Sony D-E350, D-E351, D-E351SR Service Manual
D-E350/E351/E351SR/E353/E355/E356CK
SERVICE MANUAL
Ver 1.2 2002.06
With SUPPLEMENT-1
With SUPPLEMENT-2
Photo : D-E350
US Model
D-E350/E356CK
Canadian Model
D-E350/E351/E356CK
AEP Model
D-E350/E351/E353/E351SR/E356CK
UK Model
Australian Model
D-E351/E356CK
E Model
D-E350/E351/E351SR/E353/E355/E356CK
Chinese Model
D-E355
Model Name Using Similar Mechanism NEW
CD Mechanism Type CDM-3125ER
Optical Pick-up Type DAX-25E
System
Compact disc digital audio system
Laser diode properties
Material: GaAlAs
Wavelength:λ =780 nm
Emission duration: Continuous
Laser output: Less than 44.6 µW (This output
is the value measured at a distance of 200 mm
from the objective lens surface on the optical
pick-up block with 7 mm aperture. )
Error correction
Sony Super Strategy Cross Interleave Reed
Solomon Code
D-A conversion
1-bit quartz time-axis control
Frequency response
20 - 20 000 Hz
307)
Output (at 4.5 V input level)
Headphones (stereo minijack)
Approx. 10 mW + approx. 10 mW
at 16 Ω
(Approx. 1 mW + approx. 1 mW
at 16 Ω*)
*For the customers in France
Power requirements
For the area code of the model you purchased,
check the upper left side of the bar code on the
package.
• Two LR6 (size AA) batteries: 3 V DC
+1
dB (measured by JEIT A CP-
–5
SPECIFICATIONS
• AC power adaptor (DC IN 4.5 V jack):
US, CND, C&SA, MX, TW model:
120 V, 60 Hz
AEP , FR, EE, E13 model: 220 - 230 V, 50/60 Hz
UK model: 230 - 240 V, 50 Hz
AUS model: 240 V, 50 Hz
E33, EA, KR model: 100 - 240 V, 50/60 Hz
HK model: 220 V, 50/60 Hz
AR, CH model: 220 V, 50 Hz
Dimensions (w/h/d) (without projecting
parts and controls)
Approx. 130.6 × 26.3 ×150.5 mm
1
(5
⁄4 ×11 ⁄16 × 6 in.)
Mass (excluding accessories)
Approx. 190 g (6.8 oz)
Operating temperature
5°C - 35°C (41°F - 95°F)
Supplied accessories
For the area code of the model you purchased,
check the upper left side of the bar code on the
package.
D-E350
Headphones/earphones (1)
D-E351
AC power adaptor (1)
Headphones/earphones (1)
AC plug adaptor (1)*
*Supplied with EA3 model
D-E351SR
AC power adaptor (1)
Headphones/earphones (1)
Active speaker system (1)
D-E353
AC power adaptor (1)
Headphones/earphones (1)
Rechargeable batteris (2)
Battery carrying case (1)
D-E355
AC power adaptor (1)
Headphones/earphones whith remote
control (1)
Rechargeable batteris (2)
Battery carrying case (1)
D-E356CK
AC power adaptor (1)
Headphones/earphones (1)
Car connecting pack (1)
Car battery cord (1)
Spiral tube (1)
Velcro tape (2)
Design and specifications are subject to change
without notice.
9-873-479-03
2002F0200-1
© 2002.06
PORTABLE CD PLAYER
Sony Corporation
Personal Audio Company
Pubulished by Sony Engineering Corporation
D-E350/E351/E351SR/E353/E355/E356CK
TABLE OF CONTENTS
• Abbreviation
AUS : Australian CND : Canadian
FR : French HK : Hong Kong
AR : Argentina EA : Saudi Arabia
CH : Chinese EE : East European
TW : Taiwan MX : Mexico
KR : Korean
C&SA : Central and South America
E13 : AC220-230V area model
E33 : AC100-240V area model
DANGER
Invisible laser radiation when open and interlock failed or defeated.
Avoid direct exposure to beam.
CAUTION
Use of controls or adjustments or performance of procedures other
than those specified herein may result in hazardous radiation
exposure.
Laser component in this product is capable of emitting
radiation exceeding the limit for Class 1.
This Compact Disc player is
classified as a CLASS 1 LASER
product.
The CLASS 1 LASER
PRODUCT label is located on
the rear exterior.
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.
Notes on chip component replacement
• Never reuse a disconnected chip component.
• Notice that the minus side of a tantalum capacitor may be damaged by heat.
Specifications ............................................................................ 1
1. SERVICING NOTES................................................... 3
2. GENERAL
Locating the Controls......................................................... 3
3. DISASSEMBLY
3-1. Cabinet (Lower), MD ASSY ...................................... 4
3-2. Main Board ................................................................. 4
3-3. “Motor ASSY, Turn Table (Spindle) (M901)”............ 5
3-4. “Motor ASSY (Spindle) (M902)”,
Optical Pick-up (DAX-25E) ...................................... 5
4. ELECTRICAL ADJUSTMENS ............................... 6
5. DIAGRAMS
5-1. Explanation of IC Terminals....................................... 7
5-2. Block Diagram............................................................ 9
5-3. Printed Wiring Boards .............................................. 10
5-4. Schematic Diagram –MAIN SECTION (1/3)– ........11
5-5. Schematic Diagram –MAIN SECTION (2/3)– ....... 12
5-6. Schematic Diagram –MAIN SECTION (3/3)– ....... 13
6. EXPLODED VIEWS
6-1. Cabinet Section......................................................... 16
6-2. Optical pick-up Section (CDM-3125ER) ................. 17
7. ELECTRICAL PARTS LIST................................... 18
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
LES COMPOSANTS IDENTIFIÉS P AR 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 PIÈCES
SONY DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL
OU DANS LES SUPPLÉMENTS PUBLIÉS PAR SONY.
À LA SÉCURITÉ!
2
D-E350/E351/E351SR/E353/E355/E356CK
SECTION 1
SERVICING NOTES
NOTES ON HANDLING THE OPTICAL PICK-UP BLOCK OR
BASE UNIT
The laser diode in the optical pick-up block may suffer electrostatic
breakdown because of the potential difference generated by the charged
electrostatic load, etc. on clothing and the human body. During repair,
pay attention to electrostatic breakdown and also use the procedure in
the printed matter which is included in the repair parts.
The flexible board is easily damaged and should be handled with care.
NOTES ON LASER DIODE EMISSION CHECK
The laser beam on this model is concentrated so as to be focused on the
disc reflective surface by the objective lens in the optical pick-up block.
Therefore, when checking the laser diode emission, observe from more
than 30cm away from the objective lens.
Before Replacing the Optical pick-up Block
Please be sure to check thoroughly the parameters as per the “Optical
pick-up Block Checking Procedure” (Part No. : 9-960-027-11) issued
separately before replacing the optical Pick-up block.
Note and specifications required to check are given below.
• FOK output : IC601 yg pin
When checking FOK, remove the lead wire to disc motor.
• RF signal P-to-P value : 0.45 to 0.65Vp-p
Laser Diode Checking Methods
During normal operation of the equipment, emission of the laser diode
is prohibited unless the upper panel is closed while turning ON the S801
(push switch type).
The following two checking methods for the laser diode are operable.
Method :
Emission of the laser diode is visually checked.
1. Open the upper lid.
2. Push the S801 as shown in Fig. 1 .
3. Check the object lens for confirming normal emission of the laser
diode. If not emitting, there is a trouble in the automatic power
control circuit or the optical pick-up. During normal operation, the
laser diode is turned ON about 2.5 seconds for focus searching.
S801
LOCA TING THE CONTROLS
ESP
OPEN
SECTION 2
GENERAL
Fig.1 Method to push S801
This section is extracted from
instruction manual.
DC IN 4.5V
>B
.
i
VOL
–
HOLD
.
VOL
+
SOUND
x
MENU
DISPLAY
3
D-E350/E351/E351SR/E353/E355/E356CK
SECTION 3
DISASSEMBLY
z
The equipment can be removed using the following procedure.
Set
Cabinet (lower), MD ASSY
Note : Follow the disassembly procedure in the numerical order given.
3-1. CABINET (LOWER), MD ASSY
Main board
“Motor ASSY, turn table (Spindle) (M901)”,
Optical pick-up (DAX-25E), “Motor ASSY (Sled) (M902)”
2 Screws (B2 x 10)
1 OPEN
7 CN501
8 CN503 (white)
9 CN502 (black)
6
Lid upper
Cabinet (front)
MD ASSY
q;
5 Claw
5Claws
3-2. MAIN BOARD
5Claws
3 Open the battery lid
1
5 Claw
Cabinet (lower)
4 Screws (B2 x 10)
Main board
Cabinet (lower)
4
3-3. “MO TOR ASSY , TURN T ABLE
e
(SPINDLE) (M901)”
D-E350/E351/E351SR/E353/E355/E356CK
1 Screws
(B1.7x5)
Motor ASSY, Turn tabl
(Spindle) (M901)
2
3-4. “MOTOR ASSY (SLED) (M902)”,
OPTICAL PICK-UP (DAX-25E)
Screw ASSY, Feed
Cover, Gear
5
Chassis
2
1 Screw (B 1.7x5)
Gear B
Motor ASSY (Sled) (M902)
3
4 Screw
(P 1.4x3.5)
Bracket (Shaft)
Optical pick-up
(DAX-25E)
Chassis
6
5
D-E350/E351/E351SR/E353/E355/E356CK
S
4
0
p
SECTION 4
ELECTRICAL ADJUSTMENTS
The CD section adjustments are done automatically in this set.
Precautions for Check
1. Perform check in the order given.
2. Use YEDS-18 disc (Part No.: 3-702-101-01) unless otherwise
indicated.
3. Power supply voltage requirement : DC4.5 V in DC IN jack.
(J401)
VOLUME button : Minimum
HOLD switch : OFF
Focus bias Check
Condition:
• Hold the set in horizontal state.
Connection:
oscilloscope
(AC range)
TJ503(RFI)
TJ610 (VBIAS)
[MAIN BOARD] (SIDE B)
C106
MON1
TJ603
C634
C306
C619
TAP601
TAP803
D801
TP609
IC302
(OPEN/CLO
R620
TAP805
SCOR
TJ608
TJ607
FOK
C203
S801
CLK4M
TP616
C1
R107
TP817
C2POEN
XBUSY
C802
R82
R205
TP814
TAP806
TP507
OPSTB
TJ601
AVDD
TJ602
D805
LD
TJ502
Q601
LASER
R605
L601
TJ501
AGND
PD
TP503
IC603
TJ303
TJ405
HPLOUT
AVDD
R617
C301
R613
R209
C206
R614
TP621
TJ604
MON2
RFGO
TJ610
VBIAS
R615
C610
TP603
TJ503
RFI
RF1
4V
R109
Procedure:
1. Connect the oscilloscope to the test points TJ503(RFI) and TJ610
(VBIAS) on the MAIN board.
2. Set a disc. (YEDS-18)
3. Press the >B button.
4. Check the oscilloscope waveform is as shown below.
A good eye pattern means that the diamond shape (◊) in the center of the waveform can be clearly distinguished.
RF Signal reference Waveform (Eye Pattern)
VOLT/DIV : 100 mV (With the 10 : 1 probe in use)
TIME/DIV : 500ns
RF level
To watch the eye pattern, set the oscilloscope to AC range and
increase the vertical sensitivity of the oscilloscope for easy
0.45 to 0.65 Vp-
watch-ing.
5. Stop revolving of the disc motor by pressing the x button.
6
D-E350/E351/E351SR/E353/E355/E356CK
SECTION 5
DIAGRAMS
5-1. EXPLANATION OF IC TERMINALS
IC801 (SYSTEM CONTROL) T5AW5-Z5-M0
Pin No. Pin name I/O Description
1 GND – Ground terminal.
2 XIN I System clock input.
3 XOUT O Not used (OPEN).
4 TEST I Test mode terminal (FiXed to “L”).
5 VCPU – Power supply for CPU & I/O.
6 FOK_I I Focus OK signal input.
7 XBUSY_I I DSP’s auto sequencer status.
8 XRESET_I I/O Micon reset terminal.
9 XSTOP_I I Not used (FiXed to “L”).
10 DFCT CTRL O Not used (OPEN).
11 SCOR_I I SCOR pulse input.
12 HPSW_O O Headphone IC power switch.
13 DEFECT O DEFECT signal output (Not used).
14 XPOWLT_O O Power IC’s serial interface latch output.
15 R/XW_O O DSP’s serial interface Read/Write signal output.
16 MSDTI I Serial interface input.
17 MSDTO O Serial interface output.
18 SCK_O O Serial interface clock output.
19 AVCPU – Power supply for CPU and I/O.
20 VREFH – Analog reference voltage for A/D converter.
21 AD_SEL I Test mode detection input
22 AD_CHGMNT I Charging monitor input.
23 AD_KEY2 I Key input.
24 AD_BATMNT I Battery voltage monitor input.
25 AD_KEY I Set’s key detection input.
26 AD_RMKEY I Remocon’s key detection input.
27 AD_DCINMNT I DC voltage monitoring input.
28 XOPEN_I I OPEN switch status detection input.
29 P50 O Not used (OPEN).
30 BEEP_O O BEEP sound
31 TSB O Not used (OPEN).
32 VDD_EEPROM – Power supply for EEPROM (OPEN).
33 P44 O Not used (OPEN).
34 XNONCHG_I I Charging feature detection
35 P42 O Not used (OPEN).
36 FRANCE_I I France version detection input.
37 X4M/16M_I I DRAM size selection terminal (OPEN).
38 CMPON_I I ESP switch status detection input.
39 XTSB/PANA-HP O Not used (fixed at “L”) (OPEN).
40 HOLD_I I HOLD switch status detection input.
41 SEG15 O Not used (OPEN).
42-55 SEG1-14 O LCD segment output.
56 SEG0 O Not used (OPEN).
57-60 COM0-3 O LCD common output.
61-63 V1-3 – LCD driver booster.
64 C1 – LCD driver booster.
65 C0 – LCD driver booster.
7
D-E350/E351/E351SR/E353/E355/E356CK
Pin No. Pin name I/O Description
66 XWAKEUP_O O Wale-up signal output.
67 PGM STD0 – Not used (OPEN).
68 PGMSI_I – Not used (OPEN).
69 PGMSCK_O – Not used (OPEN).
70 P13 O Not used (OPEN).
71 GFS_I I Guard Frame Synchronous signal input.
72 ESPLT_O O ESP’s serial interface latch output.
73 PGMSEL_O – Not used (OPEN).
74 AMUTE_O O Mute ON/OFF control output.
75 VCC2ON_O O Not used (OPEN).
76 XRST_O O System reset output.
77 XPOFF_O O DSP’s power off output.
78 OPSTBY_O O Pick-up’s power supply ON/OFF control.
79 OPG4[_O O RF IC’s gain control.
80 C2POEN_O O C2PO enable.
8
5-2. BLOCK DIAGRAMS
D-E350/E351/E351SR/E353/E355/E356CK
IC603 RAM(4M)
OPTICAL
PICK-UP
BLOCK
(DAX-25E)
OP IC
FOCUS
COIL
TRACKING
COIL
M902
SLED
MOTOR
M901
SPINDLE
MOTOR
OPGSW
OPSTB
M
M
D0-3 A0-10
1,2,24,25 5,9-12,14-18
88,87,85,84
RF
RF
LD
PD
AVDD+2V
RF
13
A
A
E
F
LD
DRIVER
Q601
F+
F-
T+
T-
S+
S-
C+
C-
VBATT
A
9
B
8
E
6
F
7
LD
2
PD
3
FO3
42
44
37
39
33
35
46
48
36
40
41
26
CH3
H
RO3
BRIDGE
FO2
CH2
H
RO2
BRIDGE
FO1
CH1
H
RO1
BRIDGE
FO4
CH4
H
RO4
BRIDGE
VM12
VM2
VM3
VM34
FOCUS/TRACKING COIL DRIVE
SLED/SPINDLE MOTOR DRIVE
RF
AMP
APC
IC401(1/2)
WINDOW
ECC
SERVO CORE
PWM
FDOP
FDON
CLVON
CLVOP
75 74 72 73 77 76 79 78 38 37 40 44 43 45 52 64 65 68 70 571
FIN-
FIN+
CPOL
CDUTY
F3 FIN+
52
R3
LEVEL
SHIFTER
LEVEL
SHIFTER
I/F
FR4
PWM4
FI1
LATCH
DATA
CLOCK
WAKEUP
RESET
51
49
50
F2 TIN+
31
R2
32
FI
29
RI
30
24
28
27
26
25
23
D0-D3
TDOP
TIN+
FINCPOL
CDUTY
TINSIN+
SIN-
TDON
TIN-
88,87,85,84
ESP
SDOP
SDON
SIN-
SIN+
DEFFERNTIAL
AO-A10
Q402
4
90 83 89
XRAS
CLKDRV
XRAS
23 3
XCAS
XOUT
90MHz
XCAS
XWE
CLOCK
OSC
X171
XWE
XIN
IC405
RESET
OUT IN
X4M/8M
CLK4M
53
52
SIO
SCOK
SRW
SDIN
47 48 49 50
D801
VBATT
IC601
RF AMP,DIGITAL SERVO
DIGITAL SIGNAL PROCESSOR
SDOUT
XRST
11 777 13 72 24
XRST_O
2
XIN_I
79
OPG_O
78
XOPSTBY_O
15
R/XW_O
14
X POWLT_O
16
(SENS)MSDTI_I
17
MSDTO.O
18
SCK_O
66
XWAKEUP_O
49
XRESET_I
SEG1
42 - 55 57 - 60
SBSY
XPWMN
SCOR_I
POFF_O
I
SEG14
XBUSY
DEFECT
XBUSY_I
DEFECT_I
COM0ICOM3
FOK
FOK_I
YMLD
GFS
7176
SCGFS_I
ESPLT_O
DAC
28
LDACO
RDACO
IC801
SYSTEM
CONTROL
MICON
WP/XOPEN40HOLD_I
31
29
VCHK
VBATT
AD_BATMNT
38
7430
BEEP_O
CMPON_I5VCPU
LIN
14
RIN
15
12
HPSW_O
AMUTE_O
VCPU+2V
IC302
HEADPHONE AMP
BEEP
MUTE
PWRSW
AVDD+2V
VCC+2.2V
VCPU+2V
266
RM KEY
AD_CHG MNT
WP/AD,DSINMNT
25
LOUT
ROUT
VREF
7201917
VBATT
22
27
BATM1
56
55
BATN2
1
CHGB
WP/AD_KEY_1
AD-KEY_2
23
8
6
4
+3V
IC402
+2V REG.
OUT IN
IC403
+2V REG.
OUT IN
E353,E355
Q404
E353,E355
15
VCC1-OUT
1415
16
VCPU
44
VMMNT
3
54
CHGMNT
J301
i
SWITCHING REGURATOR
VCC1-IN
STNG
SWITCGING
REG.
REGBDC IN
2 62
OUT IN
IC404
+5V REG.
IC401(2/2)
15 10
13
Q401
L401
4
Q405
GATE
CTRL
D404
54
1
6
VBATT
VCC0
SWITCGING
VIN
Q403
D402
REG.
E353,E355
DRY BATTERY
SIZE" AA"
(IEC DESIGNATION LR6)
2PCS,3V
0R
RECHARGEABLE BATTERY
NC-WMAA/NH-WM2AA
2.4V
J401
DC IN 4.5V
!
LCD801
LIQUID
CRYSTAL
DISPLAY
S801
DOOR
OPEN
S802
.
HOLD
ON OFF
S803
ESP
ON OFF
99
S807xS806.S811
S808
> N
MENU
S809
VOL+
S810
S808
SOUND VOL-
• Signal path
: CD PLAY
D-E350/E351/E351SR/E353/E355/E356CK
5-3. PRINTED WIRING BOARDS
1
A
B
S802
HOLD .
OFF
ON
C
D
R612
E
F
G
H
2
OPEN: NORMAL MODE
SHORT: TEST MODE
Q401
MAIN BOARD
(SIDE A)
TP617
AMUTE
S802
OPEN
TAP802
TP813
GFS
C622
L603
C623
TAP801
TEST
C427
L402
C429
C404
E353,E355
C401
D303
E355,E356CK
TP819
TP301
HPSW
C103
L602
X601
R627
54
13
IC402
C405
TP407
AKEUP
W
R407
TP414
CPOL
R410
Q405
C434
5
1
C422
R415
R416
R812
3 4 5 6 7
E355,E356CK
J301(1/2)
BEEP
R628
R411
R636
C637
POFF
TP504
R105
C620
C202
C102
TP611
C626
(W
TP415
CDUT
R414
E355
R818
R819
TP605
AGND
R616
C617
25
C621
26
C635
C624
TP608
TP607
C625
51 75
R633
TAP603
CN503
HITE)
CN502
(BLACK)
Q404
R413
R412
D404
L604
TP501
TP502
D405
R610
C618
C616
IC601
TEST0
TP618
F-
T-
TP620
TP619
TAP301
C613
TP602
TEST2
TEST1
R607
C614
C611
RFO
DEFECT
L404
-VE
TP627
TP604
C612
VBIAS
VMON
TP632
L405
C608
GFS
C609
TP601
R301
C638
100
76
R603
R601
DOUT
E353,E355
D407
C603
C628
TP633
i
C503
C502
R602
C604
BCENTER
CHG W
TP816
OPGSW
400
W
S803
CN501
OPTICAL PICK-UP
BLOCK
DAX-25E
M
M
IRE
M902
SLEDMOTOR
M901
SPINDLE MOTOR
S803
ESP ON
TP507
OPSTB
T
OFF
TJ601
AVDD
DRY BATTERY
SIZE" AA"
(IEC DESIGNATION LR6)
2PCS,3V
4
3
IC404
C431
R811
R417
RECHAGEABLE
BATTERY
NC-WMAA/NH-2AA
2.4V
TJ306
D805
LD
TJ502
Q601
TJ602
LASER
E353,E355
OR
MAIN BOARD
(SIDE B)
E355,E356CK
TJ307
TJ305
TJ501
AGND
PD
L601
TP503
R605
IC603
R611
R626
RESET
TP406
IC405
BT401
BCENTER
FB301
D301
FB201
FB101
TJ303
HPLOUT
TJ405
AVDD
R617
176K
TJ609
1
3
J401
DC IN 4.5V
C301
R613
TP631
C433
6
4
C206
XROF
TJ304
R209
R614
TP621
RFGO
TP628
R419
C415
BT402
HPROUT
TJ610
VBIAS
TJ604
MON2
R615
C610
C629
C2FX
+VE
TP603
TJ409
8
J301(1/2)
TJ302
R109
TJ603
TJ503
RFI
RF1
VDRAM_2.4V
TP612
TP409
SDTO
POW
ERLT
TP410
-VE
B-
B+
BT400
HPVREF
C106
ON1
M
TP615
SCK
TP408
D401
D408
i
C634
SDT1
C619
TJ402
DCIN+
C306
TAP601
D801
R629
SCK
TJ301
HPGND
TAP803
SCOR
TP609
R630
TP613
C410
D406
EBC
R620
SRW
TAP602
Q403
C303
IC302
C107
C203
R107
S801
(OPEN/CLOSE)
TP817
C2POEN
TJ607
CLK4M
TAP806
TJ608
FOK
TP616
XBUSY
TAP805
C802
R824
R631
C814
SDTO
TP614
DGND
TJ606
TAP402
Q402
R406
C413
IC401
R422
TP411
TJ406
1-682-797-
9 10
C305
CP401
COPPER SHEET
C307
IC301
R207
R205
TP814
C204
TJ605
ICON_VCPU
M
TJ801
C801
AMUTE
C304
TAP804
TP815
C813
R816
R820
VCC2_ON
R815
TP812
IC801
R817
TP802
C805
C807
C808
NT
TP806
TP807
C804
R801
TP413
TJ408
TAP401
C408
VCC1_2.24V
C425
C407
L401
12
(12)
C818
C806
TJ404
R405
R401
TJ403
C409
C412
TP804
D402
L406
D403
TP412
TJ401
L407
KEY
TJ802
CHGM
AINGND
M
S810
VOL
R814
CN901
R809
R806
R823
R808
C812
C810
C811
TP809
TP803
R804
R803
E353,E355
VCPU2
C428
1
VG
3
TP401
C426
C402
VIN
S805
>/B
-
CP400
COPPER SHEET
C809
TJ407
FR MODEL
R403
C406
IC403
5
4
TP805
KEY
TJ803
RM
SEG0
TP820
TP811
SEG15
VCPU
R810
S806
.
LCD801
S807
x
S809
VOL
D804
R813
• Semiconductor
Location
Ref. No. Location
D301
D303
D401
D402
D403
D404
D405
D406
D407
D408
D801
D804
D805
IC302
IC401
IC402
IC403
IC404
IC405
IC601
IC603
+
S808
SOUND
Note on Printed Wiring Boards:
Note:
• X : parts extracted from the component
side.
• a : Through hole.
• b : Pattern from the side which enables
seeing.
(The other layers’ patterns are not
indicated.)
Caution:
Pattern face side :Parts on the pattern face
(Side B) pattern face are indicated.
Parts face side : Parts on the parts face
S811
MENU
(Side A) parts face are indicated.
• Abbreviation
AUS : Australian
CND : Canadian
FR : French
HK : Hong Kong
AR : Argentina
EA : Saudi Arabia
CH : Chinese
EE : East European
TW : Taiwan
MX : Mexico
KR : Korean
C&SA : Central and South America
E13 : AC220-230V area model
E33 : AC100-240V area model
IC801
Q401
Q402
Q403
Q404
Q405
Q601
side seen from the
side seen from the
A-7
B-3
F-8
G-9
E-9
G-3
F-3
F-8
F-4
G-8
D-8
C-10
B-7
B-8
F-9
E-3
F-10
G-3
F-7
D-4
D-7
D-9
E-2
E-9
G-8
F-3
G-3
C-7
10 10
5-4. SCHEMATIC DIAGRAM – MAIN SECTION (1/3) – • Refer to page 14 for Notes. • Refer to page 14 for waveforms.
• Refer to page 15 IC for Block Diagrams.
GREEN
WHITE
DCINMNT
CN502
2P
CN503
2P
CN501
15 PIN
C503
B1
RF
BT400
E353,E355
BT401
BT402
L406
L407
C-
C+
S-
S+
OPGSW
A
B
OPSTB
LD
0.1
PD
E
F
F+
T-
T+
F-
D407
UDZS5.1B
E353,E355
D408
UDZS5.1
D402
MA2YD
D405
MA2YD2300L
C502
2.2
C422
0.22
R415
220k
R416
47k
R417
R422
Q403
SWITCH
D404
0
IC404
MM1385AN
+5V REG
CTRL
IN
GND
NSE
OUT
E353,355
E350,E351,
E351SR,E356CK
*
E353,E355
R412
2.2
BATMNT
CHGMNT
C434
0.1
C431
0.01
*Q403
2SA1241-Y
2SB1237PQR
47k
MA2YD2300L
CPOL
CDUTY
FIN-
FIN+
Q404
2SD1781K
C415
6.3V
R410
1k
2SC4116GL
R413
2.2
R414
2.2
D401
UDZS5.1B
TP411
TP412
R411
100
POWER_IC
220
Q405
GATE
TP413
TEST
XC6201P242
+2.4V REG
C401
100
6.3V
C429
2.2
IC403
C-
NCNC
UMZ6.8N
FR4
PWM4
R3
F3
VMMNT
CHGMNT
BATM2
BATM1
PREGND
SAWMON
SEI
SEO
GSW
REGB
DET
INM
GND
PD
FOCUS
COIL
TRACKING
COIL
LD
SPINDLE MOTOR
M901
SLED MOTOR
M902
OPIC
VCC
DRY BATTERY
SIZE"AA"
(IEC DESIGNATION LR6)
2PCS,3V
RECHARGEABLE
BATTERY
NC-WMAAA/NH-WM2AA
OR
2.4V
J401
DC IN 4.5V
D406
IN OUT
+
C
34
FO4
RO4
VM
PGND4
FOCUS/TRACKING COIL DRIVE
SLED/SPINDLE MOTOR DRIVE
VCC2
VG
VG
LG
DCIN
CHGB
L401
220µH
C402
4.7
16V
C426
0.1
C428
0.1
F-
L405
RO3
PGND3
SWITCHING
VIN
DGND
F+
3
FO3
VM
IC401
BH6571KVT
PGND5
DSW
47µH
L402
C404
100
6.3V
T-
2
RO2
VM
REGULATOR
VCC0
USW
VCC0
Q401
2SB16790
SWITCH
L404
T+
PGND2
EI
D-E350/E351/E351SR/E353/E355/E356CK
IC405
C433
0.01
S+
S-
12
VM
STNG
C407
0.1
RO1
VCC1-OUT
C406
2200p
10k
R403
1M
R405
100k
R401
FO1
PGND1
CLOCK
WAKEUP
PREGND2
VCPUNF
VCC1-IN
LATCH
DATA
SYNC
RESET
SOFT
SLOW
VREF
PMG
VCPU
C425
10
4V
C408
R2
F2
R1
F1
TP404
TP403
100
4V
FO2
EO
XC61CN1402MR
R419
0
TIN-
TIN+
SIN-
SIN+
C412
0.047
C409
0.22
IC402
XC6201P212MR
+2V REG
IN
OUT
GND
NC
RESET
OUT
Cd
VIN
GND
NC
C413
1000p
Q402
DTC143TUA
DEFFERENTIAL
D403
MA111-TX
NC
C405
0.1
TAP402
RESET
R407
470k
POWERLT
SDTO
SCK
XWAKEUP
RESET
R406
100k
XWAKEUP
C410
1
RESET
C427
VDD
3V
B3
SYNC
VCPU 2V
2.2V
10
4V
AVDD 2V
GND
11 11
D-E350/E351/E351SR/E353/E355/E356CK
5-5. SCHEMATIC DIAGRAM – MAIN SECTION (2/3) – • Refer to page 14 for Notes. • Refer to page 14 for waveforms.
SYNC
AVDD 2V
B1
B3
TINTIN+
SINSIN+
A10
XCAS
D2
D3
D0
D1
E
XW
XRAS
A9
0.1
C628
A8
A7
A6
A5
A4
A0
A1
A2
A3
R607
0
0
R612
LD
L601
µH
10
Q601
2SB16790
LD DRIVER
TP633
DOUT
R603
100k
R602
2.2
R601
470
C604
2.2
R611
0
TDON
TDOP
SDON
SDOP
DIT
DVSSIO2
A10/CAS2B
XCAS
D2
D3
DVDDIO2
D0
D1
E
XW
XRAS
A9
A8
A7
A6
A5
A4
A0
A1
A2
A3
FIN+
FDOP
AVDD1
C638
10
4V
FIN-
CDUTY
FDON
LD
PD
CPOL
CLVOP
PD
TP601
CLVON
VMON
VMON
BATMNT
GFS
CLKDRV
E
VCHK
100k
R617
E
C603
0.1
FOK
ESPLT
10k
R626
C2FX
TP628
TP630
SYNC
C2FX
YMLD
EXPLCK
EFM/YFLG
RF AM
DIGITAL SIGNAL PROCESSOR
F
A
B
AVSS1
100k
100k
100k
R615
R614
R613
C610
0.01
B
A
F
DEFECT
TP624
TP625
TP626
TZC
FOK
RFZC
ONTRK
DEFECT
IC601
BU9355KS
P,DIGITAL SERVO,
RFO
VBIAS
RFI
BTC
PKC
RFO
TP602
0.01
C612
C611
1000p
R605
0
TP623
ONDIR
RFGO
RFGO
TP621
TP622
TGU
DETI
2200p
C613
TEST2
DVDD2
ASYO
ASYI
0
R610
C614
0.1
R633
2.2k
L604
10
TEST1
MON1
(B)
MON1
TJ603
µH
TEST0
MON2
(B)
MON2
TJ604
C608
0.1
C616
47p
C617
0.22
CLK4M
DVSS2
ADPFO
XBUSY
XBUSY
CLK4M
FCO
ADPFI
SDOUT
DVDDIO1
SDIN
SRW
SCLK
DVSSIO1
XPDW
XRST
SBSY
SFSY
SBDAT
X4M
DVSS1
XOUT
DVDD1
UTE
M
AVDD2
LLINO
LLINI
LDACO
VCDACO
RDACO
RLINI
RLINO
AVSS2
PCO
R616
470
C618
0.22
TJ610
VBIAS
C609
10
4V
/8M
XIN
C626
C625
47p
0.1
D0
D1
E
XW
XRAS
A9
SDTI
0
R631
R630
R629
R636
1M
10K
10K
*R105,205
22k
10k
*R107,207
4.7k
22k
C619
220
6.3V
47
10
C103
2.2
C203
2.2
C622
L602
10p
R628
R627
C623
10p
µH
FR
EXCEPT FR
FR
EXCEPT FR
N
TP608
C624
1
TAP601
C637
0.01
C635
2200p
C102
C202
R620
C634
2200p
TP607
TP610
TP635
TP629
TP634
TP606
C621
2.2
0
0
R105
*
R205
16.9M
*
C620
0
0
X601
SDTO
SRW
SCK
POFF
XRST
SCOR
L603
Hz
C107
R107
1000p
*
C204
R207
1000p
*
1
C629
A0
A1
A2
A3
10
4V
ATTSW
LIN
RIN
GND
BEEP
M
M
PW
BIAS
BIAS_IN
BBSW
BSTOUT
C303
C304
C307
47p
BEEP
UTE
AM
HPSW
1
10
4V
C305
10
4V
MSM51V4400E-70SJ
DRAM
D0
D1
XW
XRAS
A9
A0
A1
A2
A3
VCC
IC302
TA2120FN
HP IC
HEADPHONE
P
AM
UTE_t
UTE
RSW
ADDOUT
IC603
E
ALCDET
ALCIN
IXOUT
M
PGND
LOUT
VREF
ROUT
VCC
OCLSW
RFIN
BSTNF
(4M
XCAS
XOE
VSS
)
D3
D2
A8
A7
A6
A5
A4
R301
4.7
C301
220
6.3V
XCAS
D201
UDZ5.1B
D305
UDZ5.1B
D101
UDZ5.1B
D3
D2
A8
A7
A6
A5
A4
R109
C106
C306
4.7
0.1
2.2
FB301
FB101
0
0
FB201
R209
C206
J301
0
4.7
E355,E356CK
0.1
D301
UDZ5.1B
D303
UDZ5.1B
R818
10k
R819
1k
E355
E355,E356CK
KEY
RM
3V
VDD
VCPU 2V
GND
2.2V
RF
12 12
5-6. SCHEMATIC DIAGRAM – MAIN SECTION (3/3) – • Refer to page 14 for Notes. • Refer to page 14 for waveforms.
D-E350/E351/E351SR/E353/E355/E356CK
DCINMNT
VCPU 2V
LCD801
LIQUID
CRYSTAL
DISPLAY
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
COM3
COM2
COM1
COM0
SEG14
SEG13
SEG12
SEG11
SEG10
SEG9
SEG8
SEG7
SEG6
SEG5
SEG4
SEG3
SEG2
SEG1
TP820
COM3
COM2
COM1
COM0
TP811
SEG15
SEG0
SEG15
SEG14
SEG13
SEG12
SEG11
SEG10
SEG9
SEG8
SEG7
SEG6
SEG5
SEG4
SEG3
SEG2
SEG1
SEG0
COM3
COM2
COM1
COM0
C809
0.1
FR
R804
HOLD
XTSB/PANA-HP_I
V3
V2
C810
0.1
C812
0.1
10k
G-PRO
PON_I
CM
V1
C811
0.22
_I
/16M
X4M
HOLD_I
C1
TP809
(P42)
FRANCE_I
AKEUP_O
C0
XW
AKEUP
XW
E353,E355
R803
10k
TP803
(P44)
XNONCHG_I
<VDD_EEPROM>
IC801
T5AW5-Z5-M0
SYSTEM CONTROL
MICON
_SCK
PGM_SDTO
<PGMSI_I>
PGM
PGM_SDTI
PGM_SCK
PGM_SDTO
BEEP
TP807
TSB
BEEP_O
M4)
GFS_I
(P13/PW
TP812
GFS
TP806
(P50)
ESPLT_O
ESPLT
OPEN
_SEL
PGM
NT
P/XOPEN
W
P/AD_RMKEY
W
P/AD_DCINM
W
UTE_O
VCC2ON_O
AM
<PGMSEL_O>
TP815
VCC2_ON
AMUTE
BATMNT
NT
AD_KEY_2
P/AD_KEY_1
AD_BATM
W
C2POEN_O
XRST_O
POFF_O
XOPSTBY_O
POFF
XRST
NT
R801
CHGM
100k
C806
*
NT
AD_SEL
AD_CHGM
AVCPU
SCK_O
MSDTO_O
(SENS)MSDTI_I
R/XW_O
XPOWLT_O
DEFECT_I
HPSW_O
SCOR_I
(DFCT_CTRL_O)
XSTOP
XRESET_I
XBUSY_I
FOK_I
VCPU
TEST
XOUT
XIN_I
GND
OPG4_O
R820
C2PO
OPSTB
OPGSW
VREFH
10k
C804
0.01
*C806
0
0.0047
R817
100k
C801
1
C807
0.01
E351,351SR,E353
E355,E356CK
TAP801
TEST
OPEN:NORMAL MODE
(
SHORT:TEST MODE
R824
C802
0.22
TAP803
R823
100k
0
R806
100k
C818
4700p
D801
MA2ZD1400
SCK
SDTO
SDTI
SRW
POWERLT
DEFECT
HPSW
SCOR
RESET2
XBUSY
TEST
CLK4M
RESET
P23
FOK
B1
GND
RMKEY
Q808
0.01
(
C814
0.1
R809
10k
C805
0.01
R810
10k
S805
R811
2.2k
S811
MENU
R813
2.2k
OPEN
C813
4700p
HOLD
G-PRO
S806
R812
4.7k
D804
UDZS5.1B
R816
220k
TAP802
S808
SOUND
R814
4.7k
OPEN
S807
D805
UMZ6.8N
S809
VOL+
R815
10k
S801
(DOOR OPEN)
OFF
ON
OFF
ON
S810
VOL-
S803
ESP
S802
HOLD
PGM_SEL
PGM_SCK
PGM_SDTI
PGM_SDTO
RESET2
VDD
TEST
CLK4M2
CN901
CHECK
13 13
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