6.SchematicDiagram
6.7.C2+
0214_BT NET NAMI NG & PULL UP REMOVE
OXBT_ANALOG
0207_BT NET NAMI NG
CRESCENDO_ STROBE/ MI COM_ ACK
0210_ DOUBLE PULLED
02 14 _P ULL UP R EMOVE
BT SPDI F OPTI ON
02 14_ BT_DI G_ OPTI ON
0206_BT CHANGE
/F LASH_WP
XO
R608 1
BT_DIG IT AL
R603 3
BOOT STRAP CHANGE 0 7- 29
DATA_CRESCENDO OUT/ MI COM I N
PROTECTED
WRIT E ENABLE
030 5 _SHORT FOR EMI
PROTECTED1
0207_RE MOVE VIDE O AMP
BOOT STRAP( 1 48 MHZ)
TO F LASH
0
MI COM_ STROBE/ CRESCENDO ACK
DATA_MI COM OUT/ CRESCENDO I N
1, 3, 9, 1 4 , 2 7 , 4 3 , 4 9
1
EPROM_WP
0 WRIT E ENABLE
02 16 _BD600 7 REMOVED
TO L PF(O PAMP)
33 OHM
10 KOHM
TC7 SB315 7 CFU
10 0 NF
10 0 NF
10 0 NF
VD3 . 3 V
VC3. 3V
27 PF
27 MHZ
33 OHM
10UF
VC_CORE_1 .35V
DGND
VC3. 3V
VD3. 3VPLL
10UF
10UF
DGND
VC3. 3V
22UF
27KOHM
56KOHM
27KOHM
VC3. 3V
AGND
33 OHM
AGND
K49S M-81 9
10 0 KOHM
33 OHM
VC3. 3V
DGND
AUD3 . 3 V
DGND
10 0 NF
10 0 NF
10 UF
VC3.3V
27 PF
-
DGND
10 0NF
2. 2KOHM
DGND
DGND
10 0 NF
4. 7KOHM
4. 7KOHM
4. 7KOHM
0OHM
1/ 1 6W
4. 7KOHM
AGND
0OHM
0OHM
0OHM
VC3. 3V
OPEN
DGND
OPEN
OPEN
OPEN
OPEN
1/ 1 0 W
4.7K OHM
56KOHM
27KOHM
27KOHM
10 0 NF
33 OHM
4.7K OHM
33 OHM
33 OHM
47KOHM
AGND
VDDADC1.35V
75 OHM
VC3. 3V
33 OHM
33 OHM
DGND
LM30 1L-0 06 - TF0
DGND
ES8 6 80DSC
TP
DGND
10PF
33 OHM
33 OHM
33 OHM
33 OHM
33 OHM
11
4.7K OHM
4.7K OHM
4.7K OHM
33 OHM
33 OHM
33 OHM
33 OHM
33 OHM
33 OHM
33 OHM
33 OHM
4. 7KOHM
4. 7KOHM
1/ 1 6W
4. 7KOHM
W61/1 MHOK7.4
1/ 1 6W
1/ 1 6W
VC3. 3V
DGND
16 V
16 V
16 V
16 V
FN001 V61
DGND
W2 5 Q1 6BVSSI G
10UF
10 KOHM
10 UF
-
DGND
10 0 NF
10 0 NF
4. 7KOHM
DENIFEDNU --
10 0 NF
10 0 NF
0. 01 OHM
CB20 12 UA30 0 T
VD3 . 3 VPLL
DGND
10 UF
AUD3 . 3 V
CB20 12 UA30 0 T
0. 01 OHM
AGND
AVD3 . 3 VS
10 0 NF
33 OHM
33 OHM
33 OHM
33 OHM
0OHM
4.7K OHM
VC3.3V
10 0 NF
10 0 NF
10 0 NF
10 0 NF
10 UF
10 UF
10KOHM
33 OHM
33 OHM
33 OHM
33 OHM
1/ 1 6W
DGND
16 V
10 0 NF
DGND
33 OHM
4. 7KOHM
4. 7KOHM
0. 01 OHM
1/ 1 0 W
DGND
K4S2 81 63 2F -T C60
33 OHM
33 OHM
33 OHM
4.7K OHM
4.7K OHM
33 OHM
33 OHM
33 OHM
10UF
AVD3.3VS
33 OHM
DGND
AGND
47KOHM
33 OHM
33 OHM
DGND
4. 7KOHM
4. 7KOHM
33 OHM
39 2OHM
33 OHM
33 OHM
33 OHM
33 OHM
4.7K OHM
10 0NF
10 0 NF
10 0 NF
16 V
10 0 NF
10 0NF
UNDEFI NED
VC_CORE_1 . 35 V
10 0 NF
-
10 KOHM
10 0 NF
10 0 NF
10 0 NF
VC3. 3V
CB20 12 UA30 0 T
DGND
VC3. 3V
VC3. 3V
0. 01 OHM
VC_USB_3. 3V
VC3. 3V
10 0 NF
-
33 OHM
22UF
33 OHM
VC3. 3V
75OHM
1/ 1 6W
CB20 12 UA30 0 T
S- 2 4CS0 2AFJ - TB- GE
VC3. 3V
DGND
10UF
VD3.3V
VC_USB_3.3V
0OHM
1/ 1 6W
10 KOHM
2. 2KOHM
10 0NF
33 OHM
10UF
10 0NF
R602 7
I C600 2
R608 0
R602 6
R601 0
C600 4
C604 4
R600 9 C600 2
C600 3
R609 3
VT60 01
KC_PT OD_PT
R609 4
C605 1
C604 6
C605 0
C603 4
C604 7
R608 5
R601 3
R603 2
R607 5
R609 5
R608 9
R609 0
R609 1
R609 8
I C600 1
R609 2
R608 8
R601 4
R607 4
R607 6
R607 7
R608 3
R608 4
R608 6
R608 7
R607 9
R607 8
R607 3
R607 1
R607 2
R607 0
R608 2
C604 3
C604 2
R314 3
R600 1
R603 5
R603 1
R602 8
R602 3
R603 0
R601 6
R601 5
R602 5
R601 2
R601 1
R603 4
R603 6
D600 1
C600 1
R600 6
R601 9
R604 5
R602 0
R605 0
R604 9
R604 8
R604 7
R603 8
R603 9
R604 0
R604 1
TP60 01
IC 60 03
C600 9
R604 6
R605 3
R601 8
R601 7
R605 1
R606 0
C603 0
C603 3
C603 6
C603 8
C603 9
C604 0
C604 1
C601 1R604 4
R604 2
R604 3
CN60 03
R602 9
R606 2
R605 4
R605 5
R605 6
R605 9
R605 7
R605 8
R605 2
C600 5
R602 4
C600 6
C601 0
C602 3
BD60 04
C602 0
C603 5
C602 9
C602 4
C602 1
C601 7
C601 4
BD60 05BD60 03
BD60 02
C603 7
C602 2
C602 5
C602 6
C602 7
C602 8
C603 2
R602 1
R602 2
R603 7
C600 8
C600 7
X600 1
R6066
R6065
R6064
R6063
R600 8
R600 7
R600 5
R600 4
R600 3
R6067
R6068
R606 1
TP_3 .3 V
SC_PT ID_PT
C603 1
IC 60 05
TP_GND
IC 60 04
C601 9
C601 8
C601 6
C601 5
C601 3
C601 2
R6069
R600 2
GAL_ TAB_L
BT_RX
BT_TX
USB_2 ND_SEL
USB_ESS_DM
I POD_CHARGE_SEL
SPDI F_SEL
CST_MAK
SPDI F_SEL
COMPOSI TE_V
GAL_ TAB_R
BT_SPDI F
AI R_SPDI F
DAC_FR-
IP OD_RESET
A_SPI _ NRST
BA0_ ST
ADD2
EP_S CL
EP_S DA
DAC_FR+
DAC_SW+
DAC_SW-
SF_CS
DATA1
DATA2
GPI O17
SPI _ CS3
CAS_ PLL3
DATA3
DATA4
DATA5
A_SPI _ REQ
EPROM_WP
DAC_FL+
DAC_FL-
AUX_ R
SPI_ CS3
ADD8
DATA0
SF_DI
SF_CK
SPI_ CS3
SPI_ CS2
DR_S CK
L_UDQM
D_MO_CI
CI I _RESET
A_SPI _ CLK
DATA6
DATA14
DATA13
DATA9
DATA8
DATA4
DATA5
DATA1
DATA2
DATA12
MST_CAK
ADD1
ADD0
ADD10
BA0
BA1
BA0_ ST
RAS_ PLL2
BA1
BA0
ADD6
ADD8
ADD7
ADD5
ADD9
ADD11
DATA13
DATA12
DATA15
DATA14
SF_CK
SF_DO
ADD5
ADD4
ADD7
ADD11
ADD3
BA1 _ST
ADD3
A_SPI _ DI N
A_SPI _ DOUT
DATA11
EP_S CL
DATA15
DATA10
DR_S CK
L_UDQM
DATA9
DATA7
ADD2
DWE_ PLL1
DQM_PLL0
DQM_PLL0
CAS_ PLL3
RAS_ PLL2
BA1 _ST
DWE_ PLL1
D_CO_MI
SF_CS
ADD4
ADD0
ADD1
DATA6
DATA7
_DR_WE
_CAS
_RAS
_DR_CS
_CAS
_DR_CS
_RAS
ADD9
GPI O17
DATA3
SF_DO
SF_DO
_DR_WE
ADD10
L_UDQM
DATA0
SF_DI
EPROM_WP
DATA11
DATA10
DATA8
EP_S DA
ADD6
A_SPI _ CS
SPI_ CS3
SF_CK
SF_DI
SPI_ CS2
AUX_ L
USB_ESS_DP
I POD_DET
6
5
4 3
2
1
MGND1
12 8
12 7
12 6
12 5
12 4
12 3
12 2
12 1
12 0
11 9
11 8
11 7
11 6
11 5
11 4
11 3
11 2
11 1
11 0
10 9
10 8
10 7
10 6
10 5
10 4
10 3
10 2
10 1
10 0
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
8
7
6
54
3
2
1
6
5
4
3
2
1
8
6
4
2
7
5
3
1
8
6
4
2
7
5
3
1
8
6
4
2
7
5
3
1
8
6
4
2
7
5
3
1
8
6
4
2
7
5
3
1
8
6
4
2
7
5
3
1
8
7
6
54
3
2
1
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
2827
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
8
6
4
2
7
5
3
1
VCC
S
A B1
GND
B2
DCS0 _ B
DMA[ 1 ]
DWE_B
DAC_O4 L
DAC_O4 R
DAC_O5 L
DAC_O5 R
LI NE_I N_R2
LI NE_I N_L1
LI NE_I N_R1
VDDAADC
VS3 3 AADC
VS3 3 VDAC
PAD_REF
PAD_COMP
PAD_RSET
VDAC
VD3 3 VDAC
USB_VCCA
USB_DM
USB_DP
USB_AGND
VDD
VD3 3
DMA[ 4 ]
DMA[ 5 ]
SYSCLK
DMA[ 2 ]
VDD
DMA[ 3 ]
DMA[ 1 1 ]
DMA[ 9 ]
DMA[ 8 ]
DMA[ 7 ]
DMA[ 6 ]
DB[ 9]
DB[ 10 ]
DB[ 11 ]
VD3 3
DB[ 12 ]
DB[ 13 ]
DB[ 14 ]
DB[ 15 ]
AUX[ 7 ]
AUX[ 6 ]
AUX[ 5 ]
AUX[ 4 ]
AUX[ 3 ]
RESET_ B
AUX[ 2 ]
AUX[ 1 ]
SR[ 12]
SR[ 13]
SP[ 2 1 ]
VD3 3
VSS/ VS3 3
SR[ 15]
SR[ 32]
SR[ 06]
DAC_O1 L
DAC_O1 R
DAC_O2 L
VD3 3 ADAC
VS3 3 ADAC
DAC_O2 R
DAC_O3 L
DAC_O3 R
OP[ 2 ]
OP[ 3 ]
OP[ 4 ]
OP[ 5 ]
OP[ 6 ]
OP[ 7 ]
VDD
SR[ 10]
SR[ 11]
DMA[ 0 ]
DMA[ 1 0 ]
DRAS2 _ B
DRAS1 _ B
DCS1 _ B
DRAS0 _ B
DCAS_ B
DSCK
VDD
DQM
VD3 3
DB[ 7]
DB[ 6]
DB[ 5]
DB[ 4]
DB[ 3]
DB[ 2]
DB[ 1]
DB[ 0]
VDD
DB[ 8]
AUX[ 0 ]
DAC_O6 L
VD3 3 ADAC
VS3 3 ADAC
DAC_O6 R
VSS/ VS3 3
SR[ 07]
SR[ 05]
VSS/ VS3 3
MCLK
VDD
VI D_ XO
VI D_ XI
VD3 3
SPDI F_ I N
VD3 3 P LL
VS3 3 PLL
VD3 3 AADC
LI NE_I N_L3
LI NE_I N_R3
LI NE_I N_L2
SPI _ CS2
SPI _ CS3
SPI _ CLK
VD3 3
SPI _ DI
SPI _ DO
VDD
SPDI F_ OUT
OP[ 0 ]
OP[ 1 ]
A13
/CS
/RAS
/CAS
/WE
LDQM
VDD
DQ7
VSSQ
DQ6
DQ5
VDDQ
DQ4
DQ3
VSSQ
DQ2
DQ1
VDDQ
DQ0
VDD VSS
DQ15
VSSQ
DQ14
DQ13
VDDQ
DQ12
DQ11
VSSQ
DQ10
DQ9
VDDQ
DQ8
VSS
NC
UDQM
CLK
CKE
NC
A11
A9
A8
A7
A6
A5
A4
VSSVDD
A3
A2
A1
A0
A10/ AP
A12
SDAVSS
WP
VCC
SCLA2
A1
A0
CLK
DI ( I O0)
VCC
/ HOLD( I O3)
GND
/ WP( I O2 )
DO( I O1)
/ CS
TP 1
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