Sony DSLR-A100 Service Manual
DSLR-A100
SERVICE MANUAL
Ver 1.0 2006.06
Revision History
Revision History
How to use
How to use
Acrobat Reader
Acrobat Reader
Link
Link
SERVICE NOTE
PRINTED WIRING BOARDS
LEVEL 3
US Model
Canadian Model
AEP Model
UK Model
E Model
Australian Model
Hong Kong Model
Chinese Model
Korea Model
Japanese Model
Tourist Model
REPAIR PARTS LIST
SCHEMATIC DIAGRAMS
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_L3
Sony EMCS Co.
2006F0500-1
© 2006.6
Published by Kohda TEC9-852-130-11
TABLE OF CONTENTS
Section Title Page
1. SERVICE NOTE
1-1. Chemicals ········································································1-1
1-2. Exterior Parts ···································································1-1
1-3. Unleaded Solder ······························································1-1
1-4. Safety Check-out ·····························································1-1
1-5. Note for Replacing Fuse on the AM-001 Board·············· 1-2
1-6. Demagnetization Method ················································1-2
4. PRINTED WIRING BOARDS AND
SCHEMATIC DIAGRAMS
4-2. Schematic Diagrams························································ 4-8
4-3. Printed Wiring Boards ···················································4-26
4-4. Mounted Parts Location ················································4-29
5. REPAIR PARTS LIST
5-2. Electrical Parts List ·······················································5-24
DSLR-A100_L3
— 2 —
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 or dinary 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. Check the area of your repair for unsoldered or poorly-soldered connections. Check the entire board surface for solder splashes and
bridges.
2. Check the interboard wiring to ensure that no wires are “pinched” or contact high-wattage resistors.
3. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. P oint them out to the
customer and recommend their replacement.
4. Look for parts which, through functioning, show obvious signs of deterioration. Point them out to the customer and recommend their
replacement.
5. Check the B+ voltage to see it is at the values specified.
6. 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.
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 .
DSLR-A100_L3
Danger of explosion if battery is incorrectly replaced.
CAUTION
Replace only with the same or equivalent type.
SAFETY-RELATED COMPONENT WARNING!!
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.
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 boar d. When replacing the fuse, remov e 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_L3
1-2
Tools to be prepared:
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.
MENU Button
Magnet
Demagnetizer
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
Magnet
Demagnetizer
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
Playback Button
Demagnetizer
Magnet (cover with a tape, etc. for damage prevention)
Demagnetizer
STEP 1:
STEP 2:
STEP 3:
• 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_L3
1-3E
Link
Link
4-2. SCHEMATIC DIAGRAMS
AM-001 BOARD (1/5) (CAMERA DSP)
AM-001 BOARD (2/5)
(FLASH MEMORY, SDRAM)
AM-001 BOARD (3/5) (MAIN/SUB CPU)
COMMON NOTE FOR SCHEMATIC DIAGRAMS
AM-001 BOARD (4/5) (ANTI-SHAKE)
AM-001 BOARD (5/5) (CONNECTOR)
DSLR-A100_L3
4-2. SCHEMATIC DIAGRAMS
4-2. SCHEMATIC DIAGRAMS
4. PRINTED WIRING BOARDS AND 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 f or electrolytics
and tantalums.
• Chip resistors are 1/10 W unless otherwise noted.
kΩ=1000 Ω, MΩ=1000 kΩ.
• 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
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.
Kinds of capacitor
• 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 ha ve 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
External dimensions (mm)
Case size
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_L3
4-3
• Refer to page 4-3 for mark 0.
1
AM-001 BOARD (1/5)
A
CAMERA DSP
XX MARK:NO MOUNT
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
@114
(3/5)
(5/5)
Q
@111
(5/5)
R
05
2 18165 17
LCDD0
LCDD1
LCDD2
LCDD3
LCDD4
@101
LCDD5
(5/5)
LCDD6
LCDD7
LCDCLK
LCDVDX
LCDHDX
MSYSA1
MSYSA2
MSYSA3
MSYSA4
MSYSA5
MSYSA6
MSYSA7
MSYSA8
MSYSA9
MSYSA10
MSYSA11
@102
MSYSA12
(2/5)
MSYSA13
MSYSA14
MSYSA15
MSYSA16
MSYSA17
MSYSA18
MSYSA19
MSYSA20
MSYSA21
MSYSD0
MSYSD1
MSYSD2
MSYSD3
MSYSD4
MSYSD5
MSYSD6
MSYSD7
@103
MSYSD8
(2/5)
MSYSD9
MSYSD10
MSYSD11
MSYSD12
MSYSD13
MSYSD14
MSYSD15
MSYSLWRX
@104
MSYSRDX
(2/5)
MSYSCSX
CCDA1
CCDA3
CCDA5
CCDA7
CCDA9
CCDA11
@105
CCDB1
(5/5)
CCDB3
CCDB5
CCDB7
CCDB9
CCDB11
CCDA0
CCDA2
CCDA4
CCDA6
CCDA8
CCDA10
@106
CCDB0
(5/5)
CCDB2
CCDB4
CCDB6
CCDB8
CCDB10
100k
R101
1
4
FFCD1X
FIOWRX
FFCD2X
FREGX
FWAITX
FRESET
FCE1X
FCE2X
FVS1X
FIORDX
FWEX
23
D110
RB48SKTK
FRDY
FOEX
6
VDD1
DV1
DV2
(5/5)
DV3
LCDD0
LCDD1
LCDD2
LCDD3
LCDD4
LCDD5
LCDD6
LCDD7
LCDCLK
LCDVDX
LCDHDX
MSYSA1
MSYSA2
MSYSA3
MSYSA4
MSYSA5
MSYSA6
MSYSA7
MSYSA8
MSYSA9
MSYSA10
MSYSA11
MSYSA12
MSYSA13
MSYSA14
MSYSA15
MSYSA16
MSYSA17
MSYSA18
MSYSA19
MSYSA20
MSYSA21
MSYSD0
MSYSD1
MSYSD2
MSYSD3
MSYSD4
MSYSD5
MSYSD6
MSYSD7
MSYSD8
MSYSD9
MSYSD10
MSYSD11
MSYSD12
MSYSD13
MSYSD14
MSYSD15
MSYSLWRX
MSYSRDX
MSYSCSX
CCDA1
CCDA3
CCDA5
CCDA7
CCDA9
CCDA11
CCDB1
CCDB3
CCDB5
CCDB7
CCDB9
CCDB11
CCDA0
CCDA2
CCDA4
CCDA6
CCDA8
CCDA10
CCDB0
CCDB2
CCDB4
CCDB6
CCDB8
CCDB10
8
100k
RB101
100k
1234567
R102
FCD1X
FCD2X
FREGX
FWAITX
FRESET
FCE1X
FCE2X
FVS1X
FIORDX
FIOWRX
FRDY
FWEX
FOEX
@107
(2/5)
@108
@109
(2/5)
@110
(2/5)
@112
(5/5)
MDQS0
MDQM0
MDQS1
MDQM1
MDQS2
MDQM2
MCKE
MCLK
MCLKX
MDQS3
MDQM3
MWEX
MCASX
MRASX
MCSX
MBA0
MBA1
MA0
MA1
MA2
MA3
MA4
MA5
MA6
(2/5)
MA7
MA8
MA9
MA10
MA11
MA12
MD0
MD1
MD2
MD3
MD4
MD5
MD6
MD7
MD8
MD9
MD10
MD11
MD12
MD13
MD14
MD15
MD16
MD17
MD18
MD19
MD20
MD21
MD22
MD23
MD24
MD25
MD26
MD27
MD28
MD29
MD30
MD31
FA0
FA1
FA2
FA3
FA4
FA5
FA6
FA7
FA8
FA9
FA10
@115
VREF_DDR
(2/5)
MDQS0
MDQM0
MDQS1
MDQM1
MDQS2
MDQM2
MCKE
MCLK
MCLKX
MDQS3
MDQM3
MWEX
MCASX
MRASX
MCSX
MBA0
MBA1
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12
MD0
MD1
MD2
MD3
MD4
MD5
MD6
MD7
MD8
MD9
MD10
MD11
MD12
MD13
MD14
MD15
MD16
MD17
MD18
MD19
MD20
MD21
MD22
@117
MD23
(5/5)
MD24
MD25
MD26
MD27
@116
MD28
(5/5)
MD29
MD30
MD31
FA0
FA1
FA2
FA3
FA4
FA5
FA6
FA7
FA8
FA9
FA10
@113
(5/5)
FD0
FD1
FD2
FD3
FD4
FD5
FD6
FD7
FD8
FD9
FD10
FD11
FD12
FD13
FD14
FD15
7 26
R212
0
DV1
R215
0
DV2
R216
0
DV3
C103
0.1u
C104
XX
C105
0.1u
C106
0.1u
C107
0.1u
C108
XX
C109
0.1u
RB103
27
C110
XX
C101
XX
C111
0.1u
C112
0.1u
C113
0.1u
C114
XX
C115
0.1u
C102
XX
PBLK
C116
CV3C
CV3FB
FD0
FD1
FD2
FD3
FD4
FD5
FD6
FD7
FD8
FD9
FD10
FD11
FD12
FD13
FD14
FD15
XX
DGND
@131
9
FD8
FD5
FD9
FD4
FD2
FD10
FD12
FD7
FD15
FD14
FA1
FD13
FD11
FA3
FA5
FA4
FA0
FA7
MCASX
MCSX
MRASX
MWEX
FA6
1234567
FA10
FA8
FA2
8
FWAITX
FCE1X
FCD1X
FA9
FOEX
FRESET
CCDA6
CCDB10
FIOWRX
FRDY
FWEX
FIORDX
CCDA0
CCDA2
CCDB8
FREGX
FCD2X
FCE2X
DM
DP
(5/5)
10
0.1u
C117
R131
100k
FD6
MA9
MA10
MA11
27
R13427R13227R133
M26
M24
N1
M25
FD6
MA9
MA11
N3
N8
N18
N23
N25
P1
P3
P8
P18
P23
P25
R1
R3
R8
R18
R23
R25
T1
T3
T8
T18
T23
T25
U1
U3
U8
U18
U23
U25
V1
V3
V8
V10
V12
V14
V16
V18
V23
V25
W1
W3
W8
W10
W12
W14
W16
W18
W23
W25
Y1
Y3
Y23
Y25
DGND
FD8
FD5
FD9
FD4
FD2
GND_DDR
VDD_DDR_IF_IO
VDD_INT
MA6
VREF_IO
MA7
FD10
FD12
FD7
FD15
GND_INT
VDD_IO
VDD_DDR_IF_IO
GND_DDR
MA8
MA5
MA4
MA3
FD14
FA1
FD13
FD11
GND_IO
VDD_INT
VDD_DDR_IF_IO
GND_DDR
MA2
MA1
MA0
MCLKX
FA3
FA5
FA4
FA0
FA7
VDD_IO
GND_INT
GND_DDR
MCKE
MBA1
MBA0
MCLK
FA6
FA10
FA8
FA2
FWAITX
GND_INT
VDD_DDR_IF_IO
GND_DDR
MRASX
MWEX
MDRAMCSX
MCASX
FCE1X
FCD1X
FA9
FOEX
FRESET
VDD_INT
VDD_IO
GND_IO
CCDA6
VDD_INT
CCDB10
VDD_INT
GND_INT
VDD_IO
GND_DDR
GND_DDR
VDD_INT
BCONF1
SLEEP
VDD_DDR_IF_IO
FIOWRX
FRDY
FWEX
FIORDX
GND_IO
TADCK
GND_INT
CCDA0
CCDA2
GND_IO
CCDB8
CCDC0
GND_IO
CCDD2
GND_IO
VDD_DDR_IF_IO
GND_INT
MDQM1
MDQS1
MDQS1X
FREGX
FVDDEN
FCD2X
FCE2X
GND_DDR
MD14
MDQM0
MDQS0X
3
1
MA10
MSYSXACK1
GND_IO
MSYSRDX
GND_IO
MSYSXCS1X
A2
A4
A3
A5
A1
MSYSRDX
LV5C
BL1C
4
2
LF101
N2
N4
N9
R108
R109 27
R114
R115
R116
R117
R118
R119
R120
N19
N24
27
N26
P2
P4
P9
P19
1
2
4
3
P24
6
5
7
8
P26
RB102
R2
27
R4
R9
R19
27
27
R24
27
22
R26
T2
T4
T9
T19
27
T24
27
22
T26
U2
U4
U9
U19
U24
U26
V2
V4
V9
V11
V13
V15
V17
V19
V24
V26
W2
W4
W9
W11
W13
W15
W17
W19
R125
W24
10
W26
Y2
Y4
Y24
R126
10
Y26
MA6
MA7
MA8
MA5
MA4
MA3
MA2
MA1
MA0
MCLKX
MCKE
MBA1
MBA0
MCLK
MDQM1
MDQS1
MD14
MDQM0
M23
GND_INT
VDD_INT
A6
M19
GND_DDR
MSYSA22
A7
MSYSA19
DGND
C119
LCDCLK
FD0
51
R140
M4
M9
M8
M18
FD0
VDD_IO
GND_IO
VDD_DDR_IF_IO
MSYSA17
MSYSA9
MSYSA19
MSYSA11
A8
A10
A9
A11
MSYSA2
MSYSA9
MSYSA11
MSYSA17
C118
XX
0.1u
FD3
FB112
M3
VCKPX
MSYSA2
A12
MSYSD13
FD1
M2
FD3
MSYSD13
A13
MSYSD8
M1
FD1
MSYSD8
A14
MSYSD4
L26
MA14
MSYSD4
A15
C120
MSYSD0
R253
R254
MA12
27
R146
L25
MA15
MSYSD0
A16
XX
XX
128
XX
L24
L23
MA12
VDD_INT
UDM
UDP
A18
A17
C121
L9
L19
L18
GND_INT
GND_DDR
VDD_DDR_IF_IO
PLL2FLT
PLL3FLT
PLL1FLT
A20
A21
A19
C122
0.0018u
0.0018u
13
Q104
XX
0.1u
C124
BRSO
BRSCK
URXD0
TP160
L4
L3
L8
LSCK1
VCK2B
URXD0
LSOUT1
EJTRST
EJTCK
RSTOUTX
A24
A22
A23
TP152
C123
0.0018u
R255
46
2
5
3
1
R257
XX
10u
C127
0.1u
C126
XX
C129
BRSI
UTXD0
ANSCK
RTCSIO
ANSOUT
MDQS2
L2
K4
K9
K2
K19
K24
K26
L1
K8
K3
K18
K23
K25
MA13
LSIN1
LSIN0
UTXD0
MDQS2
GND_IO
LSOUT0
MDQS2X
VDD_INT
GND_INT
GND_DDR
VDD_DDR_IF_IO
GND_DDR
MD15
VCOMPA
VDDDAC2
EJTDO
FVS2X
FVS1X
MD12
MDQS0
VDD_INT
GND_INT
GND_INT
AA4
A26
AB2
AA2 VDDDAC1
AA26
AA24
A25
AA3
AB1
AA1
AB3
AA23
AA25
XX
R247
MD12
MD15
MDQS0
FVS1X
0.1u
C128
VBUS
XX
0.1u
C130
C125
DGND
XX
C134
MDQS3
K1
LSCK0
VSSDAC1
AB4
MD4
C132
J26
MDQS3
MD4
AB23
C135
0.1u
MD11
0.1u
XX
C131
J25
MDQS3X
MD11
AB24
XX
J24
GND_DDR
VREF_IO
AB25
MD13
R256
XX
C183
XX
J17
J19
J18
J23
GND_IO
PLL3VDDD
USBVSSA1
VDD_DDR_IF_IO
VVREF
VDD_INT
MD13
VSSDAC2
AC2
AB26
AC3
AC1
10u
C133
R244
XX
C136
0.1u
J15
J16
USBVDDA2
GND_IO_W
GP12
GP8
AC4
AC5
TP167
DSI
0.1u
C137
C138
MSYSD5
XX
J14
MSYSD5
GND_INT
AC6
URXD1
J13
VDDWID
GP14
AC7
TP161
CSMAINX
1411
1
2
3
C139
MSYSA5
J11
J12
MSYSA0
GND_INT
IC101
CAMERA DSP
THD
ACLK
AC8
AC9
100
R220
TGCLK
TGHDX
3
4
IN
GND
EN4FB
IC113
XX
0.1u
AV16C
J9
J8
J10
MSYSA5
VDD_INT
GND_IO_W
IC101
MA07169
TSG1
THS2CK
CCDA5
AC12
AC10
AC11
FB109
CCDA8
CCDA5
ADRESC
VOUT
NC
DGND
R208
100
(3/5)
(3/5)
IC112
HD SELECT
IC112
D109
25
VDD1
Q103
3LP02M
B+ SWITCH
BT101
LITHIUM
BATTERY
R209
560
IC110
REAL TIME
CLOCK
IC110
S-35190A-T8T1G
1
INT
2
3
4
(3/5)
(5/5)
3
4
VDD
XOUT
SIO
XIN
SCK
VSS
CS
CN113
1 DV3
2 DGND
UTXD1
3 TxD1
URXD1
4RxD1
UTXD0
5 TxD0
URXD0
6RxD0
ADV1C
ADV1C
SLLKX
SLLKX
DRESCX
DRESCX
CFLED
CFLED
8
Vcc
7
STB
6
SEL
5
Y
VSAG
S2X
S1X
AVJX
VBUS
@134
@129
@130
(5/5)
(3/5)
(5/5)
(3/5)
(5/5)
LEAKC
2
D108
1
RB715W-TL
3
8
R210
10k
RTCSIO
7
RTCSCK
6
CSRTC
5
C174
0.1u
6P
NC
(3/5)
@126
(3/5)
@127
(5/5)
(2/5)
@128
(3/5)
(5/5)
@132
C182
0.1u
15
5
OUT
R258
R259
0
XX
R260
C184
XX
C185
0.1u
ANRSTX
ADV235C
MDQM3
10
R150
J2
J4
H26
J1
J3
SDD7
SDD6
SDCLK
SDCMD
MDQM3
CCDA8
CCDB3
CCDD0
CCDB1
CCDC10
AC14
AC16
AC17
AC15
AC13
CCDB1
CCDB3
R130
100k
XX
C140
IC108
H25
VREF_IO
CCDD4
AC18
MD16
MDQM2
10
R151
H24
MDQM2
CCDD6
AC19
XX
H17
H19
H18
H23
MD16
TMODE2
USBVDDD1
PLL12VSSD
GND_INT
MD3
VDD_DDR_IF_IO
VDD_DDR_IF_IO
AC20
AC22
AC23
AC21
MD3
R152
VIN
VSS
H16
USBVSSA2
MD6
AC24
MD6
XX
XX
XX
E4
VDD_INT
GP9
AE6
TP156
E3
SCEX
ARSYNC
AE7
C150
LCDD4
RSTSUB
E2
VG0
TCPCK
AE8
RTCSCK
C151
MD27
E1
D26
VDCK
MD27
TSG2
TALP2
AE10
AE9
TP162
TGVDX
0.1u
MD28
D25
D24
MD28
GND_INT
VDD_DDR_IF_IO
VDD_DDR_IF_IO
CCDA7
CCDA1
AE12
AE11
CCDA1
CCDA7
CCDB0
R162
100k
D23
D21
D22
VDD_IO
VDD_INT
PLL3VSSA
PLL12VDDA
USBVDDA1
USBVDDA3
MSYSD2
MSYSD7
MSYSD12
MSYSD14
GND_IO_W
MSYSA8
MSYSA16
VDDWID
MSYSUWRX
GND_INT
MSYSXREQ0
TMODE1
PLL3VDDA
USBVSSD1
PLL12VDDD
MSYSD3
MSYSD9
MSYSD15
MSYSA4
MSYSA7
GND_INT
MSYSA13
MSYSA15
MSYSA20
MSYSLWRX
MSYSXWRX
MSYSXRDX
GND_INT
GND_INT
TMODE0
PLL3VSSD
PLL12VSSA
USBVSSA3
USBVSSA4
MSYSD6
MSYSD11
MSYSA1
MSYSA6
MSYSA10
MSYSA12
MSYSA18
MSYSA21
MSYSCSX
MSYSXCS0X
MSYSXACK0
MSYSXREQ1
GND_IO_W
GND_INT
GND_DDR
GND_DDR
GND_DDR
ADPCMDQ
GND_DDR
VDD_INT
GND_DDR
CCDB4
CCDB0
CCDB9
AE14
AE13
AE15
CCDB4
CCDB9
C173
C152
GND_IO
BCONF0
RESETX
CCDA10
GND_IO
CCDD10
CCDD11
CCDC11
XX
0.1u
D20
TMODE3
UREXT
EJTMS
UTEST
CCDD8
CCDD7
CCDD5
CCDD3
CCDD1
CCDC8
CCDC5
CCDC1
CCDB6
CCDB2
CCDA4
TALP4
CCDC9
CCDC6
CCDC3
VDVD
MD29
MD31
VCP0
MD30
EJTDI
VCP1
TSG3
GP15
GP11
GP10
XX
C153
VDD_DDR_IF_IO
VR0
VB0
XO
VR1
TVD
GP7
GP6
GP4
MD1
MD0
0.1u
C175
RB751S-40TE61
DGND
D19
D18
D17
D16
D15
D14
D13
D12
D11
D10
D9
D8
D7
D6
D5
D4
D3
D2
D1
C26
C25
C24
C23
C22
C21
C20
C19
C18
C17
C16
C15
C14
C13
C12
C11
C10
C9
C8
C7
C6
C5
C4
C3
C2
C1
B26
B25
B24
B23
B22
B21
B20
B19
B18
B17
B16
B15
B14
B13
B12
B11
B10
B9
B8
B7
B6
B5
B4
B3
B2
B1
AF26
AF25
AF24
AF23
AF22
AF21
AF20
AF19
AF18
AF17
AF16
AF15
AF14
AF13
AF12
AF11
AF10
AF9
AF8
AF7
AF6
AF5
AF4
AF3
AF2
AF1
AE26
AE25
AE24
AE23
AE22
AE21
AE20
AE19
AE18
AE17
AE16
XX
C176
D103
MSYSD2
MSYSD7
MSYSD12
MSYSD14
MSYSA8
MSYSA16
LCDVDX
LCDD2
R200
10k
3300
MSYSLWRX
TP158
C179
R177
MSYSD3
MSYSD9
MSYSD15
MSYSA4
MSYSA7
MSYSA13
MSYSA15
MSYSA20
MSYSD6
MSYSD11
MSYSA1
MSYSA6
MSYSA10
MSYSA12
MSYSA18
MSYSA21
MSYSCSX
CCDB6
CCDB2
CCDA10
CCDA4
TP166
TP165
TP164
XX
LCDD6
±0.5%
R165
100k
C180
R218
100
±0.5%
LCDD0
LCDD3
LCDD1
LCDHDX
R196
100k
D106
RB751S-40TE61
DTC143EE-TL
LED DRIVE
VBUS
DGND
XX
0.1u
C181
MD29
MD31
TP168
MD30
MD1
MD0
R164
100k
0.1u
0.1u
C178
C177
CP154
0.1u
0.1u
C142
C143
12MXI
MSYSA3
MSYSD1
MSYSD10
H11
H13
H15
H12
H14
XI
MSYSA3
MSYSD1
VDD_INT
MSYSD10
VDD_IO
MD9
VIREF
MD10
GP1
AD2
AC26
AD1
AC25
AD3
MD9
MD10
DSCK
CSDSCX
±0.5%
3k
R154
XX
C141
2
1
MSYSA14
H10
VDDWID
GP13
AD4
XX
C144
H9
MSYSA14
VDD_INT
AD5
H8
MSYSA23
ATSYNC
AD6
CSRTC
C145
AV8C
H4
SDD2
ADPCMDI
AD7
C146
XX
C147
AV6C
MD17
MD18
MD19
MD20
H2
G4
G24
G26
H3
G3
H1
G23
G25
SDD5
SDD1
SDD3
SDD4
MD20
MD18
MD17
MD19
SDWP
THS4CK
TALP1
TALP3
CCDA3
CCDA11
CCDC2
TSG4
CCDA9
CCDB5
AD8
AD10
AD12
AD14
AD16
AD9
AD11
AD13
AD15
TP153
CCDA3
CCDA9
CCDA11
CCDB5
VDHD2
CSTGX
C148
0.1u
XX
0.1u
C149
XX
VDHD1
LCDD7
LCDD5
MD21
MD23
MD22
MD24
MD25
MD26
TP169
F2
F4
F26
MD22
CCDC4
AD19
TP154
F24
F25
MD24
MD21
CCDC7
CCDD9
AD20
AD21
DTC144EMT2L
VBUS DETECT
F23
VDD_INT
VDD_INT
AD22
E5
E24
E26
F1
F3
E23
E25
VB1
VG1
SDD0
VDHD
MD26
MD23
MD25
VDD_IO
GND_DDR
MD2
MD8
GP0
VIOUT
GP2
MD5
MD7
GP5
GP3
AE2
AE4
AD24
AD26
AE1
AE3
AE5
AD23
AD25
TP155
TP163
MD2
MD5
MD7
MD8
BRCSMAINX
CSDATAX
R163
47k
Q101
G2
G1
SDCD
SDPOEN
CCDB11
CCDB7
AD18
AD17
CCDB7
CCDB11
2120
4.7uH
L101
4.7uH
L102
C155
10u
C156
0.1u
C157
0.1u
C158
0.1u
C159
0.1u
BRFWE
C160
0.1u
C161
XX
C154
XX
C162
0.1u
C163
10u
DRESCX
LV3C
LV8C
ADV1C
CSADX
UTXD1
DSOUT
SLLKX
CSLCDX
C164
XX
CSBRX
DGND
CFLED
Q102
DGND
R197
75
±0.5%
±0.5%
22 243 19
R241
3900
R250
0
X101
12MHz
C170
5p
BH76812FVM-TR
1
C1
2
VCC
C165
1u
3
VIN
4
STBY
R199
C166
75
4.7u
FB108
C172
5p
DGND
IC111
VIDEO AMP
IC111
@133
(3/5)
12MXI
234
CP153
32KHZ
DGND
ANSOUT
TGHDX
CSADX
TGCLK
ANSCK
ANRSTX
CSTGX
TGVDX
BRCSMAINX
BRSI
BRFWE
BRSCK
BRSO
LV5C
CSLCDX
LV3C
BL1C
LV8C
AV16C
AV8C
AV6C
LEAKC
CSDSCX
CSDATAX
DSOUT
DSCK
DSI
CSMAINX
ADRESC
RSTSUB
ADV235C
CSBRX
VDHD1
VDHD2
C167
1u
8
C2
7
-VCC
6
GND
5
VOUT
R204
XX
R203
0
X102
32.768kHz
C171
C169
10p
XX
ANSOUT
@118
TGHDX
(5/5)
CSADX
TGCLK
ANSCK
@119
ANRSTX
(5/5)
CSTGX
TGVDX
BRCSMAINX
@120
BRSI
BRFWE
BRSCK
@121
BRSO
LV5C
@122
CSLCDX
(5/5)
LV3C
BL1C
LV8C
@123
AV16C
(5/5)
AV8C
AV6C
LEAKC
CSDSCX
CSDATAX
@124
DSOUT
DSCK
DSI
CSMAINX
ADRESC
RSTSUB
@125
ADV235C
(3/5)
CSBRX
HD74ALVC2G157USE-E
1
A
2
B
3
Y
4
R251
1M
GND
R252
1M
DGND
R206
75
FB110
±0.5%
C168
1u
DGND
2
1
RB48SKTK
DSLR-A100_L3
4-8
AM-001 (1/5)
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