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作成承認印 配布許可印
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REPAIR MANUAL
Copyright ｃ 2005 by Nikon Corporation. All Rights Reserved. 無断転載を禁ず !! Printed in Japan February 2005
VAA32001-R.3652.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 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 2ND LENS GROUP UNIT ･････････････････････････････････････････････････････････････････････ Ａ３ - E4600 -
VAA32001-R.3652.A 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 SPEAKER HOLDER････････････････････････････････････････････････････････････････････････ Ａ１９ LCD ･････････････････････････････････････････････････････････････････････････････････････ Ａ１９ TRIPOD SOCKET･･････････････････････････････････････････････････････････････････････････ Ａ２０ ASSEMBLY OF FRONT COVER･･････････････････････････････････････････････････････ Ａ２０－Ａ２１ FRONT COVER ･･･････････････････････････････････････････････････････････････････････････ Ａ２２ ASSEMBLY OF REAR COVER･･･････････････････････････････････････････････････････････････ Ａ２２ REAR COVER･････････････････････････････････････････････････････････････････････････････ Ａ２３ ADJUSTMENT ･･･････････････････････････････････････････････････････････････････････ Ａ２４－Ａ３４ 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 TB1 CIRCUIT DIAGRAM ･･･････････････････････････････････････････････････････････････････ Ｅ１６ OVERALL BLOCK DIAGRAM･･･････････････････････････････････････････････････････････････ Ｅ１７ - E4600 -
VAA32001-R.3652.A CCD BLOCK DIAGRAM ････････････････････････････････････････････････････････････････････ Ｅ１８ LENS BLOCK DIAGRAM ･･･････････････････････････････････････････････････････････････････ Ｅ１９ ASIC BLOCK DIAGRAM ･･･････････････････････････････････････････････････････････････････ Ｅ２０ SYSTEM CONTROL BLOCK DIAGRAM ･･････････････････････････････････････････････････････ Ｅ２１ POWER BLOCK DIAGRAM ･････････････････････････････････････････････････････････････････ Ｅ２２ FUSE arrangement (CP1 PCB) ････････････････････････････････････････････････････････････････ Ｅ２３ INSPECTION STANDARDS･･･････････････････････････････････････････････････････････････ Ｒ１－Ｒ１０ Tool List ･････････････････････････････････････････････････････････････････････････････････ Ｔ１－Ｔ５
- E4600 -
VAA32001-R.3652.A
Disassembly
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Points to notice for Lead-free solder products ・ 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.
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 fixed and their types, etc. ③ Because electrical parts are easily damaged by static electricity, make sure that you are well earthed/grounded.
- D1･ E4600 -
VAA32001-R.3652.A
REAR COVER ・ Remove the four screws [#102].
・ Remove the two screws [#103]. ・ Open the USB cover [#033]. Screw [#102]
Screw [#103]
USB cover [#033] Screw [#102] ・ As pushing the top side of the rear cover unit [#030] by your finger, perform unhooking.
・ Open the rear cover unit [#030] slowly backward and remove the FPC. Rear cover unit [#030]
Rear cover unit [#030]
FPC
Push.
・ Remove the USB cover [#033].
USB cover [#033]
- D2･ E4600 -
VAA32001-R.3652.A
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]
Screw [#104]
- D3･ E4600 -
VAA32001-R.3652.A
Discharging of main condenser
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2KΩ/5W
- D4･ E4600 -
VAA32001-R.3652.A
FRONT COVER ・ Remove the solder at 2 places. ・ Remove the FPC. ・ Remove the two screws [#102]. ・ The earth release [#026] can be removed.
FPC
Earth release [#026]
Screw [#102] Solder
・ Remove the front cover [#013].
Front cover [#013]
- D5･ E4600 -
VAA32001-R.3652.A
DISASSEMBLY OF FRONT COVER ・ Remove the decoration top [#021].
Decoration top [#021]
・ Remove the two screws [#104]. ・ Unhook the battery holder [#024].
Battery holder [#024] Hook
Screw [#104]
- D6･ E4600 -
VAA32001-R.3652.A
・ Remove the DC cover spring [#012].
・ Pull out the DC cover [#011]. DC cover [#011]
DC cover spring [#012]
・ Take off the spacer [#019] from the release button unit. ※ In the figure below, the spacer is divided into three pieces from the dotted line.
・ Remove the screw [#104]. ・ Remove the release button unit [#020].
Screw [#104] Release button unit [#020]
Spacer [#019]
- D7･ E4600 -
VAA32001-R.3652.A
Hook
TRIPOD SOCKET ・ Perform unhooking and remove the tripod socket [#201].
Tripod socket [#201]
LCD[#239]
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].
LCD[#239]
Lead wires [red] and [white]
FPC
SPEAKER HOLDER ・ Take off the spacer [#206].
・ Unsolder the lead wires [red] and [black]. ・ As turning counterclockwise, remove the speaker holder [#233].
Spacer [#206]
Lead wire [black]
Lead wire [red]
Float this section and remove it as turning.
Speaker holder [#233]
- D8･ E4600 -
VAA32001-R.3652.A
MONITOR HOLDER ・ Remove the two screws [#102]. ・ Remove the earth release [#228]. ・ Remove the three screws [#104]. ・ Remove the LCD holder [#231]. Screw [#102]
Screw [#104]
Earth release [#228]
Screw [#102]
LCD holder [#231]
- D9･ E4600 -
VAA32001-R.3652.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 [pink]
Lead wire [black]
・ Remove the screw [#104]. ・ Float the flash unit [#219].
Flash unit [#219] Screw [#104]
- D10 ･ E4600 -
VAA32001-R.3652.A
Screw [#102]
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]. Hook
TB-1 PCB [#216]
Wire holder [#215]
CONDENSER HOLDER ・ Take off the spacer [#224]. ・ Remove the screw [#102]. ・ Remove the condenser holder [#204].
Spacer [#224]
Screw [#102]
Condenser holder [#204]
- D11 ･ E4600 -
VAA32001-R.3652.A
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 filter [#210] and the spacer [#211] can be removed. ・ Remove the solder fixing the CCD. (Fig. 1) ・ Remove the CCD [#212], the lens mount [#213] and the spacer insulator [#214]. Screw [#106]
Main PCB CP-1 [#218]
CCD [#212] Lens unit
Spacer insulator [#214] Lens mount [#213] Spacer [#211] Optical filter [#210] Spacer LPF [#209]
Solder
(Fig. 1) - D12 ･ E4600 -
VAA32001-R.3652.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 ･ E4600 -
VAA32001-R.3652.A
FINDER UNIT ・ Remove the three screws [#429].
・ Remove the finder unit [#405]. [#405]
Screw [#429]
ZOOM MOTOR UNIT ・ Remove the solder of the motor at 2 places. ・ Remove the solder of the FPC at 4 places.
・ Remove the screw [#430]. ・ Remove the zoom PI.
Remove the solder.
Zoom PI Screw [#430]
・ Remove the screw [#429]. ・ Remove the screw [#431].
・ Remove the zoom motor unit. Screw [#431]
Screw [#429]
- D14 ･ E4600 -
Zoom motor unit
VAA32001-R.3652.A
DISASSEMBLY OF ZOOM MOTOR UNIT ・ Pull out the gear shaft D [#419]. ・ Remove the zoom gear E [#411].
・ Remove the screw [#429] and then remove the gear cover [#403]. Screw [#429]
Gear shaft D [#419]
Gear cover [#403]
Zoom gear E [#411]
・ Remove the zoom gear D [#410] and the zoom gear C [#409].
Zoom gear D [#410]
Zoom gear C [#409]
- D15 ･ E4600 -
VAA32001-R.3652.A
CCD FRAME ・ Remove the solder. ・ Remove the screw [#430].
・ Remove the four screws [#431].
Screw [#430]
Screw [#431]
Solder
・ Remove the lens barrel unit. ・ The finder gear B [#417] can be removed.
Lens barrel unit
Finder gear B [#417]
- D16 ･ E4600 -
Screw [#431]
VAA32001-R.3652.A
BARRIER UNIT ・ Take off the name plate seal [#415]. Name plate seal [#415]
・ Remove the barrier unit [#407] by turning counterclockwise. ※ Insert tweezers into the clearance and turn the barrier unit counterclockwise. It will be removed easily.
Clearance
Barrier unit [#407]
・ Remove the barrier ring spring [#420]. ・ Remove the barrier ring [#404] by turning clockwise.
Barrier ring [#404] Barrier ring spring [#420]
- D17 ･ E4600 -
Clearance
VAA32001-R.3652.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]
Push out.
Shutter FPC
Turn barrel [#401]
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 finder gear A [#416]. ・ Remove the light-shield ring [#424].
Zoom gear F [#412] Gear shaft B [#418] Gear shaft A [#413]
Light-shield ring [#424] Finder gear A [#416]
- D18 ･ E4600 -
VAA32001-R.3652.A
2ND LENS GROUP UNIT ・ Turn the key barrel unit [#428] in the W-end direction to the limit. ・ The 2nd lens group unit [#426] floats a little and can be removed.
2nd lens group unit [#426] Key barrel unit [#428]
SHUTTER ・ Remove the two screws [#431]. ・ Remove the shutter unit [#432].
Screw [#431]
Shutter unit [#432]
STRAIGHT BARREL ・ Push out and remove the straight barrel unit [#427].
Straight barrel unit [#427]
Push out.
- D19 ･ E4600 -
VAA32001-R.3652.A
KEY BARREL・TURN BARREL ・ Pull out the key barrel unit [#428] from the turn barrel [#401].
Key barrel unit [#428]
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 ･ E4600 -
VAA32001-R.3652.A
ASSEMBLY 1ST LENS GROUP UNIT ・ 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.
・ Apply the adhesive (1401B) to 3 places.
1401B
1st lens group unit [#425]
Straight barrel unit [#427]
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･ E4600 -
VAA32001-R.3652.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 Straight barrel unit [#427]
Convex section
Convex section
Key barrel unit [#428] Groove Groove
Lever
SHUTTER ・ Install the shutter unit [#432] and tighten the two screws [#431].
Screw [#431]
Shutter unit [#432]
- A2･ E4600 -
VAA32001-R.3652.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 finder gear A [#416] face the CCD. Then, set the finder 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] Gear shaft B [#418] EC-1368
Gear shaft A [#413] EC-1368
Light-shield ring [#424] Finder gear A [#416]
- A3･ E4600 -
VAA32001-R.3652.A
FIXED BARREL ・ Insert the shutter FPC into the hole on the side of the fixed barrel [#402]. ・ Fit the convex sections on the turn barrel [#401] to the grooves on the fixed barrel [#402]. Set the turn barrel [#401] into the fixed barrel [#402].
・ Adhere the FPC sheet [#423].
Turn barrel [#401] Shutter FPC
Convex section Convex section
FPC sheet [#423]
Groove
Groove
Fixed barrel [#402]
- A4･ E4600 -
VAA32001-R.3652.A
CCD FRAME ・ Set the finder gear B [#417] into the lens barrel unit. Then, install the lens barrel unit.
Lens barrel unit
Finder gear B [#417]
・ Tighten the four screws [#431].
Screw [#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]
Shutter FPC Boss
FPC of CCD frame
Screw [#430]
Solder
- A5･ E4600 -
VAA32001-R.3652.A
ASSEMBLY OF ZOOM MOTOR UNIT ・ Set the zoom gear C [#409] and the zoom gear D [#410].
・ Set the gear cover [#403] and tighten the screw [#429]. Screw [#429]
Zoom gear D [#410]
Zoom gear C [#409] 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･ E4600 -
VAA32001-R.3652.A
ZOOM MOTOR UNIT ・ Fit the zoom motor unit to the bosses on the CCD frame and set it.
・ Tighten the screw [#429]. ・ Tighten the screw [#431]. Screw [#431]
Zoom motor unit
Screw [#429]
・ Fold the FPC of the zoom PI as shown below and insert the zoom PI. (1)
(2)
(3)
・ Solder the FPC at 4 places. ・ Solder the motor at 2 places.
・ Tighten the screw [#430].
Perform soldering. Screw [#430] Zoom PI
- A7･ E4600 -
VAA32001-R.3652.A
FFD Inspection and adjustment (*FFD:Flange Focal Distance) 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 reflecting surface. Note: Because the mirror reflecting 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 inspection and adjustment
Zoom position Wide-side Tele-side
FFD standard ± 0.05mm ± 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･ E4600 -
VAA32001-R.3652.A
・As shown below, mount the lens-barrel unit on the Adjusting focus stand. Lens-barrel unit
Adjusting focus stand for APS (J15327)
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･ E4600 -
VAA32001-R.3652.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 Wide-side Tele-side
FFD standard ± 0.05mm ± 0.05mm
Measured value in relation to reference value (-2.16mm) -2.21 ～ -2.11 -2.21 ～ -2.11
・ Make adjustment at the Tele-side. ・ After the adjustment is finished, apply the screw lock to the 1st lens group unit.
1401B
1401B
- A10 ･ E4600 -
VAA32001-R.3652.A
BARRIER UNIT ・ 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.
・ Set the barrier ring spring [#420].
Barrier ring [#404] Barrier ring spring [#420]
Convex section A
Convex section B
・ Apply the adhesive (EC-1368) to 4 places on the back of the barrier unit [#407].
・ Set the barrier unit [#407] with its cav number at the top side and turn it clockwise.
Cav number
EC-1368
EC-1368
Barrier unit [#407]
EC-1368
Cav number
EC-1368
- A11 ･ E4600 -
VAA32001-R.3652.A
・ Adhere the name plate seal [#415]. Name plate seal [#415]
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 finder unit [#405] at the W-end manually.
・ Tighten the three screws [#429].
・ Install the finder unit [#405].
Screw [#429]
[#405]
- A12 ･ E4600 -
VAA32001-R.3652.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-definition resolution chart (J63079), confirm that the number of TV lines is within the standard. TV lines (standard): 1100 TV lines or more in the center; 700 TV lines or more at the periphery (ref. The resolution is represented by“TV lines”, which are total number of black-and-white strips distinguishable 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. 0.5m), MIDDLE (approx. 0.98 m), and TELE (approx.1.6 m). Set the chart fully screened in the LCD of the camera and fix it on a tripod. (c) Open the shot image by Photoshop, and confirm it by the magnified display, e.g. 100%, etc. (d) Check if the resolution in the center and the 4 corners of the periphery is identifiable 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-definition resolution chart (J63079)
- A13 ･ E4600 -
VAA32001-R.3652.A
LENS UNIT ・ Set the spacer LPF [#209] and the optical filter [#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 insulator [#214] Lens mount [#213] Spacer [#211] Optical filter [#210] Setting direction Spacer LPF [#209]
Lens unit side
・ Adhere the spacer [#225]. ・ Set the FPC.
FPC
Spacer [#225]
- A14 ･ E4600 -
CCD side
VAA32001-R.3652.A
CONDENSER HOLDER ・ Set the condenser holder [#204] and tighten the screw [#102].
・ Adhere the spacer [#224].
Spacer [#224]
Screw [#102]
Condenser holder [#204] Spacer [#224] 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
TB-1 PCB [#216]
Wire holder [#215] Notch
Screw [#102]
WIRE HOLDER ・ Set the wire holder [#215] and tighten the screw [#102].
Wire holder [#215]
- A15 ･ E4600 -
VAA32001-R.3652.A
SB UNIT ・ Arrange the lead wires [pink] and [blue] as shown below.
・ As arranging the lead wire [blue] as shown below (Fig. 1), set the flash unit [#219] and tighten the screw [#104]. (Fig. 2) Flash unit [#219] Lead wire [blue] Screw [#104]
(Fig.1)
(Fig.2) ・ Arrange the lead wire [pink] as shown below.
・ Solder the lead wire [pink].
Lead wire [pink]
Lead wire [pink]
- A16 ･ E4600 -
VAA32001-R.3652.A
・ Solder the lead wire [black].
・ Solder the lead wires [gray] and [white].
Lead wires [gray] and [white]
Lead wire [black] ・ Arrange the lead wires as shown below.
・ Adhere the spacer [#039].
Spacer [#039]
- A17 ･ E4600 -
VAA32001-R.3652.A
MONITOR HOLDER ・ 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]
Earth release [#228]
Boss crew [#104]
Boss Screw [#102] Screw [#104] LCD holder [#231]
- A18 ･ E4600 -
VAA32001-R.3652.A
SPEAKER HOLDER ・ 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.
・ Solder the lead wires [red] and [white]. ・ Arrange the lead wires [red] and [white] as shown below. Lead wire [white]
Lead wire [red]
Boss hole position
Speaker holder [#233]
・ Adhere the spacer [#206]. Spacer [#206]
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]
- A19 ･ E4600 -
VAA32001-R.3652.A
Hook
TRIPOD SOCKET ・ Install the tripod socket [#201] by fitting onto the hook.
Tripod socket [#201]
LCD [#239]
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].
・ 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 figure.
Release button unit [#020] Convex section A Notch B Screw [#104]
Spacer [#019]
・ Set the DC cover [#011].
・ Set the DC cover spring [#012]. DC cover [#011]
DC cover spring [#012]
Set the convex section at the top side.
- A20 ･ E4600 -
VAA32001-R.3652.A
・ Set the battery holder [#024] by using the hook. ・ Tighten the two screws [#104].
Battery holder [#024] Hook
Screw [#104]
・ Set the decoration top [#021].
Decoration top [#021]
- A21 ･ E4600 -
VAA32001-R.3652.A
FRONT COVER ・ Set the 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
Front cover [#013]
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]
- A22 ･ E4600 -
VAA32001-R.3652.A
REAR COVER ・ Set the USB cover [#033].
・ Fold the FPC as shown below and set it. Rear cover unit [#030] FPC
USB cover [#033]
・ Set the rear cover unit [#030].
・ Tighten the two screws [#103]. Screw [#103]
Rear cover unit [#030]
・ Tighten the four screws [#102].
Screw [#102]
Screw [#102]
- A23 ･ E4600 -
VAA32001-R.3652.A
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 firmware 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 7. USB storage information registration Note) If replacing the lens, CCD, optical filter, it is necessary to perform the above 3-7 adjustments again. 4-6 adjustments should be made in the above order.
- A24 ･ E4600 -
4. Initial image data writing and Firmware upgrading
VAA32001-R.3652.A
Write the data of initial images, and go on to upgrade the firmware. 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 "firmware" in the root directory of the SD card. 3) Copy "firmware.bin" into the created folder. 4) Copy "nanddat.bin" into the root directory of the same SD card. Note) When only firmware 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)
(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.2) - A25 ･ E4600 -
・ When the data writing is completed, the menu for upgrading will be displayed. (Fig.3)
VAA32001-R.3652.A
(Fig.3) ・ Select "Yes", and press the decision button to carry out upgrading. (Fig.4) Note: Do NOT turn power OFF during upgrading.
(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)
- A26 ･ E4600 -
VAA32001-R.3652.A
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 floppy disk drive in any folder on the hard disk. 6. Installing USB driver If the USB driver is necessary, install Nikon View via CD-ROM packed with the camera.
- A27 ･ E4600 -
VAA32001-R.3652.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/m2
Knob for luminance adjustment
VR for adjustment of the color temperature
Iris unit
Power switch
Diffusion plate
Area to be measured
8. Adjustments required when parts are replaced Lens Adj.
AWB
CCD Defects
USB
Firmware up
Initial image data
Lens Unit
○
○
○
×
×
×
Optical filter
○
○
○
×
×
×
CCD
○
○
○
×
×
×
CP-1
○
○
○
○
○
○
○ Adjustment is necessary. × Adjustment is not necessary.
- A28 ･ E4600 -
VAA32001-R.3652.A
9. Connecting the camera to the computer 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.
USBポートへ To USB port
USBケーブル （UC-E6） USB Cable (UC-E6)
Supply電源はACアダプタEH-62B the power through から供給してください。 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.
- A29 ･ E4600 -
VAA32001-R.3652.A
11. Lens adjustment
※ For the lens adjustment, choose either the infinity adjustment with the collimator or the 1.5-m adjustment with the adjustment firmware. (However, in case of 1.5-m adjustment, the focus may not be sharp at infinity.) 11-1. Infinity 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 viewfinder. • 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"
カメラ Camera
Adjustment collimator 調整用コリメータ (Siemens star chart built-in) （ジーメンスターチャート内蔵） Result of adjustment
- A30 ･ E4600 -
VAA32001-R.3652.A 11-2. 1.5-m Adjustment ※ Before performing the 1.5-m adjustment in this machine, write the adjustment firmware on the camera. After adjustment, be sure to write the product firmware. Procedure for setting Adjustment firmware 1) Save the adjustment firmware and the product firmware in any folder. 2) Start up "DscCa1Di.exe" and click on "Firmware" button on the main menu to write the adjustment firmware. (If the camera is activated after completing writing the adjustment firmware, "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 firmware. [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 viewfinder. • 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"
カメラ Camera
150cm±3cm
Siemens star chart ジーメンス スターチャート
- A31 ･ E4600 -
Result of adjustment
VAA32001-R.3652.A 12. AWB adjustment [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".
"Yes"
カメラ Camera
Result of adjustment Pattern Box バターンボックス
- A32 ･ E4600 -
VAA32001-R.3652.A
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.
CCD Defect CCD Black 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.
(FIG-3) カメラ Camera バターンボックス Pattern Box
- A33 ･ E4600 -
VAA32001-R.3652.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 specifications will not be satisfied, 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.
- A34 ･ E4600 -
VAA32001-R.3652.A
- E1･ E4600 -
VAA32001-R.3652.A
- E2･ E4600 -
VAA32001-R.3652.A
- E3･ E4600 -
VAA32001-R.3652.A
- E4･ E4600 -
VAA32001-R.3652.A
- E5･ E4600 -
VAA32001-R.3652.A
- E6･ E4600 -
VAA32001-R.3652.A
- E7･ E4600 -
VAA32001-R.3652.A
- E8･ E4600 -
VAA32001-R.3652.A
総合結線図 OVERALL WIRING
LCD_AN (RED)
LCD_CA (WHITE)
12
11
9
10
8
7
SYA
+12V(B) (BLACK) BUZZER (RED)
TO BATTERY
FLASH REFLECTOR
JW551 +
JW552
-
ST1
TO BUZZER
SYA
SYA
RELEASE UNIT
CN302
1
2
20
3
19
4
18
5
17
6
16
7
15
8
14
9
13
JW541 XAN (LPK) JW542 GND (BLACK)
10
12
STA
11
11
DMA
12
LENS
9 10
13
8
14
7
15
6
W1600 TRG (GRAY) W1500 XKT(BLUE)
16
5
STA
17
4
PIV ZPLS K1 ZPLS E1 ZPLS K2 ZPLS E2 DC 1DC 2+ SHUTER+ SHUTERIRISIRIS+ FPI K FPI E PIV ZPIK ZPIE 2B 2A 1A 1B
W1400 XAN (PINK)
18
3
(DMA) (SYA) (CAA) (PWA) (STA)
CN951
JW501 BAT+ (RED) JW502 BAT-(BLACK)
19
2
PWA
20
1
JW602 LED_C
GRAY
TB1
CP1
21
1
22
2
JW601 LED_A
SCAN OUT 3 SCAN IN 2D 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 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
3
23
4
24
5
CL307 LED_C
WHITE
DMA
1
6
2
7
3
8
4
-1
5
VIDEO
-2
SYA
CL308 LED_A
PWA
PW_LED AL3.2V SCAN IN 0E SCAN OUT 4 SCAN IN 2E SCAN IN 1E
&
-3
GND GND GND GND GND GND USB_VDD USB D(-) GND USB D(+) ZAV_JACK NC VIDEO_OUT GND
CN301
USB
-4
LED
CN110
6
-5
6
5
4
3
2
1
CN143
DMA
DMA
-6
LCD BACK LIGHT
DATA3 COMMAND VSS VDD CLOCK VSS DATA0 DATA1 DATA2 CARD CARD/WP WP
33
32
31
30
29
28
VSS VVCOM COMOUT C1+ C1VGL C2C2+ VDC1 VGH VDD COMDC VSH VBC D00 D01 D02 D03 D04 D05 D06 D07 CLK HSYNC VSYNC SCK DI CS BLON POCB TEST VSS VCOM
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
9
8
10
7
6
5
4
3
2
SD
CN171
1
LCD PANEL
W1-69000/SX797-UNK
BACK SW UNIT MODEL: E4600 OVERALL WIRING
- E9･ E4600 -
VAA32001-R.3652.A
CP1(DMA) 回路図 CP1(DMA)CIRCUIT DIAGRAM DMA(LENS)
VDD3
46
A5
4
A4
OE
45
A6
5
A5
DQ0
44
6
A6
DQ8
43
7
A7
DQ1
42
A18
8
A17
DQ9
41
A19
9
A18
DQ2
40
D2
39
D10
38
D3
357
37
D11
358
NC
85
56
WEn
NC
86
57
WPn
NC
87
58
IO1
NC
88
59
IO2
NC
89
60
IO3
NC
90
61
IO4
NC
91
62
IO5
NC
92
63
IO6
NC
93
64
IO7
NC
94
4 5 6 7 8 9 10
19 18 17 16 15 14 13
B7 B8
65
12 11
IC143 SN74LV245A QSN74LV245A-P
TRANSCEIVER
SUBGT
101
NC
102
NC
NC
103
74
NC
NC
104
AD2
75
NC
NC
105
76
NC
NC
106
77
NC
NC
107
78
NC
AD3 AD4 AD5 AD6 AD7
2
4
5
6
7
8
9
10
11
12
13
14
15
17
19
20
21
22
23
24
25
R1002 0;1/16Z
PROGRAM FLASH
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
L1051 LBR2012T470M 2012 OM/ORLL2125Z
AD9
41
42
43
44
CCDCK
XV5
SD2 SD0
XV6 XSUB
C1083 0.1;B
SD4
XV4
1 2 3 4 5
XV3
6
XV2
7
SD3 SD1
XV1 XSG2B
8 9 10
SD5 SD6
XSG1B XSG2A
11 12 13
SD7
XSG1A SUBGT
14 15
DQM0
16
ZRWE
+12V(A) +3.45V(A)
ZRCS
-8.0V(A)
SA13
19 20 21
SA11
VDD3
GND
18
ZRAS
22
SA12
CN191
1AV4J30B1081G OM/ORAT01Z
17
ZCAS
+12V(A)
-8.0V(A)
1
23 24
SA1 SA0
25 26
SA10
27 28
DQM2 SA2
29 30 31
SD16
32 33 34
SD18
35
SD17
36 37
SD20
38
SD22 SD19
SD21 SD23
39
C1086 1;B
40 41 42 43 44 45
DQ2 DQ0 VDD DQ4 VSSQ VDDQ VDDQ DQ3 DQ1 VDDQ DQ5 DQ6 VSSQ DQ7 VDD DQM0 ZWE ZCAS ZRAS ZCS BA0 A11 BA1 NC A1 A0 A10 VDD DQM2 A2 VSSQ DQ16 NC VDDQ DQ18 DQ17 VDDQ DQ20 DQ22 DQ19 VSSQ VDDQ DQ21 DQ23 VDD
VDD3
IC103
QEDS1232AAS7N
BGA
128M(32)
SDRAM
XSG3
XSUB
XSG2A
XV6
XSG2B
XV5
XV4
XSG1A
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
FPI
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
99
10
VREF
OUTB
15
11
FC
GND
14
12
VC
VB
13
100
M-GND
FSIN1
VDD3
FSIN2
199
PICTL
19 20
OM/ORZJ11SJ200GZ
TO LENS
M-GND
OM/ORSO24Y1SANZ_M2
LENS DRIVER
RB952
R9502 390;1/16J
200
33K
DQ13 DQ15 VSS DQ11 VDDQ VSSQ VSSQ DQ12 DQ14 VSSQ DQ10 DQ9 VDDQ DQ8 VSS DQM1 NC NC CLK CKE A9 A7 A8 NC A4 A5 A6 VSS DQM3 A3 VDDQ DQ31 NC VSSQ DQ29 DQ30 VSSQ DQ27 DQ25 DQ28 VDDQ VSSQ DQ26 DQ24 VSS
BLON
FLCTL
ZSWP
OM/ORTR56Z CRZB1 FD0
FPI
FD1
TO MAIN
FD4 FD5
1
5
6
FD6 FD7
3
2
1
4
5
6
ZPULSE1
ZPULSE1
ZPULSE2
ZPULSE2
ZRESET
ZRESET PICTL
Q9502 EMH16
R9506 47K;1/16J
FD3
2
4
0.1;B C9507
OM/ORTR56Z
CA0
ZWAIT ZIOWR
33
ZIORD
LCDD00
32
LCDD01
ZREG ZSCE
LCDD02
ZCCE1
LCDD03
SD0
LCDD05
SD1
LCDCLK
SD3 SD4
SD5 SD6 SD7
88
LCDHD
82 81
B
SD10 SD9
80 79 78
C1114 1608
L1102
SD8
77 76
BK1608LL680-T
DQM1
75
OM/RZF34C9225GZ
74 73
CKRAM CKRE SA9 SA7 SA8
72 71 70 69 68 67
65 64 63
61 60 59
C1084 1;B
DQM3 SA3 SD31
LCDVD
1608
VDD3
1
3 2
X1101 28.63636MHZ
RIVER 1AV4V10B5620G
4
3
1
2
C1104 0.1;B
R1111 470;1/16D
OM/RXR71AZ
56 55 54 53 52 51
SD29 SD30 SD27 SD25 SD28
Q1505 2SA1774
LCDEN
SD8
LCDD03
SD9
LCDD02
SD10
AVDD
3
AVSS
4
XIN
5
XOUT
IC111
VDD1
15
VDD1
14
VSS1
13
CLK2ON
12
CLK1OUT
11
6
7
8
9
10
48 47
21 20 19
LCDD01
SD11 SD12 SD13 SD14
2125
2125
SD17
L3V
SD19 SD20 SD21 SD22 SD23 SD24 SD25 SD26 SD27
+12V(L)
2125
TO PWA
DQM1 DQM2 DQM3
12
10K;1/16D C1702 1;B
L3V
11
D1703 D1PS79SB31
10
1608
L12V
D1702 D1PS79SB31
C1705 1;B
8 7 6
2125 H=1.35
5
C1706 1;B
C1704 4.7;B
L12V
9
1608
D1701 D1PS79SB31
C1703 4.7;B
OM/ORTR71Z
SD29
R1734 75;1/10J
13
R1702
VDD3
Q1736 DTC144EM
SD28 SD30
14
H=0.95
C1701 10;B
R1733 33;1/10J
SD18
DQM0
16 15
SD16
SD31
17
R1701 560K;1/16J
LCDON2
SD15
18
LCDD00
VDD3
4
1608
3
C1707
2125 H=1.35 2125
2
2125 H=0.95 H=0.95
10;B
C1709
1
10;B
ICS425KLFT OM/ORIC20ICSZ
C1101 0.1;B
DMA(LCD)
SA1
3
H=1.2 CT2125A2AZ
STBY GND VIN VSAG VCC VOUT
SA2 SA3 SA4 SA5 SA6 SA7 SA8 SA9 SA10 SA11
Q1305 EMD3
VDD3
6
5
4
1
2
3
SREQ
CLK2ON
Q1301
EMH2
4
3
5
2
6
1
SREQ
SDI
USB-
USBD-
RB132 27;D
USB+
SCK ZTEST
MRST
MRST
COMREQ
COMREQ
USBCNT
USBCNT
ZAVJACK
ZAVJACK
CHG
CHG
VMONIT
VMONIT
ZCARD
USBDET
TO SYA
SDO
SCK ZTEST
OM/ORBA1005L2Z
USBD+
SDI
SDO
R1311 1.5K;1/16J
ZCARD
UNREG
UNREG
LCDON
LCDON PON PAON
PLLEN VDD3 BOOST4.25V
LCDON2
LCDON2
PAON2
PAON2
C
R1503 0;1/16Z
VDD3
-6 -5 USBDET
ZVMUTE
R1526
1608 ZAVJACK
L1302 BK1608LM751
-2 -1 8 7 6
VOUT
VOUT
75;1/16D
QICS425KLFT-J
-3
USB+
5
CT3528B2Z H=1.2
-4
USB-
6
4
33
OM/ORSK33V121Z
QBH76106HFV-G IC152 BH76106HFV 2
VCOM VSS TEST POCB BLON CS DI SCK VSYNC HSYNC CLK D07 D06 D05 D04 D03 D02 D01 D00 VBC VSH COMDC VDD VGH VDC1 C2+ C2VGL C1C1+ COMOUT VVCOM VSS
1AV4J11VE330G
SA0
VIDEO AMP 1
TO LCD
CN171
ZRWE
L1304 BK1608LM751
CLOCK GENERATOR
1608
5 4 3 2
90.315MHZ
1
50 49
22
VA134 AVR-M1608C120MT
20 19 18 17 16 AVDD
23
LCDD04
LCDSCK
TO CN110
1.5K;1/16J R1509
2
24
LCDD05
LCDSD
USBCNT
0.1;B C1504
1
25
LCDCLK
E
R1104 47;1/16J
L1101 FBMH1608HM102-T
58 57
R1103 47;1/16J
L1103 BK1608LL680-T
XF111
CKD610JB0J225MT
SA4 SA5 SA6
66
62
1608
12P;CH
26
LCDHD
BOOST4.25V
SD12 SD14
83
27
LCDVD
VDD3
PADYOUT
84
28
LCDSCK
86 85
29
LCDEN LCDSD
PLLEN
SD11
87
30
0.1;B
LCDD04
SD2
31
C1708
PAON 90
R9507 47K;1/16J
FD2
3
Q9501 EMH16
CDT0
SD
R1003 1K;1/16J
SD13 SD15
89
R9504 390;1/16J
TO MAIN
C9501 0.01;B
PPO12/T21
PPO15/U26 198 PPO16/T22 197 PPO17/T19 196 CVDD/U25 195 PPO18/V26 194 PPO19/U21 193 PPO20/U22 192 PPO21/V25 191 PPO22/W26 190 PPO23/U19 189 LCD4FSC/W25 188 SPSD/V22 187 ZSWP/Y26 186 CDT0/V21 185 CDT1/Y25 184 CRZB0/V19 183 CRZB1/AA26 182 CD0/W22 181 CD1/AA25 180 CD2/W21 179 CD3/AB26 178 CD4/Y22 177 CD5/AB25 176 CD6/Y21 175 CD7/AC26 174 CD8/AA22 173 CD9/AC25 172 CD10/AD26 171 CD11/AD25 170 CD12/AE24 169 CD13/AF24 168 CD14/AA20 167 CD15/AE23 166 CA0/AF23 165 CA1/AA19 164 CA2/AE22 163 CA3/W18 162 ZWAIT/AF22 161 ZIOWR/AB21 160 ZIORD/AE21 159 ZMWE/AA18 158 ZMOE/AB20 157 ZREG/AF21 156 ZSCE/AE20 155 ZCCE1/AB19 154 IVDDW/AF20 153 ZCCE2/AE19 152 SD0/AB18 151 SD1/W17 150 SD2/AF19 149 SD3/AA17 148 CVDD/AE18 147 SD4/W16 146 SD5/AB17 145 SD6/AA16 144 SD7/AF18 143 SD8/AE17 142 SD9/AB16 141 SD10/AF17 140 SD11/AE16 139 SD12/W15 138 SD13/AB15 137 SD14/AF16 136 SD15/AE15 135 SD16/AA15 134 SD17/AF15 133 SD18/W14 132 SD19/AB14 131 SD20/AE14 130 SD21/AA14 129 SD22/AF14 128 SD23/AE13 127 SD24/AB13 126 SD25/AF13 125 SD26/W13 124 SD27/AE12 123 SD28/AA13 122 SD29/W12 121 SD30/AF12 120 SD31/AB12 119 DQM0/AA12 118 DQM1/AE11 117 DQM2/AB11 116 DQM3/AF11 115 ZRWE/AE10 114 SA0/W11 113 SA1/AF10 112 SA2/AA11 111 CVDD/AB10 110 SA3/W10 109 SA4/AE9 108 SA5/AA10 107 SA6/AF9 106 SA7/AB9 105 SA8/AE8 104 SA9/AB8 103 SA10/AF8 102 SA11/AA9 101 98
16
201
PPO13/R22 PPO14/T25
97
18
OUTA
RB951 47K
FSEN
FSMD1
FSMD2
ZMIN2
ZMIN1
ZRESET
ZPULSE2
COMREQ
SDI
SCK
SDO
SREQ
LCDEN
LCDSCK
LCDSD
CCDSD
CCDEN
71
17
IN2
C9503 0.1;F
RB108 220
202
9
PON
EDS1232AASE-75-E
R1502 200;1/16D
L1080 BK1005LL241-T
203
FSIN2
NTZPAL
TGVD
XSG1B
RB105 220
RB103 220
ZPULSE1 18
AD8
XSG3
XV3
XV2
TGVD
XV1
TGHD
SUBGT
AD6
AD5
AD9
ADCK
AD4
AD8
AD3
AD7
CCDCK 16
CCDSD
TGHD
204
PPO9/R19 PPO10/R25 PPO11/T26
3
CCDEN
+3.45V(A)
VDD3
1
205
SA12/AE7
MRST
NC
NC
73
VDDP/B3
47;6.3-T C1513
XSG1A
NC
72
AD0 AD1
OVDDW/VDD
C1512 22;4-T
XSG2A
100
OVDDW/VDD
CLK2OUT
XV1
XSG1B
99
NC
400
FS1
XV2
XSG2B
NC
NC
399
R1102 100;1/16J
XV3
NC
70
398
VSS2
XV4
69
396 397
VDD2
XSUB
98
395
206
ASIC
TEST2
XV6
NC
394
207
400L VFBGA (PACKAGE SIZE;14.0X14.0X1.4 MAX)
REFCLK
XV5
NC
392 393
208
SX7MS
TEST1
XSG3
68
391
209
IC101 KS654U2250CBP
XTAL,SEL
TGHD
97
390
210
QXXAG54U2250N
FS2
TGVD
96
NC
71
IO8
389
1608
CCDCK
NC
VCCn
387 388
C1105 5P;CH
AD9
CCDEN
95
VSS
67
H=1.15
AD8
CCDSD
NC
66
ADCK
TV00047002AAGD00GA
AD7
NAND
386
211
17
C1904 1000P;B
3
FD2A FD3A
385
212
OUT6
C1519 1;B
2
FD1A
OM/ORQO20Y1TIZ
FD7
FD0A
H=1.4
383 384
213
IN1
USBSET
ALE
214
SA12
55
382
215
SA13
84
216
ZCAS
NC
217
ZRAS
CLE
218
8
R1047 10;1/16J
54
381
219
CKRAM
83
220
ZRCS
NC
221
CKRE
VSS
222
R1005 10K;1/16J
53
380
223
D1
82
224
D0
NC
225
D2
VCCn
226
D3
52
378 379
227
D4
81
228
D5
NC
229
D6
CEn
230
D7
51
231
D8
ZSCE
377
232
D9
80
233
D10
NC
234
D11
REn
235
D12
50
376
236
D14
ZIORD
374 375
237
D13
79
A17
238
D15
NC
373
239
A1
R/Bn
372
240
A2
49
370 371
241
A3
25
20
D15
242
ZFWR
A16
VCC G B1 B2 B3 B4 B5 B6
28
369
243
A4
A15
DIR A1 A2 A3 A4 A5 A6 A7 A8 GND
D7
244
ZFRD
24
C1405 0.1;F
29
368
245
A6
26
RB144 100
DQ7
D14
246
A5
BYTE
A16
30
247
A7
A14
10K;1/16J
DQ14
367
248
A8
23
RB143 100
31
366
249
A9
A15
365
D6
250
A10
27
364
D13
251
A11
VSS
363
252
A12
A13
361 362
253
A14
22
360
254
A13
A14
356
D5
DQ6
DQ15/A-1
355
255
A15
A12
354
256
FSIN1
C1058 1;B
21
R1410
D12
32
A13
FD4 FD5 FD6
AD6
DQ13
A11
1
AD5
33
20
ZSWP
AD4
DQ5
A12
CRZB1
AD3
A8
34
A10
CA0
AD2
A19
DQ12
19
ZREG
AD1
16
D4
35
A9
ZIOWR
AD0
NC
DQ4
353
359
36
18
A11
ADCK
15 17
A10
WE
VCC
352
D9
257
A16
A9
RESET
DQ11
351
258
C1059 0.1;B
A20
NC
350
259
C1056 0.1;B
14
DQ3
349
D1
260
R1052 3.6K;1/16D
13
ZFWR
NC
348
D0 D8
261
R1064
12 MRST
DQ10
347
ZFRD
262
OM/ORBG400Y1KWSZ_R
PLLEN
11
RY/BY
346
C1201 1;B
10
NOR QTV47002AAGD (TOSB) NEW
A8
10;1/16J
263
18
C1734 1;B
VSS
345
264
OUT5
R1703 100K;1/16J
A3
344
ZCS0
265
MD2
R1902 10K;1/16J
3
R1201
266
7
E
47
267
16
FSMD2
C
48
CE
A7
R1404 2.7K;1/16J
343
A0
A2
A4
TO CAA
342
A1
A1
2
268
15
19
R1736 100K;1/16J
341
TV00047002AAGD00GA
1
269
14
20
OUT4
R1735 10K;1/16J
OM/ORBG107W1TOSZ_R A2 A3
270
21
OUT3
MD1
C1736 1;B
339 340
271
13
22
OUT2
EN
6
4
B
338
272
R9509
M-GND
OUT1
INB
5
3
OM/ORTR77Z
QAG69000797CN IC121
273
12
FSEN
Q1735 T12A01SS-TL
337
274
INA
9
R1739 47K;1/16J
336
275
R1054 2.2K;1/16D
PAON2
276
23
2125
334 335
PAON2
277
GND
C1751 4.7;B
333
VDD3
VMONIT
278
ILM
8
11
390;1/16J
TO CN110
332
LCDCLK
FLCTL
FLCTL VMONIT
279
2
TO MAIN
330 331
280
24
R1302 10K;1/16J
329
LCDHD
281
RFG
ZMIN2
TO MAIN
328
2125 T=1.4
282
VCC
VDD3
327
283
1
FSMD1
ZMIN1
C1301 1;B
325 326
284
H=1.4
FS3
TO PWA
323 324
CHG
CHG
321 322
285
VDATA1/H12 VDATA0/A11 VINCLK/B10 VSYNC/A10 VOUTCLK/F11 CVDD/E11 PPIOB23/B9 PPIOB22/F10 PPIOB21/A9 PPIOB20/E10 PPIOB19/B8 PPIOB18/H11 PPIOB17/A8 PPIOB16/F9 PPIOB15/E9 IVDDW/B7 PPIOB14/H10 PPIOB13/A7 PPIOB12/H9 PPIOB11/E8 PPIOB10/B6 PPIOB9/E7 PPIOB8/F8 PPIOB7/A6 PPIOB6/B5 PPIOB5/E6 PPIOB4/A5 PPIOB3/F7 PPIOB2/B4 PPIOB1/A4 PPIOB0/A3 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND 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 OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD OVDDW/VDD
C1103 1;B
TO STA
320
LCDVD
2125
C1903 4.7;B
VDD1.41
319
286
R1053 1K;1/16D
BLON
BLON
318
LCDD04 LCDD03 LCDD02 LCDD01 LCDD00
C1901 4.7;B
VDD3
317
287
C1052 1;B
+12V(L)
+12V(L)
316
LCDD05
T=1.4
390 391 392 393 394 395 396 397 398 399 400
315
288
M-GND
7
10
R1501 22K;1/16J
LCDON
314
CLK2ON
289
0.1;B
PON
PON
312 313
NTZPAL
290
C1051
PAON
PAON
LCDON
311
ZVMUTE
291
C1054 0.1;F
+3.45V(A)
VDD1.41
31 62 110 147 195 234 281 308
VDATA3/B11 VDATA2/E12
C1102 5P;CH
VDD1.41
C1020 0.1;B
292
C1002 0.1;B
+3.45V(A)
C1018 1;B
293
JSEL
-8.0V(A)
USBSET
IC101 1 55 153 161 241 285 318 370 371 372 373 374 375 376 377 378 379 380 381 382 383 384 385 386 387 388 389
310
294
A17
+12V(A)
-8.0V(A)
308 309
295
ZCS0
+12V(A)
C1004 1;B C1005 1;B C1006 1;B C1007 0.1;B
307
296
A18
IC101 VDD3
UNREG
306
297
A19
A_VDD3
A_VDD1.41
1608
R1001 0;1/16Z
VDD1.41
298
3
2125 R9501 0.56;1/4F
NAND
305
BOOST4.25V
R9505 1.3K;1/16D
0.5 303 304
VDD3
USBD+
RB106 100 302
UNREG
AD2
R1018 68;1/16J
CDT0
BOOST4.25V
AD1
AD0
VDATA4/F12 301
TO PWA
299
A20
E
C9506 0.1;F
L1001 BK1608LL241-T 300
QLB8655T-E--P
20
PIV ZPLS K1 ZPLS E1 ZPLS K2 ZPLS E2 DC 1DC 2+ SHUTER+ SHUTERIRISIRIS+ FPI K FPI E PIV ZPIK ZPIE 2B 2A 1A 1B
2
C9502 1;B
IC951
TO PWA
10K RB102
10K;1/16J
R1431 120K;1/16J
C
CN951
1AV4J11SL203G 1
R9503 390;1/16J
5
1608
VDD3
Q1432 DTA144EM
4
6
R1066 1K;1/16J
B
12
TDI
ZCARD
11
RB142 10K
Q1431 2SC5658-R
10
R1434 100;1/16J
FD3A
TCK TMS TRST TDO
FD1A FD0A
ZWAIT
9
0
47K RB107
RB145
FD2A
RB146 100
SCNEN
8
FD2
USBD-
7
5
3
LB8655T-E
BOOST4.25V
RB104 10K
6
FD0 FD1
ZTEST
5
6
2
4
RB101 220
VDATA5/A12 VDATA6/B12
4
VDATA7/E13 ASTDATA/A13 ASTEN/F13 ASTREQ/B13 ASTFLG/H15 VSTDATA0/A14 VSTDATA1/F14 VSTDATA2/B14 VSTDATA3/E14 VSTDATA4/A15 DM/B15 DP/A16 OVDDW/F15 VSTDATA5/E15 VSTDATA6/B16 VSTDATA7/F16 CVDD/A17 VSTEN/E16 VSTREQ/B17 VCTRLEN/A18 CCD0/B18 CCD1/E17 CCD2/H16 CCD3/A19 CCD4/F17 CCD5/B19 CCD6/E18 CCD7/A20 CCD8/H17 CCD9/B20 CCD10/F18 CCD11/E19 ADCK/A21 BLCK/B21 TGHD/E20 TGVD/H18 CSYNC/A22 XVS/F19 XVH/B22 XV1/E21 XV2/A23 XV3/A24 XV4/B23 XV5/F20 XV6/B24 XV7/C25 XV8/C26 XSG1C/D25 XSG1B/D26 XSG1A/G21 XSG2C/E25 XSG2B/J19 XSG2A/F22 XSG3B/E26 XSG3/F25 XSUB/H21 IVDDW/F26 HBLK/G22 PBLK/G25 CPOB/G26 CPDM/H22 SUBGT/J21 TXD1/H25 CVDD/K19 RXD1/H26 BRCK/K21 RTS/J22 CTS/L19 TXD2/J25 RXD2/J26 DSDO0/L21 DSDO1/K22 DSDO2/K25 ZDSCS0/K26 ZDSCS1/M19 ZDSCS2/L22 DSCK0/L25 DSCK1/L26 DSCK2/M22 SDO/M21 SDI/M25 SREQ/N19 SCK/M26 PPCS/N21 PPIO0/N22 PPIO1/N25 PPIO2/N26 PPIO3/P26 PPIO4/P21 PPIO5/P25 PPIO6/P22 PPIO7/R26 PPO8/R21
3
PLLTEST/C1 PLLSEL0/D2 PLLSEL1/F5 PLL27M/J8 CKIN1/D1 CKIN2/E2 FSC4/E1 MCLK/G5 ZRST/H6 CLKSEL0/F2 CLKSEL1/F RSTSEL/H5 TEST2/K8 TEST1/G2 TEST0/G1 SCNEN/J5 TCK/J6 TMS/H2 TRST/K5 TDO/H1 TDI/L8 ZCS1/J2 ZCS0/K6 A21/J1 A20/L5 A19/M8 A18/K2 CVDD/L6 A17/K1 JSEL/L2 PADDG33/M5 PADCH1/M6 PADVREFH/L1 PADCH0/M2 PADVREFM/M1 PADADAVDD/N8 PADVGY/N2 PADAGND1/N6 PADYOUT/N5 PADDVDD/N1 PADFS/P8 PADVREF/P2 PADVOUT/P1 PADVGUV/P5 PADAGND3/R5 PADAVDD/R2 PADUOUT/P6 PADVGA/R1 PADAOUT/8R PADAGND3/T2 A16/T5 IVDDW/R6 A15/T1 A14/U5 A13/U2 A12/U1 A11/T6 A10/V5 CVDD/T8 A9/U6 A8/V2 A7/V1 A6/W2 A5/U8 A4/W5 A3/V6 A2/W1 A1/Y2 ZRE/Y5 ZWE/Y1 D15/AA2 D14/W6 D13/AA5 D12/AA1 D11/AB1 D10/V8 D9/AC1 D8/AC2 D7/AB2 D6/AD1 D5/Y6 D4/AB6 D3/AD2 D2/AE3 D1/AF3 D0/AF4 RDY/AA7 DREQ/AE4 DACK/AF5 CKRAM/W9 CKRE/AE5 ZRCE/AA8 ZRAS/AF6 ZCAS/AB7 SA14/AE6 SA13/AF7
R1402 0;1/16Z
GNDP/C2 PLLEN/G6
2
C1401 0.1;B
R1403 100;1/16J
1
OM/ORTR56Z
A_VDD1.41
DATA3 COMMAND VSS VDD CLOCK VSS DATA0 DATA1 DATA2 CARD CARD/WP WP TO SD
1
FD4
12
Q9509 EMB10N
TEMB10------H
D1-69000/SX797-UNK
A_VDD3
FD3
VDD3
C1905 1000P;B
RB141 10K
R1401 10K;1/16J
1AV4J11B6390M OM/ORZJ11B6390MHBZ
ZCCE1
DMA(MAIN)
CN143
SD26 SD24
TO USB&VIDEO GND GND GND GND GND GND USB_VDD USB D(-) GND USB D(+) ZAV_JACK NC VIDEO_OUT GND 21 CN110 1AV4J11B5670G
46
- E10 ･ E4600 -
MODEL: E4600 CIRCUIT DIAGRAM: CP1(DMA)
VAA32001-R.3652.A
CP1(SYA) 回路図 CP1(SYA) CIRCUIT DIAGRAM BLK
SYA
+12V(B)
TO PWA
R3021 8.2K;1/16J
Y1-69000/SX797-UNK
R3022 22K;1/16J
C
RED
E
PS1550L
B
Q3005 2SC5658R
PAON2
TO DMA(MAIN)
COMREQ PLLEN
TO TB1 JW601, JW602 CL307
CHG
LED_A WHITE
LED_C GRAY
LCDON2
TELE WIDE
CL301
12
CL302
SI1
PW_LED
SI2
SI4C
SI4
16 SI3C
18
SI1C
19
SI2C
SB.LED(R)
SO0
22
SI3D
23
SI2D
SI0
SO4
SO3
SO2
SO1
SO0
SCAN OUT4
SCAN OUT3
SCAN OUT2
SCAN OUT1
SCAN OUT0
BEEP
SREQ
USB_CONNECT
44
SELF LED
45
ASIC TEST
46
PLLEN
47
COMREQ/BOT
48
PA ON2
1
QXXAG1C78ASCN MN101C78A-SC
2
3
4
5
X3001 4M00G55 3
TO BACK SW UNIT
R3023 220;1/16J
D3004 DMA6S121
3
4
SI0E
4
3
1
6
SI2E
6
1
2
5
SI1E
5
2
TEMP_BAT
19
SCK
18
SCK SDO
SI
17
SO
16
AVREF
15
SCAN IN4/TCLK
14
SCAN IN3/TDO
13
6
7
8
9
10
11
12
ZCARD
VMONIT
SDI
SI4 SI3
MRST
R3020 0;1/16Z
SO4
D3005 DMA6S121
20
8bit MICRO PROCESSOR
R3017 100;1/16J
AF.LED(G)
SO3
24
21
150K;D RB307
AVREF ON
22
VMONIT
R3006 10K;1/16J
CHG ON
43
VA302 AVR-M1005C080MT
SI1
SCAN IN0
42
IC301
C3016 1;B
SI2 P ON
SCAN IN1
BACKUP_CTL
23
BATTERY
SO1 SO2
SI1D
NC
41
R3015 150;1/16J
SI3
R3018 1K;1/16J
20 21
40
24 VDD CARD
R3011 220;1/16J
SI0
14
17
LCD ON2
RB303 1K
13 15
SCAN IN2
RB305 10K
OM/ORBA1005L2Z
UNREG
C3005 0.1;F CL303
3
39
BAT_OFF
C3011 1;B
3
2
LCD ON
RESET
SI4D
11
1
4
PA ON
38
MMOD
9 10
1
5
37
VSS
2
25
AF.LED(G)
SI4C
26
PW_LED
SI0C
D3003 DAP222
8
27
SB.LED(R)
7
28
MAIN RESET
SI4D
6
OM/RTR56Z_DM H=0.6
6
29
2 1 H=1.2 OM/ORXF19Z
R3013 330K;1/16J
X3002 1
4
2
3
1AV4V10B6890G 32.768KHz-T OM/ORXR72Z H=1.4
NEW
Q3003 DTC144EM ZAVJACK
R3016 33K;1/16J
DEL
AF.LED(G)
4
NEW
!
30
RB301 10K
UP
SI3D
31
C3013 0.1;B
RIGHT
SI3C
4
3
32
C3008 1;B
OK
DOWN
5
5
3
3.3V DET 2
33
R3019 10K;1/16J
PORT
4
2
1
34
C3015 7P;CH
SCENE
SI2D
SI0D
6
GND DET 2.9V
35
C3014 8P;CH
SPORTS
LANDSCAPE
NIGHT VIEW
3
1
SI2C SB.LED(R)
BATTERY BACKUP OM/ORSO08X2RHMZ H=0.9
36
5
2.4V DET
SW3.2V
LEFT SET UP
2
6
Q3001 NSBC114EPD
MENU
1
7
RB302 33K
MOVIE
PLAY
CN302
SCAN IN 1 SB.LED(R) SCAN IN 0D AL 3.2V AF.LED(G) SCAN IN 4D SCAN IN 0C SCAN IN 2 SCAN IN 3 SCAN OUT 1 SCAN IN 2 SCAN IN 3 SCAN OUT 0 SCAN IN 4 SCAN IN 4C SCAN OUT 2 SCAN IN 3C SCAN IN 1C SCAN IN 2C SCAN OUT 3 SCAN IN 1D SCAN IN 3D SCAN IN 2D SCAN OUT 3
D3002 NSDEMP11XV6T5
OM/ORZD20B07400HZ H=2.5(1.85+BOND) 1AV4D20B09300 Z3001 ML614-TZ14
24
IC302 NJU7286ARB QNJU7286ARB1G
REST
SI0D
8 ALWAYS
4
5
ALWAYS +LI
3
4
3.2V REG.
SI0C
C3003 0.1;F
5
1
C3002 1;B
2
2
OM/ORTR58Z H=0.55
SI1D
TEML17------G Q3002 EML17
6
1AV4J11SJ242G AUTO
3
1
R3003 33K;1/16J
OM/ORZJ11SJ240GZ
D3001 NSDEMP11XV6T5 SI1C
RB306 1K
VA303
AVR-M1005C080MT
TO RELEASE UNIT
C3006 0.1;F
ALWAYS3.2V
PW_LED
XCOUT
6
XCIN
SI0E
5
VDD
4
XOUT
SI2E
3
USBCNT
XIN
2
PON SREQ
BACK UP3.2V 2125 C3007 15;6.3-T
SI1E
PAON
H=1.2 CT2125PZ_DM
C3017 1;B
1
LCDON
AVR-M1005C080MT
2nd
PW_ON
CN301
SCAN IN 1E SCAN IN 2E SCAN OUT 4 SCAN IN 0E AL3.2V PW_LED
R3014 220;1/16J
VA304
6
1st
AVR-M1005C080MT VA308
OM/ORZJ11SJ060GZ
1AV4J11SJ062G
ZTEST
CL308
QXC61CN1502NP IC304 1 2
OUT VDD
VSS NC
4 3
XC61CN1502N
OM/ORIC04SKDAZ H=1.1
NEW
RESET
BOOST4.25V
UNREG
SCAN IN
3
4
0
PW_TEST
AUTO
SCENE
PORTRAIT
LANDSCAPE
1
TEST
MOVIE
SET UP
NIGHT VIEW
SPORTS
2
LEFT
RIGHT
UP
DOWN
OK
3
PLAY
DEL
WIDE
TELE
MENU
4
PW_ON
1st
2nd
--
AVJACK
SCAN OUT
0
1
2
- E11 ･ E4600 -
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VAA32001-R.3652.A
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C9028 10;B
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ON/ OFF IN
39
D10
RB902 100
AD0 AD1
AD7
CB901 1;B
AD2
GND
AD6
+12V(A)
40
C9008 10;H
L9001 BK1608LL241-T
+3.45V(A)
�
+3V
VDD3
VDD3 -8.0V(A)
���
CCDCK
HBLK
CCDEN
���
CCDSD
C9005 1;B
TO DMA(MAIN)
R9012 0;1/16Z
C9014 1;B
R9004 470;1/16J
+3.45V(A)
R9005 15;1/16J
L9003 BLM15BB100
R9006 15;1/16J
L9004 BLM15BB100
- E12 ･ E4600 -
MODEL: E4600 CIRCUIT DIAGRAM: CP1(CAA)
VAA32001-R.3652.A
CP1(PWA) 回路図 CP1(PWA) CIRCUIT DIAGRAM 2A F5005 F47K2R0C3LFND
D9601 SD833-04(SC)
R9606 130K;1/16D
3K;1/16J
C5035
VDD
FB
CE
D5007
HN2D01JE 4
LDT565620T-**1 (H=2.0) OM/ORPTV008Z
S
R5036
2125 16V
C5032 1;B
Q5001 RSR025N03
L5004 3.3;N
R5035 47K;1/16J R5034
3
+12V(A)
TO DMA(MAIN)& STA
3216
0;1/16Z
-8V(A)
2.2K;1/16J
G
R5040 10K;1/16J
3
1000P;B
3
C5034
2
1
4
IN
REG 3.4V
VOUT
3.45V(A)
4
IC502 TK11134CS QTK11134CS--J OM/ORTR25Z
+3.45V(A)
1;B 6.3V
C5020
0.1;B
NP
OUT6
30
OUT7
29
18
19
20
21
22
23
24
25
26
27
28
����� ��� �����
L5006 10;M 1AV4L2L5100MG OM/ORLLA0Z
1.41V(D)
R5026
�����
VDD1.41
TO DMA(MAIN)
OM/ORTR71Z Q5007 DTC114EM
5.49K;1/16D
PP2-->5.49K CH6
L5007 5.6;N 1AV4L2L55R6NG OM/ORLLA0Z
Vf=3.580V 5
4
1
2
3
Q5002 MCH5803-E
RD
LCD_AN
WT
LCD_CA
TO LCD BACK LIGHT
4.7K;1/16J
10K;1/16J
R5029
R5030 R5031 10;1/16D
17
CH1
�����
R5028
16
����� ����� �����
150K;1/16J
15
CUS01 D5006
31
R5023 1.82K;1/16D
DDCUS01-Q---P
OUT5
SWITCHING MODULE
TO DMA(MAIN, LENS& LCD)
R5022
32
10K;1/16D
OUT4
C5013 330P;B
33
VDD3
R5025
OUT2S-1
R5017 3K;1/16J
34
10;B 2125
35
OUT2S-2
10;B 2125
36
OUT2D-1
C5023
OUT2D-2
� �
C5024
37
�����
10K;1/16D
DTCT
PGND1-1
10;M 1AV4L2JQ100MG DB320C
2125 16V
VCC
14
38
�����
C5025 1;B
13
39
PGND1-2
PGND2
VREG
OFF
GND
�
12
OUT1D-1
0.022;B
GND2
40
PVCC
11
VREF=0.5V VREG=1.5V
OUT1D-2
CS1
RT
�����
10
QFA7723R-H4-G FA7723R-H4-TE1
C5008
IN7-
1;B
FB7
9
SW6
IN6+
8
�����
7
�����
IN6-
IC501
C5007
6
TO DMA(MAIN)
VIN VCONT 5
3.25V(D)
L5005
�����
CUS01 D5003
FB5
�����
CH2
CUS01 D5004
41
IN5-
LCDON
R5020 1.5K;1/16D
�����
0.1;B C5009
����� CNT1
CS2
CNT3
�
����� CNT4
����� CNT5
����� CNT6
42
OUT1S-1
FB6
3
R5019 12K;1/16D
C5017 0.047;B
C5010 3300P;B R5010 �����
� ����� GND
FB1
CNT7
�����
����� IN1-
FB3
IN2-
OUT1S-2
PGND3-2
1;B
1;B C5006
�����
FB4
5
TO DMA(LCD)
PAON2
IN4-
4
2
1608 C5021
1
R5018 47K;1/16J
S
43
2
VS6
�����
OM/ORVR26Z H=0.85
44
�����
�����
45
PGND3-1
VR501 1AV4R3H7682NP
46
OUT3D-2
�
47
OUT3D-1
6.8K
48
OUT3S-2
R5009 ����� 30K;1/16D
PVZ2A_A04
49
1
3
+12V(L)
13K;1/16J
C5011 1000P;B 4.3K;1/16J
R5012 �����
FB2
����� �����
2.2K;1/16J
C5005
R5014
22K;1/16D
R5015
3.3K;1/16D
C5004
50
OUT3S-1
�����
R5007
0.015;B
51
SW7CONT
�����
�����
52
SW5
560;1/16J
53
VS5
1000P;B
4.7K;1/16J R5005
�����
C5003
�����
�
�����
R5003
54
������
�����
1000P;B
55
������
C5001 0.01;B C5002
IN3-
56
R5001 5.6K;1/16J
TO SYA
4.5V
D
G Q5003 CPH3409-E
+12V(B)
5
LCDON
H=1.2 D5001 SD833-04(SC)
OM/ORLL79Z
TO DMA(MAIN)
2
OXI CAP(NOS) C10J330MABANG
H=2 NP04SB L5003 4.7;N
C5016
CH7
-8.0V(A)
Q5006 UP03396
R5037 5.23K;1/16D
1
4
R5038
5
120K;1/16D
Q5004 MCH5803-E
1AV4L2MH3R3NG OM/ORLL98Z
C5022 1;B
CH5
5
TO DMA(MAIN)
+12V(A)
R5043 330;1/16D
2
6
UNREG
47;M
1AV4L2FM470MG
2125 C5033
1AV4L51B6421G LDT565620T-**1
D
R5033 6.2K;1/16D
T5001
JW502
4
C5031 4.7;B
3
UNREG
C5030 0.033;B
5
2
R5032
1
150K;1/16D
1
8
2125 16V
7
2125 L5001
4.7;H
C5029 1;B
CH4
F47K2R0C3LFND 1608 2.0A 32V
L5010 1AV4L26B3450G
R5046
Q9602 DTC144EM
M-GND
2125 16V
BAT-
L5009 1AV4L26B3450G
JW501
BAT+
5
M-GND
C5028 22;6.3B
TO BATTERY
!
1
4
2125
F5002 2A
2
EXT
D-D CONV.
1608 ! 2.0A 32V F5001 2A F47K2R0C3LFND
3
GND
IC961
XC9104D095MP
TO DMA(MAIN, LENS)
1;B
M-GND
M-GND
R9607
Q9601
FDC633N-NF OM/ORTR16Z H=1.2
BOOST4.25V
680K;1/16D
4
TO STA
R9605 15K;1/16D
5
3
R9604
6
2
UNREG(ST)
390K;1/16D
C9603 33;10-V
1
C9604
M-GND
POS-CAP
BOOST4.25V
H=3 D53LC
22P;CH
L9601 10;M
1608
�������� ���� ����� ��� ��
2125
!
1608 2A 32V
C9602 1;B
2A F5004 F47K2R0C3LFND
P1-69000/SX797-UNK
C9601 22;B
PWA
UNREG(ST) !
1608 2A 32V
BLON
BLON
P ON
PON
PA ON
PAON
- E13 ･ E4600 -
TO DMA(MAIN)
MODEL: E4600 CIRCUIT DIAGRAM: CP1(PWA)
VAA32001-R.3652.A
CP1(STA) 回路図 CP1(STA) CIRCUIT DIAGRAM
STA
S2-69000/SX797-UNK
FLASH REFLECTOR
T5402
R5417 10M;1/8F
1.2K;1/16J
R5409
TO DMA(MAIN)
3
1
4
5
R5413 10K;1/16J
2
DAN222
R5408
Q5405 CPH5504-E OM/ORTR15Z
2125
CHG
TO PWA
Q5407 3LN01S-E
D5407
3
16V
C5401 22;6.3B
4
BLACK
H=4.8 OM/ORZL17B0120GZ
Q5409 GT8G133
8
7
6
5
1
2
3
4
R5423 68;1/16J
Q5401
TND721MH5
R5426 10K;1/16J
D5405 RB521S-30
NC GND OUT
5
2 3
VDD
4
1
OM/ORSO08X1SANZ
IN
R5401 10K;1/16D FLCTL
TXXGA0156433P OM/ORTR63Z H=0.85
VMONIT
+12V(A)
0.1;B
C5415
R5421 10K;1/16J
SHDN IN GND OUT BP
5
R5420 4
LK112M50 QLK112M50---P
1K;1/16J 1;B
2
C5416
Q5406 3LN01S-E
0.1;B
IC541 1
3
C5408 0.1;B
C5414
R5432 100K;1/8J 3216
D5406 FC0300U
JW542
R5414 1K;1/16J
R5406 100;1/16J
120;1/16J C5404 1000P;B
R5419 91K;1/16D
R5425 100K;1/8J
OM/ORDD72Z
LPK
1608 C5403 0.068;B
C5407 0.015;B
(K)
W1500 JW541
UNREG(ST)
1 2 1AV4L17B0200G
3216
1AV4L17B0200G T5401
D5408 RB521S-30
TO ST1 JW551, 552
(K)
5
3216 C5411 0.01;630H
H=1.05 D5404 RR255LA-400
BLUE
H=1.8
3216
3316 C5410 0.033;350H
R5422 220K;1/8J
OM/ORCC3316Z
OM/ORLIV006HZ 1AV4L17B0370N
2
XKT
D5402 CRF02-Q OM/ORDD44Z
3216
TRG
GRAY
W1600
D5403 RR264M-400 OM/ORDD44Z
1
XAN
W1400
3
STROBO UNIT
PINK
REG.
- E14 ･ E4600 -
TO PWA
VAA32001-R.3652.A
CEXAG580121AN OW/OYCE150Q1HZ
C5412 120u;300V
ST1 回路図 ST1 CIRCUIT DIAGRAM
LPK JW551
TO CP1(STA) JM541, 542
JW552
BLACK
ST1
S1-69000/SX797-UNK
MODEL: E4600 CIRCUIT DIAGRAM: ST1
- E15 ･ E4600 -
VAA32001-R.3652.A
TB1 回路図 TB1 CIRCUIT DIAGRAM
NEW OM/ORLE07AZ H=0.8
TO CP1(SYA) CL308, CL307
AN
WHITE
JW601 JW602
CA
D6001 DLSML-511UW-G
SELF LED
GRAY
TB1
T1-69000/SX797-UNK
MODEL: E4600 CIRCUIT DIAGRAM: TB1
- E16 ･ E4600 -
VAA32001-R.3652.A
総合ブロック図 OVERALL BLOCK DIAGRAM
LENS BLOCK
CCD BLOCK IC903
5M Pixel
IC905
CDS/AGC/AD-C
IC901
CCD
H. Driver
V. Driver
IC951 LENS
CN951
CP1
LENS DRIVER
3
FSEN FSMD 1:2 FSIN 1:2 PICTL ZMIN 1:2 ZPULSE 1:2 ZRESET FPI
ADCK
AD (0:11)
XV (1:6)
TGVD, TGHD
SUBGT
CCDEN
CCDSD
SD(0:31)
CN301
SCK
IC111 CLOCK GENERATOR
FSC4
CKIN2
8bit Micro Processor
SDO
IC101
RELEASE UNIT
IC301
SDI
CKIN1
CN302
SREQ
BACK SW UNIT
ASIC
FD(0:4)
LCDCLK
LCDD (0:5)
USBD-
PADYOUT
SD CARD
4MHz X3001
VDD
BL_ON
CN143
ZTEST PLLEN
USBD+
X1101 28.63636MHz
MRST
LCD TIMING PULSE X 5
IC103 128Mbit SDRAM
D(0:15) A(1:20)
XSG(1A,2A,1B,2B,3)
FLASH(NOR) 16Mbit
FD(0:7)
CCDCK
IC121 FLASH(NAND) 128Mbit
XSUB
SYA BLOCK
IC302 REGULATOR
Z3001
DC/DC
IC152
CONVERTER
VIDEO AMP
CN110 USB/VIDEO
32.768KHz X3002
Ni-MH
IC961
VOUT
LENS DC/DC CONVERTER
LCD MONITOR
LCD BACKLIGHT
LCD_AN LCD_CA
PWA BLOCK
ELECTRONIC FLASH
MODEL: E4600 - E17 ･ E4600 -
BLOCK DIAGRAM: OVERALL
VAA32001-R.3652.A
CCD ブロック図 CCD BLOCK DIAGRAM
LENS O_LPF
-8.0V(A)
IC903
VO
9
Q9001 EF
27
AD9948
IC905 CDS, A/D C H. DRIVER
D2:11
2:4. 7:13
25
TO CP1(DMA) IC101 ASIC
AD0
AD9
ADCK
TGHD
CCDCK
TGVD
IC904
CCDSD
TK11130CS
+3.45V(A)
IV1, IV2, IV3, IV4, IV5, IV6 20, 22, 25, 26, 27, 28 ISUB 3
XV4
XV3
XV2
XV1
XSG3
XSG2B
XSG1B
XSG2A
XSG1A
CCDEN
REG.
3.0V
34, 35 CH1, CH2, CH3, CH4, CH5 1, 2, 21, 23, 24
33
14, 15, 21 17, 22
VCC 19
IC901
6,18
V. DRIVER
AN20101A
31
-8.0V(A)
26, 24, 37, 6
CCD
9-16
8
4, 5
+12V(A)
32
VDD3
MN39483PJJ
15
+12V(A)
18 H2
13
PT SUBSW 14
SUB
+3.45V(A)
XV5
XV6
XSUB
SUB GT
MODEL: E4600 BLOCK DIAGRAM: CCD
- E18 ･ E4600 -
1~8 V1,V2,V3A,V3B,V4,V5A,V5B,V6
RG 11
10
OD H1
17
HL 16
VAA32001-R.3652.A
LENS ブロック図 LENS BLOCK DIAGRAM
UNREG
IC961
L9601, D9601 Q9601, C9603
BOOST4.25V UNIT LENS
SW REG.
VDD3
CN951 1, 14
Q9509
PIV
ZPLUSE1
3
PICTL (IC101 198pin)
2
ZPULSE1 (IC101 213pin) ZPULSE2 (IC101 212pin)
ZPLUSE2 Q9502
5 4 ZOOM_PI 16
ZRESET (IC101 210pin)
15
Q9501
FOCUS_PI 13
FPI (IC101 206pin)
12
IC951
LB8655T ZMIN1 (IC101 209pin) ZMIN2 (IC101 208pin)
3 4
INA
OUTA
INB
OUTB
16
DC 1-
6
15
DC 2+
7
21
1A
19
20
2A
18
18
1B
20
17
2B
17
SHUTTER+
8
22
SHUTTER-
9
19
IRIS+
11
IRIS-
10
ZM.M
ZOOM DRIVER
FSEN (IC101 203pin) FSMD1 (IC101 202pin) FSMD2 (IC101 201pin)
5 6
7
EN
OUT2
MD1
OUT3
MD2
OUT5 OUT6
FSIN1 (IC101 200pin) FSIN2 (IC101 199pin)
8 9
IN1
OUT1
IN2
OUT4
FOCUS/ IR/SH DRIVER
FC.M
SH.M
IR.M
MODEL: E4600 BLOCK DIAGRAM: LENS
- E19 ･ E4600 -
VAA32001-R.3652.A
ASIC ブロック図 ASIC BLOCK DIAGRAM CCD BLOCK
COMPOSITE VIDEO
RGB 6bit DATA
CCD DRIVER
ENCODER
NTSC/PAL
SIGNAL PROCESSOR
IC101 ASIC
DIGITAL I/F
AF,AE,AWB
DIGITAL CLAMP
D/A
TG
CCD(90MHz) 48MHz 4fsc
SRAM
CLKGEN PLL
SRAM
36MHz 72MHz
BUS
SDRAM
SDRAM CONTROLLER
SRAM
JPEG CONTROLLER
BUS
BUS I/F
FLASH (NAND)
FLASH (NOR)
ARM
UART
USB
SD
PWM
SIO
PIO
USB CONNECTOR
SD CARD
IC301 MICRO PROCESSOR
EXT PORT (LENS DRIVER)
MODEL: E4600 BLOCK DIAGRAM: ASIC
- E20 ･ E4600 -
VAA32001-R.3652.A
IC304 RESET IC
3
2 VDD
4 1 OUT VSS
SYSTEM CONTROL ブロック図 SYSTEM CONTROL BLOCK DIAGRAM
BOOST4.25V
ALWAYS3.2V
UNREG
BOOST4.25V
RESET 5
VDD 6
VDD 23 VDD 12 RESET 8
3 LI 4 BAT OFF
AL3.2V 8 1
Q3002
2
IC302
BATTERY BACKUP
UNREG 7
5
BACK UP
Z3001
21
BATTERY
41
BACKUP_CTL
AVREF 43 AV REF ON
Q3001
SW3.2V 33 34 35
13 14
PW_TEST
CN301 CN302
AUTO
SCAN IN0 SCAN IN1 SCAN IN2 SCAN IN3 SCAN IN4
P ON PA ON CHG VMONIT LCD ON
CHG ON 42
BAT OFF
15
VSS P ON 36 PA ON 37
24
VMONIT 20 LCD ON 38
IC301
PA ON2 48
PA ON2
SELF LED 44
SELF LED
XCIN 9
8bit MICRO PROCESSOR
XCOUT 10 XOUT 6 XIN 7
X3001 4MHz
USBCNT COMREQ
COMREQ/BOT 47
LANDSCAPE
28
SCAN OUT0
SREQ 26
SPORTS
29
SCAN OUT1
SO 16
SCK 18
LCDON2 SREQ SDO
SI 17
TEST
MOVIE
SET UP
NIGHT VIEW
LEFT
RIGHT
UP
DOWN
OK
30
SCAN OUT2
PLAY
DEL
WIDE
TELE
MENU
31
SCAN OUT3
ASIC TEST 45 MAIN RESET 1
PW_ON
1st
2nd
--
AVJACK
32
SCAN OUT4
CARD 22
SDI SCK ZTEST MRST ZCARD +12V(B)
PW_LED 3 SB. LED (R) 4 AF. LED (G)
TO DMA(MAIN)
PLLEN
PLLEN 46 LCD ON2 39
PORTRAIT
TO TB1
X3002 32KHZ
USB_CONNECT 25
SCENE
CN301 CN302
TO DMA(MAIN)
TO PWA
2
BEEP 27
Q3005
MODEL: E4600
- E21 ･ E4600 - BLOCK DIAGRAM: SYSTEM CONTROL
VAA32001-R.3652.A
POWER ブロック図 POWER BLOCK DIAGRAM CNT6 48
VR501 VR 10
32 17
16
31
29
IC501
FA7723R
35 36
SWITCHING MODULE
24 30 39 40
OUT4
OUT5
OUT7
OUT2D-2 OUT2D-1
OUT1D-2 OUT1D-1
OUT6
IC961
Q9601, L9601 Q9602 STEP UP CIRCUIT T5001,Q5001 CONVERTOR TRANS
L5004, Q5004 STEP UP CIRCUIT
L5003, Q5003 STEP DOWN CIRCUIT
L5005 STEP DOWN CIRCUIT
L5006 STEP UP CIRCUIT
L5007, Q5002 STEP UP CIRCUIT
4.5V
1.41V(D)
Q5006
PON=H:4.25V, PON=L:3.6V
IC502 REG.
CURRENT DETECTOR CIRCUIT
+3.25V(D)
BOOST4.25V
TO DMA(MAIN)&STA
TO DMA(MAIN, LENS)
TO DMA(MAIN)
TO LCD BACK LIGHT
TO DMA(MAIN)
TO DMA(MAIN, LENS& LCD)
TO DMA(MAIN)
TO DMA(LCD)
TO SYA
TO DMA(MAIN)
+12V(A)
-8V(A)
+12V(B)
+12V(L)
+3.45V(A)
VDD3
+1.41V(D)
LCD_ON
LCD_AN
LCD_CA
PON
PAON
BLON
MODEL: E4600 BLOCK DIAGRAM: POWER
- E22 ･ E4600 -
CNT4 46 25
44 47 49
CN1, 5, 7
2 5
WT
R1526
RD
+
1
L1302
3
4 C1519
C1505
LCD_AN C1512 C1708 R1702
CN171 32
LCD_CA R1502
C1515
C1512
10 10 XF111
R1066
C1051
XF111
R1054
C1101
15
1
R1052 C1056 C1059 R1055
C1058
R1701
D1701
CN193
TDI CN193
R1005
C1003 C1004
L1103
R1104
C1114 R1102
BLK Q5006
C3001
R1703
C1702
C1018
R1902 C1905 C1904
R1046
C1201
R9002
IC904 R1403
R1047
L9001
C9008
C1703 C9008
R9017
10
C1751
R1734
Q3005
R3021
D1703
C1102
X1101
C1706
C1705
D1701
Q1736
C1734 R1736
C1105 C1104
L1102
11
RED
Q1735
R1739
IC111
1 R1111 6 6 5
33
1 6
C1504
R1053
CN304
Q1505
IC152 C1054
CN171 CN171 CN304
C1513 C1052
CN302 CN302
R1064
1
R3022
R1733
C1513 IC152
IC111
R1103
R1501
R1509 R1503 R1735
L1101 RB107 VA306 VA307
GND24 RB144 RB143
R1404 R1410
C1736 C1006
C1005
C1707
C1701
20 16 C1103
IC101
CN302 VDD3
R1201
CB901
R1018
SCNEN
C1085
TDO TMS C1009 L1080 C1084
IC121
1 R9010 C9027
C9032
C9036
C9030
C9023 C9006
IC905
RB103
R1003
C1083 C1086
RB903
1
R9508
9
14
23
C9505
C9017
28
9
1
8
10
R9001
C1901
R5016
R5017
RB146
R5009 R5022
ZFWR
R5025
C5012
C5013
R1431
Q1431
ZFRD TCK
C9503
CN191
IC951
C9017
R5423
CN192
R5035
R5032
R5036
CN192
L5001
C5029
D5407
C5407
4
3
Q5001
C5030
R5033
5
1
L5010
2A
F5002
F5002
F5001
F5005
F5005
2A F5004
C5414
IC541
Q5405
R5420 C5416
Q5401
R5401 C5415
R5425
CL303 C5411
SIDE-B CL302 C5037
R9004
CB951
R9501
C9502
CN951
20
IC901 SX797_CP1 1AG4B10F2000AB
C9014 C9016
22
15
C9026
R9005 L9003
R9006 L9004
RB101
L1001
C9003
L9002
C9013
RB108
JSELTRST
IC103
IC103
RB106
RB901
IC905
R9016
R9003
CB903
9
+
C9035 R9014
R9015
RB902
R9008
C9018
D9004 C9035
D9003
C9034
C9024
R9012
CB902
18 C9005
1 RB104
X1101
D1702
R1002 C1002
4 3
C1303 C1304
IC101
C9012 C9007
IC904
Q9001
CB904
IC903 40
C9025 C9009
31 30 1
D9001
20 21 11
10
D1703 D1702
SIDE-B 2000BB
WT
F5004
BAT+
F5001
GY
RB142
RB105 C1007
Q1432 C1903
VDD1.41
BOOT
XF901
XF901 VR501 R5023 R5026
VR501
C5031
C5033
RB102
24 1 C9506
C9504
D5405D5408
C1020 C1019
R9011
+ IC901 IC901 D5405 Q5003
R1001
R9007 R9013
C5032
R1434
R9505 C9011
C9501
CN191
20 R9510
C9010
C9015
C9028
Q5407
D5408 R5043
R5414 C5406 R5413
L5002
13 12
DISCHARGE
D5007
CN301
IC951 R5034
CN301
6 1
VA305
VA309 VA303 VA304
CL301
C5028
2A 2A
BATJW502
CN301 L5009
5 C1709
IC121 D6001
- E23 ･ E4600 -
F5005
SX797 TB1
+ F5001
F5004
JW501
CN951 CN951
VAA32001-R.3652.A
FUSE arrangement (CP1 PCB)
F5002
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
VAA32001-R.3652.A
The contents of inspection standards and tools for E4600 [1] Inspection standards ............................................................................................................................................ R1 to R10 [2] Tools .................................................................................................................................................................... T1 to T5
- E4600 -
INSPECTION STANDARDS Item
Criteria
VAA32001-R.3652.A
Applied tool(s)
External view Gap/Difference in height
・ General components
Visual observation
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
Outside and inside status
・ 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.)
Operation/Operability Operation
・ While operating, any irregularities or irregular noise shall not be required.
Secondary battery
(Check it by shaking the camera while operating. Lightly hit the camera onto the Linoleum-laid desk while operating.) Operability of buttons
・ 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.)
Mode dial
・ 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.)
Operation touch
・ 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.)
Each cover
Primary battery/
・ 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･ E4600 -
VAA32001-R.3652.A
Item
Criteria
Applied tool(s)
Monitor Shooting image
・ Inclined degree of image shall be 0.5 degree or less.
Photoshop
・ PC monitor and print output
Printer
(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
Focal length
+ 7.1%
measuring instrument
- 1.1%
Lens drive tool
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% + 2.1%
Peripheral light reduction
・ 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.
Ghost/Flare Point light source Surface light source
・ There must not be an outstanding ghost/flare.
Visual observation
・ There must not be an outstanding flare at the center.
Distortion
・ There must not be an outstanding deformation.
Dust in a picture
・ There must not be an outstanding dust in a picture.
Photoshop
・When the picture center (within the circle whose diameter is 80%
CRT monitor
of the short side) is Zone I and its outside is Zone II, the light reduction against the periphery must be as follows :
Zone I Zone II
a 4 or less 10 or less
b 0 2 or less
a : 1.5% or less b : More than 1.5% and less than 3.0%
- R2･ E4600 -
PC
VAA32001-R.3652.A
Item
Criteria
Applied tool(s)
Lens barrel Zoom / Focus
・ There must not be an abnormal action (for example, the unit oper-
Visual observation
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
・ In the case of normal AF: Focus must be fit at the picture center.
operation
・ In the case of the out-of-focus object: Focus must be fit at the 2m
Visual observation
point. ・ In the case of the scene mode: Focus must be fit in the selected area. Shortest photograph
Focus must be fit at the following distance.
distance
Tape measure EIAJ chart
Normal
・ 30cm (in whole area)
Macro
・ 12cm(Z00) 、7.8cm(Z14) 、4cm(Z04) 、10.5 cm（Z19）、
Siemens chart
4.7cm(Z09) Shooting with a speed light Light adjustment accu- ・ Tele-end: 0.4 ~ 2.0m
Standard reflection
racy
plate
・ 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)
Guide No. FULL (ISO100・m)
・ 6.8 ± 0.4 EV
Flash meter
(Charge for 10 seconds with the new primarybattery and perform
New battery
measurement within 1 second.)
Measurement firmware
Recycling time
・ Within 8 seconds
Stop watch
・ 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
・ Wrong flash must not occur. (Check by loading/unloading a battery, giving a light shock and operating mode buttons except S2.)
- R3･ E4600 -
New battery
VAA32001-R.3652.A
Item
Criteria
Applied tool(s)
Quality of image Resolution in AF
The resolution must be in compliance with the following values in
EIAJ chart
all the postures of the EIA J chart evaluation.
Photoshop
Siemens chart
Center horizontal/vertical: 1100 TV pcs. Periphery horizontal/vertical: 700 TV pcs. Center horizontal/vertical: 1100 TV pcs. Periphery horizontal/vertical: 700 TV pcs. <2M> Center horizontal/vertical: 700 TV pcs. Periphery horizontal/vertical: 450 TV pcs. Center horizontal/vertical: 450 TV pcs. Periphery horizontal/vertical: 300 TV pcs. Center horizontal/vertical: 250 TV pcs. Periphery horizontal/vertical: 150 TV pcs. <10 ～ 0.3m> (The whole zoom area) Center horizontal/vertical: 1100 TV pcs. <0.3 ～ 0.04m> (The whole zoom area) Center horizontal/vertical: 900 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” Center horizontal/vertical: 900 TV pcs. ・ Check at near distance (W12cm, M (Z08) 4cm, T10.5cm). ・ Take a picture at the high image quality mode. - R4･ E4600 -
VAA32001-R.3652.A
Item In the case of compelling infinity
Criteria (The whole zoom area)
Applied tool(s) Infinity chart
Center horizontal/vertical: 900 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.
In the case of“our of focus”
(The whole zoom area) Center horizontal/vertical: 900 TV pcs. ・ Measure the TV resolution pieces at center.
EIAJ chart Photoshop Siemens chart
・ 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.) Gradation/luminance
[Histogram's gray average value]
5100K viewer
level
・ Black: 10 ± 5
ITE γ 0.45
Gray: 145 ± 15
Gray scale (standard)
White: 225 ± 10
Photoshop
・ 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
- R5･ E4600 -
VAA32001-R.3652.A
Item
Criteria
Applied tool(s)
Quality of image Noise
[Histogram's standard deviation]
5100K viewer
・ Gray: 3.0 or less
ITE γ 0.45
Black: 3.5 or less
Gray scale (standard)
・ Equip the 5100K viewer with a scale and shoot an object in the
Photoshop
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:
Reproduction of color
Upper left
2 step: Black, 6 steps: Gray
Lower left
6 steps: Gray, 10 steps: Black
・ Color
Color bar chart Photoshop W Ye R
R 205 ± 20 208 ± 20 225 ± 20
G 205 ± 20 208 ± 20 10 ± 10
B 205 ± 20 40 ± 15 10 ± 10
・ 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･ E4600 -
VAA32001-R.3652.A
Item
Criteria
Applied tool(s)
Finder View / Image
・ There must be no blur, distortion, ghost, halation or other out-
Visual observation
standing troubles in contrast, gradation, etc. Visual field frame/ frame line
・ Blur or difference in thickness must be within the proper range to
Visual observation
operate the stamped line and visual field frame.
Shading
・ You can check the whole finder visual field.
Operation
・ The finder must be activated smoothly in a link operation with the lens barrel zooming action.
Dust, fluff and damage ・ The position and quantity must be as follows Zone Size Less than 10 μ m 10~20 μ m More than 20 μ m
Visual observation
A
B
C
0 pc 0 pc 0 pc
2pcs or less 0 pc 0 pc
3pcs or less 1pcs or less 0 pcs
b
・Total:3pcs or less
b/2
・Interval:Less than b/2
b/6
A
a/8
a/2
B C
- R7･ E4600 -
a
VAA32001-R.3652.A
Item
Criteria
Applied tool(s)
LCD and others Monitor LCD
View
・ The reproduction of W, B and RGB must not be interfered.
Visual observation
・ The monitor LCD must comply with the SY monitor LCD performance 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.
Visual observation
・ The vertical difference and horizontal difference of the black belt width in the image periphery must be within 0.3mm. Visual field ratio ・ Through-the-monitor image: 96 to 100% ・ Play-back image:
Visual observation
98 to 100%
Bright pixels or dim pixels on LCD
・ Perform reproduction for each single color of R, G, B and white and check visually. 1
2
1 1
Zone A
2
Zone B
1
Zone A B Total
Bright pixel 1 3 4
Dim pixel 6 6
・ Bright pixels: Visible normally through 5% ND filter ・ Dim pixels: Visible normally (Standard: Within the above Self-timer
quantity)
Visual observation
Operation time: LED blinks/lights
Stop watch ・ 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.)
- R8･ E4600 -
VAA32001-R.3652.A
Item
Criteria
Electric characteristics
Applied tool(s) Constant voltage
Consumption current
power supply
Stand-by ・ When card is not used: 0.27mA or less (when the power switch is OFF)
Ammeter Dummy battery pack
・ When card is used: 0.39mA or less (when the power switch is OFF) Start (Photography) ・ 12mA or less (at "Sleep") ・ 0.75W or less (when the power switch is OFF B. C voltage
Constant voltage
When voltage
power supply
decreases
Volt meter
(Alkaline battery)
Dummy battery pack
Level 1 ・ 2.125 ± 0.1V Level 2 ・ 2.0 ± 0.1V(The battery mark blinks.) Level 3 ・ There is no regulation of voltage. (Power OFF) (Ni-MH) Level 1 ・ 2.35 ± 0.1V Level 2 ・ 2.0 ± 0.1V (The battery mark blinks.) Level 3 ・ There is no regulation of voltage. (Power OFF) (Li battery) Level 1 ・ 2.425 ± 0.1V Level 2 ・ 2.0 ± 0.1V (The battery mark blinks.) Level 3 ・ 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･ E4600 -
VAA32001-R.3652.A
Item
Criteria
Electric characteristics When voltage increases (Alkaline battery) Level 1 ・ 2.25 ± 0.1V Level 2 ・ 2.1 ± 0.1V (Ni-MH) Level 1 ・ 2.45 ± 0.1V Level 2 ・ 2.1 ± 0.1V (Li battery) Level 1 ・ 2.6 ± 0.1V Level 2 ・ 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 ･ E4600 -
Applied tool(s)
VAA32001-R.3652.A
［２］工具一覧表 Tool List ※：新規工具 ※：New tool
J63080
工具番号
名 称
備 考
Tool No.
Name
Remarks
パターンボックス LV-1450DC Pattern Box
J63080A
J63081
J63068
LV-1450DC
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)
交換用ハロゲンランプ (LV-1450DC 用 )
LV-1450DC
Spare Harogen Lamp
Exclusive
(For LV-1450DC)
カラーメータ ( ミノルタカラーメータⅢ F)
共通
Color Meter(Minolta Color meter Ⅲ F)
Common
輝度計 BM-3000
共通
Luminance Meter BM-3000
Common
POWER
BM-3000
- T1･ E4600 -
VAA32001-R.3652.A
※：新規工具 ※：New tool
工具番号
名 称
備 考
Tool No.
Name
Remarks
※ J65071
キャリブレーションソフト Calibration Software
J63090
サービスマニュアル添付
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)
コリメータ (C-DSC)
共通
Collimator
Common
(C-DSC)
ジーメンスチャート
Attached in
共通 Common
Service Manual
J63079
ITE 高精細解像度ﾁｬｰﾄ (4:3 反射型 )
共通
ITE HIGH RESOLUTION CHART (4:3 REFLECT TYPE)
Common
- T2･ E4600 -
VAA32001-R.3652.A
※：新規工具 ※：New tool
工具番号
名 称
備 考
Tool No.
Name
Remarks
※ J61202
レンズユニット検査工具
FFD 点検調整用
Lens unit checking tool
For FFD inspection and adjustment
※ J61202F
接続コード
FFD 点検調整用
Connection cable for lens
For FFD inspection and adjustment
※ J61204
デジタル通信ボード
FFD 点検調整用
PCI I/F board
For FFD inspection and adjustment
※ J61204A
通信ボード用ケーブル
FFD 点検調整用
Connection cable for PC
For FFD inspection and adjustment
- T3･ E4600 -
VAA32001-R.3652.A
※：新規工具 ※：New tool
工具番号
名 称
備 考
Tool No.
Name
Remarks
※ J15327
FFD 調整用マイクロ台
FFD 点検調整用
Adjusting focus stand for APS
For FFD inspection and adjustment
※ J15327A
FFD 調整用マイクロ台アダプター
FFD 点検調整用
Adapter for J15327A
For FFD inspection and adjustment
※ J15327D
FFD 調整用マイクロ台アダプター
FFD 点検調整用
Adapter for J15327D
For FFD inspection and adjustment
※ J65072
E4600/E5600 鏡筒駆動ソフト
FFD 点検調整用
E4600/E5600 lens unit checking program
For FFD inspection and adjustment
- T4･ E4600 -
ジーメンススターチャート
VAA32001-R.3652.A
- T5･ E4600 -
