SONY DSC-R1 SERVICE MANUAL L2 V1.0
DSC-R1
SERVICE MANUAL
Ver 1.0 2005.10
Revision History
Revision History
How to use
How to use
Acrobat Reader
Acrobat Reader
Link
Link
SPECIFICATIONS
BLOCK DIAGRAMS
LEVEL 2
US Model
Canadian Model
AEP Model
UK Model
E Model
Australian Model
Hong Kong Model
Chinese Model
Korea Model
Japanese Model
Tourist Model
PRINTED WIRING BOARDS
SERVICE NOTE
DISASSEMBLY
• Precaution on Replacing the SY-132 Board
• Note for Disassemble Lens Assemble Repair (EK01A)
The components identified by
mark 0 or dotted line with
mark 0 are critical for safety.
Replace only with part number specified.
Les composants identifiés par une
marque 0 sont critiques pour la
sécurité.
Ne les remplacer que par une pièce
portant le numéro spécifié.
FRAME SCHEMATIC DIAGRAM
SCHEMATIC DIAGRAMS
REPAIR PARTS LIST
DIGITAL STILL CAMERA
DSC-R1_L2
Sony EMCS Co.
2005J0500-1
© 2005.10
Published by DI Technical Support Department9-876-898-31
SPECIFICATIONS
Camera
[System]
Image device 21.5 × 14.4 mm color CMOS
Total pixel number of camera
Effective pix el number of camera
Lens Carl Zeiss Vario-Sonnar T*
Exposure control Automatic, Shutter speed
White balance Automatic, Daylight, Cloudy,
File format (DCF compliant)
Recording media “Memory Stick”
Flash Recommended distance (ISO
Viewfinder Electric viewfinder (color)
[Input and Output connectors]
VIDEO OUT jack
ACC jack Mini-minijack (ø 2.5 mm)
USB jack mini-B
USB communication
sensor, Primary 3-color filter
Approx. 10 784 000 pixels
Approx. 10 286 000 pixels
5× zoom lens
f = 14.3 − 71.5 mm (24 −
120mm when converted to a
35 mm still camera)
F2.8 − 4.8
Filter diameter: 67 mm
priority, Aperture priority,
Manual exposure, Scene
selection (4 modes)
Fluorescent, Incandescent,
Flash, One-push
Still images: Exif Ver. 2.21
JPEG compliant, RAW (SR2),
DPOF compatible
Microdrive
CompactFlash card (TypeI/
TypeI I)
set to Auto): approx. 0.5 m to
8.5 m (1 feet 7 3/4 inches to 27
feet 10 3/4 inches) (W)/approx.
0.4 m to 5.0 m (1 feet 3 3/4
inches to 16 feet 47/8 inches)
(T)
Minijack
1 Vp-p, 75 Ω, unbalanced, sync
negative
Hi-Speed USB (USB 2.0
compliant)
[LCD screen]
LCD panel 5.1 cm (2.0 type) TFT drive
Total number of dots
134 000 (560 × 240) dots
[Finder]
LCD panel 1.1 cm (0.44 type) TFT drive
Total number of dots
235 200 (980 × 240) dots
[Power, general]
Used battery pack
Power requirements
Power consumption (during shooting with LCD
Operating temperature
Storage temperature
Dimensions (lens: W-end)
Mass Approx. 1047 g (2 lb 4.9 oz)
Speaker Dynamic speaker
Exif Print Compatible
PRINT Image Matching III
PictBridge Compatible
Rechargeable battery pack
NP-FM50
7.2 V
on)
1.7 W
0°C to +40°C (+32°F to
+104°F)
(When using the Microdrive:
+5°C to +40°C (41°F to
+104°F))
−20°C to +60°C (−4°F to
+140°F)
139.4 × 97.7 × 156.0 mm
(5 1/2 × 3 7/8 × 6 1/4 inches)
(W/H/D, excluding protrusions)
(including NP-FM50 battery
pack, “Memory Stick”,
shoulder strap, and lens hood,
etc.)
Compatible
AC-L15A AC Adaptor
Input rating 100 V to 240 V AC, 50/60 Hz,
Output rating 8.4 V DC*
Operating temperature range
Storage temperature range
Maximum dimensions
Mass Approx. 190 g (6.7 oz)
18 W
*See the label on the AC
Adaptor for other
specifications.
0°C to +40°C (32°F to +104°F)
-20°C to +60°C (-4°F to
+140°F)
Approx. 56 × 31 × 100 mm
(2 1/4 × 1 1/4 × 4 inches) (W/H/
D), excluding projecting parts
excluding power cord (mains
lead)
Rechargeable battery pack NP-FM50
Used battery Lithium-ion battery
Maximum voltage
Nominal voltage DC 7.2 V
Capacity 8.5 Wh (1 180 mAh)
Design and specifications are subject to change
without notice.
DC 8.4 V
DSC-R1_L2
— 2 —
Danger of explosion if battery is incorrectly replaced.
Replace only with the same or equivalent type.
CAUTION
COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE WITH
MARK 0 ON THE SCHEMATIC DIAGRAMS AND IN THE PARTS
LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE
COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS
APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS
PUBLISHED BY SONY .
1. Check the area of your repair for unsoldered or poorly-soldered
2. Check the interboard wiring to ensure that no wires are
3. Look for unauthorized replacement parts, particularly
4. Look for parts which, through functioning, show ob vious signs
5. Check the B+ voltage to see it is at the values specified.
6. FLEXIBLE Circuit Board Repairing
DSC-R1_L2
SAFETY-RELATED COMPONENT WARNING!!
SAFETY CHECK-OUT
After correcting the original service problem, perform the following
safety checks before releasing the set to the customer.
connections. Check the entire board surface for solder splashes
and bridges.
"pinched" or contact high-wattage resistors.
transistors, that were installed during a previous repair . Point
them out to the customer and recommend their replacement.
of deterioration. Point them out to the customer and
recommend their replacement.
• Keep the temperature of the soldering iron around 270°C
during repairing.
• Do not touch the soldering iron on the same conductor of the
circuit board (within 3 times).
• Be careful not to apply force on the conductor when soldering
or unsoldering.
ATTENTION AU COMPOSANT AYANT RAPPORT
À LA SÉCURITÉ!
LES COMPOSANTS IDENTIFÉS P AR UNE MARQUE 0 SUR LES
DIAGRAMMES SCHÉMA TIQUES ET LA LISTE DES PIÈCES SONT
CRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NE
REMPLACER CES COMPOSANTS QUE PAR DES PIÈSES SONY
DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OU
DANS LES SUPPÉMENTS PUBLIÉS PAR SONY.
Unleaded solder
Boards requiring use of unleaded solder are printed with the leadfree mark (LF) indicating the solder contains no lead.
(Caution: Some printed circuit boards may not come printed with
the lead free mark due to their particular size.)
: LEAD FREE MARK
Unleaded solder has the following characteristics.
• Unleaded solder melts at a temperature about 40°C higher than
ordinary solder.
Ordinary soldering irons can be used but the iron tip has to be
applied to the solder joint for a slightly longer time.
Soldering irons using a temperature regulator should be set to
about 350°C.
Caution: The printed pattern (copper foil) may peel away if the
heated tip is applied for too long, so be careful!
• Strong viscosity
Unleaded solder is more viscous (sticky , less prone to flow) than
ordinary solder so use caution not to let solder bridges occur such
as on IC pins, etc.
• Usable with ordinary solder
It is best to use only unleaded solder but unleaded solder may
also be added to ordinary solder.
— 3 —
TABLE OF CONTENTS
Section Title Page Section Title Page
1. SERVICE NOTE
1-1. Description on Self-diagnosis Display ····························1-1
1-2. Precaution on Replacing the SY-132 Board ····················1-2
1-3. Note when Replacing the Lens Block,
CMOS Block and Optical Filter Block ···························1-3
2. DISASSEMBLY
2-1. Disassembly·····································································2-3
2-2. The Method Of Attachment Of
PN-002 Flexible Board····················································2-5
2-3. How To Disassemble BT Lid ··········································2-7
2-4. The Method Of Attachment Of BK-002 Board
and Control (Mode) Switch Block ··································2-7
3. BLOCK DIAGRAMS
3-1. Overall Block Diagram (1/3)···········································3-1
3-2. Overall Block Diagram (2/3)···········································3-3
3-3. Overall Block Diagram (3/3)···········································3-5
3-4. Power Block Diagram (1/3)·············································3-7
3-5. Power Block Diagram (2/3)·············································3-9
3-6. Power Block Diagram (3/3)···········································3-11
4. PRINTED WIRING BOARDS AND
SCHEMATIC DIAGRAMS
4-1. Frame Schematic Diagram ·············································· 4-1
4-2. Schematic Diagrams························································ 4-5
4-3. Printed Wiring Boards ···················································4-43
4-4. Waveforms····································································· 4-69
4-5. Mounted Parts Location ················································4-74
5. REPAIR PARTS LIST
5-1. Exploded Vie ws ·······························································5-2
5-2. Electrical Parts List ·························································5-9
DSC-R1_L2
— 4 —
1. SERVICE NOTE
1-1. DESCRIPTION ON SELF-DIAGNOSIS DISPLAY
Self-diagnosis display
•C: ss: ss
You can reverse the camera
malfunction yourself. (However,
contact your Sony dealer or local
authorized Sony service facility
when you cannot recover from the
camera malfunction.)
•E: ss: ss
Contact your Sony dealer or local
authorized Sony service facility.
Display Code
C:32:ss
C:13:ss
E:61:ss
E:91:ss
Countermeasure
Turn the power off and on again.
Format the recording medium.
Insert a new recording medium.
Checking of lens drive circuit.
Checking of flash unit or replacement
of flash unit.
Cause
Trouble with hardware.
Unformatted recording medium is inserted.
Recording medium is broken.
When failed in the focus and zoom
initialization.
Abnormality when flash is being
charged.
Caution Display During Error
SYSTEM ERROR
FORMAT ERROR
MEMORY STICK ERROR,
CF CARD ERROR
—
DSC-R1_L2
1-1
1-2. PRECAUTION ON REPLACING THE SY-132 BOARD
VIDEO OUT Default Data Check
When you replace to the repairing board, the written data of repairing board also might be changed to original setteing because of broadcast
system (NTSC/PAL).
When the data has changed because of board replaceing etc, check the default data of VIDEO OUT if destination code is right. If not, rewrite
to the right value.
VIDEO OUT Default Data
00
00
Data
01
01
Page
4F
4F
Writing Method:
1) Select page: 00, address: 01 and set data: 01.
2) Select page: 4F, address: A2, and set data: 00 (NTSC) or data: 01 (PAL).
3) Select page: 4F, address: A2, and set data: 00 (NTSC) or data: 01 (PAL).
4) Select page: 40, address: 38, and set data: 00.
5) Click [Save] on the SEUS screen.
6) Select page: 80, address: 34, and check that the data is “00”.
7) Select page: 80, address: 30, and check that the data is “00”.
8) Select page: 00, address: 01, and set data: 00.
Address
8D
A2
NTSC PAL
DSC-R1_L2
1-2
1-3. NOTE WHEN REPLACING THE LENS BLOCK, CMOS BLOCK AND OPTICAL
FILTER BLOCK
Dust on the optical surface of the CMOS block causes it to be shot as a black spot in the picture. To prevent dust from attaching, perform the
work, taking care of the following points:
• Perform the replacement work at a less dusty place.
• Perform the replacement work quickly. Do not leave the parts to stand.
• Perform the work with the opening of Lens block, CMOS block facing down, if practicable.
• Do not touch the optical surface of the CMOS block and Optical Filter block.
• Do not put the Optical Filter block directly on the desk.
P2 tapping screw
Seal rubber_R
Lens assembly repair
CMOS block assembly
Optical filter block
Inspection (Shooting test)
After assembling the set, inspect by the following method to check if dust is shot.
Switching setting:
1) Mode dial ···························································· A (Aperture)
2) Aperture··············································································F16
3) Zoom ring································································ TELE end
4) FOCUS switch ······················································· MANUAL
5) Manual focus ring ································································· ∞
6) Image size·············································· 10M (MENU setting)
Method:
1) Shoot a full-white subject (such as white paper) at a distance of several cm at a light place.
(Pattern box with clear chart, full-white screen on the PC monitor with the increased brightness are also possible.)
2) Play back the shot picture in 100% size on the PC to check that no black spot is found.
CMOS Block and Optical Filter Block Cleaning
If dust exists, perform the cleaning as follows.
1) Blow it off by the air.
2) Wipe the CMOS block and Optical Filter block if air blow failed to clear the dust.
Wipe the CMOS block and Optical Filter block gently in one-way direction using the nonwoven cloth wiper for cleaning (low dust
generation, soft type such as Bemcot or Dusper) moistened with small quantity of anhydrous alcohol.
3) Check with a loupe that the dust was cleared.
4) After assembly, conduct the inspection again (shooting test).
DSC-R1_L2
1-3E
2. DISASSEMBLY
Link
Link
DISASSEMBLY
THE METHOD OF ATTACHMENT OF PN-002 FLEXIBLE BOARD
HOW TO DISASSEMBLE BT LID
THE METHOD OF ATTACHMENT OF BK-002 BOARD AND CONTROL (MODE) SWITCH BLOCK
HELP
DSC-R1_L2
NOTE FOR REPAIR
2. DISASSEMBLY
2. DISASSEMBLY
2. DISSASSEMBLY
• Make sure that the flat cable and flexible board are not cracked of bent at the terminal.
Do not insert the cable insufficiently nor crookedly.
• When remove a connector, dont’ pull at wire of connector. It is possible that a wire is snapped.
• When installing a connector, dont’ press down at wire of connector.
It is possible that a wire is snapped.
Cut and remove the part of gilt
which comes off at the point.
(Be careful or some
pieces of gilt may be left inside)
DISCHARGING OF THE ST-128 BOARD’S CHARGING CAPACITOR (C104)
The charging capacitor (C104) of the ST-128 flexible board is
charged up to the maximum 300 V potential.
There is a danger of electric shock by this high voltage when the
capacitor is handled by hand. The electric shock is caused by
the charged voltage which is kept without discharging when the
main power of the unit is simply turned off. Therefore, the
remaining voltage must be discharged as described below.
Preparing the Short Jig
To preparing the short jig, a small clip is attached to each end of
a resistor of 1 kΩ /1 W (1-215-869-11).
Wrap insulating tape fully around the leads of the resistor to
prevent electrical shock.
Note: High-voltage cautions
Discharging the Capacitor
Short-circuit between the two points
with the short jig about 10 seconds.
1 kΩ/1 W
Wrap insulating tape.
R:1 kΩ/1 W
(Part code: 1-215-869-11)
NOTE FOR DISASSEMBLE LENS ASSEMBLE REPAIR (EK01A)
When the lens block is disassembled, be sure to disassemble it
with the set erected.
The 1 group lens and the 1 group spacer will be removed, if the
lens block is disassembled with the set laid down as shown in
the right figure.
Position of the screw
P2 tapping screw
1 group lens
1 group spacer
DSC-R1_L2
Position of the screw
2-1
Filter screw frame
Ornamental plate
The following flow chart shows the disassembly procedure.
2-1. DISASSEMBLY
2. DISASSEMBLY
2. DISASSEMBLY
HELP
HELP
qa
0
8
7
4
2
3
2
2
2
1
3
2
1 Open the LCD.
2 P2 screw (M2x4) (black)
3 Remove the cabinet (rear) block.
4 Flexible board
5 Cabinet (rear) block
x1
5
x8
2
4
2
3
3
2
1 Remove the fuse replacement caution label.
2 Flexible board
3 P2 screw (M2x4) (black)
4 Center block assembly
2
3
x4
x4
4
3
1
qs
qd
0
6
1
6
1 Open the LCD.
2 P2 screw (M2x4) (black)
3 Claw
4 LC case (L)
5 Tape (A)
6 Flexible board
7 P2 tapping screw (M1.7x3) (silver)
8 PD board
9 P2 tapping screw (M1.7x4) (black)
0 P2 tapping screw (M1.7x4) (black)
qa LC retainer
qs LC case block
qd LCD901, D901
x4
x1
HELP
x2
x2
x1
x2
x4
9
5
4
1
5
1 Connector
2 Fuse replacement caution label
3 P2 tapping screw (M1.7x3) (silver)
4 Boss
5 SY board
x2
x1
3
2
HELP
x6
3
1 Flexible board
2 Cabinet upper assembly
3 Discharging the Capacitor.
Refer to page 2-1
" Discharging of the ST-128 board's
charging capacitor (C104) ",
when discharging the capacitor.
x2
1
4
2
3
1
1 Claw
2 Remove the cabinet
3 Flexible board
4 Cabinet (side) block assembly
5 Flexible board
6 Claw
7 EVF block assembly
x2
(side) block assembly.
x2
5
x1
x2
6
7
DSC-R1_L2
2-3 2-4
2-2. THE METHOD OF ATTACHMENT OF PN-002 FLEXIBLE BOARD
2. DISASSEMBLY
2. DISASSEMBLY
1The A and A, B and B, C and C section
are united and an angle is folded.
C
Adhesive tape
Fold
Adhesive tape
Adhesive tape
B
Fold
Fold
A
PN-002 flexible board
2An angle is folded.
5Set the LCFPC holder
and hinge (ZZ) assembly.
LCFPC holder
Claw
Hinge (ZZ) assembly
5Set the LCFPC holder
and PN-002 flexible board.
Claw
Claw
Claw
Claw
5Roll the the PN-002 flexible board 1.5 times,
in the direction of arrow
A.
A
6Set the hinge (ZZ) assembly and PN-002 flexible board.
Hinge (ZZ)
assembly
Boss
Claw
8LC hinge cover (L)
7Screw (M1.7x3) (black)
9LC hinge cover (U)
Claw
Claw
Claw
DSC-R1_L2
2-5 2-6
2. DISASSEMBLY
FINDER AUTO LCDFRAMINGCFPREVIEW
1 Set the mode dial section as shown in
figure.
2 Set three switchies as shown in figure.
3 BK board
4 P2 tapping screw (M1.7x4) (black)
x4
5 Connector
x1
6 Tape (Z)
x1
7 Set the control switch block as shown in figure.
8 Control switch block
9 Flexible board
x1
0 P2 tapping screw (M1.7x4) (black)
x3
1
3
4
5
6
7
9
0
0
8
2
2
Mark
Mark
Mode dial section
2. DISASSEMBLY
2-3. HOW TO DISASSEMBLE BT LID
BT lid
1
3
5
BT hige plate
1 Lifting up the BT lid.
2 Insert the flat blade screwdriver
between BT lid and BT hige plate.
3 Claw
x1
2
4
4 Claw
5 BT lid
x1
2-4. THE METHOD OF ATTACHMENT OF BK-002 BOARD AND CONTROL (MODE)
SWITCH BLOCK
DSC-R1_L2
2-7E
HELP
Sheet attachment positions and procedures of processing the flexible boards/harnesses are shown.
Fuse replacement caution label
SY board
Adhesive tape
(included in
fuse replacement
caution label)
Sheet JNC
ST flexible board
ST base assembly
(bottom view)
ST flexible board
DSC-R1_L2
ST base assembly
HELP
Tape (A)
LCD block
Wire (BT901)
Tape (A)
Wire (CN901)
DSC-R1_L2
HELP
Capacitor holder
Sheet (TOK)
Lens assembly
Seal rubber_R
Optical filter block
CMOS block
The optical filter block
consists of four layers.
Please adjust a blue layer
to the lens assembly side
and install it.
blue layer
DSC-R1_L2
HELP
3. BLOCK DIAGRAMS
Link
Link
OVERALL BLOCK DIAGRAM (1/3) POWER BLOCK DIAGRAM (1/3)
OVERALL BLOCK DIAGRAM (2/3)
OVERALL BLOCK DIAGRAM (3/3)
POWER BLOCK DIAGRAM (2/3)
POWER BLOCK DIAGRAM (3/3)
DSC-R1_L2
3. BLOCK DIAGRAMS
3-1. OVERALL BLOCK DIAGRAM (1/3)
DSC-R1_L2
LENS
SHUTTER
MOTOR
M
LENS BLOCK
FOCUS
SENSOR
FOCUS
RING
SENSOR
ZOOM
POSITION
SENSOR
LENS TEMP
FLASH
UNIT
PL901
PLUNGER
MOTOR
SENSOR
IRIS
(METER)
FOCUS
M
SENSOR
MOTOR
M
IRIS
IRIS XA, XB, A, B
FOCUS_MR_A,
FOCUS_MR_B
FOCUS_SENS_OUT
MF_EMITTER1,
MF_EMITTER2
ZOOM_POSI_OUT
IRIS
THERM_OUT
AF-103 FLEXIBLE BOARD
D001
SELF-TIMER/
AF ILLUMINATOR
ST-130 FLEXIBLE BOARD
XE_H
TRIGGER
XE_L
PL-041 FLEXIBLE BOARD
S001
STROBE
POP UP DETECT
05
FOCUS±
SHUTTER±
L001
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
CD-588 BOARD
CN502
DRVOUT1, REFOUT1
18
17
DRVOUT2, REFOUT2
21
20
DRVOUT3, REFOUT3
11
12
DRVOUT4, REFOUT4
14
15
2 1
4
5
12
11
9
10 10
CKIN CH_CLK27
HR, VR
SDI, SCK, XCLR
XCE
IC501
CMOS
IMAGER
23
22
26
25
35
36
38
39
3
10
11
CN501 CN102
47
48
51
50
LD-204 BOARD
3
ı
6
1
2
23
21
24
36
35
19
8
ı
15
29
28
1
2
CN1001
CN1003
L4
G3
K6
F1
F3
E3
B1
IRIS DRIVE
C4
D2
C5
E12
E10
6
9
SHUTTER
4
7
EEPROM
PRELAMP_CATHODE PRELAMP_CATHODE
IC1001
FOCUS
MOTOR
DRIVE,
IC1002
MOTOR
DRIVE
IC1003
K9
HR_EN3, HR_DIR3A, HR_DIR3B
L9
M9
J9
J11
LD_SI, LD_SO, XLD_SCK
K11
H12
H11
J12
K12
L12
A4
F10
C12
D12
A10
16
15
14
13
4
2
1
XIC_1001_RST
XIC_1001_CS
SPCK
SYS_V
FC_RING_FGA, FC_RING_FGB
ZOOM_POS
IC1004
4
XFC_RST_SENS
XIRIS_RST_SENS
LENS_TEMP
ı
LD_SI, LD_SO, XLD_SCK
XLENS_EEP_CS XLENS_EEP_CS
MSHUT EN
1
2
MSHUT DIR
CN1002
34
ı
32
15
14
7
16
19
18
42
21
22
36
39
44
11
ı
13
10
30
ST-128 BOARD
1
4
8
9
18
21
5
1
2
ı
ı
CN103
CN102
+
C104
CHARGING
CAPACITOR
Q001
D102
T101
4 2
3
XSTRB_POPUP
STRB_PLUNGER
ST UNREG
1
1
2
CONTROL
6
IC101
FLASH
CN101
13
4
7
8
5
7
8
12
14
15
16
SY-132 BOARD (1/3)
CN101
18
17
21
20
11
12
14
15
IC_102_HD, IC_102_FD
26
27
12
11
9
CN807
18
HR_EN3, HR_DIR3A, HR_DIR3B
ı
20
XIC_1001_RST
37
XIC_1001_CS XIC_1001_CS
38
SPCK
45
SYS_V SYS_V
36
FC_RING_FGA, FC_RING_FGB
33
34
ZOOM_POS_OUT
10
MSHUT EN
31
MSHUT DIR
30
XFC_RST_SENS
16
XIRIS_RST_SENSIRIS_SENS_OUT
13
LENS_TEMP
8
41
LD_SI, LD_SO, XLD_SCK
ı
39
42
22
CN506
STRB ON
13
XSTRB_FULL
7
STRB_CHG
8
STRB_CHG_CONT
12
XSTRB_POPUP
14
STRB_PLUNGER
15
16
3-1 3-2
B10
B9
A10
A9
K10
K9
J10
J9
CAM_SO, XCAM_SCK, XCAM_RST
IC101
AFE,
A/D
CONVERTER
(1/10)
A3 – D3
A4 – E4
A5 – E5
J2 – J4
K2 – K4
F3 – F5
G3 – G5
H3 H4
H5
G6
F6
D7
K5
E7
F7
E6
D6
IC_102_HD, IC_102_FD
XFE_CS
XTG_CS
XLENS_EEP_CS
Q804
LED
DRIVE
Q802
PLUNGER
DRIVE
AD2_0 – AD2_13
AD1_0 – AD1_13
IC_102_CLPOB
CH_CLK27
MC_XCS_IC_102
MC_XCS_IC_102
XFE_CS
XTG_CS
XIC_1001_CS
XLENS_EEP_CS
LENS_TEMP
XIC_1001_RST
ZOOM_POS_OUT
CAM_SO, XCAM_SCK, XCAM_RST
LD_SI, LD_SO, XLD_SCK
SELF_TIMER_LED
PRELAMP_AF_CONT
XSTRB_FULL
STRB_CHG
STRB_CHG_CONT
XSTRB_POPUP
STB_PLUNGER
J5 – J8
K4 – K9
L4 L5
L7 M5
H1 H4
J1 – J4
K1 – K3
L2 L3
M1 M3 M4
L10
J9
CAMERA
M8
PRE DSP,
A10
GENERATOR
C1 – C3 D1 – D3
D9
D17
AA9
AC16
AC17
AA13
A2
AB20
C1
A12
B12
AB14
A10
C10
B10
L3
F1
B5
AD19
J2
AC19
B6
E10 E11
F9 –
G9
H9 –
J10 J11 K10
IC102
TIMING
(1/10)
E1 – E4 F3 F4
G2 – G4 H3
A5 A6 B2 – B6
C4 – C7
D4 – D7
IC501
(1/3)
MODE
CONTROL
(4/10)
G10
F11
H12
A7
A9
K12
A8
A7
27MHZ_CLK
27MHZ_CLK
A6
X501
27MHz
CAM_FD
AC12
CA_AD00 – CA_AD13
TG_CLK
MCK12
CAM_FD
MC_D0 – MC_D15
MC_A1 – MC_A15
XSYS_RST
HR_EN3, HR_DIR3A, HR_DIR3B
FC_RING_FGA, FC_RING_FGB
MSHUT EN
MSHUT DIR
STRB ON
XFC_RST_SENS
XIRIS_RST_SENS
A : VIDEO SIGNAL
A : VIDEO/AUDIO SIGNAL
1
OVERALL (2/3)
(PAGE 3-3)
3-2. OVERALL BLOCK DIAGRAM (2/3) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
SY-132 BOARD (2/3) PD-259 BOARD
05
DSC-R1_L2
1
OVERALL (1/3)
(PAGE 3-2)
2
OVERALL (3/3)
(PAGE 3-6)
CA_AD00 – CA_AD13
TG_CLK
MCK12
CAM_FD
IC371
DQ00 – 31, DQM0 – 3
IC372
IC373
256M x 3
SDRAM
(2/10)
HR_EN3, HR_DIR3A, HR_DIR3B
FC_RING_FGA, FC_RING_FGB
MSHUT EN
MSHUT DIR
STRB ON
XFC_RST_SENS
XIRIS_RST_SENS
MC_D0 – MC_D15
MC_A1 – MC_A15
SYS_V
XSYS_RST
GEN_STRB_ON
EXT_STRB_ON
SYS V
XSYS RST
AQ00 – 12, BA0,1
A : VIDEO SIGNAL
A : AUDIO SIGNAL
A : VIDEO/AUDIO SIGNAL
PN-002 FLEXIBLE
CN801
AA10 AC10 Y10
AB10 AC9 AA8
Y8 Y9
AB9
AA7 AA9
Y7
AB8 AA6
AC3
AC7
IC301
Y6
CAMERA DSP,
CPU,
LENS CONTROL
(2/10)
A11 A12
B8 –
B12 B23
C7 –
C12 C21
–
D8 –
E20 –
B17
C17
D17
M4
N3
M3
H2
J4
AC20
U4
AB20
AC21
AA20
F2
H4
C23
D13 D21
–
E22 F20
–
G20 G22 H20
–
B22
–
C20
–
D20
A21
V22 U20 U21 W22
V20 Y22 V21 W20
W21 Y20 Y21 Y19
AA22 AB23 AB22 AA21
K21 L22 L20 M22 L21
M23 M20 N22 M21 N23
N21 P22 N20 P20 R23
R22 P21 T23 R20 U23
R21 T22 T20 U22 T21
D23
F22
D1
C1
D2
D6
C6
E1
AC13
P1
J20
J22
P4
D7
AA11
MC_XCS_IC_301REG
MC_XCS_IC_301SDRAM
MC_D0 - D15
MC_A1 - A25
Q301 – 303
BUFFER
Q306
BUFFER
MC_CKIO
XSYS_RST
SYS_V
ADDRESS BUS
VIDEO_AMP_ON
MC_XCS_IC_501SDRAM
MC_D0 - D15
MC_A0 - A25
DATA BUS
MC_D0 – MC_D15
MC_A1 – MC_A14
IC302
VIDEO AMP
(2/10)
4
C14
A7
H1
A17
C18
B18
DS CONTROL,
MODE CONTROL
D14
AA8
L21 L23 M24 K23
J21 J22 F24
H22
H21 M23 K22
K21
L24 F23 E23
G21
V22 V21 V23 R22 W22
W21 T22 R23 N21
U22
P21 P23 R21 M22
P22
P24 U21 U23 N22
T21
N23 T24 M21 T23
U24
B21
53
IC501
(2/3)
FLASH
(4/10)
19
2 4 5 7 8 10 11
13 42 44 45 47
48 50 51 53
20 – 26
39 – 35
HDO
PANEL_V
XSYS_RST
SYS_SO, SYS_SI, XSYS_SCK
PANEL_SENS_CLOSE
XPANEL_SENS_REVERSE
V_OUT
AU_AIN
XPANEL_TG_CS
AD16
PANEL_SENS_CLOSE
C5
XPANEL_SENS_REVERSE
A3
XEVF_TG_CS
AB9
EYE_SENS_AD
B2
EYE_SENS_LED
G3
,
A11
SYS_SO, SYS_SI, XSYS_SCK
B11
C11
MELODY_ENV
AB7
MELODY
AD14
AA18
AB18
J1
K1
USB_D± USB_D±
L1
M1
AC21
C22
B16
B15
D16
W24
B17
MC_D0 – MC_D15
MC_A0 – MC_A10, MC_A24
IC581
64M
SDRAM
(4/10)
Q501
MODULATOR
SYS_SO, SYS_SI, XSYS_SCK
AU_AIN
SYS_SO, XSYS_SCK
BEEP
XAU_LINE_MUTE
AU_SEN
XSYS_RST
MC_CKIO2
MC_XCS_IC_602
34
33
32
EVF DRIVE
48
1
3
45
42
44
43
EYE SENSOR
C7
A11
C5
CF INTERFACE
H10 J10 J11 J12
K8 K11 K12 L7
L8 L10 L12 M8
M9 M10 M11 M12
B9
D12 E10
E11 E12 F10
F11 F12 G10
G11 G12 H11
IC201
(7/10)
Q201
AMP
E5
F3
E3
B1
F1
E4
IC602
(5/10)
BOARD
19
18
17
9
10
8
11
ı
LCD_SO, LCD_SI, XLCD_SCK
13
14
22
1
20
21
22
26
5 – 12
14 16
24 28
BLON
18
EXTDA
31
Q201
LED
DRIVE
A5
A2
IC701
AUDIO OUT
(8/10)
M7
A1 A2 A3 A4
B1 B3 B4 C1
C2 D1 D2 D3
E2 E3 F2 F3
F1 G1 G2
G3 H1 J1
J2 K1 K2
L1 L2
PANEL R
PANEL G
PANEL B
XSYS_RST
XCS_LCDXPANEL TG CS
3-3 3-4
XHD
XVD
S001
PANEL
OPEN/CLOSE
S002
PANEL
REVERSE
IC202
, Q203
EVF BACKLIGHT
DRIVE
(7/10)
EYE_PTR_COLLECTOR
EYE_LED_CATHODE
CN201
CN202
7
6
2
10
CF_D0 – CF_D15
CF_A0 – CF_A10
IC601
1 2 4
34
33
32
48
1
3
45
42
44
43
Q602
LED
DRIVE
(5/10)
LCD DRIVE
4
5
9
1
XU_DRIVE_IN
USB_JACK_IN
XAV_JACK_IN
18
17
16
8
9
7
10
ı
12
13
CF_COVEROPENCF_COVEROPEN
XACCESSS_LEDXACCESSS_LED
XMS_IN INT
IC201
CN391
CN805
(1/2)
5 – 12
14 16
24 28
EYE SENSOR
1
2
USB_JACK_IN
MC_MSDIO, MC_MSBS, MC_MSCLKMC_MSDIO, MC_MSBS, MC_MSCLK
XMS_IN
20
21
22
26
RGT, VP, HCK1, HCK2,
REF, HST, PCG, XSTB,
PWM
18
EXTDA
31
HST, HCK2, HCK1, RGT,
DWN, REF, XSTB, VST,
VCK, ENB, PCG, PSIG
ES-002 BOARD
Q391
EVF_BL_ANODE
(EYE SENSOR)
XAV_JACK_IN
BK-002 BOARD (1/2)
CN343 (1/2)
19
20
D602
(ACCESS)
OVERALL (3/3)
(PAGE 3-6)
DWN, EN, VCK, VST
Q201, 202
BACKLIGHT
DRIVE
BL_HV
PRELAMP_KEVF_BL_CATHODE
D391
V_OUT
OPEN/CLOSE
XCD1, XCD2
3
CN202
COM, CS
BL_L
BL_H
CN201
RED
GREEN
BLUE
COM, CS
CN392
PRELAMP_A
CN344
SP ±
CN901
S601
COVER
CN803
CN601
RESETCF_RESET
VR
VG
VB
VCC
6
7
5
26
25
4
8
10
13
17
21
24
2
1
16
17
15
20
18
4
14
19
5
6
1
2
1
2
3
2
1
4
2
8
6
41
2
ı
6
21
ı
23
8
10
ı
12
26 25
ı
ı
ı
ı
27
ı
31
47
ı
49
14
ı
20
LCD901
COLOR
LCD
MONITOR
D901
BACKLIGHT
LCD902
COLOR
EVF
UNIT
D902
EVF BACKLIGHT
J901
VIDEO
OUT
SP901
SPEAKER
(USB)
MEMORY
STICK
CF
MICRODRIVE/
COMPACT FLASH
3-3. OVERALL BLOCK DIAGRAM (3/3) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
DSC-R1_L2
CN902
ADVANCED
ACCESSORY
SHOE
RL-061 BOARD
CN322
HOT
4
5
EXT_STRB_ON_CN
7
XASHOE_JACK_IN
8
LANC_SIG
1
D324
S323
POWER
SK-005 BOARD
PUSH AUTO
MACRO
CONTROL SWITCH
BLOCK (COMMAND)
S005
V
S003
v
S008
AE LOCK/
DELETE
S009
SCREEN
STATUS
05
S322
(SHUTTER)
(STAND BY)
(POWER)
OFF
ON
S321
ISO
S301
FLASH
S305
WB
S302
S303
MANUAL
S304
AUTO
CONTROL SWITCH
BLOCK (MODE)
D327
D001
/CHG
MODE
DIAL
COMMAND
COMMAND
S007
B
S002
b
S004
z
S001
MAIN
DIAL
S006
SUB
DIAL
J902
ACC
CN301
4
13
12
15
2 2
1 1
7
8 8
5
3
1
2
SY-132 BOARD (3/3)
CN808CN321
GEN_STRB_ON
4
EXT_STRB_ON
13
XASHOE_JACK_IN
12
LANC_SIG
15
XAE_LOCK_ON
XSHTR_ON
XPOWER_LED_ON
7
XSTANDBY_LED_ON
XSLIDE_PWR_ON
5
KEY_AD4
3
ACC_STRB_ON
LANC_SIG
XLANC_JACK_IN
LANC DC
CN809
KEY_AD3
1
2
BK-002 BOARD (2/2)
S348
FINDER
AUTO
S341
SELF-TIMER
/INDEX
S346
BURST/
BRACKET
CN341
MODE_DIAL0, MODE_DIAL1
4
2
XCHARGE/XSTRB_LED
6
CN342
10
9
3
2
KEY_AD0
7
KEY_AD1
5
KEY_AD1_RETURN
4
3-5 3-6
IC801
(6/10)
24
Q810
Q807
Q806, 808
S349
LCD
S344
MENU
XPROGRAM_DIAL_A, XPROGRAM_DIAL_B
XPROGRAM_SUBDIAL_A, XPROGRAM_SUBDIAL_B
MONITOR
PREVIEW
FRAMING
DIGITAL ZOOM/
PLAYBACK ZOOM
S345
METARING
MODE
MEMORY STICK
S342
S347
N
S343
S345
CF
BATTERY
BT341
LITHIUM
LANC SIG
SWITCH
Q809, 811
CN343
(2/2)
15 6
11 10
14 7
3
4
2 19
6
7
8
9
12
13
17 4
KEY_AD3
CN805
(2/2)
KEY_AD4
PB_ON_FR
KEY_AD2
MODE_DIAL0,
MODE_DIAL1
18
17
XCHARGE/XSTRB_LED
15
14
13
12
9
8
KEY_AD0
KEY_AD1
VL_3V
XASHOE_JACK_IN
Q502
AE_LOCK_ON
XSHTR_ON
EXT_STRB_CONT
XPROGRAM_DIAL_A,
XPROGRAM_DIAL_B
XPROGRAM_SUBDIAL_A,
XPROGRAM_SUBDIAL_B
AA17
IC501
(3/3)
MODE CONTROL
AB5
FLASH
AB13
(4/10)
AA14
AB15
AA7
AA6
AC15
XLANC_JACK_IN_FR
3
OVERALL (2/3)
(PAGE 3-4)
D402
B13
FR_SI, FR_SO, XFR_SCK
D13
C13
AD11
,
D11
K2
A18
U2
Q402, 403
SWITCH
XRST_FLASH
MC_XCS_FLASH
XSTANDBY_LED_ON
XU_DRIVE_IN
XMS_IN
USB_JACK_IN
XAV_JACK_IN
XCHARGE/XSTRB_LED
MODE_DIAL0, MODE_DIAL1
FR_INT
XCS_MC
XAE_LOCK_ON
XSLIDE_PWR_ON
XPWR_LED_ON
Q404
Q405 (1/2)
Q405 (2/2)
Q406
PB_ON_FR
KEY_AD0
KEY_AD1
KEY_AD2
KEY_AD3
KEY_AD4
XLANC PWR ON
D1
D2
E1
D9
E2
C4
C6
C9
A2
B4
A6
B6
C8
A3
B5
B1
J6
H6
G6
J7
H7
J8
J9
IC401
FRONT
CONTROL
(6/10)
B9
B3
J5
J4
J2
J3
A7
G1
G2
H2
J1
D7
E8
A9
C1
D3
H1
A1
F3
F2A8
X401
32.768kHz
PLL
LOOP
FILTER
Q018
BUFFER
Q407
BATTERY
CHARGE
DETECT
FAST_CHARGE
INIT_CHARGE
S002
RESET
SYS_DD_ON
BATT_IN
DDCON_SO, DDCON_SCK
XCS_DDCON
XLANC_IC_ON
LANC_SI
LANC_SO
XLANC PWR ON
CAM_P_5V
SDRAM_2.8V
CAM_2.8V
PANEL_2.8V
PANEL_4.7V
USB_3.1V
UDRIVE_3.3V
PANEL_8.5V
CAM_–3.0V
CAM_–15.5V
BACKUP_VCC
EVER_3.0V
LANC_DC
GEN_STRB_ON
EXT_STRB_ON
SYS V
XSYS RST
ACV_UNREG
BATT_UNREG
XRSTX
LANC_SIG
D_1.2V
A_2.8V
D_2.8V
CAM_5V
BL_HV
BATT/XEXT
BATT_SIG
ST_UNREG
51
44
50
14
15
13
52
54
56
55
57
45
46
2
OVERALL (2/3)
(PAGE 3-3)
Q001,
002
Q004,
005
IC001
DC CONTROL,
RESET,
LANC DRIVE
(9/10)
BATT_UNREG
ACV_UNREG
CN003
ACV_UNREG
ACV_GND
BATT/XEXT
CN002
BATT_SIG
BATT_GND
1
2
3
1
2
3
CN901
DC IN
BT901
BATTERY
TERMINAL
+
S
−
3-4. POWER BLOCK DIAGRAM (1/3) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
SY-132 BOARD (1/3)
CN901
DC IN
ACV_UNREG
ACV_GND
BATT/XEXT
BT901
BATTERY
TERMINAL
BATT_UNREG
+
BATT_SIG
S
BATT_GND
−
J902
ACC
RL-061 BOARD
(STAND BY)
(POWER)
CONTROL SWITCH
BLOCK (MODE)
D001
/CHG
D_2.8V 3
CONTROL SWITCH
BLOCK (COMMAND)
D_2.8V 6
05
DSC-R1_L2
D324
CN003
1
2
3
CN002
1
2
3
LF001
IC401
FRONT CONTROL
(6/10)
LANC DC
S323
POWER
BK-002 BOARD
CN341
5
CN342
Q016, 017
Q004,
005
002
J1
H2
A7
G1
G2
H8BATT_SENSE
G8
F8DD_CON_SENSE
C1
D3
A9
E8
H1
A8
A1
C9
CN343
CHARGE
CONTROL
Q018
BUFFER
Q407
BATTERY
CHARGE
DETECT
5
9
1
10
17 4
INIT_CHARGE
FAST_CHARGE
INIT_CHARGE
FAST_CHARGE
BATT/XEXT
BACK_UP_VCC
DDCON_SO, DDCON_SCK
CN808CN321
XSLIDE_PWR_ON
5
EVER_3.0V_LED
9
CN805
20
11
VL_3V VL_3V
Q001,
INIT_CHARGE
FAST_CHARGE
BATT/XEXT
BATT_SO
BATT_SI
ACV_SENSE
DDCON_SO
DDCON_SCK
BATT_IN
SYS_DD_ON
XCS_DDCON
XLANC_POWER_ON
XLANC_IC_ON
XSLIDE_PWR_ON
OFF
ON
EVER_3.0V EVER_3.0V
D_2.8V D_2.8V
BT341
LITHIUM
BATTERY
F001
F002
F003
F005
F006
BATT/XEXT
BATT_SIG
BATT_SIG
BATT_IN
SYS_DD_ON
XCS_DDCON
XLANC_PWR_ON
XLANC_IC_ON
3-7 3-8
D 1.2V
ACV_UNREG
BATT_UNREG
D002
Q006, 013
SWITCHING
61
VCC1
60
VCC3
49
VCC2
IC001
DC CONTROL,
RESET,
LANC DRIVE
(9/10)
L001
48
VOUT1
DIN
E2
E3
CLK
A2
OUTC1
D1
CTL
E4
LD
L2
WAKEUP
J4
XCTL2
58
VOUT4
EVER_3.0V
D_2.8V D_2.8V
OUT1-1
OUT1-2
VS1
IN1
OUT2
VS2
IN2
OUT3-1
OUT3-2
VS3
IN3
OUT4
VS4
IN4
OUT5
VS5
IN5
OUT6
VS6
IN6
VCC01
VCC02
OUT7
IN7
VCONT5
VOUT5
VOUT2
VOUT3
VBATT
64
66
65
12
68
69
11
70
72
71
10
73
74
9
75
76
8
77
78
7
62
VB
63
67
79
6
1
6
47
46
45
D007
D009
D005
L002
Q008
SWITCHING
Q007, 014
SWITCHING
Q009
SWITCHING
Q010
SWITCHING
Q011
SWITCHING
Q012
SWITCHING
D008
L006
L007
L008 L015
L004 L016
L005
L003 L009
8.5V REG
IC801
BUFFER
(6/10)
CE 1
Q015
L011
L012
L013
L014
SDRAM_2.8V
PANEL_2.8V
IC002
3.1V REG (9/10)
CE1
VoutVin
5 4
UDRIVE_3.3V
CAM_5V
BL_HV
IC006
–3.0V REG (9/10)
5 3
VoutVin
CE1
CAM_–15.5V
CMOS_GP3_ON
Q809, 811
LANC SIG
SWITCH
CAM_–3.0V
EVER_3.0V
ST_UNREG
D_1.2V
CAM_P_5V
CAM_2.8V
A_2.8V
D_2.8V
USB_3.1V
PANEL_4.7V
UDRIVE_3.3V
CAM_5V
CAM_–3.0V
EVER_3.0V
CMOS_GP3_ON
ST_UNREG
D_1.2V
CAM_P_5V
A_2.8V
D_2.8V
PANEL_4.7V
SDRAM_2.8V
PANEL_2.8V
BL_HV
PANEL_8.5V
A
POWER (2/3)
(PAGE 3-9)
B
POWER (3/3)
(PAGE 3-11)
3-5. POWER BLOCK DIAGRAM (2/3) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
SY-132 BOARD (2/3)
A
POWER (1/3)
(PAGE 3-8)
D_2.8V
CAM_–3.0V
CAM_5V
CAM_2.8V
PANEL_4.7V
ST_UNREG
CAM_P_5V
PANEL_4.7V
CAM_5V
CD-588 BOARD
CN102 CN501
D_2.8V
–3.0V
VSUB_5V
CAM_2.8V
CAM_4.7V3
CAM_4.7V1
5.0V
CMOS_GP3_ON
2
5
18
21
22
19
20
2
5
18
21
22
44
2323
19
20
11
L501
L503
IC503
3.0V REG
VoutVin
1 5
CE3
IC502
1.05V REG
VoutVin
1 5
CE3
Q501, 502
L502
L504
IC501
CMOS
IMAGER
ST-128 BOARD
CN802
STRB_UNREG XE_H
CMOS_GP3_ON
Q802
STRB_PLUNGER STRB_PLUNGER
1
ı
3
15
16
1010
15
16
1
ı
3
CN101
L101
IC102
5.0V REG
VoutVin
1 5
CE3
T101
D102
IC101
FLASH
CONTROL
C104
CHARGING
CAPACITOR
+
CN103
CN102
1
ı
4
1
2
ST-130 FLEXIBLE
BOARD
PL-041 FLEXIBLE
BOARD
PL901
PLUNGER
FLASH
UNIT
STB_PLUNGER
UDRIVE_3.3V VCC
AD18
K6
MS_PWR_ON
EVER_3.0V
USB_3.1V
D_1.2V
A_2.8V
D_2.8V
D_2.8V
D_2.8V
FB581
IC601
OR GATE
(5/10)
IC581
64M
SDRAM
(4/10)
CMOS_GP3_ONCMOS_GP3_ON
STB PLUNGER
1.8V REG
IC502
(4/10)
VOUTVIN
3 1
L502
L503
L501
FB601
L601
D_2.8V
AC20
PU[6]
B6
DREQ3
DS CONTROL,
MODE CONTROL,
IC501
FLASH
(4/10)
SDA(O/D)
CF_POWERON
IC602
CF INTERFACE
(5/10)
Q601
Q803
FB602
FB806
CN601
CN803
VCC
13
38
9
CF
MICRODRIVE/
COMPACT FLASH
MEMORY
STICK
05
DSC-R1_L2
3-9 3-10
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