A
1
2
3
4
5
6
7
8
9
10
NMLKJIHGFEDCB
84
RX-A4A
DIR_PON
DSP_MISO
DSP_MOSI
DSP_SCK
EMD2[12]
EMD2[7]
EMD2[16]
EMBA2[0]
EMD2[6]
EMD2[17]
EMBA2[1]
EMA2[7]
EMD2[5]
EMD2[18]
EMD2[13]
EMCLK2
EMD2[31]
EMD2[4]
EMD2[19]
EMD2[13]
EMD2[14]
EMD2[27]
TDO2
TCK2
EMD2[15]
TMS2
TDI2
EMD2[0]
N_TRST2
EMA2[0]
EMD2[12]
EMD2[1]
EMA2[1]
EMD2[2]
/EMDQM2[3]
EMA2[3]
EMA2[2]
EMD2[10]
EMD2[24]
EMA2[3]
EMD2[9]
EMA2[8]
EMD2[8]
EMA2[4]
/EMRAS2
/EMCAS2
EMD2[25]
EMA2[5]
/EMDQM2[0]
EMA2[10]
EMD2[2]
EMD2[21]
EMCLK2
EMD2[5]
/EMDQM2[2]
EMD2[1]
EMA2[11]
EMD2[22]
EMD2[26]
EMD2[0]
EMCKE2
EMA2[12]
EMD2[22]
EMD2[23]
EMD2[6]
EMD2[25]
/EMWE2
EMA2[9]
EMD2[16]
EMD2[17]
EMD2[21]
EMA2[2]
/EMDQM2[3]
EMD2[7]
DSP2_N_SPIRDY
EMCKE2
EMA2[4]
EMD2[20]
EMA2[1]
DSP2_N_CS
/EMDQM2[2]
/EMDQM2[0]
EMCLK2
EMA2[0]
EMA2[8]
EMD2[19]
/EMDQM2[1]
DSP_MISO
EMA2[10]
EMD2[30]
EMD2[8]
/EMWE2
EMA2[7]
EMA2[10]
EMBA2[1]
EMD2[9]
EMD2[27]
EMA2[8]
EMD2[18]
EMA2[0]
DSP_MOSI
EMD2[10]
EMA2[6]EMA2[1]
EMD2[31]
EMBA2[0]
/EMCAS2
EMA2[5] EMA2[2]
EMA2[9]
EMD2[30]
DSP_SCK
EMA2[5]
/EMWE2
/EMRAS2
EMD2[28]
/EMCS2
EMCKE2
EMD2[15]
/EMRAS2
/EMCS2
EMA2[11]
EMA2[4]
EMD2[3]
EMD2[23]
EMBA2[0]
EMA2[12]
EMD2[11]
EMA2[3]
EMD2[14]
EMD2[26]
EMD2[24]
EMD2[4]
EMA2[6]
EMD2[29]
/EMCS2
/EMDQM2[1]
EMA2[12]
EMBA2[1]
DSP2_N_RST
DSP2_BCKO
DSP2_WCKO
DSP2_BCKO
DSP2_WCKO
DSP2_NIC
MT_DA
EMD2[3]EMD2[11]EMD2[28]EMD2[20]
DSP2_SDO0
DSP2_SDO2
DSP2_SDO1
DSP2_SDO3
ADT_SDO1
MT_DA
/EMCAS2
DSP1_BCKO
DSP1_WCKO
DSP1_SDO0
DSP1_SDO1
DSP1_SDO4
DSP1_SDO5
DSP1_SDO2
DSP2_WCKI
DSP2_MCKI
DSP2_MCKI
DSP2_BCKI
DSP2_SDI0
DSP2_SDI0
DSP2_SDI1
DSP2_SDI1
DSP2_SDI2
DSP2_SDI2
DSP2_SDI3
DSP2_SDI3
DSP2_SDI4
DSP2_SDI4
DSP1_SDO3
DSP2_MCKI
DSP2_BCKI
DSP2_WCKI
DSP2_SDI0
DSP2_SDI1
DSP2_SDI2
DSP2_SDI3
DSP2_SDI4
DSP2_SDI5
DSP2_SDI5
DSP2_SDI5
DSP1_NIC
DSP1_SDO10
DSP1_BCKO
DSP1_WCKO
DSP1_SDO0
DSP1_SDO1
DSP1_SDO2
DSP1_SDO3
DSP1_SDO4
DSP1_SDO5
DSP1_SDO6
DSP1_SDO7
DSP1_SDO8
DSP1_SDO9
DSP1_SDO6
DSP1_SDO7
DSP1_SDO8
DSP1_SDO9
DSP1_SDO10
DSP1_UART_MISO
DSP1_UART_MOSI
DSP2_NIC
DSP2_N_SPIRDY
DSP2_N_CS
DSP2_N_RST
ADT_SDO2
DSP12_PON
DSP1_SDO11
DSP1_UART_MOSI
DSP1_UART_MISO
DSP1_NIC
DSP1_SDO11
EMD2[29]
EMA2[9]
EMA2[11]
DSP2_SDO4
DSP2_SDO7
DSP2_SDO5
DSP2_SDO6
DSP2_SDO8
MZS_SDO0
ADT_SDO0
HAUP_SDO0
EMA2[7]
EMA2[6]
DIR_PON
R1105
100
DGND
DGND
+3.3DD
R1102
4.7K
+3.3DSP2
C1105
1/25
0
R1109
R1104
100
DSP2_PON
DSP_SCK
DSP_MISO
MT_DA
DSP_MOSI
DSP2_N_SPIRDY
DSP2_N_RST
DSP2_N_CS
DSP1_N_INT
TP1158
DD8.1+
DGND
C1100
1/25
TP1100
C1102
1/25
0
R1103
+1.3DSP2
MZS_SDO0
DSP1_NIC
DGND
+3.3DSP2
R1121
4.7K
DGND
C1152
10/10
R1118
10K
R1119
10K
C1123
10/10
1611R
4X001
1 2 4
5
3
678787878
+3.3DSP2a
DGND
DGND
DGND
R1156
4 7
R1124
47X4
1 2 4
5
3
6
L1108
BKP1005HS680-T
DGND
R1138
3 3
DGND
R1117
3 3
DGND
C1166
18P/50
DGND
R1130
47X4
1 2 4
5
3
6
+1.3DSP2a
R1157
4 7
L1107
BKP1005HS680-T
R1141
3 3
R1143
3 3
R1125
47X4
4
5 7 8
3
6
+3.3DSP2a
DGND
R1116
0
DGND
R1132
47X4
1 2 4
567878
3
R1123
4.7K
R1150
47X4
4
5 7 8
3 2 12 12 1
6
IC114
D81YK113DZKB5
YH076A0
D10
EMB_A[0]
C10
EMB_A[1]
B10
EMB_A[2]
A10
EMB_A[3]
D11
EMB_A[4]
C11
EMB_A[5]
B11
EMB_A[6]
A11
EMB_A[7]
D12
EMB_A[8]
C12
EMB_A[9]
A 9
EMB_A[10]
B12
EMB_A[11]
B15
EMB_A[12]
C 9
EMB_BA[0]
B 9
EMB_BA[1]
D 9
EMB_CS[0]
L13
EMB_CAS
A 8
EMB_RAS
K15
EMB_WE
C13
EMB_SDCKE
C14
EMB_CLK
K14
EM_WE_DQM[0]
C15
EM_WE_DQM[1]
B13
EM_WE_DQM[2]
A12
EM_WE_DQM[3]
F16
EMB_D[0]
G13
EMB_D[1]
G16
EMB_D[2]
H13
EMB_D[3]
H16
EMB_D[4]
J13
EMB_D[5]
T14
EMA_D[9]
N12
EMA_D[8]
M15
EMA_D[7]
N13
EMA_D[6]
N15
EMA_D[5]
P13
EMA_D[4]
P15
EMA_D[3]
R13
EMA_D[2]
R15
EMA_D[1]
J15
EMB_D[6]
J16
EMB_D[7]
C16
EMB_D[8]
D13
EMB_D[9]
D14
EMB_D[10]
D15
EMB_D[11]
D16
EMB_D[12]
E13
EMB_D[13]
E16
EMB_D[14]
F13
EMB_D[15]
G15
EMB_D[16]
H14
EMB_D[17]
H15
EMB_D[18]
J14
EMB_D[19]
K13
EMB_D[20]
K16
EMB_D[21]
L14
EMB_D[22]
L15
EMB_D[23]
A13
EMB_D[24]
B14
EMB_D[25]
A14
EMB_D[26]
E14
EMB_D[27]
E15
EMB_D[28]
F14
EMB_D[29]
F15
EMB_D[30]
G14
EMB_D[31]
M16
EMA_D[15]
T13
EMA_D[0]
N 6
EMA_WAIT[0]
T12
EMA_SDCKE
R14
EMA_D[10]
P16
EMA_D[11]
P14
EMA_D[12]
N16
EMA_D[13]
N14
EMA_D[14]
N 7
EMA_RAS/EMA_CS[5]
L16
EMA_CAS/EMA_CS[4]
P 7
EMA_CS[2]
T 8
EMA_CS[0]
P 8
EMA_BA[1]
R 8
EMA_BA[0]
N11
EMA_A[12]
P11
EMA_A[11]
N 8
EMA_A[10]
R11
EMA_A[9]
T11
EMA_A[8]
N10
EMA_A[7]
P10
EMA_A[6]
R10
EMA_A[5]
T10
EMA_A[4]
P 9
EMA_A[2]
R 9
EMA_A[1]
T 9
EMA_A[0]
N 9
EMA_A[3]
C1151
10/10
+1.3DSP2
R1142
3 3
+1.3DSP2a
R1144
3 3
DGND
DGND
R1115
0
R1155
4 7
DGND
R1159
3 3
C1124
10/10
R1128
47X4
1 2 4
5
3
6
C1165
18P/50
R1120
10K
R1151
47X4
4
5 7 8
3
6
DGND
IC114
D81YK113DZKB5
YH076A0
N 4
SPI0_SCS[0]
R 5
SPI0_ENA
T 5
SPI0_CLK
P 6
SPI0_SIMO[0]
R 6
SPI0_SOMI[0]
P 4
SPI1_SCS[0]
R 4
SPI1_ENA
T 6
SPI1_CLK
N 5
SPI1_SIMO[0]
P 5
SPI1_SOMI[0]
R 3
UART0_RXD/I2C0_SDA
P 3
UART0_TXD/I2C0_SCL
G 4
USB0_DM
F 4
USB0_DP
D 2
USB0_ID
D 3
USB0_VBUS
E 4
USB0_DRVVBUS
B 3
USB1_DM
A 3
USB1_DP
F 2
OSCIN
F 1
OSCOUT
H 1
RTC_XI
H 2
RTC_XO
J 1
TMS
J 2
TDI
J 3
TDO
H 3
TCK
J 4
TRST
J 5
EMU[0]
G 3
RESET
K 3
ACLKX1
K 2
AHCLKX1
L 4
RESETOUT/AMUTE0
C 4
AFSR0
B 4
ACLKR0
A 4
AHCLKR0
D 5
AFSX0
C 5
ACLKX0
B 5
AHCLKX2/AHCLKX0
T 7
EMA_CS[3]/AMUTE2
R12
EMA_CLK/AHCLKR2
T 4
AXR1[11]
N 3
AXR1[10]
M 1
AXR1[9]
K 4
AFSX1
L 1
AHCLKR1
L 2
ACLKR1
L 3
AFSR1
D 4
AMUTE1
M 2
AXR1[8]
M 3
AXR1[7]
M 4
AXR1[6]
N 1
AXR1[5]
N 2
AXR1[4]
P 1
AXR1[3]
P 2
AXR1[2]
R 2
AXR1[1]
T 3
AXR1[0]
M14
EMA_WE_DQM{0]/AXR0[15]
P12
EMA_WE_DQM{1]/AXR0[14]
R 7
EMA_OE/AXR0[13]
M13
EMA_WE/AXR0[12]
A 5
AXR2[0]/AXR0[11]
D 6
AXR0[10]
B 6
AXR0[8]
A 6
AXR0[7]
D 7
ACLKR2/AXR0[6]
C 7
AFSX2/AXR0[5]
B 7
AXR2[1]/AXR0[4]
A 7
AXR2[2]/AXR0[3]
D 8
AXR2[3]/AXR0[2]
C 8
ACLKX2/AXR0[1]
B 8
AFSR2/AXR0[0]
C 6
AXR0[9]
K 1
RTCK/GP7[14]
H 5
USB0_VDDA33
E 3
USB0_VDDA18
C 3
USB0_VDDA12
C 2
USB1_VDDA18
C 1
USB1_VDDA33
E 2
OSCVSS
G 1
RTC_CVDD
G 2
RTC_OSCVSS
DGND
R1146
4.7K
C1121
10/10
+3.3DSP2a
DGND
R1139
3 3
DGND
DGND
+3.3DSP2a
C1144
0.01/16
+3.3DSP2a
R1152
47X4
1 2 4
5
3
67878
R1129
47X4
4
5 7 8
3 2 1 2 1
6
IC114
D81YK113DZKB5
YH076A0
B16
DVDD
E 5
DVDD
E 8
DVDD
E 9
DVDD
E12
DVDD
F 5
DVDD
F11
DVDD
F12
DVDD
G 5
DVDD
G12
DVDD
K 5
DVDD
K12
DVDD
L 5
DVDD
L11
DVDD
L12
DVDD
M 5
DVDD
M 8
DVDD
M 9
DVDD
M12
DVDD
R 1
DVDD
R16
DVDD
F 6
CVDD
G 6
CVDD
G 7
CVDD
G10
CVDD
G11
CVDD
H 6
CVDD
H 7
CVDD
H10
CVDD
H11
CVDD
H12
CVDD
T16
VSS
T15
VSS
T 2
VSS
T 1
VSS
M11
VSS
M10
VSS
M 7
VSS
M 6
VSS
L10
VSS
J 6
CVDD
J 7
CVDD
J10
CVDD
J11
CVDD
J12
CVDD
K 6
CVDD
K 7
CVDD
K10
CVDD
K11
CVDD
L 6
CVDD
D 1
PLL0_VDDA
E 1
PLL0_VSSA
L 9
VSS
L 8
VSS
L 7
VSS
H 4
N C
F 3
N C
F 7
RSV1
B 1
RSV2
K 9
VSS
K 8
VSS
J 9
VSS
J 8
VSS
H 9
VSS
H 8
VSS
G 9
VSS
G 8
VSS
F10
VSS
F 9
VSS
F 8
VSS
E11
VSS
E10
VSS
E 7
VSS
E 6
VSS
A16
VSS
A15
VSS
A 2
VSS
A 1
VSS
B 2
VSS
R1136
1 M
C1167
1000P/50
R1145
3 3
DGND
C 1 1 1 5
1 0 0 0 P / 5 0
R1153
47X4
1 2 4
5
3
6
R1137
100
DGND
+1.3DSP2
R1154
47X4
4
5 7 8
3
6
R1140
3 3
R1122
4.7K
R1133
47X4
4
5 7 8
3
6
0
J1100
+3.3DSP2a
DGND
DGND
C1122
10/10
DGND
R1131
47X4
4
5 7 8
3 2 12 1
6
R1158
4 7
C1168
0.22/6.3
DGND
DGND
3611R
4X001
1 2 4
5
3
6
R1167
3 3
R1134
4 7
R1126
4 7
R1135
4 7
R1127
4 7
2611R
4X001
1 2 4
5
3
6
L1109
BLM15BA220SN1D
R1149
4 7
IC112
R5527K001D-TR
1
Vin
2
GND
4
Vout
3
O n
G
W9812G6KH-6 X3584F0
IC115
1
V C C
2
D Q 0
3
V C C Q
4
D Q 1
5
D Q 2
6
V S S Q
7
D Q 3
8
D Q 4
9
V C C Q
1 0
D Q 5
1 1
D Q 6
1 2
V S S Q
1 3
D Q 7
1 4
V C C
1 5
D Q M L
1 6
W E
1 7
C A S
1 8
R A S
1 9
C S
2 0
A13/BA0
2 1
A12/BA1
2 2
A10/AP
2 3
A 0
2 4
A 1
2 5
A 2
2 6
A 3
2 7
V C C
2 8
V S S
2 9
A 4
3 0
A 5
3 1
A 6
3 2
A 7
3 3
A 8
3 4
A 9
3 5
A 1 1
3 6
N C
3 7
C K E
3 8
C L K
3 9
D Q M U
4 0
N C
4 1
V S S
4 2
D Q 8
4 3
V C C Q
4 4
D Q 9
4 5
D Q 1 0
4 6
V S S Q
4 7
D Q 1 1
4 8
D Q 1 2
4 9
V C C Q
5 0
D Q 1 3
5 1
D Q 1 4
5 2
V S S Q
5 3
D Q 1 5
5 4
V S S
W9812G6KH-6 X3584F0IC116
1
V C C
2
D Q 0
3
V C C Q
4
D Q 1
5
D Q 2
6
V S S Q
7
D Q 3
8
D Q 4
9
V C C Q
1 0
D Q 5
1 1
D Q 6
1 2
V S S Q
1 3
D Q 7
1 4
V C C
1 5
D Q M L
1 6
W E
1 7
C A S
1 8
R A S
1 9
C S
2 0
A13/BA0
2 1
A12/BA1
2 2
A10/AP
2 3
A 0
2 4
A 1
2 5
A 2
2 6
A 3
2 7
V C C
2 8
V S S
2 9
A 4
3 0
A 5
3 1
A 6
3 2
A 7
3 3
A 8
3 4
A 9
3 5
A 1 1
3 6
N C
3 7
C K E
3 8
C L K
3 9
D Q M U
4 0
N C
4 1
V S S
4 2
D Q 8
4 3
V C C Q
4 4
D Q 9
4 5
D Q 1 0
4 6
V S S Q
4 7
D Q 1 1
4 8
D Q 1 2
4 9
V C C Q
5 0
D Q 1 3
5 1
D Q 1 4
5 2
V S S Q
5 3
D Q 1 5
5 4
V S S
RP115H131D-T1-F
IC110
1
VFB
2
GND
3
C E
4
VDD
5
VOUT
CB111
no_use
1
2
9
8
3
4
5
6
7
XL110
22.800MHZ
1
2 3
4
ADT_SDO0
ADT_SDO1
R1164
100X4
1 2 4
5
3
6
ADT_SDO2
R1100
3 3
+3.7DSP1
DGND DGND
DGND
C1110
100/16
CB110
IMSA-9827S-60Y9
1 2
3 4
5 6
7 8
9 10
1 1 1 2
1 3 1 4
1 5 1 6
1 7 1 8
1 9 2 0
2 1 2 2
2 3 2 4
2 5 2 6
2 7 2 8
2 9 3 0
3 1 3 2
3 3 3 4
3 5 3 6
3 7 3 8
3 9 4 0
4 1 4 2
4 3 4 4
4 5 4 6
4 7 4 8
4 9 5 0
5 1 5 2
5 3 5 4
5 5 5 6
5 7 5 8
5 9 6 0
6 1
G
6 2
G
DSP2_NIC
C1114
100/6.3
R1165
100
DSP2_SDO6
DSP2_SDO5
DSP2_SDO9
DSP2_SDO2
DSP2_BCKO
DSP2_SDO3
DSP2_SDO0
DSP2_WCKO
DSP2_SDO1
DSP2_SDO8
DSP2_SDO7
DSP2_SDO4
DSP1_SDI1
DSP1_MCKI
DSP1_SDI2
DSP1_BCKI
DSP1_SDI3
DSP1_SDI4
DSP1_WCKI
DSP1_SDI0
DSP2_BCKI
DSP2_SDI5
DSP2_SDI2
DSP2_WCKI
DSP2_SDI0
DSP2_MCKI
DSP2_SDI4
DSP2_SDI3
DSP2_SDI
1
DSP1_SDO8
DSP1_WCKO
DSP1_SDO5
DSP1_SDO9
DSP1_SDO6
DSP1_SDO3
DSP1_SDO7
DSP1_SDO4
DSP1_SDO1
DSP1_SDO0
DSP1_BCKO
DSP1_SDO10
KPD_PWR_N
DSP1_N_RDET
DSP1_SPI_MISO
DSP1_SPI_MOSI
DSP1_SPI_SCK
DSP1_UART_MISO
DSP1_UART_MOSI
R1166
3 3
HAUP_SDO0
R1160
3 3
L1100
L1104
BLM21PG600SN1D
L1102
BLM21PG600SN1D
IC111
TPS54519RTER
1
VIN
1 4
PWRGD
2
VIN
3
GND
4
GND
5
AGND
6
VSENSE
7
COMP
9
SS/TR
1 0
P H
1 1
P H
1 2
P H
1 3
BOOT
1 5
E N
8
R T
1 6
VIN
G 71
R1106
0
R1107
100K
L1101
BLM21PG600SN1D
DGND
+5.5VT
TP1157
L1103
1.2UH
1255AY-1R2N=P3
DGND
+3.7DSP1
R1112
no_use
R1111
20K
R1114
1.3K
R1110
18K
R1108
100K
DSP1_PON
DSP1_SDO2
DSP1_WAKEUP
J1315
no_use
C1171
1/25
TP1178
DGND
C1172
1/25
+5.5V
+1.3DSP2
0
R1168
J1101
J1103
no_use
J1104
no_use
C1109
0.012/50
L1105
BKP1005HS680-T
+3.3M
DGND
IC117
RP130K331D-TR
VDD
CE/CE
VOUT
GND
G
DSP1_SDO11
C1184
0.1/16
C1177
0.1/16
R1169
1 0
+3.3DSP2
C1178
0.1/16
DGND
R1170
1 0
C1185
0.1/16
C1179
0.1/16
+3.3DSP2
+3.3DSP2
C1174
0.1/16
DGND
C1180
0.1/16
C1182
0.1/16
DGND
C1175
0.1/16
C1183
0.1/16
C1176
0.1/16
C1181
0.1/16
DGND
+3.3DSP2
C1188
0.1/16
C1187
0.1/16
C1190
0.1/16
C1186
0.1/16
C1189
0.1/16
C1106
47/6.3(B)
C1107
47/6.3(B)
C1173
0.1/16
C1112
0.1/16
C1104
0.1/16
C1101
0.1/16
C1154
0.1/16
C1170
0.1/16
C1164
0.1/16
C1156
0.1/16
C1162
0.1/16
C1158
0.1/16
C1160
0.1/16
C1157
0.1/16
C1169
0.1/16
C1163
0.1/16
C1153
0.1/16
C1159
0.1/16
C1161
0.1/16
C1155
0.1/16
C1138
0.1/16
C1134
0.1/16
C1140
0.1/16
C1135
0.1/16
C1130
0.1/16
C1139
0.1/16
C1143
0.1/16
C1141
0.1/16
C1136
0.1/16
C1137
0.1/16
C1142
0.1/16
C1131
0.1/16
C1133
0.1/16
C1132
0.1/16
C1150
0.1/16
C1103
22/6.3(X6S)
IC118
TPS25942ARVCR
1
DMODE
2
PGOOD
3
PGTH
4
OUT
5
OUT
6
OUT
7
OUT
8
OUT
9
I N
1 0
I N
1 1
I N
1 2
I N
1 3
I N
1 4
E N
1 5
OVP
1 6
GND
1 7
ILIM
1 8
dVdT
1 9
IMON
2 0
FLT
G 12
+5.5V
+5.5VT
DGND
R1174
18K
C1117
0.1/16
DGND
R1176
10K
R1175
10K
R1171
10K
R1172
no_use
R1173
51K
C1111
220P/50
R1113
10K
C1113
6800P/16
C1116
100/16
C1118
1500P/16
TP1179
L1110
BLM21PG600SN1D
SD02033-2K
ST110
SD02033-2K
ST111
IC113
YM147A0
Y M 1 4 7 A 0
1
C S
2
DO(IO1)
3
WP(IO2)
4
GND
5
DI(IO0)
6
CLK
7
HOLD(IO3)
8
VCC
C1108
120P/50
* * 110-120
*
1100-1200
Vceh=1~6V
Vcel=0-0.4V
(A-FPGA)
010.sht
(A-FPGA)
010.sht
006.sht
(u-COM)
(2125)
IPU
N C
PD(3.3V)
IPU
N C
N C
DGND
IPU
IPU
IPU
N C
IPU
VSS
IPD
IPU
IPU
N C
DQ [ 0: 7]
IPD
EMU[0]/GP7[15]
GP2[6]/
DQ [ 8:15]
IPU
VSS
IPU
EMD2[ 0: 7]
IPU
IPU
N C
IPD
IPD
EMD2[ 8:15]
IPD
IPU
IPU
EMD2[15: 8]
IPD
IPU
EMD2[ 7: 0]
IPD
N C
IPD
N C
byte swap
IPD
IPU
IPD
IPD
bit swap
IPD
IPU
IPU
IPD
original
IPD
IPU
N C
LDQM
IPD
SERIAL
FLASH
BOOT
N C
DSP D81Y
/EMDQM2[0]
IPD
IPD
UDQM
IPD
IPU
IPU
N C
IPU
/EMDQM2[1]
IPU
IPD
IPD
IPU
N C
/EMDQM2[1]
IPU
/EMDQM2[0]
IPD
IPU
IC917
IPD
IPD
N C
IPU
N C
EMD2[ 8:15]
IPD
IPU
IPU
EMD2[ 0: 7]
IPD
N C
N C
IPD
IPU
IPU
N C
DSP END 32M Serial FLASH
DSP2 128M SDRAM x 2
IPU
IPD
IPD
IPD
GP2[5]/
007.sht
(DIR)
Blank
Written by YAMAHA
RX:YM147*0
X3584F0:Winbond W9812G6KH-6
YG951A0:Zentel A3V28S40JTP-60
(SBR/C ,DSD_FC )
( - / - ,DSD_RR )
( SW/SL ,DSD_LFE)
( FR/SR ,DSD_RL )
( FL/SBL,DSD_FR )
( - / - ,DSD_FL )
(FPL/SW2,DSD_LFE)
(FPR/SW1, - )
(RPR/RPL, - )
(D-mix)
(SL/SR)
(LFE/-)
(for DA81Y)
Shee t8:DS P
/EMDQM2[1] /EMDQM2[0]
DGND
DSD5
DGND
DGND
DGND
DNGDDNGD
DGND
DGND
DGND
DGND
DGND
DSP_MOD_SD5
DSP_MOD_SD4
DSP_MOD_SD3
DSP_MOD_SD2
DSP_MOD_SD1
DSP_MOD_SD0
DSP1_MCK
DSP_UART_TX
DSP_UART_RX
DSP1_NIC
DSP1_BCK
DSP1_WCK/DSD0
DSP1_SD0/DSD1
DSP1_SD1/DSD2
DSP1_SD2/DSD3
SD1_SD3/DSD4
KPD_PWR_N
DSP1_N_INT
+3.3M
DSP1_SPI_SCK
(FWL/FWR, - )
YF286B0:Macronix MX25L3233FM2I-08G
YJ801A0:Winbond W25Q32JVSSIQ
DSP1_WAKEUP
DSP1_N_RDET
DSP1_SPI_MISO
DSP1_SPI_MOSI
(DSD_FR)
x 3
010.sht
(A-FPGA)
(u-COM)
006.sht
DSP1_WCKO
DSP1_BCKO
DEMITAS
7878
VDD
CE
Vref
14
23
Current Limit
V
OUT
GND
Pin No.
1
2
3
4
Symbol
V
OUT
GND
CE
V
DD
Description
Output Pin
Ground Pin
Chip Enable ("H" Active)
Input Pin
IC117: RP130K331D-TR
Voltage regulator
IC110: RP115H131D-T1-F
Low On Resistance/ Low Voltage 1ch 500mA/ 1.0A Alternative LDO
V
DD
CE
Pin No.
1
2
3
4
5
Symbol
V
OUT
GND
CE
V
DD
Description
Output Pin
V
FB
Ground Pin
Chip Enable Pin
Feedback Pin
Input Pin
Vref
1
5
3
2
Reverse Detector
Current Limit
VOUT
4
VFB
GND
IC112: R5527K001D-TR
Pin No.
1
2
3
4
Symbol
GND
ON
V
OUT
VIN
Description
Ground Pin
ON/OFF Control Pin, Active High/Low
Switch Output Pin
Supply Input Pin
3A Load switch IC
V
Reverse
Detector
Soft
Start
Charge
Pump
4
V
OUT
2
GND
IN
ON
1
3
ERROR
AMPLIFIER
Boot
Charge
Boot
UVLO
UVLO
Current
Sense
Oscillator
Frequency
Shift
Slope
Compensation
PWM
Comparator
Minimum
COMP Clamp
Maximum
Clamp
Voltage
Reference
Overload
Recovery
VSENSE
SS/TR
COMP
RT
PH
BOOT
VIN
AGND
Thermal
Shutdown
EN
Enable
Comparator
Shutdown
Logic
Shutdown
Enable
Threshold
Logic
Shutdown
PWRGD
THERMALPAD
GND
Logic
Shutdown
107%
93%
Logic and PWM
Latch
i
1
i
hys
IC111: TPS54519RTER
2.95 V to 6 V Input, 5-A Synchronous Step Down SWIFT™ Converter
IC118: TPS25942ARVCR
2.7 V-18 V, 5-A eFuse Power MUX With Multiple Protection Modes
9-13
IN
+
-
+
-
+
-
-10 mV
+100 mV
Charge
Pump
CP
42 mΩ
4-8
OUT
x52 µ
19
IMON
Current
Sense
Gate Control Logic
Current Limit Amp
Fast-Trip Comp
SWEN
REVERSE
UVLO
+
-
+
-
+
-
EN
OVP
Thermal
Shutdown
TSD
EN/
UVLO
Non-ideal Diode Mode
Shutdown
2.30 V
2.18 V
14
EN/UVLO
0.99 V
0.92 V
15
OVP
0.99 V
0.92 V
1
DMODE
0.96 V
0.92 V
1 µA
0.87 V
+
-
Short Detect
17
ILIM
Ramp Control
12x
EN
TSD
UVLO
1 µA
16 Ω
18
dVdt
16
GND
TPS25942A/L
18 Ω
20
FLT
SWEN
UVLO
S
R
Q
Q
Fault Latch
CLR
SET
+
-
PGTH
0.99 V
0.92 V
3
dVdt
over
20 Ω
2
PGOOD
0.5 ms
10 µs
IC115, IC116: W9812G6KH
High-speed synchronous dynamic random access memory (SDRAM)
A0
A9
DQ0
DQ15
UDQM
LDQM
CLK
CKE
CS
RAS
CAS
WE
A10
A11
BS0
BS1
CLOCK
BUFFER
COMMAND
DECODER
ADDRESS
BUFFER
REFRESH
COUNTER
COLUMN
COUNTER
CONTROL
SIGNAL
GENERATOR
MODE
REGISTER
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAY
BANK #2
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAY
BANK #0
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAY
BANK #3
DATA CONTROL
CIRCUIT
DQ
BUFFER
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAY
BANK #1
Note: The cell array configuration is 4096 * 512 * 16.
DMn
R
O
W
D
E
C
O
D
E
R
R
O
W
D
E
C
O
D
E
R
R
O
W
D
E
C
O
D
E
R
R
O
W
D
E
C
O
D
E
R
DSP2
SDRAM
Serial Flash
SDRAM
to DIGITAL 8/8
to DIGITAL 4/8
to DIGITAL 5/8
to DIGITAL 8/8
to DIGITAL 4/8
to DIGITAL 8/8
DIGITAL
REMARKS
CAPACITOR
PARTS NAME
NO
NO
MARK
MARK
ELECTROLYTIC CAPAC I T O R
CERAMIC CAPACI T O R
POLYESTER FILM CA P A CIT O R
POLYSTYRENE FILM C A P A C I TOR
MICA CAPACITOR
POLYPROPYLENE F I L M CAPACITOR
SEMICONDUCTIVE CERAMI C CAPACITOR
P
SOLID ELECTROLYTIC CAPAC ITOR
TUBULAR CAPACITORCERAMIC
NOTICE
U.S.A
G
CANADA
EUROPEAN STANDARD
L
CHINA
AUSTRALIA
SINGAPORE
KOREA
GENERAL
U
C
T
A
K
R
JAPAN
(model)
B BRITISH
J
SOUTH EUROPEE
V TAIWAN
F RUSSIAN
P LATIN AMERIC A
S BRAZIL
H THAI
RESISTOR
REMARKS
NO MARK
PARTS NAME
CARBON
CARBON
METAL
METAL
METAL
FIRE
CEMENT
SEMI
FILM RESIS TOR
FILM RESIS TOR
OXIDE FILM RESISTOR
FILM RE SISTOR
PLATE RESISTOR
PROOF CARBON FILM RESISTO R
MOLDED RESI STOR
VARIABLE R E S I STOR
(P=5)
(P=10)
CHIP RESIST O R
Page 87 B5
to DSP_CB801
+3.30V
+1.30V
+3.69V
No replacement
part available.
サービス部品供給なし
No replacement
part available.
サービス部品供給なし
No replacement
part available.
サービス部品供給なし
No replacement
part available.
サービス部品供給なし
No replacement
part available.
サービス部品供給なし
No replacement
part available.
サービス部品供給なし
DIGITAL 6/8
Details of colored lines
Red / full line: Power supply (+)
Red /dashed line: Power supply (-)
Orange: Signal detect
Yellow: Clock
Green: Protection detect
Brown: Reset signal
Blue: Panel key input
★ All voltages are measured with a 10 MΩ/V DC electronic voltmeter.
★ Components having special characteristics are marked ⚠ and must be replaced with parts
having specifications equal to those originally installed.
★ Circuit diagram is subject to change without notice.
● 電圧は、内部抵抗 10 MΩ の電圧計で測定したものです。
● ⚠印のある部品は、安全性確保部品を示しています。部品の交換が必要な場合、パーツリスト
に記載されている部品を使用してください。
● 本回路図は標準回路図です。改良のため予告なく変更することがあります。
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