Text preview for : SONY DSLR-A100 SERVICE MANUAL LEVEL 2 VER 1.6 2008.09 REV-2 (9-852-130-37).pdf part of SONY DSLR-A100 SONY DSLR-A100
DIGITAL SINGLE LENS REFLEX CAMERA. SERVICE MANUAL VERSION 1.6 2008.09 REVISION-2
PART#(9-852-130-37)
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DSLR-A100
SERVICE MANUAL
Ver. 1.6 2008.09
Revision History How to use Acrobat Reader LEVEL
2
Revised-2
Replace the previously issued SERVICE MANUAL 9-852-130-32 with this manual.
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SPECIFICATIONS SERVICE NOTE DISASSEMBLY BLOCK DIAGRAMS FRAME SCHEMATIC DIAGRAM SCHEMATIC DIAGRAMS PRINTED WIRING BOARDS REPAIR PARTS LIST
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.
DIGITAL SINGLE LENS REFLEX CAMERA
DSLR-A100_L2
9-852-130-33
Sony EMCS Co.
2008I0500-1 © 2008.9 Published by Kohda TEC
SPECIFICATIONS
Camera
[System]
Camera Type Digital Single Lens Reflex Camera with built-in flash and interchangeable lenses All of Sony Lens
[Exposure]
Metering Cell 40-segment honeycomb-pattern SPC
Operating temperature 0 to +40°C (+32 to +104°F) (When using the Microdrive: +5 to +40°C (41 to +104°F)) Exif Exif Ver. 2.21 USB communication Hi-Speed USB (USB 2.0 compliant)
Metering Range +1 EV to +20 EV (+4 EV to +20 EV with Spot metering), (at ISO 100 with F1.4 lens)
Lens
[CCD]
Total pixel number of camera Approx. 10 800 000 pixels Effective pixel number of camera Approx. 10 200 000 pixels Image sensor 23.6 × 15.8mm (APS-C format) Interlace scan Primary Color
[Shutter]
Type Electronically-controlled, vertical-traverse, focal-plane type 1/4000 second to 30 seconds, bulb 1/160 second (with Super SteadyShot off), 1/125 second (with Super SteadyShot on)
BC-VM10 Battery charger
Input rating Output rating 100 V to 240 V AC, 50/60 Hz 8.4 V DC, 750 mA
Speed range Flash Sync Speed
Operating temperature range 0 to +40°C (32 to +104°F) Storage temperature range -20 to +60°C (-4 to +140°F) Maximum dimensions Approx. 70 × 25 × 95 mm (2 7/8 × 1× 3 3/4 inches) (W/H/ D) Mass Approx. 90 g (3.2 oz)
[Super SteadyShot]
System CCD-Shift mechanism Super SteadyShot Compensation capability Approximately 2 EV to 3.5 EV decrease in shutter speed (varies according to shooting conditions and lens used)
[Built-In-Flash]
Flash G.No. GN 12 (in meters at ISO 100) Recycling Time Approx. 3 seconds
[Anti-Dust]
System Charge protection coating on Low-Pass Filter and CCD-Shift mechanism
[Recording media]
CompactFlash card(TypeI,II), Microdrive, "Memory Stick Duo" (with Memory Stick Duo Adaptor for CF Slot)
Rechargeable battery pack NP-FM55H
Used battery Lithium-ion battery Maximum voltage DC 8.4 V Nominal voltage DC 7.2 V Capacity 11.5 Wh (1 600 mAh) Maximum dimensions Approx. 38.2 × 20.5 × 55.6 mm (1 9/16 × 13/16 × 2 1/4 inches) (W/H/D) Mass Approx. 78 g (2.8 oz)
[Viewfinder]
Type Fixed eye-level system with roof mirror type pentaprism 0.95 0.83 × with 50 mm lens at infinity, 1 m 1 Approximately 20mm from the eyepiece, 16mm from the eyepiece frame at 1 diopter (1m1)
[LCD monitor]
LCD panel 6.2 cm (2.5type) TFT drive Total number of dots 230 000 (960×240) dots
Focusing Screen Spherical Acute Matte Field of View Magnification Eye Relief
[Power, general]
Used battery pack Rechargeable battery pack NP-FM55H
Design and specifications are subject to change without notice.
[Others]
PictBridge Exif Print Compatible Compatible
Dioptor Adjustment 2.5 to +1.0 m1
[Auto Focus System]
System TTL phase-detection system, CCD line sensors (9 points, 8 lines with center cross-hair sensor) 0 EV to 18 EV (at ISO 100 equivalent)
PRINT Image Matching III Compatible Dimensions 133.1 × 94.7 × 71.3 mm (5 1/4 × 3 3/4 × 2 7/8 inches) (W/H/D, excluding protrusions) Approx.545 g (1 lb 3.2 oz) (without batteries, recording medium and body accessories)
Mass
Sensitivity Range
DSLR-A100_L2 --2--
TABLE OF CONTENTS
Section Title Page
1.
1-1. 1-2. 1-3. 1-4. 1-5. 1-6.
SERVICE NOTE
Chemicals ········································································ 1-1 Exterior Parts ··································································· 1-1 Unleaded Solder ······························································ 1-1 Safety Check-out ····························································· 1-1 Note for Replacing Fuse on the AM-001 Board ·············· 1-2 Demagnetization Method ················································ 1-2
2. 3.
3-1. 3-2. 3-3. 3-4. 3-5. 3-6. 3-7.
DISASSEMBLY BLOCK DIAGRAMS
Overall Block Diagram (1/4) ··········································· 3-1 Overall Block Diagram (2/4) ··········································· 3-2 Overall Block Diagram (3/4) ··········································· 3-3 Overall Block Diagram (4/4) ··········································· 3-4 Power Block Diagram (1/3) ············································· 3-5 Power Block Diagram (2/3) ············································· 3-6 Power Block Diagram (3/3) ············································· 3-7
2-1. Disassembly ····································································· 2-2
4.
PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
4-1. Frame Schematic Diagram ·············································· 4-1 4-2. Schematic Diagrams ························································ 4-3 4-3. Printed Wiring Boards ··················································· 4-23
5.
REPAIR PARTS LIST
5-1. Exploded Views ······························································· 5-2
DSLR-A100_L2 --3--
1. SERVICE NOTE
1-1. CHEMICALS
Some chemicals used for servicing are highly volatile. Their evaporation caused by improper management affects your health and environment, and wastes resources. Manage the chemicals carefully as follows. · · · · Store chemicals sealed in a specific place to prevent from exposure to high temperature or direct sunlight. Avoid dividing chemicals into excessive numbers of small containers to reduce natural evaporation. Keep containers sealed to avoid natural evaporation when chemicals are not in use. Avoid using chemicals as much as possible. When using chemicals, divide only required amount to a small plate from the container and use up it.
1-2. EXTERIOR PARTS
Be careful to the following points for plastic parts used in this unit. · · Use a piece of cleaning paper or cleaning cloth for cleaning plastic parts. Avoid using chemicals. Even if you have to use chemicals to clean heavy dirt, don't use paint thinner, ketone, nor alcohol. Insert the specific screws vertically to the part when installing a plastic part. Be careful not to tighten screws too much.
1-3. UNLEADED SOLDER
This unit uses unleaded solder. Boards requiring use of unleaded solder are printed with the lead free 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 Be careful to the following points to solder or unsolder. · Set the soldering iron tip temperature to 350 °C approximately. If cannot control temperature, solder/unsolder at high temperature for a short time. Caution: The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful! 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. Be sure to control soldering iron tips used for unleaded solder and those for leaded solder so they are managed separately. Mixing unleaded solder and leaded solder will cause detachment phenomenon.
·
1-4. SAFETY CHECK-OUT
After correcting the original service problem, perform the following safety checks before releasing the set to the customer. 1. 2. 3. 4. 5. 6. Check the area of your repair for unsoldered or poorly-soldered connections. Check the entire board surface for solder splashes and bridges. Check the interboard wiring to ensure that no wires are "pinched" or contact high-wattage resistors. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement. Look for parts which, through functioning, show obvious signs of deterioration. Point them out to the customer and recommend their replacement. Check the B+ voltage to see it is at the values specified. Flexible Circuit Board Repairing · 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.
CAUTION Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type.
SAFETY-RELATED COMPONENT WARNING!! 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.
ATTENTION AU COMPOSANT AYANT RAPPORT À LA SÉCURITÉ! LES COMPOSANTS IDENTIFÉS PAR UNE MARQUE 0 SUR LES DIAGRAMMES SCHÉMATIQUES 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.
DSLR-A100_L2 1-1
1-5. NOTE FOR REPLACING FUSE ON THE AM-001 BOARD
The caution label for fuse replacing on the AM-001 board is put under the DD-268 board. When replacing the fuse, remove the DD-268 board and refer to this label.
1-6. DEMAGNETIZATION METHOD
It is easy to receive the influence of the outside magnetism because the slant sensor switch (S624) has the magnet in the inside. Horizontal and vertical cannot be detected when the influence of magnetism is received, and the display of the LCD panel doesn't change. Therefore, it is necessary to degauss the screw in the vicinity of the switch.
S624
AM-001 Board: Side B
Note it because the user magnetizes set occasionally. Refer to next page for the demagnetization method.
DSLR-A100_L2 1-2
Tools to be prepared: Magnet (cover with a tape, etc. for damage prevention) Demagnetizer STEP 1:
Push a magnet to the right side of MENU button to demagnetize. In the state shown below, operate the demagnetizer for 5 seconds, and with the demagnetizer operated, detach it in the arrow direction. At this time, hold the magnet in same position, and remove it after the demagnetizer was detached.
Magnet
Demagnetizer
MENU Button
STEP 2:
Push a magnet to the side of Display button (side surface of the camera) to demagnetize. In the state shown below, operate the demagnetizer for 5 seconds, and with the demagnetizer operated, detach it in the arrow direction. At this time, hold the magnet in same position, and remove it after the demagnetizer was detached.
Display Button Demagnetizer
Magnet
STEP 3:
Push a magnet over the Playback button to demagnetize. In the state shown below, operate the demagnetizer for 5 seconds, and with the demagnetizer operated, detach it in the arrow direction. At this time, hold the magnet in same position, and remove it after the demagnetizer was detached.
Magnet Demagnetizer
Playback Button
·
SLANT SENSOR SWITCH OPERATION INSPECTION Using the camera already demagnetized, perform the posture switching by five sets, one set comprising "normal posture Grip up Grip down", to confirm that the LCD display changes over correctly.
DSLR-A100_L2 1-3E
2. DISASSEMBLY
DISCHARGING OF THE MAIN CAPACITOR UNIT
Before disassembly, be sure to discharge the main capacitor unit in the following manner.
Short-circuit the capacitor using the discharger or a resistor of about 200-300/3W. After discharge, check the voltage.
SUBSIDIARY MATERIALS
G: Grease G-15 (J-6082-619-A) G-85 (J-6082-626-A) G-115 (J-6082-627-A) B: Bond B-20 (Adhesive (LOCTITE 460)) (Note) B-50 (J-6082-615-A) B-60 (J-6082-616-A)
Note: Use adhesive (LOCTITE 460) or an equivalent article. Don't use what becomes white after drying like a quickdrying glue.
DSLR-A100_L2 2-1
HELP
2-1. DISASSEMBLY
2-1-1. OVERALL SECTION
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 LCD Holder Unit (1-1 to 1-22) 2 Top Cover Unit (2-1 to 2-11) 3 Eye Piece Frame Unit (3-1 to 3-2)
1-18
D
1-17 1-16 1-14
2 Top Cover Unit
2-10 1-11
1-10
1-9 1-3
E
2-11 1-19 (Fig. 1-1)
1-13
2-9 2-2
A B
1-4 1-2
3 Eye Piece Frame Unit
D
1-12 3-2
1-15
A
C B
2-8 (Fig. 1-3) 2-1
3-1 (Fig. 1-4) 2-7 (Fig. 1-2)
1 LCD Holder Unit (Fig. 1-6, 1-7)
2-4
2-5 1-22 (Fig. 1-2)
C E
1-21 (Fig. 1-2) 1-20 (Fig. 1-2)
2-6
1-6 1-8
2-3
1-1
DSLR-A100_L2
1-7
1-5 (Fig. 1-5)
2-2
Battery Cover Unit
Battery Cover Spring Slot
Install it while charging with the hook of the spring.
Fig. 1-1
Wires arrangement
Red Connector Yellow Connector
FPC Sticking Tape
Fig. 1-2
Fig. 1-3
DSLR-A100_L2 2-3
Don't tear.
Solder 4 points
Fig. 1-4
S Adjustment Screw (Yaw adjust)
B: B-50
S Adjustment Screw (Pitch adjust)
Fig. 1-5
DSLR-A100_L2 2-4
Claw
Claw This claw does not see from the outside.
Claw Screwdriver
Fig. 1-6
CCD AO Adjustment Screw CCD AO Adjustment Screw
B: B-50 B: B-50
Fig. 1-7
DSLR-A100_L2 2-5
2-1-2. HALF SET BODY-1
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 FP-528 Flexible Board (1-1 to 1-22) 2 Power Unit (2-1 to 2-8) 3 AM-001 Board (3-1 to 3-25)
1-1 2-7 (Fig. 2-2)
2 Power Unit
2-1 3-24 (Fig. 2-9) 3-23
H
I J E
1-6
1-5
3-25 (Fig. 2-9)
L
3-4 (Fig. 2-7) 3-2 A (Fig. 2-3) C 3-5
1-14 (Fig. 2-8) 1-18 1-13 (Fig. 2-4) 1-11
J
3 AM-001 Board
3-6 1-2 (Fig. 2-2) 1-16 1-15
B D
3-3 3-19
E
2-6
F
2-5 1-19 (Fig. 2-4) 1-7 2-8 1-8 (Fig. 2-3) 1-9 (Fig. 2-3)
K
1-3 2-4 (Fig. 2-5)
1-20 1-17 (Fig. 2-2) 1-10
F
3-16 3-17 (Fig. 2-6)
3-7
AM
1 FP-528
(Fig. 2-1)
-00 1
3-18
1-22 1-12 (Fig. 2-2)
HELP
3-11 3-12
G
2-3 (Fig. 2-5) 3-15 3-20 3-13 3-14 3-21 (Fig. 2-9)
1-21 3-8 (Fig. 2-2) 3-10 2-2 3-9 (Fig. 2-2) (Fig. 2-8) I 3-1 H (Fig. 2-2)
A B D C
3-22 (Fig. 2-9)
K L
1-4
G
DSLR-A100_L2 2-6
Solder 2 points
Solder 13 points
Solder 6 points
Solder 2 points
Solder 10 points
Fig. 2-1
Wires arrangement FPC Sticking Tape Top Cover Flexible Fixed Tpe
I/O Flexible Lug Plate
FN Plate Support Tpe FPC Sticking Tape
Top Cover Flexible Fixed Tpe
Fig. 2-2
Heat Transmission Sheet 2 (L) Heat Transmission Sheet 1 (S) FPC Connect Eleprevention Sheet Boss
Fig. 2-3
DSLR-A100_L2 2-7
Wires arrangement
Main Chassis
Main PC Board Lug Plate AM-001 Board
Fig. 2-4
Fig. 2-6
Flexible Board arrangement Don't tear.
Red FPC Sticking Tape Black Wires arrangement
Fig. 2-5
Fig. 2-7
DSLR-A100_L2 2-8
AM-001 Board Eject Lever Condition Wires arrangement FPC Sticking Tape
Fig. 2-8
CCD Chassis Lug (1) PC Board Holding Shaft
CCD Chassis Lug (2)
Main PC Board Lug Plate
Fig. 2-9
DSLR-A100_L2 2-9
2-1-3. HALF SET BODY-2
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 Tripod Unit (1-1 to 1-15) 2 Battery Chamber Unit (2-1 to 2-14)
2-12
2-13 1-1 (Fig. 3-1) 2-14 (Fig. 3-3) 2-11 1-2 2-6
2-10 2-8 2-9 (Fig. 3-3) 2-2 2-7
2 Battery Chamber Unit
(Fig. 3-2)
2-3
2-5
2-4
1 Tripod Unit
1-11
1-15
1-13
1-9 1-3 1-12 1-10 2-1 (Fig. 3-2) 1-8 1-14 1-6 1-4 1-5
1-7
DSLR-A100_L2 2-10
Boss
Solder 3 points
Wires arrangement
CCD Flexible Retainer Sheet
Fig. 3-1
Fig. 3-2
Penta Protection Lug Plate (1)
Penta Protection Lug Plate (2)
Fig. 3-3
DSLR-A100_L2 2-11
2-1-4. HALF SET BODY-3
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 CCD Unit (1-1 to 1-8) 2 Slider Unit (2-1 to 2-27) 3 Shutter Unit (3-1 to 3-3)
1 CCD Unit HELP
(Fig. 4-1) 2-10 (See page 2-15) 1-1 (Fig. 4-2) 1-7 1-2 1-3
2-1 2-3 (Fig. 4-3) 1-8 2-27 2-13 2-15 2-14 2-16
B
A
2-2 1-6
1-5
1-4
2-9 2-11 2-22 2-23
C
2-20 2-21
A
2-17 2-8 2-7 2-18 2-19
C
2-12 2-4
2 Slider Unit
B
2-24 2-25 2-6 2-26 3-3
2-5 (Fig. 4-3)
3 Shutter Unit
(See page 2-14) 3-2
3-1 (See page 2-14)
DSLR-A100_L2 2-12
CCD Connecting Mount PC Board Holding Table (A)
Adhesive Tape
Slider Stop Plate
Fig. 4-1
Fig. 4-3
Ball Retainer Slider Tension (SP-C)
Fig. 4-2
DSLR-A100_L2 2-13
2-1-5. SHUTTER UNIT INSTALLATION
1. Supply the power (2V, 1A) to the charge motor to rotate it forward so as to move up the mirror completely.
Mirror
DC Power Supply (2V, 1A)
Charge Motor
Fig. 5-1
2. Insert a screwdriver into a hole in the shutter charge gear, and hold it at 90 degree as shown in Fig. 4-5, and then install the Shutter Unit.
Shutter Unit
Screwdriver
Shutter Charge Gera Screwdriver
DSLR-A100_L2 2-14
Fig. 5-2
2-1-6. CCD INCLINATION ADJUSTMENT/REPAIR
Check 1. Use a copy stand, or place a mirror on the wall and adjust the accuracy so that the camera is opposed to its mirror image. 2. Use the AE master lens for inspection. 3. Obtain the tilt angle with the Photoshop, and perform as follows according to the angle: For the angle above +/1.0 degree, be sure to repair. For the angle above +/0.5 degree and less than +/1.0 degree, repair according to the user's required level. For the angle below +/0.5 degree, re-check and it is within the specification. Adjustment 1. Remove the eccentric pin stopper. (Fig. 6-1) 2. Check, and adjust the hexagonal eccentric pin. (Fig. 6-2) *The eccentric pin can be rotated 60 degree (CCD tilt 0.42 degree) in clockwise and counterclockwise directions respectively from the neutral position. Adjustment exceeding 60 degree is impossible. (Eccentric pin stopper cannot be installed) If an image tilts toward the lower right, rotate the eccentric pin 60 degree clockwise. If an image tilts toward the lower left, rotate the eccentric pin 60 degree counterclockwise.
Eccentric Pin
Eccentric Pin Stopper
Eccentric Pin
(neutral Position)
Fig. 6-1
Fig. 6-2
Repair (if the adjusting method failed) 1. Disassemble until the CCD Set can be removed. 2. Cut at two bosses for positional reference and directional reference of the CCD holder and the radiation plate. (Fig. 6-3) 3. Attach an insulation sheet to the terminal of CCD Set. (Prevention of short-circuit with CCD holder) 4. Assemble the CCD Set by shifting it by the amount of play If an image tilts toward the lower right, shift clockwise the CCD Set by the amount of play. If an image tilts toward the lower left, shift counterclockwise the CCD Set by the amount of play. The double-sided adhesive tape on the LPF, if shifted by the amount of play, can be corrected in a range of about +/0.7 degree maximum. In this case, however, prepare the service part "Slider Unit: A-1196-100-A" and modify it as described in step 2 above to make it as a jig, and then shift the LPF on the jig (for prevention of damage to the Steadyshot Set of user's camera). 5. Assemble up to the exterior. 6. Check the tilt following the checking method. *If not within +/0.5 degree, replace the "Slider Unit: A-1196-100-A" and recheck. 7. After the repair completed, perform "CCD Aori and Center Adjustment" and "Steadyshot Sensitivity Adjustment". Two bosses
Fig. 6-3
DSLR-A100_L2 2-15
2-1-7. MIRROR BOX UNIT-1
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 Penta Unit (1-1 to 1-2) 2 AF Module Unit (2-1 to 2-4)
1-1
1 Penta Unit
1-2
2-4
2-1 (Fig. 7-1)
2 AF Module Unit
(See page 2-18) (Fig. 7-2) 2-3
2-2
DSLR-A100_L2 2-16
Claw AF Module Flexible FixedTape Claw
Boss Claw
Fig. 7-1
Boss
Fig. 7-2
DSLR-A100_L2 2-17
2-1-8. AF MODULE UNIT INSTALLATION
For the AF Module Unit, adjust the height by adjusting the extent of tightening of three hexagon socket head screws. Tighten the screws evenly when installing the AF Module Unit.
The AF Module Unit is fixed with three hexagon socket head screws, washers, and springs.
Fig. 8-1
DSLR-A100_L2 2-18
2-1-9. MIRROR BOX UNIT-2
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 Iris Ring (1-1 to 1-16) 2 Aperture Unit (2-1 to 2-3) 3 AF Charge Unit (3-1 to 3-10)
2-1
1-14
1-15
2 Aperture Unit
(Fig. 9-3) (See page 2-21 to 2-22) 2-3 1-13 2-2
1 Iris Ring
(See page 2-21) 1-6 (Fig. 9-1) 1-5 1-4 1-1 3-4 3-6 3-7 1-16 3-10 3-5 3-3 (Fig. 9-4) 1-10 1-8 1-9 (Fig. 9-2) 1-2 3-2 (Fig. 9-4) 3-1 (Fig. 9-4) 3-9 1-111-12
1-3
3 AF Charge Unit
(See page 2-23)
1-7
3-8
DSLR-A100_L2 2-19
G: G-15 G: G-115
Fig. 9-1
Fig. 9-2
Solder 5 points
Fig. 9-3
Coupler Lever Tention (SP) Coupler Lever
Coupler Lever Shaft
Fig. 9-4
DSLR-A100_L2 2-20
2-1-10. IRIS RING REMOVAL/INSTALLATION
Removal Rotate the iris ring clockwise, and remove it at the stop position (iris-in end). (Fig. 10-1) At this time, do not rotate the iris joint gear of the Aperture Unit. Installation 1. With the Aperture Unit set in the charge position (see "2-1-12. Aperture Unit Charge Position Setting" ), install it on the front frame set. *The Aperture Unit has been set in the charge position, if it is not removed. However, the iris ring must be in the removed state (where the iris joint gear is not rotated). 2. Install the iris ring with it's a punch mark aligned with a line that connects the iris joint gear shaft and the optical axis center. (Fig. 10-1)
Optical Axis Center
Iris Joint Gear Shaft Iris Ring
Punch Mark
Fig. 10-1
2-1-11. APERTURE UNIT INSTALLATION
*The Aperture Unit is supplied by being set in the charge position (initial position), but if this position is disordered when the Aperture Unit is removed, or if the charge position is to be set again, perform as follows. *Refer to "2-1-12. Aperture Unit Charge Position Setting" for the confirm method at the charge position.
2-1-12. APERTURE UNIT CHARGE POSITION SETTING
1. Check that the Aperture Unit is in a free state. 2. After confirming that the Aperture Unit is in a free state, rotate the gear by 3 turns. 3. After rotating the gear by 3 turns, set the Aperture Unit where the holes in the gear and the Aperture Unit coincide. This position is the charge position. *Refer to "2-1-13. Aperture Unit Free Position Setting" for the setting and the confirm method at the free position.
DSLR-A100_L2 2-21
2-1-13. APERTURE UNIT FREE POSITION SETTING
1. Set the Aperture Unit to a free position once, if the gear was rotated accidentally and the charge position is disordered, or if the charge position was shifted during disassembly. (Fig. 13-1, 13-2, 13-3)
In a free state, a hole in the gear almost coincides with a hole in the Aperture Unit.
In a free state, the edge of this spring will move up and down about 1 mm if the gear is moved a little.
As viewed from gear (Hole in the gear)
Gear rotating direction to set the charge position
Gear rotating direction to make the unit free
Fig. 13-1
Fig. 13-2
First, check the spring edge position.
If the edge of spring is located downward, rotate the gear in the arrow direction to search a free position. * In a free position, the edge of spring is located upward.
Note: The spring is deformed and cannot be used if the gear is rotated too much from a free state.
Fig. 13-3
DSLR-A100_L2 2-22
2-1-14. AF CHARGE UNIT INSTALLATION
1. The lever must be in a free state when the AF Charge Unit is installed. (Fig. 14-1)
Check the lever of the AF Charge Unit for position. If it protrudes outside, rotate the gear in the arrow direction.
Gear
When the lever becomes a free state, it will retract as shown. * In this state, install the AF Charge Unit.
Fig. 14-1
DSLR-A100_L2 2-23
2-1-15. MIRROR BOX UNIT-3
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 Main Mirror Holder Unit (1-1 to 1-23) 2 Front Frame Unit (2-1 to 2-3)
1-23 1-22
1 Main Mirror Holder Unit
(Fig. 15-5) 1-21
1-10 1-8
1-20
(Fig. 15-4) 1-9 1-11 (Fig. 15-2) 2-2 (Fig. 15-6) 2-1 (Fig. 15-5)
2 Front Frame Unit
2-3
1-19 (Fig. 15-3)
1-12 1-18 (Fig. 15-3) 1-17 (Fig. 15-3) 1-15 1-16 (Fig. 15-3) 1-7 1-6 1-5 1-3 (Fig. 15-1) 1-2 1-14 1-13
1-1
1-4
DSLR-A100_L2 2-24
Sub Mirror Function (SP)
Solder 2 points
Fig. 15-1
Fig. 15-2
Mirror Driving (SP)
Main Mirror Driving Lever
Mirror Over Charge (SP)
Mirror Driving Lever
Fig. 15-3
DSLR-A100_L2 2-25
Dot mark at under main mirror.
Painting area.
B: B-50 (After installation, allow to dry for 8 - 12 hours)
Fig. 15-4
Boss
Boss
Main Mirror Holder Unit
Sub Mirror Holder Unit
Fig. 15-5
Sub Mirror (SP) Cushion (A)
Fig. 15-6
DSLR-A100_L2 2-26
2-1-16. BATTERY CHAMBER/LCD HOLDER BLOCK
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 Battery Chamber (1-1 to 1-25) 2 LCD Holder (2-1 to 2-9)
1-24 (Fig. 16-5) 1-22
1-19 (Fig. 16-3) 1-20 1-21 (Fig. 16-4) 1-18
1-23 1-11 1-12 1-16 1-15 1-25 1-3 1-13 1-2 1-1 (Fig. 16-1)
1-10 (Fig. 16-2) 1-14 1-9 1-8
1 Battery Chamber
1-4
1-17 1-6 1-5
2-8 1-7
2-7
2 LCD Holder
2-9 2-4 2-6 (Fig. 16-9)
2-3 (Fig. 16-7)
2-5 (Fig. 16-8)
2-2 (Fig. 16-6) 2-1
DSLR-A100_L2 2-27
Battery Lock Claw Tention (SP)
Claw
Claw Power Plate (GND)
Fig. 16-1
Fig. 16-2
Claw
Battery Spring
Terminal Board Holder
Fig. 16-3
Fig. 16-4
Spring hooking insert into body groove.
Fig. 16-5
DSLR-A100_L2 2-28
Claw Preview Button FPC Fixed Tape FP-529 Flexible Board
LCD GND Plate Claw
Fig. 16-6
Fig. 16-8
Boss
Solder 2 points
Fig. 16-7
FP-529 Flexible Board
Fig. 16-9
DSLR-A100_L2 2-29
2-1-17. TOP COVER BLOCK
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1 Top Cover Base Plate Unit (1-1 to 1-19 (1-5 to 11, 115 to 19 next page)) 2 Top Cover (2-1 to 2-45 (2-8 to 12, 2-20 to 23, 2-28 to 30 next page))
2-32
2-31 2-33
2-38 (Fig. 17-8)
2-37
2-34 2-43 2-41 (Fig. 17-9) 2-40 (Fig. 17-9) 2-39
1-14
2-36 2-45 (Fig. 17-10) 1-3 2-35 2-26 (Fig. 17-7) 2-27 (Fig. 17-7) 2-25 1-4 2-19
1-1
1-2
2-7
(Fig. 17-7) 2-18 2-4 2-24 2-16 2-17 (Fig. 17-5)
2-6 2-5 (Fig. 17-5) 2-15 2-44 2-14 2-13 1-12 2-42 1-13
2-3 2-2
2-1
DSLR-A100_L2 2-30
1 Top Cover Base Plate Unit
(Fig. 17-4) 1-19 1-5
EXPLODED VIEW
1-17 1-6 (Fig. 17-1) 1-16 1-18
(Fig. 17-3)
1-11 (Fig. 17-2)
2-30 2-22 1-7 2-28 2-29 2-20 2-21 1-15
1-8 2-8
2-9 2-10 2-11 (Fig. 17-6) 2-23
2-12 (Fig. 17-6) 1-10
2 Top Cover
1-9 DSLR-A100_L2 2-31
Rotation Axis
PU Detect Contact
Solder 4 points
Claw Boss
Fig. 17-2
Solder 5 points
Fig. 17-1
Fig. 17-3
Double Side Tape Double Side Tape
Double Side Tape
Double Side Tape Double Side Tape
Fig. 17-4
DSLR-A100_L2 2-32
G: G-85
G: G-85
Fig. 17-5
Release Button Cap
B: B-20 G: G-115
Release Button
Main SW Knob G: G-115 G: G-85
Release Button Cap Release Button
Installation position
Main SW Knob Click Plate
LOCK - NG
LOCK - OK
Fig. 17-6
Fig. 17-7
DSLR-A100_L2 2-33
B: B-60
Bottom Side
B: B-60
Top Side Fig. 17-8
Shaft (L) Retainer Plate G: G-15
G: G-15 B: B-60
Shaft (R) Retainer Plate
F Snap Action (SP)
Fig. 17-9
Rotary Shaft (L)
Fig. 17-10
DSLR-A100_L2 2-34
2-1-18. FRONT/REAR COVER BLOCK
Follow the disassembly in the numerical order given.
EXPLODED VIEW
1-9
1 Front Cover (1-1 to 1-13) 2 Rear Cover (2-1 to 2-5)
1 Front Cover
1-10 1-11 1-2 1-1 1-8 1-7 (Fig.18-2) 1-12 (Fig.18-3)
1-3 1-4 1-6 (Fig.18-1) 1-13 (Fig.18-3) 1-5
2 Rear Cover
2-5 (Fig.18-4)
2-3 2-2
2-4 (Fig.18-4)
2-1
DSLR-A100_L2 2-35
G: G-115
G: G-15
AF/M Swlection Knob
LL Cover Tape
Fig. 18-3
Side View
Fig. 18-1
Anti Shake (SW) Knob
G: G-115
G: G-15
PV Button Attach Tape
Fig. 18-2
Fig. 18-4
DSLR-A100_L2 2-36E
HELP
Sheet attachment positions and procedures of processing the flexible boards/harnesses are shown.
If the camera is started with the exterior removed - Solder the "a" part of FP-528 Flexible Board to short-circuit. - The FP-528 Flexible Board is short-circuited at the "b" part when it was replaced. *Before installing the Top Cover Block, be sure to unsolder the "a" part or to cut the "b" part.
FP-528 Flexible Board Cut "b"
"a"
DSLR-A100_L2
HELP
Cleaning procedure of OLPF Make it to CCD Cleaning Mode of Power On/Set Up Mode by using the AC power supply. (It comes to Mirror Up/Shutter Open) Note: Use the AC power supply absolutely. 1. Soak a small amount of EE3310 (Liquid cleaner) after wrapping the cleaning cloth (J-6082-636-A) around the cleaning jig (J-6082-635-A).
Cut Cleaning Cloth (J-6082-636-A) EE3310
Cleaning Jig (J-6082-635-A)
2. Surface of OLPF is cleaned. (Note that there is no wipe irregularity) 3. Power off. (It comes to Shutter Close/Mirror Down) Note: The cleaning of the OLPF must use a specified jig. If the specified jig is not used, the low pass filter might be damaged.
OLPF
DSLR-A100_L2
HELP
3. BLOCK DIAGRAMS
Link
OVERALL BLOCK DIAGRAM (1/4) OVERALL BLOCK DIAGRAM (2/4) OVERALL BLOCK DIAGRAM (3/4) OVERALL BLOCK DIAGRAM (4/4) POWER BLOCK DIAGRAM (1/3) POWER BLOCK DIAGRAM (2/3) POWER BLOCK DIAGRAM (3/3)
DSLR-A100_L2
3. BLOCK DIAGRAMS
3-1. OVERALL BLOCK DIAGRAM (1/4)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
IS-001 BOARD
IC013 33 1 BUFFER (1/3) 3 CCDOUT_1-BUFF
(SHUTTER)
M1
CCDD_A0 - CCDD_A11
IC014 52 1 BUFFER (1/3) 3
CCDOUT_2-BUFF
C1
M9, C9, L9, D9, M8, C8, L8, D8, M6, C6, L6, D6 IC002
CCDD_B0 - CCDD_B11
SHUTTER UNIT
IC001
23, 26, 27 22, 25, 28
13, 12
15, 1
CCD IMAGER (1/3) 1C 2C SWX
H1F_ABC
H1
2ch AFE (3/3) D12
IC005 H DRIVER (1/3)
CONTROL BLOCK
9, 8
5, 6
H2F_ABC
H2
D13
62, 59, 58 63, 60, 57
IC015 H DRIVER (1/3)
9, 8
5, 6
H2F_DEF
15, 1
H1F_DEF
13, 12
CTHERM TH001
AM-001 BOARD (1/4)
CN121 1C 2C SWX Q301 SHUTTER DRIVE
29
LH1F_1
IC016 4 BUFFER (1/3) 2
LH1_1
L14
28 - 39
3
16 - 27
A : VIDEO SIGNAL
CN001 M4, C4, L4, D4, K4, E4, J4, F4, H4, G4, H3, G3
1C 2C SWX
3 1 5
SH1 SH2
1CMG 2CMG XONX
2
38 37 18 56 LH1F_2 IC017 4 BUFFER (1/3) 2 LH1_2 D14 CSADx OVERALL (2/4) (PAGE 3-2)
G13
11
1
OVERALL (2/4) (PAGE 3-2)
30, 55
1CMG
RG1, RG2
IC006 4 BUFFER (1/3) 2
RG
D11 G1 H1 B10 F11 F12 F1 J1 N10 F13 G12 F14 H12 H13 A14 P14
FP-556 FLEXIBLE BOARD
14 12 CN114 VOUT VOUT IC301 (1/2) 95 73 98 74 100 28 99 66 65 64 63 43 VSUB MAIN CPU (3/5) 4 - 9, 12 - 17 V1_1, V1_2, V2_1, V2_2, V3_1, V3_2, V4_1, V4_2 D6, A10, B6, D9, C5, C10, A4, B4 TGHDx TGVDx AN_SCK AN_SOUT AN_RSTx 13 14 10 9 8
AN_SCK AN_SOUT AN_RSTX
OBCLP_A OBCLP_B PBLK
H1INV H2INV CLPDM
TGHDX TGVDX
IC604 AF CCD
6 10 8 7 9 5 4 1 2
4 8 6 5 7 3 2 1 13
ADT CBG IST CP RST MOD1 MOD2 MOD3 MOD4
ADT CBG IST CCDCP RST MOD1 MOD2 MOD3 MOD4
36 - 41, 44 - 49
V1_3, V1_4, V2_3, V2_4, V3_3, V3_4, V4_3, V4_4
C6, C9, A5, B5, D5, B10, C4, D4
4 IC011 BUFFER (3/3)
Q006, 007 VSUB CONTROL Q005 A12 A11
2 TGCLK 6
HDRV_6
L5 M4 N5
G4 H3 H4 IC012
P4 N4
N3 P3 K4
TGCLK
P7
42
CSUB
CSUB CONTROL
A13
Q013 DUMMY LOAD SWITCH
J4
TIMING GENERATOR, V DRIVER (2/3)
M3
CSTGx
12
05
DSLR-A100_L2 3-1
3-2. OVERALL BLOCK DIAGRAM (2/4)
AM-001 BOARD (2/4)
CN104 CCDD_A0 - CCDD_A11 W11, AE11, W12, AD12, AF12, AC12, V12, AE12, AC13, AD13, AF13, AD14 AE13, AC14, AF14, AC15, AE14, AD15, AF15, AD17, W14, AE15, V14, AD18 C2, B1, D2, C1, E2, F4, D1, F2 M3 D3 F1 AD10
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
FP-554 FLEXIBLE BOARD
CN107 LCDD0 - LCDD7 LCDCLK LCDVDX VDHD1 VDHD2 D0 - D7 DCK VD TRC_P TRC_Y CN105 Pin_P 10 Pin_Y 5 Pout3p Pout3n Pout2p Pout2n Pout1p Pout1n Pout4p Pout4n 3 13 10 16 6 4 12 14 15 1 9 7 IC603 HALL ELEMENT
16 - 27
20 - 13
36 3 39 40 41 42 34 35 44 AD_POUT_P AD_POUT_Y AD_GOUT_P AD_GOUT_Y DA_GREF_P DA_GREF_Y AD_VMON 33 6 17 25 15 23 40
CCDD_B0 - CCDD_B11
12 10
LCD9001 COLOR LCD MONITOR
44 45 42 43 49 50 47 48
PINAHP PINAHN PINALP PINALN PINBHP PINBHN PINBLP PINBLN
8 9 4 3 2 11 6 7
28 - 39
IC112 1 5 2 HD SELECT (1/5) 6
LCDHDX BRSO BRSCK CSLCDX
HD
11 SI 22 SCLK 23 XCS 21
AF10
16
OVERALL (4/4) (PAGE 3-4)
BL1K BL1C
BL9001 BL_K 30 BACKLIGHT IC401 ANTI-SHAKE ANALOG MASTER (4/5) CN110
BR_Y1 BR_Y2
14 13
ACTUATOR (YAW)
2
OVERALL (1/4) (PAGE 3-1) 11 13 14 10 9 8 6 12 CSADx TGHDx TGVDx AN_SCK AN_SOUT AN_RSTx TGCLK CSTGx AF9 AC9 AE10 K1 K4 J2 AC10 AD11 IC101 CAMERA DSP (1/5)
A3 IC111 3 VIDEO AMP 5 (1/5) 4 AD9 DP A18 DM A17 AVJX AE9 USBDET AE5 DATA+ DATAAVJx VBUS DETECT Q101 VBUS +5V CN108 5 7 4 8 VIDEO/ USB VSAG VIDEO
AE1
2 PSSW GSW HPFSWX MONBA 9 27 26 29 39 GINB GREFB1_COM GINA GREFA1_COM
BR_P1 BR_P2
16 15
ACTUATOR (PITCH)
73 117 118 72
FP-568 FLEXIBLE BOARD
FP-555 FLEXIBLE BOARD
19 18 11 10 CN106 GOUT_Y_R 6 VREF_Y_R 4 GOUT_P_R 10 VREF_P_R 8 IC602 5 6 GYRO SENSOR (YAW)
IC303 (1/2) ANTI-SHAKE CONTROLLER, SUB CPU (3/5)
3
CTHERM
3
OVERALL (3/4) (PAGE 3-3)
M4, M1, N9, M2, N8, N3, N1, P3, N2, N4, P1, R4, P2, R3, R1, P4 T4, R2, U4, T1, T3, T2, U1, T8, U3, V3, U2 V8 FRESET
8, 10 - 12, 2 - 6, 21 - 23, 14 - 20 27 - 31, 47 - 49
FD0 - FD15
IC601 5 6 GYRO SENSOR (PITCH) CF CARD/ MICRODRIVE 18 19 11 12 BRPW_Y1 BRPW_Y2 BRPW_P1 BRPW_P2 23 22 21 20 IC402 ANTI-SHAKE DRIVE (4/5) 8 7 6 5 BR_Y1 BR_Y2 BR_P1 BR_P2
FA0 - FA10 FRESET CFCD1x CFCD2x
4
OVERALL (3/4) (PAGE 3-3)
CSLCDX BRSO BRSCK
DSI DSOUT DSCK CSDSCX CSDATAX CSMAINX
AC5 AF6 AD4 AD2 AE3 AC8
41 26 25 CN303
FP-558 FLEXIBLE BOARD
49 - 68
99 98 100 1 2 IC315 CF DETECT (3/5) 4 CFDETX SEG0 - SEG19
5
OVERALL (3/4) (PAGE 3-3)
SLLKX
83 - 86
AF2
BRSI BRSO BRSCK FCD1X FCD2X
5, 6, 27, 28 7 - 26
AE23 K2 L3 L4 V2 Y3
LCD9002 FINDER LCD
COM0 - COM3
6
OVERALL (4/4) (PAGE 3-4)
S2X S1X
31
116
IFBL
7
OVERALL (4/4) (PAGE 3-4)
Q102 CFLED LED DRIVE AD21 IC203 FLASH MEMORY (2/5) IC201 DDR SDRAM (2/5) 45 46 IC202 DDR SDRAM (2/5) 45 46 27 70 13 1CMG
Q308 BACKLIGHT ON/OFF
1, 2
AD6 AE7
IFBL_K
LED9001 - 9005 FINDER BACKLIGHT
BL-005 BOARD
1
OVERALL (1/4) (PAGE 3-1)
MSYSD0 - MSYSD15
MSYSA1 - MSYSA21
MD16 - MD31
MD0 - MD15
MA0 - MA12
VDD1 D303 D108
MCLK MCLKX
C16 X101 12MHz H15
B22 AC11 K3 E1 AD7
DRESCX ADRESC RTCSIO RTCSCK CSRTC 7 6 5
VDD
T26 R26
BT101 LITHIUM BATTERY
IC110 REAL TIME CLOCK (1/5)
1 2 3
32KHZ X102 32.768kHz
8
OVERALL (3/4) (PAGE 3-3)
A : VIDEO SIGNAL
05
DSLR-A100_L2 3-2
3-3. OVERALL BLOCK DIAGRAM (3/4)
AM-001 BOARD (3/4)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
FP-557 FLEXIBLE BOARD
8 4 7 5 IC605 6 PHOTOMETRY 16 3 14
FP-528 FLEXIBLE BOARD
IC313 DSI DSOUT DSCK CSDSCX CSDATAX CSMAINX 34 33 35 36 70 16 93 LMOUT_LPF 2 LOW-PASS 1 FILTER (3/5) 4 CN301 LMOUT 10 LMCK 3 FIND 6 RW 4 LMODE 5 CSLMx 17 FEN 7 LMOUT LMCK FIND RW LMODE CSLMx FEN ASPC
4
OVERALL (2/4) (PAGE 3-2)
M9001 (AF MOTOR)
M
M9002 (CHARGE MOTOR)
CN306 AFM+ 1 AFM2
6 7 14 15
IC307 AF MOTOR DRIVE (3/5)
18 19
AFM1 AFM2
42 41
47 84
LMODE CSLMX
M
M9003 (APERTURE MOTOR)
CN307 CM+ 1 CM2
6 IC306 7 18 CHARGE MOTOR 14 19 DRIVE (3/5) 15
S624 CM1 CM2 78 77 87 88 SVH1 SVH2 3 SLANT 2 SENSOR HORIZONTAL/VERTICAL POSITION DETECT
SOUT SIN SCK
11
OVERALL (4/4) (PAGE 3-4) VP_F
Q303, 305 LED DRIVE LD307_A 18 LD307_A
FP-565 FLEXIBLE BOARD
EP-002 BOARD
LD307
FEN FIND
LD307, 308 (EYE DETECT) ASPC CSPC LD308
M
CN308 FM+ 1 FM2
16 15
IC308 APERTURE MOTOR DRIVE, LED DRIVE (3/5) 3 9
2 1
FM1 FM2
76 75 46 CSEE AFLED2 AFLED1
3 4 2 1
IC309 EEPROM (3/5) Q335 LED DRIVE TOKO_K1 TOKO_K2 TOKO_K3 TOKO_K4 TOKO_K5 TOKO_K6 TOKO_K7 TOKO_K8 TOKO_K9 TOKO_K1 TOKO_K2 TOKO_K3 TOKO_K4 TOKO_K5 TOKO_K6 TOKO_K7 TOKO_K8 TOKO_K9 LED1 - 9 (FLOODLIGHT)
19
5
STLEDX
FP-566 FLEXIBLE BOARD
22 23 25 26 27 29 21 28 20
59 57 45 1 29 30 31
PRADJ Q338 VCC1C
AF MOTOR POSITION DETECT
FP-560 FLEXIBLE BOARD
PR301 AF/MF DETECT
IC301 (2/2) CN120 MFP1x 10 MFP2x 11 8 AFMPR MAIN CPU (3/5) 22 21 91 STLED_K KEY0X PUPCN3X KEY3X
SOUT SIN SCK
16 3 12 2
EN-021 BOARD
50 82 61 4 3 90 54 58 86 85 80
SCK2 CSLEDX LEDC FP1 FP2 AFPM LV1C RW CSIOX CSFLX CSLNSX
15 17 18 47 48 1 7 6 5 4 9
40 39 38 36 35 34 33
FP-552 FLEXIBLE BOARD
S626 CHARGE CAM DETECT
S623 (FOCUS MODE) 4 5
SAFMFx PUPCN3x
FP-567 FLEXIBLE BOARD
29 30 32 LCSLNSX 24 LSIN LSOUT LSCK CSLNSx 15 12 14 13 LSIN LSOUT LSCK CSLNS
LENS BRACKET TERMINAL LENS CONTACTS
9
OVERALL (4/4) (PAGE 3-4) 17 25
SCAM1 SCAM2
1 2
SCAM1x SCAM2x
TRIG
69 53 43 26 48 71
FP-553 FLEXIBLE BOARD
S622 (PREVIEW) J9002 REMOTE CN115 SPVx 9 PUPCN3x 10 12 11 PI301 AF MOTOR ROTATION DETECT PI302 AF MOTOR ROTATION DETECT 1 3 AFP1 AFP2 S1_REMOTE S2_REMOTE
10
OVERALL (4/4) (PAGE 3-4)
TRX SFLDX BZ S1X S2X
CSLNSX RW 11 X301 6MHz 13 8 32KHZ
12
OVERALL (4/4) (PAGE 3-4)
IC304 I/O CONTROLLER (3/5)
SLLKx
30
SLLKx
FP-525 FLEXIBLE BOARD
S612 LENS RELEASE DETECT
FP-563 FLEXIBLE BOARD
S1 S2
8
OVERALL (2/4) (PAGE 3-2)
89 92
TEMP2 TEMP TH101
CTHERM
3
OVERALL (2/4) (PAGE 3-2)
SLLKX
5
OVERALL (2/4) (PAGE 3-2)
SLLKX FEN FIND
14
OVERALL (4/4) (PAGE 3-4)
5 20 19
FP-551 FLEXIBLE BOARD
PI303 APERTURE MOTOR ROTATION DETECT 5 7 PII3 PII4
79 72 51 10
CSDSPX WAKEX ASACTVX RESET_MX
13
OVERALL (4/4) (PAGE 3-4) 25 26 27 28 F2OUT F2IN F3L F3H
15
OVERALL (4/4) (PAGE 3-4)
PII3 PII4
43 44
05
DSLR-A100_L2 3-3
3-4. OVERALL BLOCK DIAGRAM (4/4)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
REFLECTIONS UNIT AM-001 BOARD (4/4) ST-155 BOARD
T151 VP2 CN302 F2 Q312 BUFFER Q313, 314 F2OUT F2IN C657 CHARGING CAPACITOR
FP-562 FLEXIBLE BOARD
FP-550 FLEXIBLE BOARD
F2 23
15
HOT SHOE F3 18 F3 LEVEL SHIFT F3L F3H OVERALL (3/4) (PAGE 3-3)
CN305 FCHG 6
FP-564 FLEXIBLE BOARD
FCHG
IC651 CHARGE/FLASH SWITCH 1 2 5 6 7 CHARGE CONTROL Q651 - 653 3 ZD671 CHARGE DETECT Q671
CN602 XE+ 1 XE2
XE651 FLASH
+
D655 Q659, Q661 FLASH DRIVE CN603 TRG+ T152 TRIGGER 1
BUFFER Q602 S611 FLASH UP DETECT
TRX TRIG 24 25 15 TRX SFLDx BZ TRX SFLDX BZ S1X S2X S1X S2X
TRIG
3
TRIG
FULL
SFLDx
10
OVERALL (3/4) (PAGE 3-3)
5
FULL DETx (RESET)
BZ9001 (BUZZER)
BZ
6
OVERALL (2/4) (PAGE 3-2)
FP-561 FLEXIBLE BOARD
LD306 (SELF-TIMER) S625 (CONTROL DIAL) STLED_K 13 STLED_K SFLDX SDIAL1X SDIAL2X
114 8 9
SDIAL1 SDIAL2
19 17
SDIAL1x SDIAL2x
28 46
FCHG FULL
DD-268 BOARD
SOUT SIN SCK VP0 - VP2
S601 (SHUTTER)
21 20
S1x S2x
S1X S2X
111 112
119 120 1
11
OVERALL (3/4) (PAGE 3-3) VCC1 VDD1 VDD2 DV1 DV2 DV3 DV5 CV3 MV6 AV6 AV8 LV8 AV16 BL1A
S602 POWER
1
SMx
SMX
26
33 30
RW CSLNSX
12
OVERALL (3/4) (PAGE 3-3)
S607 (MODE DIAL)
5 4 6 7 3
KEY4x KEY5x KEY6x KEY7x PUPCN4x
KEY4X KEY5X KEY6X KEY7X PUPCN4X
20 21 22 23 5
IC101 DC/DC CONVERTER (2/2)
25 32 78 7
CSDSPX WAKEX ASACTVX RESET_MX
13
OVERALL (3/4) (PAGE 3-3)
Q701, 704 - 706 B+ SWITCH, CHARGE SWITCH
S608 (FUNCTION DIAL) 2 S603 (DRIVE) S604 +/(EXPOSURE) S605 AEL S606 Fn (FUNCTION) 8 12 10 9
PUPCN5x
PUPCN5X
6
IC303 (2/2) SUB CPU (3/5)
115 29 113
FEN FIND SLLKX
14
OVERALL (3/4) (PAGE 3-3)
CN704 BAT_+ BAT_C
1 2 3
+
C
BH9001 BATTERY TERMINAL
D701
KEY0x KEY1x KEY2x PUPCN1x PUPCN1X 80 CN101 SDCJX Q309 BATTERY CHARGE DETECT BAT_C CN701 SDCJX BAT_C Q703 AC ADAPTER DETECT CN706 AC+ 1 2 J9001 DC-IN
10 2 3
7 8
54 53
11
PUPCN3x
PUPCN3X
82 BL1K
16
FP-529 FLEXIBLE BOARD
S618 MENU 1 2 3 4 5 CN117 KEY0x KEY1x KEY2x KEY3x PUPCN2x STLED_K KEY0X KEY3X PUPCN3X
KEY0X KEY1X KEY2X KEY3X PUPCN1X PUPCN3X
27
34
BL1K
IC901 (2/2) , Q902 - 904 BACKLIGHT CONTROL (2/2)
OVERALL (2/4) (PAGE 3-2)
BL1C
10
51
BL1C
KEY0X KEY1X KEY2X KEY3X PUPCN2X
103 104 108 109 110 81 107 X303 4MHz
7
OVERALL (2/4) (PAGE 3-2)
CFLED
15
46
CFLED
LD701 (ACCESS)
S701 S702
(DISPLAY) (DELETE) N
KEY0X KEY1X KEY2X KEY3X
23 21 19 17 13 11 9
KEY0X 38 KEY1X 40 KEY2X 42 KEY3X 44 PUPCN0X 48 PUPCN1X 50 PUPCN3X 52
S703 S704
79
PUPCN0X PUPCN1X PUPCN3X
9
OVERALL (3/4) (PAGE 3-3) 05
S705 (CENTER) S706 SUPER STANDBYSHOT
DSLR-A100_L2 3-4
3-5. POWER BLOCK DIAGRAM (1/3)
DD-268 BOARD
BH9001 BATTERY TERMINAL
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
+
C
1 2 3
CN704 BAT_+ BAT_C
Q701, 704 - 706 B+ SWITCH, CHARGE SWITCH D701 F704 2 3.3V REG (2/2) Q201 SWITCHING OUT1-1 35 -INE1 38 D101 CTL CTL1 CTL2 CTL5 1 2 3 6 3 Q202, 204-1 SWITCHING 36 48 F703 L201 Q203, 204-2 SWITCHING VCC1 VCC1C Q205, 206-1, 208 SWITCHING DV3 DV235C Q206-2, 207 SWITCHING CV3 CV3C F705 Q301 SWITCHING OUT2 33 -INE2 41 F701 FB713 IC301 5 REG (2/2) 1 D904 SWITCHING Q901 SWITCHING OUT6 29 -INE6 26 Q101, 102 -INS 8 CTL6 7 F706 L401 FB402 D401 BUFFER D102 MV6 IC901 (1/2) , Q910 -8V REG (2/2) 4 Q304-2, 307 SWITCHING L302 L303 Q305, 306 SWITCHING DV5 LD701 (ACCESS)
CN701 BAT_C 53 SDCJX 54
Q302, 303, 304-1 SWITCHING VCC1 VCC1C DV3 DV235C CV3 CV3C DV5 13 35
9, 10
J9001 DC-IN FB712 1 2
SDCJX
CN706 AC+
VCC0 VCC
Q703
47
15, 16
A B C
POWER (2/3) (PAGE 3-6)
2
CN702 VP0
POWER (2/3) (PAGE 3-6)
2
CN703 VP1
VDD2
14
AV16 AV16C
43
27, 28
POWER (3/3) (PAGE 3-7)
1
CN705 VP2
FB714
F702
IC101 DC/DC CONVERTER (2/2) F711 L902
D902
Q905, 906
L901
11, 12
AC ADAPTER DETECT
45
7, 8
IC201
VDD1
VDD1
D
POWER (2/3) (PAGE 3-6)
LV8
36
LV8C
49
MV6
Q401 SWITCHING OUT5 30 -INE5 21 IC901 (2/2) , Q902 - 904 BACKLIGHT CONTROL (2/2) Q1001 SWITCHING OUT3 32 -INE3 46 CTL3 4 OUT4 -INE4 OUTA -INA CTL5 31 16 18 19 5 F710 Q801 SWITCHING D801 L802 L1002 L1003 BL1A BL1K BL1C 33 34 51
23, 24
F709
AV6
AV6
AV6C
AV6C
39
25, 26
AV8 AV8C
AV8 AV8C
41
SWITCHING 4 EXT 5 VIN
DV1
DV1
CE 1 IC501 DC/DC CONVERTER (2/2)
DV1C
DV1C
37
SWITCHING 2 EXT VOUT 7 3 VIN ON/OFF IC601 5 DC/DC CONVERTER (2/2) 05
DV2
DV2
DV235C
DSLR-A100_L2 3-5
17, 18
F708
Q601
L601
19 - 22
F707
Q501
L501
29 - 32
3-6. POWER BLOCK DIAGRAM (2/3)
AM-001 BOARD (1/2)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
CV3 FRESET CN101 BAT_C SDCJX
N
POWER (3/3) (PAGE 3-7) BAT_C SDCJX IC111 Q309 BATTERY CHARGE DETECT
DETX FULL FCHG SMX Q405, 406 IC312 VOLTAGE DETECT (3/5) 5 VDD VOUT 1 CLIM 71 IC303 ANTI-SHAKE CONTROLLER, SUB CPU (3/5) 90 RESET Q403, 404 LIMITER VM_P 2 VM2 Q401 LIMITER
DETX FULL FCHG SMX
M
POWER (3/3) (PAGE 3-7)
8 7
2 BATRxD 3 BATTxD 10 SDCJx
FULL 46 FCHG 28 SMx 26
VM_Y
53, 54
VDD1
VIDEO AMP (1/5)
11 VM1
48 26
51, 52
VCC1 VCC1C L101 DV3 DV235C CV3 CV3C DV5 DV1 DV2 DV3 L102
FRESET V8 RSTSUB DV3 IC101 CAMERA DSP (1/5) A4 MSYSXCS1X B6 MSYSXCS0X CV3C BL1C LV8C AV6C AV8C AV16C ADV235C ADV1C Y2 A3 B5 H2 H3 J4 FVDDEN MSYSXACK1 MSYSXACK0 SDD4 SDD5 SDD6 SLLKX DV2
IC112 HD SELECT (1/5)
IC402 ANTI-SHAKE DRIVE (4/5)
Q340 RESET VDD1
TCPCK AE8
IC203 FLASH MEMORY (2/5)
24 EN2 1 EN1
16
49, 50
ADV235C ADV1C D304 DV235C DV1C VCC1C D317
94 93 92 91
V3 V2 V1 V0
G E
POWER (3/3) (PAGE 3-7) VDD1 VDD2 POWER (3/3) (PAGE 3-7)
14
45, 46
LV5C LV3C
IC201 DDR SDRAM (2/5)
BCAN BCAN 45 FEN FLED 115 SLLKX SLLKx 113 IC310 5
VCC1 VDD1 MV6 VP_F
CN114 VCC1
FP-556 FLEXIBLE BOARD
10 12 VREF IC604
VREF_CAM
69 DV2356C 102 DV1C 101 VCC1C
5V REG (5/5) 1
4
VOD
9
AF CCD
DV2
IC202 DDR SDRAM (2/5)
J
POWER (3/3) (PAGE 3-7)
VCC1C DV235C VOLTAGE DETECT
2, 5
47
VDD2
VREF_DDR IC305 4.5V REG (3/5) 6 3 IC317 3.3V REG (3/5) 3 BCAN
J1 SDD7 AF11 TSG3
Q306
GP4 AF2
DV3
IC205 REFERENCE VOLTAGE GENERATOR (2/5) VOUT 1 3 IN+
D322 D321
33, 34
AV16 AV16C DV3 DV2
D
POWER (1/3) (PAGE 3-5)
18
2, 5
25 12
29 - 32
LV8 LV8C
FP-528 FLEXIBLE BOARD
VCC1 VDD1 VDD2 MV6 DV3 LV8 BL1A BL1K VCC1 VDD1 VDD2 MV6 VP_F
BCAN SLLKX
VCC1 VDD1 LD307_A MV6 VCC1 VPR
FP-565 FLEXIBLE BOARD
EP-002 BOARD
LD307
MV6
28 27 10
37, 38
BL1A BL1K BL1C
FEN DV235C
F
POWER (3/3) (PAGE 3-7) F303 IC309
VCC1 VDD1 VDD2 VP_F VCC1 VDD2 VDD1 VPR VDD2 VDD1
Q337 B+ SWITCH VPI
K
POWER (3/3) (PAGE 3-7)
LD307, 308 (EYE DETECT) KSPC Q304 CN301 GRPONx FEN Q303, 305 VP_F LED DRIVE LD307_A LD308 11 7
AV6 AV6C
AV16 AV6
IC308 Q326 B+ SWITCH VPR APERTURE MOTOR DRIVE, LED DRIVE (3/5) 13 IB
EEPROM (3/5)
49 VPICx IC301
TRIG 69 67 23 24 55
TRIG BCAN LVPCL LEDPWM
L
POWER (3/3) (PAGE 3-7)
22
35, 36
H
POWER (3/3) (PAGE 3-7) AV8
FP-557 FLEXIBLE BOARD
18 GRPONx FEN KSPC VDD1 VAE33REG 13 GRPON 3 FEN IC605 PHOTOMETRY
IC313 LOW-PASS FILTER (3/5)
AV8 AV8C
F302 IC306 CHARGE MOTOR DRIVE (3/5) 2 PWM 3 STBY F301 IC307 AF MOTOR DRIVE (3/5) 2 PWM 3 STBY
BCAN MAIN CPU LVPCL (3/5) LEDPWM 32 LEAKC LV0C
20
VDD1 VAE33REG
2 8
IC315 CF DETECT (3/5) B+ SWITCH Q103
39 - 42
IC110 REAL TIME CLOCK (1/5) BT101 (LITHIUM BATTERY) Q334 VOLTAGE CONTROL
DV1 DV1C
24
43, 44
DV2
2, 5
IC318 3.3V REG (3/5) 6
3
VAE33REG
FP-567 FLEXIBLE BOARD
LVDD1 LVPCL 16 19 D615 Q601 B+ SWITCH LVPCx SLLKX 1 30 SLLKx LVDD1 LVDD0
LENS BRACKET TERMINAL LENS CONTACTS
VDD2
VDD1 VDD2
IC304
LVSC 23
LVSCX Q311 LENS ACTIVE SWITCH SLLKX
D610 - 612
A
POWER (1/3) (PAGE 3-5) 1
CN102 VP0
I/O CONTROLLER (3/5) SLLK 8
FP-525 FLEXIBLE BOARD
S612 LENS RELEASE DETECT
F304
VP_F
FP-566 FLEXIBLE BOARD SHUTTER UNIT
IC314 3 5.5V REG (3/5) 1 SH_COM CN121 COMMON 2 SHUTTER BLOCK VPR B+ SWITCH Q330, 336 CN604 VP1 1 TOKO_A 24 TOKO_A LED1 - 9 (FLOODLIGHT)
05
B
POWER (1/3) (PAGE 3-5)
DSLR-A100_L2 3-6
3-7. POWER BLOCK DIAGRAM (3/3)
AM-001 BOARD (2/2)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
IS-001 BOARD
IC002 CN107 VCC2 IC005 H DRIVER (1/3) IC006 BUFFER (1/3)
DV5
IC501 4 5V REG (5/5) 1 3
LV5
4 DV5 LCD9001
FP-526 FLEXIBLE BOARD
D319, D320 5 IC311 3.2V REG (5/5) 4 CN104 AV3 41 41 CN001 AV3
FB001
2ch AFE (3/3)
IC011 BUFFER (3/3)
IC015 H DRIVER (1/3)
IC016 BUFFER (1/3)
G
POWER (2/3) (PAGE 3-6)
LV5C LV3C Q501 DV3 B+ SWITCH LV3 VCC1 3
43, 44
6
6V REG (5/5)
1, 2
AV6
HDRV_6
43, 44
COLOR LCD MONITOR
IC009
HDRV_6
IC017 BUFFER (1/3)
F
POWER (2/3) (PAGE 3-6)
LV8
PVDD
27 BL9001
H
POWER (2/3) (PAGE 3-6) AV16 AV16 46 48, 49 46 48, 49 AV16 IC008 2 15.1V REG (3/3) 1 IC012 TIMING GENERATOR, V DRIVER (2/3) IC013 BUFFER (1/3) BACKLIGHT AV8 AV8 AV8 IC001 CCD IMAGER (1/3)
BL1K BL1A
BL_K BL_A
30 31
IC014 BUFFER (1/3)
ST-155 BOARD
Q407 DV5 IC403 5 5V REG (4/5) 4 B+ SWITCH DV5_HALL CN105 VBRA5a 1 VBRA5b 12
FP-554 FLEXIBLE BOARD
IC603 HALL ELEMENT
C
POWER (1/3) (PAGE 3-5)
VP2
REFLECTIONS UNIT
T151 C657 CHARGING CAPACITOR
E
POWER (2/3) (PAGE 3-6)
PSPWR 31 IC401 ANTI-SHAKE ANALOG MASTER (4/5) GVCCO 8
CN305 VDD1
FP-564 FLEXIBLE BOARD
1 6 VDD1 FCHG
IC651 CHARGE/FLASH SWITCH CHARGE CONTROL Q651 - 653 3 ZD671 CHARGE DETECT Q671 +
CN602 XE+ 1 XE2
XE651 FLASH
FP-555 FLEXIBLE BOARD
GVCCO_COM CN106 GYVCC_R IC601 2 GYRO SENSOR (PITCH)
FCHG
FCHG
1 2 5 6
7
D655 Q659, Q661 FLASH DRIVE CN603 TRG+ T152 TRIGGER 1
M
POWER (2/3) (PAGE 3-6) DETX FULL SMX
TRIG DETx FULL
3 2 5
TRIG DETx FULL
IC602 GYRO SENSOR (YAW)
L
POWER (2/3) (PAGE 3-6)
TRIG
VPR VPI
CN115 VPR 8 VCC1 4 VPI 2
FP-553 FLEXIBLE BOARD
FP-551 FLEXIBLE BOARD
VDD1
CN302 SMx STLED_A
FP-550 FLEXIBLE BOARD
1 14 S602 POWER
FP-561 FLEXIBLE BOARD
LD306 (SELF-TIMER)
K
POWER (2/3) (PAGE 3-6)
AF MOTOR ROTATION DETECT PI301
AF MOTOR ROTATION DETECT PI302
APERTURE MOTOR ROTATION DETECT PI303
J
POWER (2/3) (PAGE 3-6) VDD2 CN303 3, 4 IFBL_A
FP-558 FLEXIBLE BOARD
BL-005 BOARD
LED9001 - 9005 FINDER BACKLIGHT
FP-560 FLEXIBLE BOARD
VCC1 S624 SLANT SENSOR HORIZONTAL/VERTICAL POSITION DETECT 05 CN120 VCC1 7 VPR 6 PR301 AF/MF DETECT FB111 CN108 VCC 13 VCC 38 CF_RESET 41
N
POWER (2/3) (PAGE 3-6)
CV3 FRESET
CF CARD/ MICRODRIVE
DSLR-A100_L2 3-7E
4. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
4-1. FRAME SCHEMATIC DIAGRAM
LENS BRACKET TERMINAL
FP-561 FLEXIBLE BOARD
51 1
BZ9001 BUZZER
FP-567 FLEXIBLE BOARD
FP-550 FLEXIBLE BOARD FP-565 FLEXIBLE BOARD
(Dilect Solder) (Dilect Solder) (Dilect Solder) (Dilect Solder) (Dilect Solder)
SHUTTER UNIT
IS-001 BOARD
FP-526 FLEXIBLE BOARD
51
1
(Dilect Solder)
(Dilect Solder)
51 50
1
CN001
2
HOT SHOE
EP-002 BOARD
(Dilect Solder)
FP-528 FLEXIBLE BOARD
CN604
1 2
1 25
(Dilect Solder)
FP-562 FLEXIBLE BOARD
FP-555 FLEXIBLE BOARD FP-525 FLEXIBLE BOARD FP-566 FLEXIBLE BOARD
33 1 6
FP-564 FLEXIBLE BOARD
FP-557 FLEXIBLE BOARD
1
(Dilect Solder)
FP-556 FLEXIBLE BOARD
12
1
2
1
51
CN110 USB
10 8 12
REFLECTIONS UNIT
1
26
CN302
24 2 33 32
2 1 12
11
4
3
1
25
1
CN102
9
CN106
1
CN305
6 1
ST-155 BOARD
+
XE651 FLASH
CN301
1 2
51 50
1
CN104
2
CN602 CN108
CN109
LEVEL3 AM-001 BOARD (SIDE B)
IC309 (EEPROM)
14
1 2 1 14
CN114
LEVEL3 AM-001 BOARD (SIDE A)
CN303
28 1
1 28 1
T152 TRIGGER
C657 CHARGING CAPACITOR
2 1
1 25
12
CN603
CN117
CN120 CN306 CN308
12 12
50
1
CN307 CN121
1 2 1 1 1 8 1 8 1 6 2 5
52
BT101
2 2 2 16 16
2
30
CN107
30 1
31
2
1
2
1 59
CN115
CN105
1
18 1 17
1
FP-558 FLEXIBLE BOARD
LCD9002 FINDER LCD
6
1
31
2
17
CN101
60
CN119
CN111
CN113 NC
1 1
Herness (MO-001)
BT101 LITHIUM BATTERY
Herness (BL-001)
MS with Adaptor for CF slot
M9003 APERTURE MOTOR
(Dilect Solder)
(Dilect Solder)
M9001 AF MOTOR Board to Board
BL-005 BOARD
BH9001 BATTERY TERMINAL
CompactFlash/Microdrive
1 12
ACTUATOR (PITCH)
FP-529 FLEXIBLE BOARD
1
M9002 CHARGE MOTOR
(Dilect Solder) LCD9001 BL9001 BACKLIGHT
C
+
6
COLOR LCD MONITOR BLOCK
FP-568 FLEXIBLE BOARD FP-560 FLEXIBLE BOARD
(Dilect Solder)
2
1
2
1
2
1
CN704
3 2 1
CN702
CN703 CN705
FP-554 FLEXIBLE BOARD
FP-551 FLEXIBLE BOARD
(Dilect Solder)
DD-268 BOARD (SIDE B) FP-553 FLEXIBLE BOARD
DD-268 BOARD (SIDE A)
EN-021 BOARD
ACTUATOR (YAW)
(Dilect Solder)
(Dilect Solder)
1 17
J9002 REMOTE
1 1
CN706
2 2
FP-552 FLEXIBLE BOARD
FP-563 FLEXIBLE BOARD
59 1 60
CN701 J9001 DC-IN
12
DSLR-A100_L2 4-1
FRAME
4-2. SCHEMATIC DIAGRAMS
Link
IS-001 BOARD (1/3) (CCD IMAGER) IS-001 BOARD (2/3) (TIMING GENERATOR) IS-001 BOARD (3/3) (AFE) DD-268 BOARD (1/2) (DC IN) DD-268 BOARD (2/2) (DC/DC CONVERTER) FP-556 FLEXIBLE BOARD (AF CCD) FP-553, FP-563 FLEXIBLE BOARD (AF SENSOR) FP-551 FLEXIBLE BOARD (APERTURE SENSOR) FP-554, FP-568 FLEXIBLE BOARD (HALL ELEMENT, ACTUATOR) FP-555 FLEXIBLE BOARD (GYRO SENSOR) FP-560 FLEXIBLE BOARD (AF/MF SWITCH) FP-552 FLEXIBLE BOARD (CHARGE CAM) FP-558 FLEXIBLE BOARD, BL-005 BOARD (FINDER) ST-155 BOARD (FLASH DRIVE) FP-528, FP-567 FLEXIBLE BOARD (I/O) FP-557 FLEXIBLE BOARD (PHOTOMETRY) FP-565 FLEXIBLE BOARD, EP-002 BOARD (EYE DETECT) FP-525 FLEXIBLE BOARD (LENS RELEASE DETECT) FP-566 FLEXIBLE BOARD (FLOODLIGHT) FP-550 FLEXIBLE BOARD (TOP COVER SWITCH) FP-561 FLEXIBLE BOARD (FRONT DIAL) FP-529 FLEXIBLE BOARD (REAR SWITCH) FP-562 FLEXIBLE BOARD (HOT SHOE)
COMMON NOTE FOR SCHEMATIC DIAGRAMS
DSLR-A100_L2
4-2. SCHEMATIC DIAGRAMS
4-2. SCHEMATIC DIAGRAMS
THIS NOTE IS COMMON FOR SCHEMATIC DIAGRAMS (In addition to this, the necessary note is printed in each block)
(For schematic diagrams) · All capacitors are in µF unless otherwise noted. pF : µ µF. 50 V or less are not indicated except for electrolytics and tantalums. · Chip resistors are 1/10 W unless otherwise noted. k=1000 , M=1000 k. · Caution when replacing chip parts. New parts must be attached after removal of chip. Be careful not to heat the minus side of tantalum capacitor, Because it is damaged by the heat. · Some chip part will be indicated as follows. Example C541 L452 22U 10UH TA A 2520 Kinds of capacitor External dimensions (mm) Case size Constants of resistors, capacitors, ICs and etc with XX indicate that they are not used. In such cases, the unused circuits may be indicated. Parts with differ according to the model/destination. Refer to the mount table for each function. All variable and adjustable resistors have characteristic curve B, unless otherwise noted. Signal name XEDIT EDIT PB/XREC PB/REC 2: non flammable resistor 5: fusible resistor C: panel designation A: B+ Line B: B Line J : IN/OUT direction of (+,) B LINE. C: adjustment for repair. A: not use circuit Precautions for Replacement of Imager · If the imager has been replaced, carry out all the adjustments for the camera section. · As the imager may be damaged by static electricity from its structure, handle it carefully like for the MOS IC. In addition, ensure that the receiver is not covered with dusts nor exposed to strong light.
When indicating parts by reference number, please include the board name. 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 spécifie.
·
· · · · · · · · · · ·
DSLR-A100_L2 4-3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
IS-001 BOARD (1/3)
CCD IMAGER
XX MARK:NO MOUNT
Note:IS-001 board and all mounted parts on this board are not supplied, but they and FP-526 flexible board are included in the CCD unit.
CCD_H15 R076 68k 1/16W ±5% R078 220k 1/16W ±5% R075 68k 1/16W ±5% R077 220k 1/16W ±5%
@001
(2/3) (3/3)
5
2
5
Vcc ISF
GND IN
Vcc ISF
GND IN
C080 0.1u
C079 0.1u
6
1
6
IC014
BUFFER IC014 CXA3691EN-T9
IC013
BUFFER IC013 CXA3691EN-T9
C
(3/3)
@010 @008
LH1_1 VSUB CSUB
1
2
B
C068 0.1u C078 0.001u
IDRV
OUT
CCDOUT_2-BUFF
@002
(3/3)
C067 0.1u C077 0.001u
IDRV
OUT
CCDOUT_1-BUFF
@003
(3/3)
4
3
4
3
@004
(2/3)
(2/3) (3/3)
HDRV_6
IC006
BUFFER IC006 TC7SET08FU(T5RSOJF)
IC016
BUFFER IC016 TC7SET08FU(T5RSOJF) CCD_L8
@006
(3/3)
D
RG
1
5
1
IN_B IN_A
VCC
IN_B IN_A
VCC
2
R014 27
C042 0.01u
RGF_1
2
5
LH1F_1
3
4
3
GND OUT_Y
GND OUT_Y
4
RGF_2 C041 0.1u DGND LH1_2 R013 H1 H2 17 16 15 14 13 R015 2.2 10k C062 22u 10V H1F_ABC C043 0.01u C049 0.1u
R023 27
C069 0.1u 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33
C071 0.1u
C072 0.1u
C073 0.1u
C074 10u
C075 0.1u
C076 0.1u
(3/3)
E
IC017
64 63 62 61 60 59 58 57 56 55 54 53 52
BUFFER IC017 TC7SET08FU(T5RSOJF) VOUT2 Vdd2 GND RG2 LH1_2 H1F H2F H2E H1E GND H2D H1D VL Vdd1 GND RG1 LH1_1
VOUT1
CSUB
GND
GND
GND
GND
@007
V4C
V3C
V2C
V1C
V4B
V3B
V2B
V1B
V4A
V3A
V2A
SUB
V1A
20 21 22 23 24 25 26 27 28 29 30 31 32
IN_B IN_A
VCC
RGF_2 LH1F_2
R087 33 1/16W
R088 33 1/16W
RGF_1 LH1F_1 H1F_ABC H2F_ABC
1
2
5
DIEPAD
OUTA
VS+
INA
OE
H1F_DEF LH1F_2
3
F
1
INB VL VL GND
GND OUT_Y
4
IC001
CCD IMAGER IC001
H1C H2C H2B H1B GND H2A H1A VL NC
H2F_DEF R024 27
OUTB
12
R016 2.2 C050 0.1u
IC005
H DRIVER IC005 EL7457CLZ-T7
VH VH OUTC
4
9
10
3
11
2
R017 2.2
GND
GND
OUTD
GND
V4C
V3C
V2C
V1C
V4B
V3B
V2B
V1B
V4A
V3A
V2A
V1A
G
IND INC VS5 6 7
NC
NC
1 8 R018 2.2 C040 0.1u
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19
H2F_ABC DGND
H
R019 2.2 17 16 15 14 13
H1F_DEF
DIEPAD
OUTA
OE
VS+
INA
NC
VL
R029 R030 R020 2.2 R031 R032 R037
4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7 4.7
V2_1 V2_2 V2_3 V2_4 V1_1 V1_2 V1_3 V1_4 V4_1 V4_2 V4_3 V4_4 V3_1 V3_2 V3_3 V3_4
I
INB VL VL GND
IC015
H DRIVER IC015 EL7457CLZ-T7
11
2
VH VH OUTC
12
1
OUTB
R038 R039 R040
10
@005
(2/3)
4
3
9
R021 2.2
R025 R026 R027
OUTD
IND
INC
VS-
J
R028 R033
5
6
7
8 R022 2.2
R034 R035 H2F_DEF R036
05
HDRGND
C048 0.1u
DSLR-A100_L2 4-5
IS-001 (1/3)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
A
IS-001 BOARD (2/3)
TIMING GENERATOR
XX MARK:NO MOUNT
Note:IS-001 board and all mounted parts on this board are not supplied,but they and FP-526 flexible board are included in the CCD unit.
TP005
@017 B
(3/3)
TP008 CSTGX AD_D3 C008 0.1u R010 100k R053 39 1/10W HDRV_6 CS BYP DACOUT AVDD3 AVSS3 AVSS3 TP_DM DVDD2 TGSTBY AVSS2 AVSS2 XP11 XP3B XV3A XV3B XV5A XV5B XV7B XP7B XP7A XP5B RESET XP5A REFN SEL16 XP3A REFP XP10 XP13 B10 TRIG XV4 B11 B4 B5 B6 B7 B8 CM B9 Q013 RTF025N03TL DUMMY LOAD SWITCH R054 39 1/10W C009 0.1u C001 0.1u C002 0.1u C004 0.1u DGND
@019
(3/3)
M3 M2 M1 L14 L13 L12 L11 L10 L9 L8 L7 L6 L5 L4 L3 L2 L1 K14 K13 K12 K11 K4 K3 K2 K1 J14 J13 J12 J11 J4
J3
J2
J1 H14 H13 H12 H11 H4 H3 H2
@008
(1/3) (3/3)
C
P14 P13 P12 P11 P10 P9 P8 P7 P6 P5 P4 P3 P2 P1 N14 N13 N12 N11 N10 N9 N8 N7 N6 N5 N4 N3 N2 N1 M14 M13 M12 M11 M10 M9 M8 M7 M6 M5 M4
(3/3)
OBCLP_B
TP_OB TP_SHP DVDD1 XTALEN XV2 XV7A HVDD2 HVSS HVSS B3 B2 BYPD DVSS1 SCK VD TP_SHD DVSS2 XOUT HVSS RG H1B HVDD1 H2B GNDS B1 AVDD3 DVDD1 SDATA HD MCKOUT DVSS1 XIN HVSS HL H1A HVDD1 H2A HVDD2 B0
AVDD2 B12 B13 XP1B XP1A XP12 XP14 AVDD2 RSVD(NC) B14 B15 XSUBD XSUB PVSS XP15 AVDD2 RSVD(NC) DRVDD
C14 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 E1 E2 E3 E4 E11 E12 E13 E14 F1 F2 F3 F4 F11 F12 F13 F14 G1 G2 G3 G4 G11 G12 G13 G14 H1
@011
OBCLP_A
CLPDM H2INV H1INV
@018
(3/3)
D
TP006
TP011
E
@012
(3/3)
AN_SCK TGVDX
@013
(3/3)
PBLK
IC012
TIMING GENERATOR, V DRIVER IC012 VSP02M21ZWVR
DRVSS XV1A XV1B PVDD PVSS AVDD2 AVSS2 SOUT SCIN(NC) STATE VM2 V12S V9B VM VM V5A V3A V8 PVDD AVSS2 CCDGND SCEN(NC)
F
AN_RSTX TP007 AN_SOUT TP010
@014
(3/3)
TP009
G
@015 @016
(3/3) (3/3)
TGHDX
V2_2
TGCLK
V1_1 V3_3 V4_4
R051 1M
R050 100k
V1_1 V1_1 V1_2 V1_2 V1_3 V1_4 V2_1
C056 0.1u
H
V1_3 V1_4 V2_1 V2_2
TEMD1(NC)
TEMD0(NC)
V2_2 SUBSW1 V2_3 GNDS VSUB V17S V15S V5B V10 CM VH V2_4 V3_1 V3_2 V3_3 V3_4 V4_1 V4_2 V4_3 V4_4 V4_1 V2_3 V1_2 VL V2 VL SUBSW2
4 STOROBE DVSS3 AVSS2 CCDIN
3 D001 RB48SKTK
MSHUT
AVSS1
V14S
XV18
V16S
V13S
XV19
V9A
V3B
V1A
V7A
V7B
V4
VL
(1/3)
V6
V2_4 V3_1 V3_2 V3_3 V3_4 V4_1 V4_2 V4_3 V4_4
V1B
V11
VM
VH
@005 I
V2_3
DVDD3
AVDD1
1
2
A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 C1 C2 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13
VSUB_H15
@009
(3/3)
Q007 DTA144EMT2L C005 1u C045 0.1u C006 1u
Q006,Q007 VSUB CONTROL Q006 DTC114TMT2L
V4_2
V2_4
V2_1
V3_4
V4_3
V3_1
V1_3
V1_4
V3_2
J
VDR_L8
@020
(3/3)
@001
(1/3) (3/3)
CCD_H15 CSUB
@004
05
R001 36k
Q005 DTC114TMT2L CSUB CONTROL
R049 4.7
C055 1u
(1/3)
VSUB
DSLR-A100_L2 4-6
IS-001 (2/3)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
A
IS-001 BOARD (3/3)
AFE
XX MARK:NO MOUNT
Note:IS-001 board and all mounted parts on this board are not supplied,but they and FP-526 flexible board are included in the CCD unit.
R061 0 2W CCD_H15 2 1 R065 0 1W VSUB_H15
@001 @009
(1/3) (2/3)
B @014
(2/3)
AN_RSTX AN_SOUT
VOUT
VIN
(2/3)
C010 1u
C011 1u
C012 1u
C022 1u
C021 0.1u
C020 0.1u
C019 0.1u
C018 0.1u
C017 0.1u
C016 0.1u
C014 1u
C013 1u CCDD_B0 CCDD_B2
IC008
15.1V REG IC008 XC6202S06XMR
RB005 100
C
C046 0.1u
C057 1u
3
VSS
7 5 3 1
8 6 4 2
CCDD_B4 CCDD_B6
C058 1u
@010 @003 D
(1/3)
(1/3)
LH1_1
7 5 3 1
8 6 4 2
CCDD_A6 CCDD_A4 CCDD_A2
C059 1u
R062 1.2 1/10W
CCD_L8 C060 22u 10V R066 0 1W VDR_L8
@006 @020 @019
(1/3)
(2/3)
C063 100u 4V
CCDOUT_1-BUFF C031 0.1u M3 M2 M1 L14 L13 L12 L11 L10 L9 L8 L7 L6 L5 L4 L3 L2 L1 K14 K13 K12 K11 K4 K3 K2 K1 J14 J13 J12 J11 J4 J3 J2 J1 H14 H13 H12 H11 H4 H3 H2
RB002 100
CCDD_A0
C064 100u 4V AD_D3
(2/3)
R073 0 2W 7 5 3 1
C14 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 E1 E2 E3 E4 E11 E12 E13 E14 F1 F2 F3 F4 F11 F12 F13 F14 G1 G2 G3 G4 G11 G12 G13 G14 H1
CCDINB
UDACOUT2
DIVDD2
DRVDD
DRVDD
TEST_OUT
LHB
H1B
H2B
CCDGNDB
CLPDMB
DOUT10
DOUT14
DOUT18
DOUT22
DOUT24
DOUT26
DIVDDB
RESET
RGB
DOUT28
DOUT30
DIVSSB
SDI
TEST_IN
DIVSSB
DIVSS2
DIVSS2
DIVSS2
DRVSS
DRVSS
AVDDB
AVDDB
DOUT2
DOUT6
DVDD
AVSSB
DVDD
AVSSB
DVSS
FB001 10uH
8 6 4 2
CCDD_A9 CCDD_A11 CCDD_A10 CCDD_A8 TP012 CSADX
P14 P13 P12 P11 P10 P9 P8 P7 P6 P5 P4 P3 P2 P1 N14 N13 N12 N11 N10 N9 N8 N7 N6 N5 N4 N3 N2 N1 M14 M13 M12 M11 M10 M9 M8 M7 M6 M5 M4
DOUT20 DOUT16 DOUT12 DVSS DOUT8 DOUT4 DOUT0 DVSS DVDD DVSS DVDD AVDDB AVSSB BYPCMB REFVSSB REFVDDB GNDG CVSSB TEST_IN MnSHDB HD CVSSB DLLVSSB DLLVDDB DLLVDDB AVSSB COBB BYPVB CMB REFNB REFPB CVDDB LogicCKBD MnSHPB MnLogicCKB CVDDB BYPDB DLLVSSB MCLKB
CLPOBB DIVSS2 SLOAD UPDATE_REG TEST_IN DOUT29 DOUT31 DIVSSA CLPOBA SCLK UPDATE_INL HSEL2 HSEL1 DOUT27 DIVDDA DIVSSA CLPDMA DRVSS DRVSS
RB001 100
E
TP037
TP019 OBCLP_B
@011
OBCLP_A AN_SCK TGVDX H2INV H1INV
(2/3)
F
C033 0.1u
@012 @018
(2/3)
(2/3)
TP020
CLPDM
G @015
(2/3)
TGHDX TP013
IC002
2ch AFE IC002 VSP2590ZWVR
DRVDD DRVDD DOUT25 UDACOUT1 AVDDA AVDDA LHA H1A H2A RGA DOUT3 DOUT7 DOUT11 DVDD DOUT15 DOUT19 DOUT23 DVDD AVSSA CCDGNDA DVDD
LH1_2 H2 H1 RG
@007
(1/3)
H
C034 2.2u C038 0.1u C035 0.1u C036 0.1u C037 0.1u
AM-001 (5/5)
7 5 3 1 7 5 3 1 7 5 3 1 C047 0.1u 8 6 4 2 8 6 4 2 8 6 4 2 CCDD_B1 CCDD_B3 CCDD_B5 CCDD_B7 CCDD_B8 5 CCDD_B10 7 CCDD_B11 9 CCDD_B9 CCDD_A1 13 CCDD_A3 15 CCDD_A5 CCDD_A7 CCDD_A1 17 CCDD_A3 19 CCDD_A3 CCDD_A5 CCDD_A7 CCDD_A9 CCDD_A11 CCDD_B1 CCDD_B3 CCDD_B5 CCDD_B7 CCDD_B9 CCDD_B11 AV3 HDRV_6 DGND DGND AV8 DGND SOL001 DGND R064 0 2W HDRV_6 CCDD_A4 CCDD_A6 CCDD_A8 CCDD_A10 CCDD_B0 CCDD_B2 CCDD_B4 CCDD_B6 CCDD_B8 CCDD_B10 DGND DGND HDRV_6 AV16 AV8 DGND 20 CCDD_A6 21 CCDD_A7 23 CCDD_A9 25 26 CCDD_B0 27 CCDD_B1 29 CCDD_B3 31 CCDD_B5 33 34 CCDD_B8 35 36 CCDD_B10 37 CCDD_B11 39 38 40 42 44 46 48 50 HDRGND 32 CCDD_B6 30 CCDD_B4 28 CCDD_B2 CCDD_A11 24 CCDD_A10 22 CCDD_A8 CCDD_A5 CCDD_A1 CCDD_A2 18 CCDD_A4 DGND CCDD_A0 16 CCDD_A2 TGHDx TGVDx 14 CCDD_A0 CSADX 11 CSADx CSTGx 12 CSTGX AN_SOUT AN_SCK 10 DGND AN_RSTx 8 DGND TGCLK 6 TH001 1 3 DGND CTHERM DGND DGND 2 4 CN104 (Througt the FP-526 flexible board) (Page 4-12 of Level 3) CN001 51P
TP014
RB006 100
I IC011
BUFFER IC011 TC7SZ04AFE(TE85R) TP017 C032 0.001u
RB004 100
RB003 100
@017
(2/3)
R011 0
MnLogicCKA
LogicCKAD
5
4
MCLKx2in
DLLVDDA
DLLVDDA
REFVDDA
DLLVSSA
DLLVSSA
REFVSSA
MnSHDA
BYPCMA
MnSHPA
DOUT21
DOUT17
DOUT13
CCDINA
MCLKA
CVDDA
CVDDA
AVDDA
BYPDA
DOUT9
DOUT5
GNDG
DVDD
COBA
DVSS
DVSS
1 C039 0.1u
2
3
A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 C1 C2 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13
DVSS
PBLK
CMA
J
DOUT1
AVSSA
BYPVA
AVSSA
CVSSA
CVSSA
AVSSA
REFNA
REFPA
R012 XX
R008 1M R009 XX TP016 TP015 C024 0.001u C025 0.1u C023 0.1u
CCDD_B7 CCDD_B9
K
C044 0.001u TP021
C026 2.2u C030 0.1u C027 0.1u C028 0.1u C029 0.1u
41 43 45
@013 L
05
(2/3)
PBLK
47 49 51
@002
(1/3)
CCDOUT_2-BUFF
@008
(1/3) (2/3)
@016
(2/3)
TGCLK
DSLR-A100_L2 4-7
IS-001 (3/3)
Schematic diagrams of the AM-001 board is not shown. Pages from 4-8 to 4-12 are not shown.
DSLR-A100_L2
· Refer to page 4-3 for mark 0.
1
DC IN
2
3
Note: All mounted parts are not supplied, but they are included in the DD-268 complete board.
Q701, 704 706 B+ SWITCH, CHARGE SWITCH
4
5
6
@301
AM-001
(5/5) CN102 Through the Herness MO-001 Page 4-12 of Level 3
(2/2)
7
8
DD-268 BOARD (1/2) A
BH9001 BATTERY TERMINAL
+
C -
FP-528 FLEXIBLE
F701
CN604 Through the Herness BL-001 Page 4-19 of Level 2
F702
ST-155
TN967, TN968 Page 4-18 of Level 2
B
J9001 DC-IN
AC ADAPTER DETECT
AC ADAPTER DETECT
C
v V B b
D
@303
(2/2)
(CENTER) SUPER STANDBYSHOT
@302
(2/2)
E
(ACCESS)
AM-001
(5/5) CN101 Page 4-12 of Level 3
05
DSLR-A100_L2 4-13
DD-268 (1/2)
· Refer to page 4-3 for mark 0.
1
2
3
4
5
6
7
8
9
10
11
12
DD-268 BOARD (2/2) A
DC/DC CONVERTER
@301
(1/2)
F707
SWITCHING
IC201
3.3V REG Q202, Q204 (1/2) SWITCHING
Note: All mounted parts are not supplied, but they are included in the DD-268 complete board.
Q203, Q204 (2/2) SWITCHING
F703
IC501
DC/DC CONVERTER
SWITCHING
B
F708
SWITCHING
C
IC601
Q205, Q206 (1/2), Q208 SWITCHING DC/DC CONVERTER
F704
F709
SWITCHING
D
F710
SWITCHING
@303
(1/2)
Q206 (2/2), Q207 SWITCHING
E
F705
F711
SWITCHING
F
SWITCHING
IC101
DC/DC CONVERTER
Q905, Q906 SWITCHING
Q305, Q306 SWITCHING
IC301
REG
G
@302
(1/2) Q304 (2/2), 307 SWITCHING
BUFFER
IC901 (2/2) , Q902 Q904
Q302, Q303, Q304 (1/2) SWITCHING BUFFER BACKLIGHT CONTROL
H
F706
SWITCHING
IC901 (1/2)
-8V REG
, Q910
05
DSLR-A100_L2 4-14
DD-268 (2/2)
1
2
3
4
5
6
A
FP-556 FLEXIBLE BOARD
AF CCD
FP-556 flexible board is replaced as block, so that PRINTED WIRING BOARD is omitted.
B
AM-001 (5/5)
CN114 Page 4-12 of Level 3
NC TN913 TN912 TN911 TN910 TN909 TN908 TN907 TN906 TN905 TN904 TN903 TN902 TN901 MOD4 VOUT SS VCC1 VOD CBG RST IST CP ADT MOD1 MOD2 MOD3
MD4 VOUT SS VCC1 VOD CBG RST IST CP ADT MD1 MD2 MD3
1 MD3 2 MD4 NC VOUT SS VREF 15 14 13 12 11 10 9 8 7 6 5 4 3
NC2 TN915
IC604 AF CCD
IC604 T8D87C-1
VOD CBG RST IST CP ADT MD1 MD2 NC
C
NC1 TN914
D
05
1
2
3
4
5
6
7
8
9
10
A
FP-553 FLEXIBLE BOARD
AF SENSOR
VPR
FP-553 flexible board is replaced as block, so that PRINTED WIRING BOARD is omitted.
FP-551 FLEXIBLE BOARD
APERTURE SENSOR
FP-551 flexible board is replaced as block, so that PRINTED WIRING BOARD is omitted.
TN783 TN784 TN785 TN786
2
TN771 TN772 TN773 TN774 TN775 TN776 TN777 TN778 TN779 TN780
AFP1 VPI AFP2 VCC1 PII3 DGND PII4 VPR SPVx PUPCN3x
SPVx
AFP1 VPI AFP2 VCC1 PII3 DGND_P PII4
VCC1 VPR PII4 DGND-P PII3
TN881 TN882 TN883 TN884 TN885
VCC1 VPR
B
AM-001 (5/5)
CN115 Page 4-12 of Level 3
R624 560
1 2
R625 560
1
R626 180
1
TN787
PUPCN3x
PI301 AF MOTOR ROTATION DETECT GP1A91LR
5
15kohm
3
PI302 AF MOTOR ROTATION DETECT GP1A91LR
5
15kohm
S622 (PREVIEW)
3
PI303 APERTURE MOTOR ROTATION DETECT GP1S39
PII3
3
2
VR641 12V
VR642 12V
4
4
R627 4.7k
DGND_P
4
5
R628 4.7k
C
J9002 REMOTE TN781 TN782 S2_REMOTE S1_REMOTE
S2_RM S1_RM
PII4
TN788 TN789 TN790 VR643 12V VR644 12V TN791 EGND VR645 12V
S2 S1 DGND
TN1141 TN1142 TN1143
TN1144 TN1145 TN1146
D
05
FP-563 FLEXIBLE BOARD
4-15 FP-556, FP-553, FP-563, FP-551
DSLR-A100_L2
1
2
3
4
5
6
7
8
A
FP-554 FLEXIBLE BOARD
HALL ELEMENT, ACTUATOR
FP-554 flexible board is replaced as block, so that PRINTED WIRING BOARD is omitted.
R731
1k x4 ±1%
IC603
HALL ELEMENT
TN921
VBRA5a Pout1p Pout2n Pout2p Pin_Y Pout4p Pout4n Pout3p Pout3n Pin_P Pout1n VBRA5b BR_Y2 BR_Y1 BR_P2 BR_P1 NC
VBRA5a Pout1p Pout2n Pout2p Pin_Y Pout4p Pout4n Pout3p Pout3n Pin_P Pout1n VBRA5b BR_Y2 BR_Y1 BR_P2 BR_P1
1