD 点検調整用

For FFD inspection and

adjustment

- T3･ E5600 -

VAA31001-R.3651.A

※：新規工具

※：New tool

工具番号

Tool No.

J15327 FFD 調整用マイクロ台

※

Adjusting focus stand for APS

※

J15327A FFD 調整用マイクロ台アダプター

Adapter for J15327A

名　　称

Name

備　考

Remarks

FFD 点検調整用

For FFD inspection and

adjustment

FFD 点検調整用

For FFD inspection and

adjustment

※

J15327D FFD 調整用マイクロ台アダプター

Adapter for J15327D

※

J65072 E4600/E5600 鏡筒駆動ソフト

E4600/E5600 lens unit checking program

FFD 点検調整用

For FFD inspection and

adjustment

FFD 点検調整用

For FFD inspection and

adjustment

- T4･ E5600 -