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VAA23001-R.3626.A
作成承認印配布許可印
VAA23001
REPAIR MANUAL
Copyright ｃ 2004 by Nikon Corporation.
All Rights Reserved.
無断転載を禁ず !!
Printed in Japan February 2004
VAA23001-R.3626.A
CONTENTS
SPECIFICATIONS ･･･････････････････････････････････････････････････････････････････Ｍ１－Ｍ２
DISASSEMBLING
WARNING ･･･････････････････････････････････････････････････････････････････････････Ｄ 1
REAR COVER･･･････････････････････････････････････････････････････････････････Ｄ 2 －Ｄ３
FRONT COVER ･･･････････････････････････････････････････････････････････････････････Ｄ４
DISCHARGE MAIN CONDENSER ･･･････････････････････････････････････････････････････Ｄ５
BATTERY COVER/BATTERY TERMINAL ･････････････････････････････････････････････････Ｄ５
BATTERY HOLDER/BATTERY TERMINAL/CONTROL RELEASE ････････････････････････････Ｄ５
LCD / HOLDER MONITOR / SPRING PLATE A / HOLDER MICROPHONE / HOLDER FLASH ･････Ｄ６
CP1-PCB / TB1-PCB / CCD ･･････････････････････････････････････････････････････････････Ｄ７
FINDER UNIT･････････････････････････････････････････････････････････････････････････Ｄ８
SEPARATE LENS-BARREL ･････････････････････････････････････････････････････････････Ｄ９
SHUTTER ･･････････････････････････････････････････････････････････････････Ｄ１０－Ｄ１１
STRAIGHT TUBE (1ST LENS FRAME) / KEY TUBE ･･････････････････････････････････････Ｄ１２
BARRIER UNIT ･････････････････････････････････････････････････････････････････････Ｄ１２
3RD LENS UNIT / ZOOM MOTOR UNIT ････････････････････････････････････････････････Ｄ１３
ASSEMBLY
3RD LENS UNIT ･･････････････････････････････････････････････････････････････････････Ａ１
ZOOM MOTOR UNIT ･･････････････････････････････････････････････････････････････････Ａ２
BARRIER UNIT ･･･････････････････････････････････････････････････････････････････････Ａ３
STRAIGHT TUBE (1ST LENS FRAME) / KEY TUBE ････････････････････････････････････････Ａ４
SHUTTER ･･････････････････････････････････････････････････････････････････････Ａ５－Ａ６
ASSEMBLE LENS-BARRER / CCD BASE ･････････････････････････････････････････････････Ａ７
FINDER UNIT･････････････････････････････････････････････････････････････････････････Ａ８
CCD / TB1-PCB / CP1-PCB ･･････････････････････････････････････････････････････････････Ａ９
HOLDER FLASH / HOLDER MICROPHONE / SPRING PLATE A ････････････････････Ａ１０－Ａ１２
HOLDER MONITOR / LCD････････････････････････････････････････････････････Ａ１０－Ａ１２
BATTERY COVER ･･･････････････････････････････････････････････････････････････････Ａ１３
CONTROL RELEASE / BATTERY HOLDER ･････････････････････････････････････Ａ１３－Ａ１４
FRONT COVER ･････････････････････････････････････････････････････････････････････Ａ１５
REAR COVER･･･････････････････････････････････････････････････････････････････････Ａ１６
ADJUSTMENT ･････････････････････････････････････････････････････････････････Ａ１７－Ａ２５
DISCRIPTION OF CIRCUIT･･･････････････････････････････････････････････････････････Ｅ１－Ｅ７
- E2200 -
VAA23001-R.3626.A
ELECTRICITY
OVERALL WIRING ････････････････････････････････････････････････････････････････････Ｅ８
OVERALL BLOCK DIAGRAM ･･････････････････････････････････････････････････････････････････Ｅ９
ASIC BLOCK DIAGRAM ･･･････････････････････････････････････････････････････････････Ｅ１０
CCD BLOCK DIAGRAM ･･･････････････････････････････････････････････････････････････Ｅ１１
LENS DRIVE BLOCK DIAGRAM ･･････････････････････････････････････････････････････Ｅ１２
POWER BLOCK DIAGRAM･････････････････････････････････････････････････････････････Ｅ１３
SYSTEM BLOCK DIAGRAM ････････････････････････････････････････････････････････････Ｅ１４
PWA CIRCUIT DIAGRAM (STROBE CIRCUIT DIAGRAM) ･･････････････････････････････････Ｅ１５
FUSE configuration (CP1 PCB) ･････････････････････････････････････････････････････････Ｅ１６
INSPECTION STANDARD ････････････････････････････････････････････････････････････Ｒ１－Ｒ７
TOOL LIST ････････････････････････････････････････････････････････････････････････Ｔ１－Ｔ３
- E2200 -
VAA23001-R.3626.A
SPECIFICATIONS
Type
E2200 digital camera
Effective pixels
2.0 mega-pixels
CCD
1/3.2-inch high-density CCD; total pixels: 2.14 mega-pixels
Image size (pixels)
1600×1200, 1024×768 and 640×480
Lens
3×Zoom Nikkor
f = 4.7 to 14.1mm (36 ~ 108mm by conversion with 35mm-format) F2.6 ~ F4.7
Digital zoom
Max. 4.0× (by 0.2)
Auto focus (AF)
Contrast AF
Focus range measured
from lens
30 cm (1 ft.)-∞ at widest angle (W), 60 cm (2 ft.)-∞ at telephoto (T)
(Approx. 4cm (shortest) ~ ∞ in Macro mode)
AF area
Automatically selected from 5 places when the scene mode with the center/assist
function is selected.
Finder
Real image type zoom finder, field of viewfinder: Approx. 80%
Monitor
1.6 type TFT LC, 80000-dot, with luminance adjustment (5 steps), with the
GainUp function for low luminance
Storage
Media
File system
File format
SD card
Compliant with Design rule for Camera File systems (DCF), Exif 2.21, Digital
Print-Order Format (DPOF)
Compressed: Compliant with JPEG
Movies: QuickTime Motion JPEG
Metering
256-segment multi-metering
Exposure control
Programmed auto, exposure compensation (–2.0 ~ +2.0 EV in steps of 1/3 EV)
Range
(ISO equivalent)
W: EV 0.8 to 17.7
T: EV 2.6 to 16.2
Shutter
Shutter Speed
Mechanical and charge-coupled electronic shutter
4-1/3000 sec.
Aperture
Range
Electronically controlled open-selectable aperture, control steps: 2 (aperture
"open"/small aperture (-2Av))
Sensitivity
Equivalent to IS0050, with the automatic gain-up function
Self-timer
Approx. 10 seconds
Built-in Speedlight
Range
Equipped with automatic pop-up
W: 0.4 to 3.7 m (1.3 to 12.1 ft.)
T: 0.4 to 2.0 m (1.3 to 6.6 ft.)
Automatic sync control
Sync method
- M1 ･ E2200 -
VAA23001-R.3626.A
Interface
USB 2.0
Video output
User can choose from NTSC and PAL
I/O terminals
DC input terminal, Video output terminal which is also used as USB terminal
Power sources
Rechargeable battery EN-MH1 (nickel hydrogen battery: accessory) 2 pcs.,
lithium battery CR-V3 (available separately): 1 pc., AA nickel manganese
battery (on the market): 2 pcs. or AA nickel dry battery (on the market): 2 pcs.
and EH-61 AC adapter (available separately)
Battery life
(EN-EL1)
Approximately 150 minutes (when EN-MH1 is used)/approximately 250
minutes (when CR-V3 is used)
* Measurement conditions are those of Our Company (zooming when taking a
picture, speed light photography with approx. 30% in the photography mode
[Standard]).
Dimensions
(W×H×D)
88×65×38 mm
Weight
Approximately 140 g without battery and memory card
Operating environment
Temperature
Humidity
0 - 40°C (32 – 104°F)
Under 90% (no dew condensation)
- M2 ･ E2200 -
VAA23001-R.3626.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 ･ E2200 -
VAA23001-R.3626.A
Rear cover
・ Open the cover ( ① ).
・ Take out 2 screws ( ② : M1.7×5).
・ Take out 2 screws ( ③ : M1.7×4.5).
・ Take out 2 screws ( ④ : M1.7×4).
・ Uncover the bottom of the rear cover from card-lid side, and unhook the rear cover while pressing its upper
part. (Fig. 1)
・ Uncover the rear cover by pulling it slowly backwards, and detach the FPC ( ⑤ ) from the connector. (Fig. 2)
・ The shaft strap ( ⑥ ) comes off.
Rear cover
⑥
red
⑤
black
①
④
②
③
- D2 ･ E2200 -
VAA23001-R.3626.A
Push.
Rear cover
Bottom card cover
(Fig 1)
⑤
(Fig 2)
- D3 ･ E2200 -
VAA23001-R.3626.A
Front cover
・ Remove the lead wire (black: ① ) and lead wire (red: ② ).
・ Remove the FPC ( ③ ).
・ Take out 3 screws ( ④ : M1.7×4).
・ Remove the front cover by pulling it forwards.
・ The stand (tripod: ⑤ ) comes off.
④
red
①②
black
⑤
③
④
Front cover
②
①
- D4 ･ E2200 -
VAA23001-R.3626.A
Discharge Main condenser
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2KΩ/5W
Main condenser
Battery cover / Battery terminal
・ Take out 2 screws ( ① : M1.7×2.5), and remove the battery terminal C ( ② ).
・ The battery cap ( ③ ), battery terminal D ( ④ ) and battery knob ( ⑤ ) come off.
・ Remove the battery cover shaft ( ⑥ ) and uncover the battery cover.
Battery holder / Battery terminal / Control release
・ Take out 2 screws ( ⑦ : M1.7×3), and remove the battery holder.
・ Take out 2 screws ( ⑧ : M1.7×2.5).
・ Remove the lead wire (black: ⑨ ) and detach the terminal B ( ⑩ ).
・ Remove the lead wire (red: ⑪ ) and detach the terminal A ( ⑫ ).
Battery holder
・ Take out 2 screws ( ⑬ : M1.7×3) and remove the control release.
⑦
⑪
⑫
⑩
⑧
Control release
⑬
⑨
Front cover
⑥
①
②
③
④
⑤
Battery cover
- D5 ･ E2200 -
VAA23001-R.3626.A
LCD
・ Remove the FPC ( ① ).
・ Remove the lead wires (white: ② and red: ③ ). (Fig. 1)
・ Remove the LCD.
Note) Handle the stopper of the FPC ( ① ) with care because it is fragile.
Holder monitor
・ Take out 2 screws ( ④ : M1.7×4).
・ Take out the screw ( ⑤ : M1.7×2.5).
・ The holder monitor comes off.
Spring plate A / Holder microphone
・ Take out the screw ( ⑥ : M1.7×3).
・ The spring plate A comes off.
・ The holder microphone comes off.
Holder flash
②　③
・ Take out the screw ( ⑦ : M1.7×4).
(Fig 1)
・ Remove the lead wires (red: ⑧ and black: ⑨ ).
・ Remove the lead wires (black: ⑩ , gray: ⑪ and red: ⑫ ).
・ The holder flash comes off.
⑥
Spring plate A
Holder microphone
⑩⑪⑫
LCD
⑧⑨
②③
⑦
Holder flash
A
black
red
gray
black
A
red
①
red
④
white
Holder monitor
⑤
Stopper of FPC ( ① )
- D6 ･ E2200 -
VAA23001-R.3626.A
CP1-PCB / TB1-PCB / CCD
・ Take out the screw ( ① : M1.7×3).
・ Remove the FPC ( ② ).
・ Take out 2 screws ( ③ : M1.7×6).
・ The lens assembly comes off.
・ The spacer ( ④ ), LPF ( ⑤ ) and spacer ( ⑥ ) come off.
・ Remove the lead wires (gray: ⑦ and white: ⑧ ).
・ Take out the screw ( ⑨ : M1.7×3).
・ TB1-PCB comes off.
・ Unsolder the CCD ( ⑩ ) and disassemble the CCD and CP1-PCB.
CP1-PCB
③
B
TB1-PCB
⑨
gray
C
⑦⑧
B
①
②
⑩
④
C
⑤
⑥
Lens assembly
- D7 ･ E2200 -
white
VAA23001-R.3626.A
Finder unit
①
Finder unit
Lens-barrel
・Take out 2 screws ( ① ).
・Remove the finder unit by lifting it in the direction indicated by the arrow.
- D8 ･ E2200 -
VAA23001-R.3626.A
Separate Lens-barrel
②
①
Shutter FPC
②
・Remove the solder of the shutter FPC and take out the screw ( ① ).
・Take out 4 screws ( ② ).
Lens-barrel
Finder gear A
Finder gear B
・Detach the lens barrel by moving it slowly in the direction indicated by the arrow.
The finder gear A and B come off at the same time.
- D9 ･ E2200 -
VAA23001-R.3626.A
Shutter
Turning tube
・Rotate the turning tube in the direction indicated by the arrow, to extend the lens-barrel to the maximum.
Barrier joint plate
①
②
Ａ
Barrier joint plate
Ａ
【Side view】
・Remove the barrier joint plate by pulling it in the direction of A.
- D10 ･ E2200 -
VAA23001-R.3626.A
Shutter unit
Turning tube
・Rotate the turning tube to the full up position, to reduce the lens-barrel size.
・Remove the shutter unit by lifting it in the direction of the arrow.
①
2nd lens frame
Shutter
・Take out 2 screws ( ① ) to separate the 2nd lens frame from the shutter.
- D11 ･ E2200 -
VAA23001-R.3626.A
Straight tube (1st lens frame) / key tube
Turning tube unit
Lens-barrel
cover
Straight tube (1st
lens frame）
Key tube
Turning tube
・Remove the turning tube unit from the lens-barrel cover.
・Remove the straight tube (1st lens frame) by pulling it backwards.
・Remove the key tube from the turning tube.
Barrier unit
Barrier ring
Spring
Barrier
Name plate
・Remove the name plate.
・Remove the barrier by turning it slightly in the direction indicated by the arrow.
・Detach the spring to remove the barrier ring.
- D12 ･ E2200 -
VAA23001-R.3626.A
3rd lens unit / Zoom motor unit
3rd lens spring
Focus motor
3rd lens unit
Turning stopper
①
Zoom gear D
Zoom gear C
Zoom motor
Worm gear
①
②
Motor base
1) Zoom motor unit
・Take out 2 screws ( ① ).
・The motor base comes off, so does the worm gear, zoom gear C, and zoom gear D.
・Take out 2 screws ( ② ).
・Remove the solder at 2 parts on the backside of the zoom motor, and detach the zoom motor.
2) 3rd lens unit
・Remove the 3rd lens spring.
・ Turn the focus motor shaft counterclockwise with a flathead screw driver, and remove the 3rd lens unit and
turning stopper.
- D13 ･ E2200 -
VAA23001-R.3626.A
Assembly
3rd lens unit
Focus motor
CCD base
3rd lens spring
3rd lens unit
Turning stopper
・While turning the focus motor shaft clockwise with a flathead screwdriver, assemble the 3rd lens unit and the
turning stopper into the CCD base.
・ Turn the focus motor shaft further until the 3rd lens unit slightly touches the bottom, then give it about one turn
counterclockwise.
Adhesive: Screw lock
(Colorless)
HH201002
・Hook the 3rd lens spring.
・Apply the Screw lock (colorless) on both hooking ends of the 3rd lens spring.
- A1 ･ E2200 -
VAA23001-R.3626.A
Zoom motor unit
CCD base
②
Zoom gear D
Zoom gear C
Zoom motor
Worm gear
②
①
Motor base
・Attach the zoom motor on the motor base, and tighten 2 screws ( ① ).
・Assemble the worm gear, zoom gear C and zoom gear D into the CCD base.
・Attach the motor base on the CCD base, and tighten 2 screws ( ② ).
CCD base FPC
2 solderings
Zoom motor
・Attach the FPC of the CCD base on the zoom motor, and solder it.
- A2 ･ E2200 -
VAA23001-R.3626.A
Barrier unit
Barrier ring
Straight tube (1st lens frame)
Spring
Barrier
Name plate
・Attach the barrier ring to the straight tube (1st lens frame), and hook the spring.
・Attach the barrier by turning it slightly in the direction indicated by the arrow.
・Attach the name plate.
- A3 ･ E2200 -
VAA23001-R.3626.A
Straight tube (1st lens frame) / key tube
Turning tube
Light-shielding ring
Key tube
・Assemble the light-shielding ring and key tube into the turning tube by following the above direction of the arrow.
Straight tube (1st lens frame)
Key tube
・Align the grooves of the key tube and 3 protrusions of the straight tube (1st lens frame) and assemble them.
Turning tube unit
Lens-barrel cover
・Assemble the turning tube unit into the lens-barrel cover.
- A4 ･ E2200 -
VAA23001-R.3626.A
Shutter
①
2nd lens frame
Shutter
・Assemble the shutter and 2nd lens frame with 2 screws ( ① ).
Shutter unit
Lens-barrel cover
・Assemble the shutter unit into the turning tube by following the above direction of the arrow.
- A5 ･ E2200 -
VAA23001-R.3626.A
Turning tube
・Rotate the turning tube in the direction indicated by the arrow, to extend the lens-barrel to the maximum.
Barrier joint plate
①
②
Ａ
Barrier joint plate
Ａ
【Side view】
・Attach the barrier joint plate by pressing slightly in the direction of A arrow.
Turning tube
・Rotate the turning tube in the direction indicted by the arrow, to reduce the lens-barrel size.
- A6 ･ E2200 -
VAA23001-R.3626.A
Assemble Lens-barrel / CCD base
CCD base
Gear shaft
Adhesive:
Cemedine 575　J67017
Lens-barrel
Finder gear A
Finder gear B
・Attach the gear shaft to the CCD base.
・Apply the cemedine 575 on the tip of the gear shaft from the backside of the CCD base.
・Assemble the finder gear A and B.
・Pass the shutter FPC through the hole of the CCD base, and assemble the lens-barrel.
・As shown in the below red circle (○), align the protrusions of the CCD base and finder gear A, and assemble them.
・Apply the cemedine 575 on the tip of the gear shaft.
CCD base
Finder gear A
Gear shaft
Adhesive：
Cemedine 575
J67017
- A7 ･ E2200 -
VAA23001-R.3626.A
CCD base FPC
①
②
①
Shutter FPC
・Tighten 4 screws ( ① ).
・Tighten the screw ( ② ) and solder the shutter FPC on the FPC of the CCD base.
Finder unit
①
Finder unit
Lens-barrel
・Set the finder unit to W-end manually.
・ Enter the protrusion of the finder unit into the hole of the lens-barrel as shown by (○), and assemble them by
pushing in the direction of the arrow.
・Tighten 2 screws ( ① ).
- A8 ･ E2200 -
VAA23001-R.3626.A
CCD / TB1-PCB / CP1-PCB
・ Arrange the shield tape ( ① ), spacer ( ② ), and lens mount ( ③ ). Assemble the CCD ( ④ ) and solder the
CP1-PCB.
・ Solder the lead wires (gray: ⑤ and white: ⑥ ).
・ Assemble the spacer ( ⑦ ), LPF( ⑧ ), and spacer ( ⑨ ) into the lens assembly.
・ Attach the CP1-PCB to the lens assembly, and tighten the 2 screws ( ⑩ : M1.7×6).
・ Connect the FPC ( ⑪ ).
・ Place the lead wires in position as shown below, and attach TB1-PCB.
・ Tighten the screw ( ⑫ : M1.7×3).
・ Tighten the screw ( ⑬ : M1.7×3).
CP1-PCB
⑩
B
TB1-PCB
⑫
②
gray
③
⑤⑥
B
⑨
C
④
①
⑧
⑬
white
⑪
Direction for assembling
LPF ( ⑧ )
⑦
C
Lens assembly
TB1-PCB
⑥
⑤
- A9 ･ E2200 -
Lens
unit-side
CCDside
VAA23001-R.3626.A
Holder flash
・ Solder the lead wires (red: ① , gray: ② , and black: ③ ). (Fig. 1)
・ Place the lead wires in position as shown below. Attach the holder flash and tighten the screw ( ④ :M1.7×4).
(Fig. 2)
・ Arrange the lead wires (red: ⑤ and black; ⑥ ) as shown below and solder them. (Fig. 3・Fig. 4)
Holder microphone / Spring plate A
・ Attach the holder microphone.
・ Attach the spring plate A.
・ Tighten the screw ( ⑦ : M1.7×3).
Holder monitor
・ Attach the holder monitor and tighten 2 screws ( ⑧ : M1.7×4).
・ Tighten the screw ( ⑨ : M1.7×2.5).
LCD
・ Attach the FPC ( ⑩ ).
・ Attach the LCD.
・ Solder the lead wires (red: ⑪ and white: ⑫ ). (Fig. 5)
⑦
Spring plate A
Holder microphone
①②③
LCD
⑤⑥
⑪⑫
④
Holder flash
A
black
red
gray
black
A
red
⑩
⑧
red
white
Holder monitor
⑨
- A10 ･ E2200 -
VAA23001-R.3626.A
Arrange wires of Holder flash
②
①
②
③
①
③
（Fig 2）
（Fig 1）
Arrange wires of Holder microphone
Holder microphone
（Fig 3）
For speaker:
Lead wire (black: ⑥ )
Lead wire (red: ⑤ )
（Fig 4）
- A11 ･ E2200 -
VAA23001-R.3626.A
Arrange LCD wires
（Fig 5）
- A12 ･ E2200 -
⑫ ⑪
VAA23001-R.3626.A
Battery cover
・ Mount the battery cover knob ( ① ), battery terminal D ( ② ), battery cap ( ③ ) and battery terminal C ( ④ ) on the
battery cover, and tighten 2 screws ( ⑤ : M1.7×2.5).
・ Attach the battery cover and front cover with the battery cover shaft ( ⑥ ).
Control release / Battery holder
・ Attach the control release, and tighten 2 screws ( ⑦ :M1.7×3).
・ Attach the terminal ( ⑧ ) on the battery holder, and tighten the screw ( ⑨ :M1.7×2.5).
・ Solder the terminal ( ⑧ ) and lead wire (red: ⑩ ). (Fig. 1, Fig. 2)
・ Attach the terminal ( ⑪ ) on the battery holder, and tighten the screw ( ⑨ :M1.7×2.5).
・ Solder the terminal ( ⑪ ) and lead wire (black: ⑫ ). (Fig. 1, Fig. 2)
・ Attach the battery holder on the front cover, and tighten the screw ( ⑬ :M1.7×3).
Battery holder
⑬
⑩
⑧
⑪
⑨
Control release
⑦
⑫
Front cover
⑥
⑤
④
③
②
①
Battery cover
- A13 ･ E2200 -
VAA23001-R.3626.A
⑧
⑩
⑪
⑫
（Fig 1）
Arrange lead wires (red: ⑩ and black: ⑫ )
（Fig 2）
- A14 ･ E2200 -
VAA23001-R.3626.A
Front cover
・ Attach the front cover on the body by following the below direction.
・ Attach the stand (tripod: ① ).
・ Connect the FPC ( ② ).
・ Solder the lead wires (black: ③ and red: ④ ).
・ Tighten 3 screws ( ⑤ :M1.7×4).
・ Attach the shaft strap ( ⑥ ).
red
③④
⑤
black
①
②
Body
Front cover
⑤
⑥
④
③
- A15 ･ E2200 -
VAA23001-R.3626.A
Rear cover
・ Connect the FPC ( ① ).
・ Attach the rear cover.
・ Tighten 3 screws ( ② :M1.7×4).
・ Tighten 2 screws ( ③ :M1.7×4.5).
・ Tighten 2 screws ( ④ :M1.7×5).
Rear cover
red
①
black
②
④
③
・ Check if the hole of the rear cover and the USB terminal are aligned.
Correctly aligned.
- A16 ･ E2200 -
VAA23001-R.3626.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 (J65057)
•Adjustment collimator (J63090) or Adjustment firmware
3. Adjustment items and order
1. Lens adjustment
2. AWB adjustment
3. CCD white dot defect compensation
4. CCD black dot defect compensation
5. USB storage information registration
Note) If replacing the lens, CCD, optical filter, CP-1 board, it is necessary to perform the above 1-5
adjustments again. 2-4 adjustments should be made in the above order.
4. 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 "DscCalDi130c" folder of the floppy disk drive in any folder on the hard disk.
- A17 ･ E2200 -
VAA23001-R.3626.A
5. Installing USB driver
If the USB driver is necessary, install Nikon View via CD-ROM packed with the camera.
6. 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/m2 by 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
Power switch
VR for adjustment of
the color temperature
Iris unit
Diffusion plate
Area to be measured
- A18 ･ E2200 -
VAA23001-R.3626.A
7. Adjustments required when parts are replaced
Lens Adj.
AWB
CCD Defects
USB
Lens Unit
○
○
○
×
Optical filter
○
○
○
×
CCD
○
○
○
×
CP-1
○
○
○
○
○ Adjustment is necessary. × Adjustment is not necessary.
8. 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.
To USB port
USB Cable
AC Adapter
- A19 ･ E2200 -
VAA23001-R.3626.A
9. Calibration software
When the calibration software starts, the following is displayed on the PC monitor.
- A20 ･ E2200 -
VAA23001-R.3626.A
10. 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.)
10-1. 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 "DscCalDi130c".
• 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±50 , xd7 = 0±50 , xd13 = 0±50, xd19 = 0±50
• Click "OK".
"Yes"
Camera
カメラ
調整用コリメータ
Adjustment
collimator
（ジーメンスターチャート内蔵）
(Siemens star chart built-in)
Result of adjustment
- A21 ･ E2200 -
VAA23001-R.3626.A
10-2. 1.5-m Adjustment
※ For 1.5-m adjustment, it is necessary to (re)write the adjustment firmware, so before the adjustment, be sure to
(re)write the firmware. Also, after completing the adjustment, do NOT forget to restore the original product firmware.
Procedure for setting Adjustment firmware
1) Save the adjustment firmware and the product firmware in any folder.
2) Start up "DscCalDi130c" 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 "DscCalDi130c" 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 "DscCalDi130c".
• 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 ± 50, xd7 = 0 ± 50, xd13= 0 ± 50 xd19 = 0 ± 50
• Click "OK".
"Yes"
Camera
カメラ
150cm±3cm
Siemens
star chart
ジーメンス
スターチャート
- A22 ･ E2200 -
Result of adjustment
VAA23001-R.3626.A
11. 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 "DscCalDi130c".
• Click "AWB", then "Yes".
• AWB adjustment values will appear on the screen.
Judgment standard: CHECK=128±2, 128±2, 130±30
• Click "OK".
"Yes"
カメラ
Camera
Result of adjustment
Pattern Box
バターンボックス
- A23 ･ E2200 -
VAA23001-R.3626.A
12. 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 512 pixels from the brightest number of CCD pixels..
[How to]
• Double-click on "DscCalDi130c".
• 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.
(FIG-2)
CCD Defect
(FIG-1)
CCD Black
13. CCD black dot defect compensation
[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 30 pixels (black dots in bright place) of CCD pixels.
[How to]
• Double-click on "DscCalDi130c".
• 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)
Camera
カメラ
Box
Pattern
バターンボックス
- A24 ･ E2200 -
VAA23001-R.3626.A
14. 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 "DscCalDi130c".
• Click on the "Get" button in the USB storage window and check the USB storage data.
VID: NIKON
PID: NIKON DSC E3200
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.
- A25 ･ E2200 -
OS
GND
V1A
V1B
NC
NC
V2
V3A
V3B
V4
VAA23001-R.3626.A
1. OUTLINE OF CIRCUIT DESCRIPTION
1-1. CP1 CIRCUIT DESCRIPTION
1. IC Configuration
IC903 (RJ24N3AA3DT) CCD imager
IC904 (LR366854) V driver
IC905 H driver, CDS, AGC and A/D converter
20
19
18
17
16
15
14
13
12
11
Vertical CCD
2. IC903 (CCD imager)
[Structure]
Interline type CCD image sensor
Image size
Diagonal 5.62 mm (1/3.2 type)
Pixels in total
1704 (H) x 1257 (V)
Recording pixels
1600 (H) x 1200 (V)
G
B
G
B
G
B
R
G
R
G
R
G
B
G
G
B
G
G
B
R
R
G
R
G
G
B
G
B
G
R
G
B
R
G
R
G
(Note)
1
2
3
4
5
6
7
8
9
10
OD
GND
OFD
NC
PW
RS
OOFD
H1
NC
H2
Horizontal CCD
(Note) :
Photo diode
Fig. 1-1. CCD Block Diagram
Pin No.
Symbol
Pin Description
1
OD
2, 19
GND
GND
3
OFD
Overflow drain
4, 9, 15, 16
NC
NC
5
PW
P well
6
øRS
Reset gate clock
7
OOFD
8
øH1
Horizontal register transfer clock
0 V, 3.3 V
10
øH2
Horizontal register transfer clock
0 V, 3.3 V
11
øV4
Vertical register transfer lock
-8.0 V, 0 V
13, 12
øV3A, øV3B
Vertical register transfe clock
-8.0 V, 0 V, 15.5 V
14
øV2
Vertical register transfer clock
-8.0 V, 0 V
18, 17
øV1A, øV1B
Vertical register transfer clock
-8.0 V, 0 V, 15.5 V
20
OS
Signal output
Approx. 7.5 V
Output transistor drain
Waveform
DC
Voltage
15.5 V
GND
0V
DC
-8 V
10 V, 14 V
Overflow drain output
Table 1-1. CCD Pin Description
- E1 ･ E2200 -
When sensor read-out
3. IC904 (V Driver)
V driver is necessary in order to generate the clocks
(vertical transfer clock, horizontal transfer clock and
electronic shutter clock) which driver the CCD.
IC904 is V driver. In addition the XV1-XV4 signals
which are output from IC101 are the vertical transfer
clocks, and the XSG signal which is output from IC102
is superimposed onto XV1 and XV3 at IC904 in order
to generate a ternary pulse. In addition, the XSUB signal
which is output from IC101 is used as the sweep pulse
for the electronic shutter.
4. IC905 (CDS, AGC Circuit, A/D Converter and
H driver)
The video signal which is output from the CCD is input
to Pin (27) of IC905. There are inside the sampling hold
block, AGC block and A/D converter block.
The setting of sampling phase and AGC amplifier is carried out by serial data at Pin (32) of IC935. The video
signal is carried out A/D converter, and is output by
10-bit. A H driver is inside IC905, and H1, H2 and RG
clock are generated at IC905.
REFT REFB
VREF
0~18 dB
CCDIN
CDS
PxGA
6~42 dB
10-BIT
ADC
VGA
INTERNAL
CLOCKS
10
DOUT
CLAMP
HBLK
CLP/PBLK
RG
H1-H4
4 HORIZONTAL
DRIVERS
AD9948
PRECISION
TIMING
CORE
SYNC
GENERATOR
HD
VD
CLI
INTERNAL
REGISTERS
VAA23001-R.3626.A
5. Lens drive block
5-1. Focus drive
The four control signals (FIN1, FIN2, FIN3 and FIN4)
with different phases which are output from the ASIC
expansion port (IC106) are converted into drive pulses
(FOUT1, FOUT2, FOUT3 and FOUT4) by the motor
driver (IC951), and are then used to drive the stepping
motor for focusing operation. Detection of the standard
focusing positions is carried out by means of the photointerruptor (FOCUS PI) inside the lens block.
5-2. Iris and shutter drive
The two control signals (IIN1 and IIN2) which are output from the ASIC expansion port (IC106) are converted
into drive pulses (DP1 and DP2) by the motor driver
(IC951), and are then iris opened/little and moved.
The two control signals (SIN1 and SIN2) which is output from the ASIC (IC101) is converted into a drive
pulse (SHUTTER 1 and SHUTTER 2) by the motor
driver (IC951), and are then shutter opened and closed.
5-3. Zoom drive
The two control signals (ZIN1 and ZIN2) which are output from 8-bit micro-processor are converted into drive
pulses (ZOOM_DC1 and ZOOM_DC2) by the motor
drive (IC951), and are then used to drive the DC motor
for zoom operation.
Detection of the standard zoom positions is carried out
by means of the photointerruptor (ZOOM RESET1) inside the lens block. Getting of the zoom positions is carried out by means of the two photo-interrupters (ZOOM
PLUSE1 and ZOOM PLUSE2) by counting 8-bit microprocessor inside the lens block.
SL SCK SDATA
Fig. 1-2. IC905 Block Diagram
- E2 ･ E2200 -
VAA23001-R.3626.A
6. Circuit Description
6-1. Digital clamp
The optical black section of the CCD extracts averaged
values from the subsequent data to make the black level
of the CCD output data uniform for each line. The optical black section of the CCD averaged value for each
line is taken as the sum of the value for the previous line
multiplied by the coefficient k and the value for the current line multiplied by the coefficient 1-k.
6-2. Signal processor
1. γcorrection circuit
This circuit performs (gamma) correction in order to
maintain a linear relationship between the light input to
the camera and the light output from the picture screen.
2. Color generation circuit
This circuit converts the CCD data into RGB signals.
3. Matrix circuit
This circuit generates the Y signals, R-Y signals and
B-Y signals from the RGB signals.
4. Horizontal and vertical aperture circuit
This circuit is used gemerate the aperture signal.
6-3. AE/AWB and AF computing circuit
The AE/AWB carries out computation based on a
256-segment screen, and the AF carries out computations based on a 11-segment screen.
6-4. SDRAM controller
This circuit outputs address, RAS, CAS, CS and WE
data for controlling the SDRAM. It also refreshes the
SDRAM.
6-5. Communication control
1. SIO
This is the interface for the 8-bit microprocessor.
2. PIO/PWM/SIO for LCD
8-bit parallel input and output makes it possible to input
and output individually, and three ports of them PWM
output makes it possible to switch. It is prepared for
16-bit parallel output.
7. Outline of Operation
When the shutter opens, the reset signals and the serial
signals (“take a picture” commands) from the 8-bit microprocessor are input to ASIC (IC101) and operation
starts. When the TG/SG drives the CCD, picture data
passes through the A/D and CDS, and is then input to
the ASIC as 10-bit data. The AF, AE, AWB, shutter,
and AGC value are computed from this data, and three
exposures are made to obtain the optimum picture. The
data which has already been stored in the SDRAM is
read by the CPU and color generation is carried out. After AWB and γ processing are carried out by RGB data,
a matrix is generated and aperture correction is carried
out for the Y signal, and the data is then compressed by
the JPEG method by (JPEG) and is then written to card
memory (compact flash). When the data is to be output
to an external device, it is taken data from the memory
and output via the USB. When played back on the LCD
and monitor, data is transferred from memery to the
SDRAM, and the data elongated by JPEG decorder is
displayed over the SDRAM display area.
8. LCD Block
LCD Block is in the CP1 board, and it is constructed by
LCD driver (IC171) and around circuits.
The video signal from the ASIC are converted into RGB
signals by the LCD driver, and these RGB signals and
the control signal which is output by the LCD driver
are used to drive the LCD panel. The RGB signals are
1H transposed so that no DC component is present in
the LCD element, and the two horizontal shift register
clocks drive the horizontal shift registers inside the LCD
panel so that the 1H transposed RGB signals are applied
to the LCD panel. Because the LCD closes more as
the difference in potential between the COM (common
polar voltage: AC) and the R, G and B signals becomes
greater, the display becomes darker; if the difference in
potential is smaller, the element opens and the LCD become brighter.
6-6. TG
Timing generated for 2 million/3 million pixels CCD
control.
6-7. Digital encorder
It generates chroma signal from color difference signal.
6-8. JPEG encorder and decorder
It is compressed and elongated the data by JPEG system.
- E3 ･ E2200 -
VAA23001-R.3626.A
1-2. PWA POWER CIRCUIT DESCRIPTION
1. Outline
This is the main power circuit, and is comprised of the
following blocks.
Switching controller (IC501)
Digital and analog system power output (T5001, Q5001,
IC502)
Digital 3.25 V power output (L5004)
Digital 1.53 V power output (L5005)
LCD 15.0 V system power output (L5001, Q5002)
Backlight power output (L5002)
Motor system power output (IC955, L9551, Q9551)
2. Switching Controller (IC501)
This is the basic circuit which is necessary for controlling the power supply for a PWM-type switching regulator, and is provided with seven built-in channels, only
CH1 (digital system), CH2 (digital 3.25 V), CH3 (digital
1.53 V), CH5 (analog system), CH6 (LCD system) and
CH7 (backlight system) are used. Feedback from digital
system (CH1), 3.25 V (D) (CH2), 1.53 V (D) (CH3),
analog system (CH5), LCD system (CH6) and backlight
system (CH7) power supply outputs are received, and
the PWM duty is varied so that each one is maintained
at the correct voltage setting level.
Feedback for the backlight power (CH7) is provided to
the both ends voltage of registance so that regular current can be controlled to be current that was setting.
2-1. Short-circuit protection circuit
If output is short-circuited for the length of time determined by the condenser which is connected to Pin (42)
of IC501, all output is turned off. The control signal (P
ON) are recontrolled to restore output.
3. Analog System Power Output
15.5 V (A), 3.45 V (A) and -8.0 V (A) are output. Feedback for the 15.5 V (A) is provided to the switching
controller (Pins (53) of IC501) so that PWM control can
be carried out.
4. Digital 3.25 V Power Output
3.25 V (D) is output. Feedback for the 3.25 V (D) is provided to the swiching controller (Pin (32) of IC501) so
that PWM control can be carried out.
5. Digital 1.53 V Power Output
1.53 V (D) is output. Feedback for the 1.53 V (D) is provided to the switching controller (Pin (31) of IC501) so
that PWM control to be carried out.
6. LCD System Power Output
15 V (L) and 5 V (L) are output. Feedback for the 15 V
(L) is provided to the switching controller (Pin (56) of
IC501) so that PWM control can be carried out.
7. Backlight Power Supply output
Regular current (22 mA) is being transmitted to LED for
LCD backlight. Feedback for the both ends voltage of
registance that is being positioned to in series LED are
provided to the switching controller (Pin (48) of IC501)
so that PWM control to be carried out.
8. Motor System Power Output
4.4 V is output. Feedback for the 4.4 V is sent to pin (1)
of IC955 for PWM control to be carried out.
- E4 ･ E2200 -
VAA23001-R.3626.A
1-3. SYA CIRCUIT DESCRIPTION
1. Configuration and Functions
For the overall configuration of the SYA block diagram, refer to the block diagram. The SYA block centers around a
8-bit microprocessor (IC301), and controls camera system condition (mode).
The 8-bit microprocessor handles the following functions.
1. Operation key input, 2. Clock control, 3. Power ON/OFF, 4. Storobe charge control, 5. Signal input and output for
zoom and lens control.
Pin
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41~44
45
Signal
AVREF
AVSS
IC (FLMD0)
VDD
REGC
VSS
XIN
XOUT
RESET
XCIN
XCOUT
CLKSEL0
BAT_OFF
LCD ON 3
USB CONNECT
ZPULSE1
SREQ
BACKUP_CTL
BEEP
FLMD1
LCD ON2
LCD ON
PTCTL
BL_ON
PRG SO
PRG SI
PRG SCK
MAIN RESET
PW_LED
SB. LED (R)
AF. LED (G)
VSS
VDD
P ON
PA ON
SCK
SI
SO
CHG ON
FLMD0_SY
SCAN OUT 3~0
SCAN OUT 4
I/O
I
O
I
I
O
O
I
O
I
I
I
O
O
O
O
O
O
O
I
O
O
O
O
O
O
O
O
I
O
O
O
O
Outline
Analog standard voltage input terminal
GND
Power for program writing
VDD
Regulator output stability capacity connection
GND
Main clock oscillation terminal (4MHz)
Main clock oscillation terminal
Reset input
Clock oscillation terminal (32.768 kHz)
Clock oscillation terminal
PLL oscillation ON/OFF
Battery off detection signal input
D/D converter (LCD system) ON/OFF signal
USB power detection terminal
Zoom motor drive pulse count (interruption)
Serial communication requirement signal
Backup battery charge control (L= charge)
Buzzer
Power for program writing
D/D converter (LCD system) ON/OFF signal
D/D converter (LCD system) ON/OFF signal
Photo interruptor ON/OFF control
Backlight ON/OFF
Flash for serial data input
Flash for serial data input
Flash for serial clock output
System reset (MRST)
Self-timer LED (L = Lighting)
SB LED (red)
VF LED (green)
GND
VDD
D/D converter (digital system) ON/OFF signal
D/D converter (analog system) ON/OFF signal
Serial clock output
Serial data input
Serial data output
Strobe charge control
FLMD0 pull-up power when self programming
Key matrix output
LED3 (H = Lighting)
See next page →
- E5 ･ E2200 -
VAA23001-R.3626.A
46
47
48
49
50
51
52~56
57
58
59
60
61
62
63
64
ZM IN 2
ZM IN 1
AVREF ON
SELF LED
ASIC TEST
PLLEN
SCAN IN4~0
COMREQ
ZRESET
ZPULSE2
CARD
TEMP_BAT
NC
VMONIT
BATTERY
O
O
O
O
O
O
I
I
I
I
I
I
I
O
Zoom motor drive signal 2
Zoom motor drive signal 1
AD VREF ON/OFF signal
SELF LED (H = Lighting)
ASIC control signal (ZTEST)
PLL oscillation ON/OFF
Keymatrix input
Command request
Zoom standard position
Zoom motor drive pulse count
SD card detection (L = card)
Battery temperature detection
Main capacitor charge voltage detection
Battery voltage detection
Table 3-1. 8-bit Microprocessor Port Specification
2. Setting of external port and communication
The SYA block carries out overall control of camera operation by detecting the input from the keyboard and the condition of the camera circuits. The 8-bit microprocessor reads the signals from each sensor element as input data and
outputs this data to the camera circuits (ASIC) or to the LCD display device as operation mode setting data. Fig. 3-1
shows the internal communication between the 8-bit microprocessor and ASIC.
8-bit micro processor
ASIC
MRST
setting of
external port
ZTEST
PLLEN
CLKSEL0
SI
communication
SO
SCLK
SREQ
COMREG
Fig. 3-1 Internal Bus Communication System
- E6 ･ E2200 -
VAA23001-R.3626.A
3. Key Operaiton
For details of the key operation, refer to the instruction manual.
SCAN IN
SCAN OUT
0
0
1
2
3
4
PW_TEST
AUTO
SCENE
PORTRAIT
LANDSCAPE
MOVIE
SET UP
NIGHT SCENE
SPORTS
1
2
←
→
↑
↓
OK
3
PLAY
DEL
WIDE
TELE
MENU
4
PW_ON
1st
2nd
TEST
AV JACK
5
Table 3-2. Key Operation
4. Power Supply Control
The 8-bit microprocessor controls the power supply for the overall system.
The following is a description of how the power supply is turned on and off. When the battery is attached, IC952
is operating and creating 3.7 V, a regulated 3.2 V voltage is normally input to the 8-bit microprocessor (IC301) by
IC302, clock counting and key scanning is carried out even when the power switch is turned off, so that the camera
can start up again.
When the power switch is off, the 8-bit microprocessor halts 4 MHz of the main clock, and operates 32.768 kHz of
subclock.
When the battery is removed, the 8-bit microprocessor power switches the secondary lithum battery for memory
backup by IC302, and operates at low consumption. At this condition, the 8-bit microprocessor halts 4 MHz of the
main clock, and operates clock counting by 32.768 kHz of sub clock.
Also, the secondary battery for backup is charged 10 hours from it to be attached.
When the power switch is on, the 8-bit microprocessor starts processing. The 8-bit microprocessor first sets both
the PON signal at pin (34) and the PAON signal at pin (35) to High, and then turn on the power circuit. After PON
signal is to High, sets external port of ASIC after approximately 100 ms. According to setting of this external port,
carry out setting of the operating frequency and oscillation control in the ASIC. Also, it starts communication with
ASIC, and confirms the system is operative.
When the through image is operating, set the PAON signal to High and then turn on the CCD. When the through image is playing, set the PAON signal to Low and then turn off the CCD. When LCD panel turns on, set LCD ON signal at pin (22) to High, and then turn on the power. Set BLON signal at pin (24) to High, and turn on the backlight
power.
When the power switch is off, the lens will be stowed, and PON, PAON, LCDON and BLON signals to Low and the
power supply to the whole system is halted. The 8-bit microprocessor halts oscillation of the main clock (4 MHz),
and set operation mode of clock ocillation (32.768 kHz).
- E7 ･ E2200 -
RELEASE
UNIT
BACK SW
UNIT
24
23
22
21
1
20
2
19
3
18
4
17
5
16
6
15
7
CN143
DATA3
COMMAND
VSS
VDD
CLOCK
VSS
DATA0
DATA1
DATA2
CARD
CARD/WP
WP
1AV4J11B6390M
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
5
4
3
2
1
LCD PANEL
14
8
13
9
12
10
11
11
10
12
9
13
8
14
7
15
6
16
FOCUS_ST(-A)
FOCUS_ST(B)
FOCUS_ST(A)
FOCUS_ST(-B)
PIV
FOCUS_PI
FOCUS_LED
PIV
ZOOM_PI
Z_PULSE_LED
Z_PULSE_PI1
Z_PULSE_PI2
ZOOM_LED
ZOOM_DC1
ZOOM_DC2
SH1
SH2
DP1
DP2
5
17
4
18
CN951
3
19
CN302
1AV4J11RV190G
SCAN IN 0D
SCAN IN 1D
SCAN OUT 3
SCAN OUT 2
AF.LED(G)
AL 3.2V
SB.LED(R)
SCAN IN 1
SCAN IN 2
SCAN IN 0C
SCAN IN 4D
SCAN IN 3C
SCAN OUT 0
SCAN IN 3
SCAN IN 4
SCAN IN 3
SCAN IN 4C
SCAN OUT 1
SCAN IN 2
SCAN IN 2C
SCAN IN 2D
SCAN IN 3D
SCAN IN 1C
SCAN OUT 3
1
2
2
1
3
1AV4J11SL240G
4
7
5
6
6
5
7
4
8
3
-1
CN301
LENS
-2
SCAN IN 2E
SCAN IN 1E
SCAN OUT 4
NC
AL3.2V
PW_LED
SCAN IN 0E
VIDEO
&
-3
2
USB
-4
1
-5
1AV4J11SJ070G
-6
NC
NC
VSS
VC1
VC2
VGL
NC
VGH
VDD
CP
GRES
GPCK
GSRT
STBYB
VCOM
STH
STBYB
RIT
POL
STB
CLK
D05
D04
D03
D02
D01
D00
VSH
VSS
VBC
VRH
VRL
VDD
CN171
1AV4J11SR330G
VAA23001-R.3626.A
総合結線図
OVERALL WIRING
SD
(WHIT)
1AV4J11B5670G
CL321 LED_CA
GND
GND
GND
GND
GND
GND
USB_VDD
USB D(-)
GND
USB D(+)
ZAV_JACK
NC
VIDEO_OUT
GND
JW501 BAT+ (RED)
CP1
W1400 XAN (RED)
W1600 TRG (GRAY)
(DMA)
(CAA)
(SYA)
(PWA)
W1500 XKT(BLACK)
LED
CL320 LED_AN
JW601 LED_AN
(GRAY)
JW602 LED_CA
CN110
TB1
JW502 BAT-(BLACK)
TO BATTERY
FLASH
REFLECTOR
W1-65000/SX792-JNK
MODEL: E2200
OVERALL WIRING
- E8 ･ E2200 -
VAA23001-R.3626.A
総合ブロック図
OVERALL BLOCK DIAGRAM
CP1
CCD BLOCK
CDS/AGC/AD-C
H Driver
IC905
3M Pixel
IC903
V Driver
LENS BLOCK
IIN1,2
SIN1,2
FIN(1:4)
IC904
IC951
CN951
CCD
LENS DRIVER
LENS
3
SDRAM
64Mbit
IC103
PLLEN
ZRESET
ZPULSE1,2
ZTEST
ZMIN1,2
MRST
PICTL
AD(0:9)
XSG(1A,2A,1B,2B)
A(1:20)
ADCK
XV(1:4)
SUBGT
CCDEN
CCDSD
D(0:15)
TGVD,TGHD
Flash
16Mbit
FD(0:7)
CCDCK
IC121
EEPROM
128Mbit
XSUB
IC106
D-FF
CLKSEL0
SD(0:31)
SCK
CKIN1
CKIN2
CN143
BUZZER
BEEP
SDO
IC101
4fsc
X1101
28.63636MHz
BACK SW UNIT
IC301
8bit Micro Processor
SREQ
ASIC
FD(0:4)
IC152
VIDEO AMP
CN110
USB/VIDEO
LCDCLK
LCDD (0:5)
LCDVCOMD
LCDPOL
LCDLBRT
PADYOUT
DM
DP
SD CARD
4MHz
X3001
LCD TIMING PULSE X 8
CLOCK GENERATOR
RELEASE UNIT
CN302
SDI
IC111
CN301
VCC
32.768KHz
X3002
REGURATOR
IC302
Z3001
BACKUP
DC/DC
IC172
CONVERTER
AMP
LENS
DC/DC
CONVERTER
IC955
V OUT
LCD MONITOR
Ni-MH
ELECTRONIC
LCD BACKLIGHT
BL ON
FLASH
- E9 ･ E2200 MODEL: E2200
BLOCK DIAGRAM: OVERALL
VAA23001-R.3626.A
ASIC ブロック図
ASIC BLOCK DIAGRAM
SDRAM
IC101
ASIC
BUS
BUS
CCD
BLOCK
SDRAM
CONTROLLER
DIGITAL
CLAMP
SIGNAL
PROCESSOR
SRAM
JPEG
CONTROLLER
AF,AE,AWB
COMPOSITE
VIDEO
UART
D/A
NTSC/PAL
SRAM
ENCODER
RGB
6bit DATA
ARM
SRAM
USB
USB
CONNECTOR
DIGITAL
I/F
SD CARD
SD
PWM
CCD
DRIVER
TG
CCD
98MHz
4fsc
CLKGEN
PLL
36MHz
BUS I/F
72MHz
SIO
PIO
EEPROM
IC301
MICRO
PROCESSOR
EXT PORT
(LENS DRIVER)
FLASH
MEMORY
- E10
･ E2200 MODEL:
E2200
BLOCK DIAGRAM: ASIC
LENS
O_LPF
OD
V1A, V1B, V3A, V3B, V2, V4
11, 12, 13, 14, 17, 18
CCD
PW
RS
H2
H1
EF
- E11 ･ E2200 SHT
1
21
15, 19
14, 18
27
+3.45V (A)
24, 26, 37
4, 5, 7, 8, 9, 10
6
10
8
OS 20
RJ24N3AA3DT
IC903
3
OFD
7
OOFD
Q9003
IC905
CDS, A/D C
SW
Q9002
LR366854
22
XSHT
14, 18, 20, 21
XV1,XV2,XV3,XV4
V. DRIVER
1
XSG1A, XSG1B, XSG2A, XSG2B
13, 15, 19, 23
IC909
REG ON/OFF
TK11130CS
3.0V
25, 34, 35
D11
D2
2~4,7~13
IC904
5
4
6
AD9948
H. DRIVER
RG
H2, H4
H1, H3
31
5
17
32
1
VDD
33
VDD3
~
-8.0V (A)
+3.45V (A)
15.5V (A)
MODEL: E2200
BLOCK DIAGRAM: CCD
SUB GT
XSUB
XV1
XV2
XV3
XV4
XSG1A
XSG2A
XSG1B
XSG2B
CCDCK
CCDSD
CCDEN
TGVD
TGHD
AD9
ADCK
AD0
TO DMA(MAIN)
VAA23001-R.3626.A
CCD ブロック図
CCD BLOCK DIAGRAM
VAA23001-R.3626.A
レンズ駆動ブロック図
LENS DRIVE BLOCK DIAGRAM
UNREG
VDD3
SW REG.
IC955
Q9551
L9551
D9551
C9554
BOOST4.4V
UNIT LENS
CN951
Q9509
12
15
PI_VCC
ZPLUSE1
9
PICTRL
(IC301 23pin)
10
ZPLUSE2
ZPULSE1
(IC301 16pin)
Q9502
ZPULSE2
(IC301 59pin)
8
10
ZRESET
11
ZRESET
(IC301 58pin)
7
Q9501
FPI
14
FPIOUT
(IC101 231pin)
13
IC951
LB8649W
ZMIN1
(IC301 47pin)
ZMIN2
(IC301 46pin)
FIN1
(IC106 2pin)
FIN2
(IC106 5pin)
FIN3
(IC106 6pin)
FIN4
(IC106 9pin)
SIN1
(IC106 12pin)
SIN2
(IC106 15pin)
IIN1
(IC106 16pin)
IIN2
(IC106 19pin)
5
6
IN5
OUT5
IN6
OUT6
27
ZOOM_DC1
6
26
ZOOM_DC2
5
37
FOCUS_ST(A)
17
36
FOCUS_ST(-A)
19
35
FOCUS_ST(B)
18
34
FOCUS_ST(-B)
16
33
SH1
4
31
SH2
3
30
DP1
2
28
DP2
1
ZM.M
ZOOM DRIVER
1
2
3
4
IN1
OUT1
IN2
OUT2
IN3
OUT3
IN4
OUT4
FC.M
FOCUS DRIVER
9
10
11
12
IN9
OUT9
IN10
OUT10
IN11
OUT11
IN12
OUT12
SH.M
IR.M
IR/ST DRIVER
- E12 ･ E2200 MODEL: E2200
BLOCK DIAGRAM: LENS
27
44
VR
69
63
62
OUT5
OUT1B
68
17, 18
OUT7B
OUT6
DRAIN3L
12,13 DRAIN2L
3
OUTMINUS
VINMINUS
29 25 82 81 75 66 67
IC501
SWITCHING
MODULE
BD9734KN
MODF
REG ON 28
STB6
26 23 22
STB2 3
STB5
STB7
STB1
VR501
SWOUT7
- E13 ･ E2200 -
SWIN7
L5002
STEP UP
CIRCUIT
L5001, Q5002
STEP UP
CIRCUIT
L5005
STEP DOWN
CIRCUIT
L5004
STEP DOWN
CIRCUIT
L5003
STEP UP
CIRCUIT
T5001, Q5001
CONVERTOR
TRANS
IC955, L9551
Q9551
STEP UP
CIRCUIT
4.4V
3.7V
CURRENT
DETECTOR
CIRCUIT
Q5006
Q5007
IC502
REG.
MODEL: E2200
BLOCK DIAGRAM: POWER
TO BACK LIGHT
CL530
CL529
BL ON
LCD ON3
LCD ON
PA ON2
PA ON
P ON
+15V(B)
+15V (L)
VDD1.7
+5V (L)
VDD3
-8.0V (A)
+3.45V (A)
+15.5V (A)
BOOST 4.4V
VAA23001-R.3626.A
POWER ブロック図
POWER BLOCK DIAGRAM
VAA23001-R.3626.A
SYSTEM ブロック図
SYSTEM BLOCK DIAGRAM
UNREG
Boost4.4V
ALWAYS3.2V
BOOST4.4V
2
1
BACK UP
7
UNREG
8
6
2
3
32
5
Z3001
XCIN 10
AVref
48 AV REF ON
1
34 BEEP
56 SCAN IN0
55 SCAN IN1
54 SCAN IN2
62 SCAN IN3
57 SCAN IN4
PW_TEST
CN301
CN302
--
AUTO
SCENE
MOVIE
SET UP
44
SCAN OUT0
SPORTS
43
SCAN OUT1
OK
42
SCAN OUT2
41
SCAN OUT3
PORTRAIT LANDSCAPE
NIGHT
SCENE
PLAY
DEL
WIDE
TELE
MENU
PW_ON
1st
2nd
TEST
AVJACK
45 SCAN OUT4
XCOUT 11
XOUT 8
XIN
IC301
ZPULSE1
ZPULSE2
ZM IN2
ZM IN1
7
16
59
46
8bit MICRO
PROCESSORZRESET 47
58
PICTL 23
USB CONNECT 15
COMREQ 52
CLKSEL0 12
PLLEN 51
LCD ON2 21
LCD ON3 14
SREQ 17
SI 37
SO 38
CN301
CN302
PW_LED
30 SB_LED (R)
31 AF_LED (G)
29
LCD ON
SELF LED
SELF LED 49
SWD3.2V
Q3001
CHG
VMONIT
CHG ON 39
VMONIT 63
LCD ON 22
18 BACKUP CTL
+15V (B)
P ON
PA ON
P ON 19
PA_ON 35
64 BATTERY
SCK 36
ASIC TEST 50
MAIN RESET 28
CARD 60
TO PWA
BLON
BL_ON 24
13 BAT OFF
4
PAON2
PAON2 53
VDD
33 VDD
9 RESET
4
VDD
LI
BAT RESET
OFF
BATTERY
BACKUP
Q3002
AL3.2V
IC302
6
TO DMA(MAIN)
TO DMA (MAIN)
TO TB1
X3002
32KHZ
X3001
4MHZ
ZPULSE1
ZPULSE2
ZM IN2
ZM IN1
TO DMA (LENS)
ZRESET
PICTL
USB_CNT
COMREQ
TO DMA(MAIN)
CLKSEL0
PLLEN
LCD ON2
LCD ON3
SREQ
SDO
SDI
SCK
ZTEST
MRST
ZCARD
- E14 ･ E2200 MODEL: E2200
BLOCK DIAGRAM: SYSTEM CONTROL
VAA23001-R.3626.A
PWA 回路図 ( ストロボ回路図 )
PWA CIRCUIT DIAGRAM
(STROBE CIRCUIT DIAGRAM)
FLASH REFLECTOR
2
1
5
6
7
8
R5423
4
Q9551
FDC633N
1
2
3
2
4
5
TFDC633N----K
3
1
R5432
5.6K;1/16D
1000P;B
C5027
R5039
1K;1/16J
150K;1/16D
R5036
BOOST4.4V
BOOST4.4V
4
3
5
2
6
1
+15V(B)
+15V(L)
3216
UNREG
+15V(B)
+15V(L)
+15(L)
+15.5V(A)
+15.5V(A)
R5030
R5031
59
VINPLUS
58
7
DRAIN1L
8
DRAIN1H
9
DRAIN1H
10
DRAIN2H
11
DRAIN2H
12
DRAIN2L
13
DRAIN2L
14
PGND2
15
PGND2
16
PGND3
SS2
INV6
IC501
BD9734KN
SWITCHING
MODULE
57
56
FB6
55
FB5
54
INV5
53
INV4
52
FB4
51
FB7
50
INV7V
49
INV7L
48
39
40
41
42
��
��
��
-8.0V(A)
��
�
��
�
��
��
��
��
R5023
��
1K;1/16D
��
R5022
1K;1/16D
�
C5023
0.01;B
C5022
0.1;B
R5021
C5021
��
1K;1/16D
0.01;B
��
R5020
1K;1/16D
C5020
0.1;B
�
��
-8.0V(A)
-8.0V(A)
��
�
��
R5017
��
��
C5019
SCP
38
�
37
��
��
R5047
DELAY
36
43
VREGA
35
CT
VCC
SS1
34
44
VREF
INV1
33
45
RT
SWOUT1
32
�
FB1
31
��
FB2
30
��
INV2
29
��
28
FB3
27
INV3
26
��
25
��
24
��
MODF
23
��
22
PG23
��
21
REGON
46
20
DRAIN3H
SYNC_DTC
STB7
47
GND
DRAIN3H
STB6
NON7
DRAIN3L
19
STB5
DRAIN3L
18
STB4
17
��
3216
OUTPLUS
DRAIN1L
WT
10;1/16D
R5061
100;1/16D
C5035
10;10B
PGND1
TO BACK LIGHT
75K;1/16D
60
CL530
R5046
R5029
NFPLUS
CL529
R5027
150K;1/16D
62
R5028
63
VINMINUS
OUTMINUS
150K;1/16D
RD
9.1K;1/16D
C5031
10;16B
CKXAG501100KG
EDK316BJ106KF-T
82K;1/16J
+15.5V(A)
2.4K;1/16D
��
64
10K;1/16D
180P;CH
��
��
65
DTC5
��
66
DTC6
67
SWOUT6
��
68
OUT6
OUT5
69
SWIN6
PVCC
��
SUB4
��
PGND4
��
MAIN4
�
�
SWOUT4
��
�
OUT7B
�
UDSEL5
�
UDSEL4
��
UDSEL2
��
��
70
PVCCL
��
71
PVCCH
��
VBAT1
SWOUT7
72
SWIN7
��
VBAT2
73
61
��
RB161M-20
74
STB23
<FOR DIGITAL 1.52V>
75
NFMINUS
�
CH3
76
STB1
RB161M-20
D5004
2125
16V
POS-CAP
D5006
��
6
77
VR501
3.3K
0;1/16Z
LCDON
+5V(L)
LCDON3
LCDON3
Q5006
EMD2
P1-65500/SX792-JNK
��
+5V(L)
0.1;B
C5017
1;B 1608
LCDON3
6.3V
6.3V
1;B 1608
C5016
1K;1/16D
+5V(L)
0.01;B
C5015
0.1;B
C5014
R5013
PWA
1K;1/16D
C5013
R5015
BLON
PAON2
R5014
R5059
0;1/16Z
��
5
78
1K;1/16D
PAON2
R5058
0;1/16Z
��
PGND1
79
C5012
0.1;B
PAON2
BLON
R5057
0;1/16Z
��
4
80
C5011
0.047;B
BLON
PAON
R5010
�
��
10;N
3MTR18-100
1AV4L2XA100NG
�
3
PGIN
OUT1B
81
��
LCDON
PON
R5056
0;1/16Z
3
L5005
4.7K;1/16D
22K;1/16D
�
82
��
LCDON
R5011
10;N
3MTR18-100
1AV4L2XA100NG
D5005
R5005
R5006
��
2
83
PG1OUT
��
PON
PAON
��
1
��
PON
PAON
C5006
1;B
C5007
33;10-V
R5007
620;1/16D
R5055
0;1/16Z
��
��
R5009
VDD1.7
��
L5004
CH2
VDD1.7
�
��
��
RB161M-20
3K;1/16D
620;1/16D
VDD1.7
1
2
R5044
R5045
POS-CAP
0;1/16Z
POS-CAP
OM/ORTR25Z
C5008
33;10-V
R5043
4
12K;1/16D
VOUT
�
��
C5010
33;10-V
NP
IN
REG
3.4V
12K;1/16D
VDD3
OFF
D5003
DAN217U
CH1
VIN
VCONT
5
GND
��
12K;1/16D
1;B
6.3V
1608
C5032
C5036
0.1;B
3
VDD3
1AV4L2ND100MG
IC502
QTK11134CS--J
TK11134CS
2
��
L5003
10;M
CDPH4D19FNP-100MC
1
VDD3
84
��
2125
16V
1SS400
C5005
1;B
D5002
3.3;N
2125
16V
L5002
+3.45V(A)
+3.45V(A)
1AV4L2FM470MG
LBR2012T100M
3216
C5030
4.7;16B
3MTR18-100
1AV4L2XA3R3NG
+3.45V(A)
R5054
3
C5034
1;B
CH7
2
C
-9V
8.2K;1/16J
��
1
4
VMONIT
Q5007
EMD2
2012
L5007
47;M
Q5008
2SA1774(R)
E
3
R5037
10K;1/16D
R5001
2125
16V
R5003
Q5002
MCH5803
5
TRIG
VMONIT
680;1/16D
330;1/16D
R5060
10;N
3MTR18-100
1AV4L2XA100NG
STOP
TRIG
R5038
B
2
R5002
10K;1/16D
4
2125
16V
5
R5053
100K;1/16J
S
4
HN2D01JE
Q5001
CPH3414
150K;1/16D
3
6
D
G
15.5V
5
C5002
1;B
8
T5001
LDT565620T-VA1 (H=2.0)
L5001
1
2
1AV4L51B5820G
LDT565620T-VA1
CH6
1
C5004
1;B
2125
C5001
10;6.3B
!
D5001
<FOR ANALOG>
7
STOP
POS-CAP
H=1.2
C9554
33;6.3-V
R9551
390K;1/16D
15K;1/16D
R9552
+15V(B)
CH5
RDY
Q9552
DTC144EM
!
2.0A 32V
RDY
UNREG
F5002
F47K2R0C3LFND
F5001
F47K2R0C3LFND
CHG
R9554
510K;1/16D
5
CHG
C5420
4700P;B
R5433
100K;1/16J
VMONIT
BOOST4.4V
R9553
130K;1/16D
6
CE
BLACK
VDD
1AV4L26B3450G
EXT
JW502
C9553
IC955
XC9104D095MP
2125
L5012
22P;CH
SW REG.
FB
C9552
10;6.3B
C9551
10;6.3B
2.0A 32V
F5003
F47K2R0C3LFND
GND
BAT-
TRIG
D9551
SD833-04SC
L9551
10;M
!
BAT+
STOP
D5408
RB521S-30
D53LC
TO BATTERY
RDY
Q5411
DTC144EM
Q5410
2SA1745
OM/ORTR02Z
1608
F47K2R0C3LFND
2.0A 32V
JW501
1K;1/16J
Q5402
DTC114EM
R5430
4.7K;1/16J
B
Q5401
DTC123JE
F5004
2125
L5011
1AV4L26B3450G
C
R5429
6.2K;1/16D
3
E
R5401
R5431
100K;1/16J
5
R5413
10K;1/16J
4
!
RED
1.2K;1/16J
R5409
3
R5426
470K;1/16J
4
CHG
1
DAN222
C5406
0.01;B
POS-CAP
2
Q5405
CPH5504
D5407
R5408
330;1/16J
C5413
6800P;B
3
16V
Q5407
3LN01S
33;1/16J
Q5409
CY25BAJ-8F
R5414
1K;1/16J
R5406
270;1/16J
C5407
6800P;B
1
R5420
R5424
1
220;1/16J
C5409
0.033;F
2125
C5403
0.22;16B
C5401
47;6.3-V
C5404
1000P;B
R5425
100K;1/8J-X
S6A37
3
2
5
2
D5405
R5418
56;1/16J
W1500
BLACK
��
��
D5404
CMC01
2
XKT
OM/ORDD58Z
0.01;630H
OM/ORDD30HVZ
4
C5411
(K)
(K)
R5417
10M;1/8F-X
1
3
TRG
C5410
0.047;350H
R5422
T5402
1AV4L17B0160N
��
W1600
10K;1/16D
GRAY
1AV4L17B0200G
T5401
D5402
F1P8
R5419
82K;1/16D
RED
D5403
RR264M-400
��
220K;1/8J-X
��
��
XAN
W1400
4
3
5
2
6
1
- E15 ･ E2200 -
MODEL: E2200
CIRCUIT DIAGRAM: CP1(PWA)
VAA23001-R.3626.A
FUSE 配置図（CP1 基板） FUSE configuration (CP1 PCB)
レンズ側実装面
Populated surface of Lens
F5003
F5001
ﾋｭｰｽﾞ仕様（RPNO.)
Fuse specifications
F5004
F5001 ～ F5004
2.0A　32V
（423-031-1707）
ＬＣＤ側実装面
Populated surface of LCD
F5002
- E16 ･ E2200 -
VAA23001-R.3626.A
The contents of inspection standards and tools for E2200
[1] Inspection standards ................................................................................................................................. R1 to R7
[2] Tools ......................................................................................................................................................... T1 to T3
- E2200 -
INSPECTION STANDARDS
Item
External view
Gap/Difference in
height
Outside and inside
status
Operation/Operability
Operation
Operability of buttons
Lever/Knob
Operation touch
Each cover
Monitor
Shooting image
Criteria
• General components
Gap: 0.3mm or less
Difference in height: 0.15mm or less
• When the battery cover is closed:
Gap: 0.5mm or less (Difference between right and left must
not be noticeable.)
VAA23001-R.3626.A
Applied tool(s)
Visual observation
• There must be no noticeable damage and soil.
• 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.
(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.
• Malfunctions shall not 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.)
・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-themonitor image is made.)
- R1 ･ E2200 -
Primary battery/
Secondary battery
Photoshop
Printer
VAA23001-R.3626.A
Item
Lens capacity
Focal length
Open aperture F No.
Peripheral light reduction
Ghost/Flare
Surface ghost
Distortion
Dust in a picture
Lens barrel
Zoom
AF
Distance measurement
operation
Shortest photograph
distance
Normal
Macro
Criteria
Applied tool(s)
Wide-end position (Compelling ∞ )
4.7 mm +7.3%
-0.9%
Tele-end position (Compelling ∞ )
14.1 mm +3.3%
-4.7%
Focal length
measuring
instrument
Lens drive tool
Wide-end position (Compelling ∞ )
F2.6
±5.4%
-0.8%
Tele-end position (Compelling ∞ )
F4.9
+8.3%
+2.0%
Focal length
measuring
instrument
Lens drive tool
•
•
•
•
•
Visual observation
There must not be an extreme light reduction.
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.
• There must not be an abnormal action (for example, the unit
operates one-sidedly or its operation is not smooth or it is
caught).
(As changing the camera's posture, check it in all the
directions.)
Visual observation
• Focus must be fit in a selected area.
(Select the AF area and check it.)
Visual observation
The focus of AF must be fit at the following distance.
Tape measure
• 30mm (in whole area)
• 4cm (Wide-end position) , 30cm (Tele-end position)
- R2 ･ E2200 -
VAA23001-R.3626.A
Item
Shooting with a speed
light
Light adjustment
accuracy
Guide No. FULL
(ISO100•m)
Recycling time
Wrong flash
Quality of image
Resolution in AF
Criteria
Applied tool(s)
• Tele-end: 0.4 ~ 2.0m
• Wide-end: 0.4 ~ 3.7m
• Macro-wide-end 0.4 ～ 3.7 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 6.5 seconds
(Charge for 10 seconds with the new primary battery and
perform measurement within 1 second.)
Standard reflection
plate
• Wrong flash must not occur.
(Check by loading/unloading a battery, giving a light shock
and operating mode buttons except S2.)
New primary
battery
The resolution must be in compliance with the following values
in all the postures of the EIA J chart evaluation.
• Horizontal center: 750 TV lines
Vertical center: 750 TV lines
Horizontal line(s) at each corner: 500 TV lines
Vertical line(s) at each corner: 500 TV lines
• Photography mode: AUTO, Image quality mode: HIGH
• Wide-end position, aperture "open," distance 0.3m or more
• Equip the 5100K viewer with the chart 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.
EIAJ chart
- R3 ･ E2200 -
Flash meter
New battery
Visual observation
PHOTOSHOP
VAA23001-R.3626.A
Item
Criteria
Gradation/luminance
level
[Histogram's gray average value]
• Black: 10 ± 5
Gray: 145 ± 10
White: 220 ± 15
• Photography mode: AUTO, Image quality mode: HIGH
• Wide-end position, aperture "open", distance: 0.3m or more
• Equip the 5100K viewer with the chart and shoot an object
in the full range of angle of view.
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
[Histogram's standard deviation]
・ Gray: 3.0 or less
Black: 3.0 or less
・Photography mode: AUTO, Image quality mode: HIGH
・Wide-end position, aperture "open", distance: 0.3m or more
・Equip the 5100K viewer with the chart and shoot an object
in the full range of angle of view.
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　Noise
- R4 ･ E2200 -
Applied tool(s)
Gray scale chart
PHOTOSHOP
Gray scale chart
PHOTOSHOP
VAA23001-R.3626.A
Item
Quality of image
Reproduction of color
Criteria
Ｂ
Ｗ
Ｙｅ
Ｒ
Ｒ
210±20
190±20
205±20
Applied tool(s)
Ｇ
210±20
195±20
15±10
Ｂ
210±20
20-55
0-15
Color bar chart
PHOTOSHOP
• Photography mode: AUTO, Image quality mode; HIGH
• Equip the 5100K viewer with the chart and shoot an object
in the full range of angle of view.
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.
Finder
View / Image
Visual field frame/
frame line
Shading
Operation
Dust, fluff and
damage
• There must be no blur, distortion, ghost, halation or other outstanding troubles in contrast, gradation, etc.
• Blur, dirt 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
Size
Less than 10μm
10 ～ 20μm
More than 20μm
A
0 pc
0 pc
0 pc
B
2pcs or less 3pcs or less
0 pc
1pcs or less
0 pc
0 pcs
b
・Total：3pcs or less
b/2
・Interval：Less than b/2
b/6
B
A
C
a/8
C
- R5 ･ E2200 -
a/2
a
Visual observation
Visual observation
Visual observation
VAA23001-R.3626.A
Item
LCD and others
Monitor LCD View
Visual field ratio
Bright pixels or
dim pixels on
LCD
Criteria
Applied tool(s)
• There must be no shading in the LCD display range.
• Inclination between the monitor and the monitor frame must
not be outstanding.
• Through-the-monitor image: 96 to 100%
• Play-back image:
98 to 100%
B
Visual observation
Visual observation
Visual observation
A
1/2V
V
1/2H
H
Zone
Bright pixel
Dim pixel
A
1
6
B
3
6
Total
3
6
Bright pixels: Visible normally through 5% ND filter
Dim pixels: Visible normally (Standard: Within the above
quantity)
Self-timer
Operation time:
10 seconds
LED blinks/lights
• 10 ± 1 second
• Blinks for 9 seconds and lights for 1 second.
(Measure the time until release is done since the shutter
release button was lightly pressed.)
- R6 ･ E2200 -
Visual observation
Stop watch
VAA23001-R.3626.A
Item
Criteria
Electric characteristics
Consumption current
Applied tool(s)
Constant voltage
power supply
Ammeter
Start (Photography)
• 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")
(Connect 2.4V from the constant-voltage power supply and
perform measurement.)
• 1.1A or less (when the AUTO "0" start monitor is ON)
B. C voltage
(Alkaline battery)
Level 1
• 2.125 ± 0.1V
Constant voltage
power supply
Volt meter
Stand-by
Level 2
• 2.0 ± 0.1V
Level 3
• Turned off automatically after 30 seconds since the voltage
reached Level 2.
Level 1
• 2.35 ± 0.1V
Level 2
• 2.0 ± 0.1V
Level 3
• Turned off automatically after 30 seconds since the voltage
reached Level 2.
Level 1
• 2.5 ± 0.1V
Level 2
• 2.0 ± 0.1V
Level 3
• Turned off automatically after 30 seconds since the voltage
reached Level 2.
(Ni-MH)
(CR-V3)
- R7 ･ E2200 -
VAA23001-R.3626.A
［２］工具一覧表　Tool List
※：新規工具
※：New tool
工具番号
Tool No.
J63080
名　称
Name
パターンボックス　LV-1450DC
Pattern Box LV-1450DC
備　考
Remarks
共通（E4300, E3500,
E3100, E2100, E5400,
E3700, E3200, E2200,
E8700）
Common
J63080A
交換用ハロゲンランプ（LV-1450DC 用）
Spare Harogen Lamp (For LV-1450DC)
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)
共通
Common
J63068
輝度計 BM-3000
Luminance Meter BM-3000
共通
Common
POWER
BM-3000
- T1 ･ E2200 -
VAA23001-R.3626.A
※：新規工具
※：New tool
工具番号
Tool No.
※J65057
名　称
Name
キャリブレーションソフト
Calibration Software
備　考
Remarks
共通 (E995,E775,E885
E5000, E2500, E4500
E5700, E4300, E3500
E3100, E2100, E5400
E3700, E3200, E2200
E8700)
Common(E995,E775,E885
E5000, E2500, E4500
E5700, E4300, E3500
E3100, E2100, E5400
E3700, E3200, E2200
E8700)
※J63090
サービスマニュアル添付
Attached in
Service Manual
コリメータ（C-DSC）
Collimator (C-DSC)
共通
Common
ジーメンスチャート
共通
Common
Siemens chart
- T2 ･ E2200 -
ジーメンススターチャート
VAA23001-R.3626.A
- T3 ･ E2200 -