(1/2)
(2/2)
(1/2)
(2/2)
(2/2)
(1/2)
(2/2)
(1/2)
B(except_Murata_B3),50V
5%,1/16W
CAPACITOR
RESISTOR
UNLESS_OTHERWISE
OPEN
10k
I150
GND5A
C
671
0.
1u
10V
I
IC622
AN77L09M
G O
O
25V
C6
C3
GND5A
C6
C4
SN74LVC3G07
I200
I198
SCK
15
AVREF
3
L_A_GND
R_A_GND
R_LD1
R_IN
RR264M-400TR
A
NJM78M05DLA
C6
C6
GND5A
10V
+9V
K
D630
IC623
O
G
GND5A
R6C4
12
GND5A
R689
GND1 GND5A
C6B2
C6B0
C6B4
C6B6
GND5A
IC628
GND5A
GND5A
R6D1
220p
R6B2
3
I180
10k
R6
A
6
220k
R690
GND5A
220k
25V
-D
5
4
GND5A
I171
R
696
C6C1
GND1
0.
1u
25V
C6
C2
B
R6A0
+12VA
GND5A
C6
C7
25V
0.
1u
G
I
0.
1u
+9V
+9V
+12VA
C6
C5
0.
1u
25V
I
I
G
O
+5VA
+5VA
C6B1
C6B5
C6B7
C6B9
GND1
C6B8
+9V
+9V
DTC323TK
Q630
OPEN
C
E
B
I168
R698
220
OPEN
22k
R6
A
3
OPEN
GND5A
10V
C
687
0.
1u
+9V
NJM4565V-TE1
+
6
8
7
V-
V+
IC627
10k
I162
I167
OPEN
C691
I174
GND5A
C695
220p
(CH)
25V
OPEN
Q631
E
C
B
DTC323TK
DTA124EUA
Q637
C
E
OPEN
B
I204
I183
(1/8W)
220
R6A8
R6
C8
OPEN
0
GND5A
E
DTA124EUA
Q636
B
C
GND5A
R6
C7
OPEN
0
I193
+9V
R6
B
8
4.
7k
I194
10V
0.
1u
C6
A
9
OPEN
47k
R6
A
7
22k
I182
C6A2
I188
+9V
4.
7k
O
PEN
R6
B6
+9V
NJM4565V-TE1
8
1
4
IC627
V+
V-
+
2
GND5A
33k
I185
C6A4
10V
O
PEN
C6
A7
0.1u
R6
B7
47k
C
E
22k
GND5A
B
C
E
22k
I207
22k
0.
1u
10V
C
689
GND5A
+9V IC626
NJM4565V-TE1
4
V-
+
6
8
7
V+
5
GND5A
I177
I165
220k
OPEN
R6
D3
TC7W66FU-TE12L
GND
6
3
5
VCC
8
OPEN
+9V
OPEN
0
I178
C696
4.7u
6.3V
OPEN
+9V
GND5A
C
683
10V
C
684
VSS
L_LD1
DATA
CK
CS
L_IN
1
13
12
9
6
5
2
16
IC621
STB
R_LD2
11
14
10
8
7
TC9260F
4
L_LD2
R_OUT
15
I175
C693
6.3V
4.7u
NJM4565V-TE1
V+
+
V-
IC624
6
5
8
7
4
I191
10k
-D
R6A9
V+
V-
IC626
+
2
3
8
4
1
NJM4565V-TE1
+9V
R6
A
5
GND5A
I189
O
PEN
0.
1u
C
686
IC628
TC7W66FU-TE12L
8
GND
VCC
4
2
7
1
OPEN
C6A1
GND5A
I203
+9V
OPEN R6
B
5
10k
I202
+9V
2.
2k
R6
B
4
OPEN
Q633
DTC124EU
C
E
B
OPEN
GND5A
Q632
OPEN
2SC4081R_S
E
C
B
OPEN
22k
GND5A
GND5A
GND5A
I197
68
R6D7
OPEN
R688
22k
I778
NJM4565V-TE1
V+
V-
1
+
2
4
IC624
8
3
C
672
+5VA
BK1608TS601-T
R6D9
C
698
10u 6.3V
I777
R6
B
0
10k
I184
GND5A
R6B3
-D
22k
25V
220p
(CH)
C6A5
I190
GND5A
I187
C6A3
4.7u
6.3V
22k
R6B1
-D
GND5A
10V
I186
14
DATA
1
BCK
VOUTL
7
IC620
VCC
4
16
2
LRCK
VDD
DGND
MC
AGND
VOUTR
VCOM
MD
ML
5
3
13
6
8
11
10
9
ZEROR/ZEROA
ZEROL/NA
R
691
10k
-D
R
694
-D
GND5A
0.
1u
10V
C
675
C
699
0.
1u 10V
I179
6.
3V
10u
C
697
16V
1u
C
674
+3.3V
R6D5
BK1608TS601-T
R
A
620
1
8
5
6
4
3
2
10k
7
GND1
+3.3V
10k
R6
D8
+3.3V
+5V
1k
R6
C1
+5V
+5V
R6
C0
1k
1k
R6
B
9
6.
3V
10u
C6
A
6
I192
GND5A
I196
33
R6C2
I199
I201
R6C3
68
68
0.
1u
C6
A
8
GND1
I195
IC630
VCC
3Y
3A
2A
1A
GND
1Y
2Y
8
4
7
5
2
1
3
6
GND1
+3.3V
GND1
R6
C6
10k
GND1
RG_Lch
RG_Rch
RG_LRCK
RG_BCK
RG_DATA
RGDAC_ML
AUDIO_CLK
SCIF9_CLK
SCIF9_TXD
EVOL_STB
RGLch_CHG
PCM1748EG
GND5A
GND5A
O
PEN
(CH)
GND5A
R6
C5
Q635
22k
R6C9
2SC4081R_S
Q634
OPEN
I206
R6D0
R
697
I181
RG_MUTE*
C6C0
I176
0.
1u
(1/8W)
(1
/8
W
)
I205
GND5A
(1
/8
W
)
C6B3
6.3V
HFT_MUTE*
2SC4081R_S
R6D2
GND5A
+9V
10V
GND5A
4.7u
I157
C6
A
0
0.
1u
VDD
L_OUT
4
OPEN
10k
-D
4.7u
(X5R)
16V
4.7u
(X5R)
16V
100u
16V
100u 16V
4.
7u (X5
R)
16V
100u 16V
4700p
4700p
4700p
4700p
1000p
4700p
4700p
4700p
4700p
4700p
1000p
4700p
8C6<
8C6<
14D5>
14D5>
14D5>
14D1>
14D1>
14E1>
14E1>
14F5>
14E5>
14F5>
14F5>
+
+
I
I
I
I
I
I
I
I
I
I
I
+
A
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
A
A
I
SCHEMATIC DIAGRAM ANALOG RG Voice MODEL : NR-261UM-07LAN4,-07-5WS
88