59
Lch SIGNAL LINE
Rch SIGNAL LINE
USB SIGNAL LINE
!
!
D
ST
+
3.9
V
PW
R_ON
PW
R_D
N
+14.2V
-14.2V
+8.5V
GND
AC3.5V
AC3.5V
+8.5V
+VKK
AC3.5V
AC3.5V
+8VM
SW+5V
USB+5V
SDB
ST
OP/BA
N
D
-S
KIP
PORTABLE
PHONES
L
R
ON
/S
TA
N
D
BY
FUN
CT
ION
VOLUME-
KEY1
KEY0
REMOTE
ST+3.3V
VFD_RSTI
VFD_CE
VFD_CLK
VFD_DI
GND
VFD_3.3V
GND
GND
GND
HP
_L
HP-IN
POR_R
POR_L
HP
_R
+S
KI
P
SOUR
CE
D
IR
EC
T
PL
AY/
PAU
SE
FROM AMP B'D
US
B G
N
D
D+
D-
US
B+5V
RCH
LCH
SPEAKER B'D
FLCH
FRCH
+VCC(AMP_+22.8V)
GND
-VCC(AMP_-22.8V)
VOL_R
VOL_L
PROTECTOR
SP_ON
HP_ON
-VCC(AMP_-22.8V)
GND
+VCC(AMP_+22.8V)
HP_L
HP_R
GND
PORT_R
PORT_L
POR_R
POR_L
AMP B'D
SUB TRANS B'D
POWER B'D
LED_ST
GND
PORTABLE IN
LED_PON
RCH
LCH
POWER_PORT
SW
OU
T
+V
KK
FL(A
C)
FL(A
C)
AC3.5V
AC3.5V
+VKK
+VKK
AC3.5V
AC3.5V
FRONT B'D
POWER
TRANS
E2/EK:T 1A L 250V
E3/J: 2A/125V
-12V
VOL_G
GND
GND
+8V
SW+5V
GND
-12V
+12V
+12V
-12V
GND
SW+5V
GND
GND
GND
ST+3.3V
GND
+12V
GND
CHGND
CHGND
CHGND
OPE
N
/C
LOS
E
FLGND
FRGND
AC15V
AC15V
AC15V
+12V
+8V
M
GND
+14.2V
GND
ALL OPEN
F 3A L 125V
F902,903;
EX_INTERRUPT
(R
FO)
TO CHASSIS GND
TO
CHASSIS G
N
D
+12V
GND
TO DC-DC
FRONT/POWER/AMP
SHEET 03
Part
TO CD/MCU B'D
SHEET 01
TO CD/MCU B'D
SHEET 01
USB/IPOD DIRECT
FROM POWER TRANS
TO AMP B'D
TO SUB PWR B'D
SHEET 02
TO CD/MCU B'D
SHEET 01
TO CD/MCU B'D
SHEET 01
FROM POWER TRANS
FROM SPEAKER B'D
FROM POWER B'D
TO FRONT B'D
TO CD/MCU B'D
SHEET 01
TO INPUT B'D
SHEET 02
TO AMP B'D
EX_INTERRUPT
KEY0
KEY1
PORTABLE IN
HP-IN
POR_L
POR_R
PORTABLE MUTE
OPEN
03.11 change
USE Japan & USA
04.07 change
04.07 change
C9
33
0.01u
F
ju`X
2
1
CN93
C9
22
4700P
D9
23
1S
S133MT
D915
1N5819
D9
18
1N5819
Q902
C107MT
Q901
A102MT
C9
25
0.01uF
C9
26
0.01uF
C9
29
1000/16V
F901
D922
1SS133MT
C9
27
0.68/50V
D919
1N5819
D920
1SS133M
C9
28
0.01u
F
R9
27
OP
EN
D905
1N4003T
D907
1N4003SRT
D908
1N4003T
D906
1N4003T
C9
01
0.047u
F
C9
03
0.01u
F
C9
02
0.01u
F
C9
06
0.01u
F
R9
01
10K
R9
02
10K
C9
05
1000/25V
C9
07
0.01u
F
C9
08
100/16V
C909
100/16V
C911
0.01u
F
k`XW
F902
JUMPER(KBA1A3000FAT)
F903
JUMPER(KBA1A3000FAT)
C9
04
2200/25V
IN
OUT
GND
3
2
1
IC92
HVINJM7912FA
C9
12
100/16
D901
1N4003T
D902
1N4003SRT
C9
14
1000/16V
(R
FO)
C9
15
0.01u
F
k^WY
C7
04
10/50V
R7
01
330
C7
02
100/63V
C7
03
10/50V
D7
03
20V
Q703
C1027YT
C9
16
220/16V
(R
J4)
C9
17
0.01u
F
5
4
3
2
1
BN96
98
7
6
5
43
2
1
BN98
C805
100P
C806
100P
C807
100P
C808
0.1uF
C8
10
0.1u
F
C809
0.1uF
R819
2.7K
R820
2.7K
C8
04
0.01u
F
j_XX
WUWXm
R813
1.5K
R817
1K
R818
JUMER
R815
1.8K
z_
W
_
z_
W
Z
z_
W
Y
z_
W
X
z_
W
\
C8
13
0.01u
F
C8
16
4700P
C8
15
4700P
R8
21
1.2K
VR8
1
R8
06
33
R8
07
33
R8
05
1K
R8
08
33
VOUT GND Vcc
1
2
3
1
2
3
RC81 HRVKSM603TH2
C8
01
100/16V
R816
1.5K
z_
W
[
1
2
3
4
5
7
6
JK82
HJJ2D003Y
1
2
3
4
5
7
6
1
7
6
3
2
4
5
JK81
HJJ2D003Y
z_
W
]
z_
W
^
R814
1K
C8
12
0.01u
F
j_WY
WUWXm
R8
01
10
C8
03
47P
C8
17
68P
C8
18
68P
R824
120
R825
120
C819
4.7/50V
C820
4.7/50V
R8
27
47
K
C8
21
[^Ww
R8
28
47K
C8
22
[^Ww
L801
L802
C7
13
47/25V
L703
L704
R706
4.7
R707
4.7
R709
0.22(CEMENT)
D709
1SS133MT
D711
1N5819T
C709
0.047uF
R713
10K
R715
1K
Q702
A1267YT
R7
11
2.7k
C708
0.047uF
D710
1N5819T
Q704
C107M
R7
10
2.7k
R708
0.22(CEMENT)
Q701
A1267YT
R714
1K
R712
10K
D708
1SS133MT
R721
270
R7
18
12K
C7
11
0.1u
F
C7
10
470/10V
R7
17
27k
R7
16
27k
Q706
C3198Y
Q707
C3198Y
Q705
A107M
18
17
16
15
4
1
3
13
12
11
10
9
8
7
6
5
4
2
1
IC71
STK4142
C716
4.7/50V
C717
4.7/50V
R722
100
R723
100
R7
24
27K
R7
25
27K
C7
18
470P
C7
19
470P
R726
27K
C7
20
47/50V
(R
FO)
R7
28
1K
R7
30
4.3K
R7
34
4.3K
C724
47/50V
(R
FO)
R7
46
100(FU
SI
BL
E)
R7
38
2K
C7
26
10/63V
(R
FO)
R7
40
2K
R7
42
100(FU
SI
BL
E)
C7
27
100/50V
(R
J3)
R7
33
4.3K
R7
36
4.3K
R7
35
4.3K
R
731
4.3K
R7
37
4.3K
R7
39
2K
R7
41
2K
R7
32
4.3K
R719
15K
R7
20
39K
C7
12
0.1u
F
R7
45
1W
330
Ω
R7
44
1W
330
Ω
D707
1SS133MT
R7
43
100K
Q709
C107M
Q710
A102MT
C7
14
0.01u
F
C7
06
0.22u
F/100V
R7
04
1W
4.7
Ω
R7
05
1W
4.7
Ω
C7
07
0.22u
F/100V
C722
5P
D7
06
1S
S133MT
C738
0.1uF/100V
C7
36
6800P
C7
35
6800P
C737
0.1uF/100V
C7
44
0.01u
F
C7
45
0.01u
F
C7
39
0.01u
F/100V
C7
40
0.01u
F/100V
C7
41
0.1u
/250V
1
3
4
2
D7
12
C7
43
4700/35V
(R
O)
C7
42
4700/35V
(R
O)
R7
54
10K(1/4W
)
R7
53
10K(1/4W
)
L701
L702
19
18
16
17
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
WF81
k`XX
G
R
D801
R8
22
470
R8
23
220
L803
Q903
C107MT
R924
10K
D925
12V
R925
10
C9
30
10/50V
D7
04
20V
Q711
C107M
Q712
A102MT
C7
15
0.01u
F
JK
72
D713
1SS133MT
D714
1SS133MT
C734
0.1uF
R7
51
47K
R7
52
47K
R903
100K
R803
10
R802
10
R8
04
47K
D903
21DQ10
D904
21DQ10
C9
19
0.01u
F
T902
1
4
2
3
RL91
R8
32
22K
R8
26
22K
C8
24
0.01u
F/100V
C8
25
0.01u
F/100V
[
Z
Y
X
JK83
R7
49
47K
R748
10K
R7
47
3.9K
C7
28
1000P
L9
03
L901
L902
4
2
3
1
JK71
D802
1SS133MT
D803
1SS133MT
C826
0.1uF
D804
1SS133MT
D805
1SS133MT
C827
0.1uF
D928
1SS133MT
R905
22K
Q906
C102MT
R9
19
22K
D929
1SS133MT
D931
1SS133MT
R911
22K
Q907
C102MT
R9
18
22K
D932
1SS133MT
D933
1SS133MT
Q908
C102MT
R9
17
22K
D934
1SS133MT
D935
OPEN
Q909
OPEN
R9
16
OP
EN
D936
OPEN
R9
06
8.2K
R9
12
15K
D937
1SS133MT
R913
47K
Q910
C102MT
R9
15
100K
D938
1SS133MT
R9
14
3.9K
R9
07
100K
R9
08
100K
R909
1K
R9
10
100K
D930
1SS133MT
R8
34
10k
oh
m
R8
33
10k
oh
m
x_W]
o}{ryjXWYz
Q805
HVTKRC102S
GND
3
1
3
2
4
5
6
RL7
1
C746
47/50V(RFO)
R727
27K
C748
5P
C7
47
47/50V
R7
29
1K
D939
JUMPER
Q911
C107M
R9
21
4.7K
R9
20
2.2K
D940
1SS133M
9
8
7
6
5
4
3
2
1
BN72
9
8
7
6
5
4
3
2
1
CN
95
9
8
7
65
43
21
BN95
11
10
9
8
7
6
5
4
3
2
1
CN
97
11
10
9
8
7
6
5
4
3
2
1
BN97
C7
53
0.1u
F
C8
28
0.1u
F
C8
29
0.1u
F
C8
30
0.1u
F
C8
31
0.1u
F
12
3
CN92
Q708 C3198Y
Q912
C3199YT
R9
28
39K
R9
29
10K
C9
34
0.01u
F
C948
0.1uF
C949
0.1uF
D916
1N4003S
D9
17
1N4003S
C9
37
1000/16V
C9
41
0.01u
F
D924
1SS133M
D921
JUMPER
D943
5.6V
C938
4.7/50V
R931
56(1/4W)
R930 56(1/4W)
k^W\
C7
51
220/50V
C754
0.1uF
C755
0.1uF
C756
0.1uF
C7
49
10/63V
(R
FO)
C7
50
10/63V
(R
FO)
Q809
KRC111MT
Q810
KRC111MT
R830
1.0
R831
1.0
VDIS
GND
VOUT VIN
4
3
2
1
IC94 HVIKIA78R05PI
R829
1.8K
y_Z\
YU^r
z_
W
`
D941
1SS133MT
C9
35
1000/16V
C9
36
1000/16V
C9
39
0.01u
F
C9
40
0.01u
F
C945
0.1uF
D9
42
1S
S133M
7
2
6
8
4
3
5
1
RL72
CSL4A015ZU
8
7
6
5
4
3
2
1
CN94
5
4
3
2
1
BN71
9
8
7
6
5
4
3
2
1
CN
82
5
4
3
2
1
BN83
9
8
7
6
5
4
3
2
1
BN82
Q811
HVTKRC111S
R8
36
22K
C942
0.1uF
C943
0.1uF
C944
0.1uF
C947
0.1uF
C9
50
4700P
3
2
1
BN99
5
4
3
2
1
CN73
3
2
1
CN99
C9
51
100/16V
OUT
GND
VCC
1
4
3
IC96
BVIBA33BC0FP
D9
45
1N4003
C9
53
0.1u
F
D9
46
1S
S133M
C9
52
0.1u
F
C8
32
1/50V
R932
47K
Q713
A102M
Q714
C102M
R755
270
C7
57
0.1u
F
R756
10K
R7
57
82K R7
58
47K R7
59
47K
D8
06
1S
S133M
D8
07
1S
S133M
D8
08
1S
S133M
D8
09
1S
S133M
D8
10
1S
S133M
C9
54
OP
EN
C9
55
OP
EN
C9
56
OP
EN
C7
58
1000P
R7
60
47K R7
61
47K
C759
10/50V
C760
10/50V
C7
61
100/50V
(R
J3)
R7
62
10K(1/4W
)
R7
63
10K(1/4W
)
C7
62
100/63V
C946
0.1uF
C7
63
220/50V(RFO)
C7
64
220/50V(RFO)
R8
37
10
3
2
1
BR81
3
2
1
BR82
D949
JUMPER
D950
1N4003S
D951
JUMPER
D8
12
1S
S133M
D8
11
1S
S133M
uj
uj
uj
uj
uj
uj
uj
uj
uj
uj
u
mY
jz
jw
kh
{z
h
{z
i
uj
[Z
[W
Z`
Z_
Z^
Z]
mX
sn
u
k
wn
u
k
}o
}kk
vz
j
Vy
z{
Z\
Z[
ZZ
ZY
ZX
ZW
[
X
\
XZ
XY
XX
XW
`
_
^
]
[
X
FL81 CFL16ST103GINK
C814
OPEN
R8
39
10K
R8
40
10K
C8
37
0.01u
F
C8
38
0.01u
F
L805
220
C8
36
0.1u
F
C8
34
0.1u
F
C8
33
10/50V
C8
35
100/16V
R8
38
470
D8
13
1S
S355T
D8
14
1S
S355T
D8
15
1S
S355T
C8
39
]_w
C8
40
]_w
L807
0
L806
0
nukX
nukY
C7
66
0.22u
F/100V
C7
65
0.22u
F/100V
-12V
+8VM
SW+5V
+12V
+8VM
SW+5V
+9V
ST+3.3V
CHGND
ST+3.3V
FL1
FL1 FL2
FL2
+VKK
+VKK
ST+3.3V
ST+3.3V
ST+3.3V
+12V
+8VM
+9V
SW+5V
ST+3.3V
ST+3.3V
ST+3.3V
CON1
PORT_L
PORT_G
PORT_R
SW+5V
+12V
SW+5V
-12V
PORT_R
PORT_G
PORT_L
+8VM
SW+5V
+12V
-12V
+12V
VFD+3.3V
VFD+3.3V
VFD+3.3V
ST+3.3V
ST+3.3V
VFD+3.3V
AMP_GND
AMP_GND
AMP_GND
CHGND
+9V
SCHEMATIC DIAGRAMS (3/3)
10
9
8
6
7
E
D
C
B
A
H
G
F
2
3
4
5
F
G
H
1
A
B
C
D
E
4
5
2
3
M
N
O
I
J
K
L
1
L
K
I
J
M
N
O
7
6
8
9
10
Summary of Contents for D-M38S
Page 36: ... 3 Save the FlashProg ini 36 ...
Page 52: ...WIRING DIAGRAM 52 ...
Page 66: ...66 TMP92FD28FG Block Diagram ...
Page 69: ...69 TMPM330FYFG for E3 E2 JP model T5CN5 for EK model MCU IC11 ...
Page 81: ...81 AK4385 INPUT IC15 AK4385 Pin Discriptions AK4385 Block Diagram ...
Page 82: ...82 2 IC s 16ST103GINK MAIN FL81 PIN CONNECTION GRID ASSIGNMENT 1 43 Upper Lower ...
Page 83: ...83 ANODE CONNECTION ...
Page 84: ...84 ...
