Circuit Diagram (Main Board: 1/4) - Roland Juno-GJ Service Notes

Apr. 2006

Circuit Diagram (MAIN Board: 1/4)

fig.diagram-main-1@L
EEPDO
+
D 3.3
RA2
1 8 XRD XWE3 4 5
2 7 33 3 6
RA1 XWE0 XWE2
10k 3 6 2 7
XWE1 XWE1
4 5 XWE2 XWE0 1 8
1 8 XWE3
RA4 2 7 RD/XWR RD/XWR R3 33
10k 3 6 R4 33
XCS2 XRD
4 5 XCS3 XCE1B 4 5
RA9
1 8 XCS0 XCE1A 3 6
RA10 2 7 XCS4 33 XCS4 2 7
10k 3 6 1 8
XCE1A XCS0
4 5 R5
XCE1B XCS3
1 8 XCE2A XCS2 R6
RA15 2 7 XCE2B
+
D 3.3
10k 3 6 XRASL
4 5 R7 33
XCASL XCE2B
R8 XCE2A R9 33
NIU XBBIOIS16 R10
CKE 33
R11
EEPCS0 33
LED1 R12 33
XCASL
SML-310LT
XADARST
XRASL R13 33
NIU
D
+
D 3.3
Power
R14 10k
XWAIT
MIC_SW
MIC_SW
CARD-PW-ON/XOFF EEPDI
XDACK0
R18
XAUDSYNC
+
D 3.3 AUDATA3
CN1
AUDATA2
RA27
1 8 1
AUDATA0 AUDATA0 AUDATA1
1
2 7 2 10k
AUDATA1 AUDATA1 AUDATA0
2
3 AUDATA2 AUDATA2 6 3
3
4 AUDATA3 AUDATA3 5 4 XTRST
4 RA28
5 XAUDSYNC XAUDSYNC 8 1 TMS
5
6 7 2 10k
TCK TCK
6
7 TCK TMS 6 3 TDI
7
8 TMS TDI 5 4 TDO
8
9 XTRST XASEBRKAK
9 RA31
10 8 1
TDI XTRST
10
11 7 2 10k
TDO TDO
11
12 XASEBRKAK XASEBRKAK 6 3 C15
12
13 XRST_A AUDCK 5 4
13
14 C16
AUDCK XRST_A
14 +
15 D 3.3
15
16 R19 10k
D
16
R20
D 10k
16FMN-BTK-A
D + . 1 9
R21
NIU
XE10AMODE
H-UDI
10k
+
D 3.3
R24 R25 R26 R27 R28 R29
10k 10k 10k 10k 10k 10k R22
10k CPUCLK
+ 5 +
D D 3.3
SW2
EEPSK
D
SKRGADD010
SCL
NIU
XPCMCIA-RST
CKIO R30
D
R31 DEBUG SW 2 22
4 3 2 1 R32
100 100
TXD2
R33 IC9B IC9A
100 8 9 6 5 R34 100
RTS2
R36 IC9D IC9C R35 1k
PLAY_RED
100 10 11 12 13 R37 100
MIDI_OUT
IC9E IC9F
1 2 3 4 R38 1k
RXD2 PLAY_GREEN
IC10A IC10B
5 6 9 8
MIDI_IN +
D 3.3
IC10C IC10D
13 12 11 10
CTS2
IC10F IC10E R39 AUDCK
10k
+ 5 + XGDBMODE XCD_DETECT
D D 3.3
R361 NIU
D + 3.3
R362 NIU NFRXB
C38 C39
+
0.1 0.1 R40 D 3.3
R41
10k 10k
D D XRST_A R44 100
IC9G SW3 R45
IC10G 10k
TC74VHCT04AFT SN74LV04APWR
SKRGADD010
C46
NIU
D
CD_BUS_EN
D XDREQ0
NMI
SDA
A_MUTE
XIREQ2
XIREQ2
XIREQ1
XPCMCIA-IRL
XIREQ0
XWXINT +
D 3.3
Big endian
area0=8bit
area0=8bit
clockMODE1
clockMODE1
clockMODE1
+
D 3.3
X1 D
4 1
VDD OE
C54
R59
0.1
2 3 22 CPUCLK
GND OUT
SG-9001JC-C07P-16MHZ
D
IC18G IC17E IC16E IC12E
SN74LV04APWR SN74LV32APWR SN74LV32APWR SN74LV08APWR
+ + + + +
D 3.3 D 3.3 NIU D 3.3 D 3.3 D 3.3
IC15C
TC74VHC139FT
C59 C60 C64 C61 C63 C65
0.1 0.1 1k 0.1 0.1 0.1
D D D D D
30
D[31..0]
A[25..0]
IC1 HD6417706F133
82 76 R1 22 A25
WE3/DQMUU/ICIOWR/PTC[2] A25
81 75 R2
22 A24
WE2/DQMUL/ICIORD/PTC[1] A24
77 74 1 8
RA3 A23
BS/PTC[0] A23
80 72 2 7 A22
WE1/DQMLU/WE A22
79 70 3 6 A21
WE0/DQMLL A21
83 69 22 4 5 A20
RD/WR A20
78 68 1 8
RA8 A19
RD A19
67 2 7 A18
A18
91 66 3 6 A17
CS6/CE1B/PTC[7] A17
90 65 22 4 5 A16
CS5/CE1A/PTC[6] A16
89 64 1 8
RA14 A15
CS4/PTC[5] A15
33 88 62 2 7
A14
CS3/PTC[4] A14
33 87 60 3 6 A13
CS2/PTC[3] A13
85 59 22 4 5 A12
CS0 A12
58 RA17 1 8 A11
A11
94 57 2 7
A10
CE2B/PTD[7] A10
92 56 3 6 A9
CE2A/PTD[6] A9
101 55 22 4 5 A8
IOIS16/PTD[5] A8
100 54 RA19 1 8 A7
CKE/PTD[4] A7
99 53 2 7
A6
CASU/PTD[3] A6
98 52 3 6
A5
CASL/PTD[2] A5
97 50 22 4 5 A4
RASU/PTD[1] A4
96 48 RA20 1 8 A3
RASL/PTD[0] A3
47 2 7
A2
A2
102 46 3 6
A1
BACK A1
103 45 22 4 5 A0
BREQ A0
104
WAIT
5 D31 D31 8
D31/PTB[7]
108 6 7
D30 D30
DRAK1/PTE[3] D30/PTB[6]
107 7 D29 D29 6
DRAK0/PTE[2] D29/PTB[5]
106 8 D28 D28 5
DACK1/PTE[1] D28/PTB[4]
105 9 D27 D27 8
DACK0/PTE[0] D27/PTB[3]
10 7
33 D26 D26
D26/PTB[2]
113 12 6
D25 D25
AUDSYNC/PTF[4] D25/PTB[1]
112 14 D24 D24 5
AUDATA[3]/PTF[3] D24/PTB[0]
111 15 D23 D23 8
AUDATA[2]/PTF[2] D23/PTA[7]
110 16 7
D22 D22
AUDATA[1]/PTF[1] D22/PTA[6]
109 17 6
D21 D21
AUDATA[0]/PTF[0] D21/PTA[5]
18 D20 D20 5
D20/PTA[4]
119 20 D19 D19 8
TRST/PTG[3] D19/PTA[3]
118 22 D18 D18 7
TMS/PTG[2] D18/PTA[2]
116 23 6
D17 D17
TCK/PTG[1] D17/PTA[1]
114 24 D16 D16 5
TDI/PTG[0] D16/PTA[0]
120 26 D15 D15 8
TDO/PTF[5] D15
121 28 D14 D14 7
ASEBRKAK/PTF[6] D14
122 29 6
D13 D13
ASEMDO D13
30 5
D12 D12
D12
470p 127 31 D11 D11 8
CAP2 D11
32 D10 D10 7
D10
124 33 6
470p D9 D9
CAP1 D9
34 5
D8 D8
D8
2 35 D7 D7 8
XTAL2 D7
36 D6 D6 7
D6
38 D5 D5 6
D5
40 5
D4 D4
D4
3 41 D3 D3 8
EXTAL2 D3
42 D2 D2 7
D2
43 D1 D1 6
D1
131 44 5
D0 D0
XTAL D0
+
D 3.3
175
AVCC
132
EXTAL
C19 C390
0.1
136 170 10/16
IRQOUT/PTE[7] AVSS
135 176
TCLK/PTE[6] AVSS
134
D
STATUS1/PTE[5] +
133 D . 1 9
STATUS0/PTE[4]
138 150 C28 0.1
CKIO VCC
117 C29 0.1
VCC
142 73 C30
0.1
TXD2/SCPT[2] VCC
146 21 C31 0.1
RXD2/SCPT[2] VCC
144
RTS2/SCPT[4]
143 10
SCK2/SCPT[3]
140 C32 D
TXD0/SCPT[0]
145 19
RXD0/SCPT[0] VSS
141 71
SCK0/SCPT[1] VSS
147 115
CTS2/IRQ5/SCPT[5] VSS
130
VSS
148
VSS
162
ADTRG/PTG[5]
+
159 D 3.3
D
AUDCK/PTG[4]
158 C33 0.1
VCCQ
174 139 C34
0.1
AN[3]/DA[0]/PTJ[3] VCCQ
173 95 C35 0.1
AN[2]/DA[1]/PTJ[2] VCCQ
172 86 C36 0.1
AN[1]/PTJ[1] VCCQ
171 63 C37 0.1
AN[0]/PTJ[0] VCCQ
51 C40 0.1
VCCQ
39 C41 0.1
VCCQ
149 27 C43 0.1
RESETM VCCQ
157 13 C44 0.1
NMI VCCQ
165
RESETP
166
10
CA
C45 D
1000p 11
VSSQ
161 25
DREQ1/PTH[6] VSSQ
160 37
DREQ0/PTH[5] VSSQ
155 49 3
A24
IRQ4/PTH[4] VSSQ
154 61 A23 2
IRQ3/IRL3/PTH[3] VSSQ
153 84 XCS0 12 IC16D
IRQ2/IRL2/PTH[2] VSSQ
152 93 11 1
IRQ1/IRL1/PTH[1] VSSQ
151 137 13
A25
IRQ0/IRL0/PTH[0] VSSQ
156 SN74LV32APWR
VSSQ
169
MD5
D + . 1 9
168 D
MD4
167 128
MD3 VCC-PLL2
164 123 13
MD2 VCC-PLL1
129 A22 14
MD1
163 C52 C53
MD0
15
0.1 0.1 XCS4
125
VSS-PLL1
126
VSS-PLL2
D D
D + . 1 9
1 IC12D
VCC-RTC
XCE1B 12 SN74LV08APWR
C55 11
13 12
0.1 XCE2B
4
VSS-RTC
XBWE1 13
D
IC17D
SN74LV32APWR
+ 5
D
R351 100
XRST5
R67
IC11C 4.7k
SN74LV21APWR
+
D 3.3
IC18F IC18E IC18A
+ 5
D 13 12 11 10 1 2
R68 100
7 1
VCC NC
C67 2
NC
0.1 3
NC
8
NC
4 5 C66
GND DLY
0.1
C68
IC19
RESET
M51953BFP-C61J
D 1
D
IC3
A14 20 53 1 8 RA5 D31
A13 DQ15
A15 21 51 2 7 D30
A12 DQ14
35 50 3 6
A13 D29
A11 DQ13
A12 22 48 4 5 47 D28
A10/AP DQ12
A11 34 47 1 8 RA11 D27
A9 DQ11
A10 33 45 2 7 D26
A8 DQ10
32 44 3 6
A9 D25
A7 DQ9
31 42 4 5 47
A8 D24
A6 DQ8
A7 30 13 1 8 RA16 D23
A5 DQ7
A6 29 11 2 7 D22
A4 DQ6
A5 26 10 3 6 D21
A3 DQ5
25 8 4 5 47
A4 D20
A2 DQ4
A3 24 7 1 8 RA18 D19
A1 DQ3
A2 23 5 2 7 D18
A0 DQ2
4 3 6 D17
DQ1
2 4 5 47
D16
DQ0 +
19 D 3.3
XCS3
CS
XRASL 18 C2 10
RAS
XCASL 17 1 C3 0.1
CAS VDD
16 14 C5
RD/XWR 0.1
WE VDD
27 C6 0.1
VDD
CKE 37 3 C7 0.1
CKE VDDQ
D + 3.3
CKIO 38 9 C10 0.1
CLK VDDQ
1 10 R15 43 C11 0.1
RA159 VDDQ
2 39 49 C12 0.1
XWE3
UDQM VDDQ
3 10k XWE2 15
LDQM
4
D
1
RA160
2 6
VSSQ
3 10k 12
VSSQ
4 36 46
NC VSSQ
1 52
RA161 VSSQ
2 40 28
NC VSS
3 10k 41
VSS
4 54
VSS
1
RA162
2 M12L128168AP1L D
3 10k
4
1 IC6
RA163
2 A14 20 53 1 8 RA30 D15
A13 DQ15
3 10k 21 51 2 7
A15 D14
A12 DQ14
4 35 50 3 6
A13 D13
A11 DQ13
1 A12 22 48 4 5 47 D12
A10/AP DQ12
RA164
2 A11 34 47 1 8 RA35 D11
A9 DQ11
3 10k 33 45 2 7
A10 D10
A8 DQ10
4 32 44 3 6
A9 D9
A7 DQ9
1 A8 31 42 4 5 47 D8
A6 DQ8
RA165
2 A7 30 13 1 8 RA40 D7
A5 DQ7
3 10k A6 29 11 2 7 D6
A4 DQ6
4 26 10 3 6
A5 D5
A3 DQ5
1 A4 25 8 4 5 47 D4
A2 DQ4
RA166
2 A3 24 7 1 8 RA41 D3
A1 DQ3
3 10k A2 23 5 2 7 D2
A0 DQ2
4 4 3 6
D1
DQ1
2 4 5 47
D0
DQ0
+
XCS3 19 D 3.3
CS
XRASL 18 C17 10
RAS
XCASL 17 1 C18 0.1
CAS VDD
16 14 C21 0.1
RD/XWR
WE VDD
27 C22 0.1
VDD
CKE 37 3 C24 0.1
CKE VDDQ
CKIO 10 38 9 C25 0.1
CLK VDDQ
R23 43 C26 0.1
VDDQ
39 49 C27 0.1
XWE1
UDQM VDDQ
XWE0 15
LDQM
D
6
VSSQ
12
VSSQ
36 46
NC VSSQ
52
VSSQ
40 28
NC VSS
41
VSS
54
VSS
M12L128168AP1L D
XCS0
1
XRD XCS6B
3
XICIORD 2 XCARD_SELECT
XCS4
IC12A
SN74LV08APWR
XCS0
XCS6B
XCARD_SELECT
XUSBCCS
IC15A R60 33
7
IC17A
B Y3
6 R49 33 XNDBUS XWE2 1 NIU
A Y2
5 R50 33 XSMNDCTL 3
Y1 XICIORD
4 R52 33 XCSFL 2
G Y0
SN74LV32APWR
TC74VHC139FT
D
R65
IC15B 33
IC17B
9 4 NIU
XWE3
B Y3
10 6
A Y2 XICIOWR
11 R57 33 XUSBCCS 5
Y1
12 R58 SN74LV32APWR
33 XWX16CS
G Y0
D
TC74VHC139FT R70 NIU
XPCMCIA-WAIT
IC17C
9 NIU
XBIOIS16 XWXWAIT
XCS6B 8 XBBIOIS16
R74 10
33 R72
D
11 SN74LV32APWR 10k
XLCDCS
D
R77 NIU
NIU
R66 XFLRST
100
R69 100
IC18B
3 4
XRST_A
XRST_A
IC18C
5 6 XRST_B
XRST_B
R71
D
100
IC18D
9 8
SN74LV04APWR
D
D[31..0]
A[25..0]
D + 3.3
C1
0.1
IC4
RA6 33 +
D 3.3
D
A8 9 11 1 8 BA8 BA8 1 8
A8 B8 RA7
A9 8 12 2 7 BA9 BA9 2 7
A7 B7
7 13 3 6 3 6 10k
A10 BA10 BA10
A6 B6
A11 6 14 4 5 BA11 BA11 4 5
A5 B5
A12 5 15 1 8 BA12 BA12 1 8
A4 B4
RA13
A13 4 16 2 7 BA13 BA13 2 7
A3 B3
3 17 3 6 3 6 10k
A14 BA14 BA14
A2 B2
2 18 4 5 4 5
A15 BA15 BA15
A1 B1
RA12 33
19
OE
1
+ DIR
D 3.3
SN74LV245A-PW
D
+
D 3.3
C4 0.1
RA21
IC5
+
33 D 3.3
D
A0 9 11 1 8 BA0 BA0 1 8
A8 B8
A1 8 12 2 7 BA1 BA1 2 7
A7 B7 RA22
A2 7 13 3 6 BA2 BA2 3 6
A6 B6
6 14 4 5 4 5 10k
A3 BA3 BA3
A5 B5
A4 5 15 1 8 BA4 BA4 1 8
A4 B4
RA25
A5 4 16 2 7 BA5 BA5 2 7
A3 B3
A6 3 17 3 6 BA6 BA6 3 6 10k
A2 B2
2 18 4 5 4 5
A7 BA7 BA7
A1 B1
RA24 33
19
OE
1
+ DIR
D 3.3 R17
NIU
SN74LV245A-PW
D
XFLRST
+
D 3.3
C14 0.1
IC7
RA36 22 RA37 33 +
D 3.3
D
4 5 9 11 1 8 4 5
D8 BD8 BD15
A8 B8
RA34
D9 3 6 8 12 2 7 BD9 BD14 3 6
A7 B7
D10 2 7 7 13 3 6 BD10 BD13 2 7 10k
A6 B6
1 8 6 14 4 5 1 8
D11 BD11 BD12
A5 B5
4 5 5 15 1 8 4 5
D12 BD12 BD11
A4 B4 RA38
D13 3 6 4 16 2 7 BD13 BD10 3 6
A3 B3
D14 2 7 3 17 3 6 BD14 BD9 2 7 10k
A2 B2
D15 1 8 2 18 4 5 BD15 BD8 1 8
A1 B1
IC27B
RA32 22 RA33
19 33 SN74LV32APWR
OE
1 XBRD 4
DIR
5
XNDBUS
SN74LV245A-PW
XBWE0 9
D
10
+
D 3.3
C23 0.1 IC27C
IC8 SN74LV32APWR
RA45 22 RA46 33 +
D 3.3
D
4 5 9 11 1 8 4 5
D0 BD0 BD7
A8 B8 RA44
D1 3 6 8 12 2 7 BD1 BD6 3 6
A7 B7
D2 2 7 7 13 3 6 BD2 BD5 2 7 10k
A6 B6
D3 1 8 6 14 4 5 BD3 BD4 1 8
A5 B5
4 5 5 15 1 8 4 5
D4 BD4 BD3
A4 B4 RA47
3 6 4 16 2 7 3 6
D5 BD5 BD2
A3 B3
D6 2 7 3 17 3 6 BD6 BD1 2 7 10k
A2 B2
D7 1 8 2 18 4 5 BD7 BD0 1 8
A1 B1
RA42 22 RA43 33 +
19 D 3.3 C72
OE
1 0.1
DIR
D
SN74LV245A-PW 13 15
BD3
D4 4Q
12 10
D BD2
D3 3Q
BD1 5 7
D2 2Q
1 BD0 4 2
D1 1Q
2
IC11A
6 14
IC27A
4Q
4 SN74LV32APWR 11
3Q
5 SN74LV21APWR XBWE0 1 1 6
CLR 2Q
IC11B 3 9 3
CK 1Q
9 2
XSMNDCTL
10 SN74LV21APWR IC24
8 R95 TC74VHC175FT
12 XFLRST D
13 R42
33
0 C88
100p
XWE0 1 IC16A
3 R51
33 XBWE0 D
2 12
SN74LV32APWR 11
XWE1 4 IC16B 13
6 R54 33 XBWE1
5
D
SN74LV32APWR IC27D
XRD 9 IC16C SN74LV32APWR
8 R55 33 XBRD
10
SN74LV32APWR
D
+ C42
D 3.3
0.1
IC13
TC7SH32FU
4 IC12B
D
6 XWAIT XCS2 1 R46
5 4 33
XCS2B
SN74LV08APWR 2
C47
NIU
9
XBWE0 IC12C
8
D D
XPANELWE
XBWE1 10
SN74LV08APWR R53 NIU
JUNO-G/JUNO-G (J)
BD[15..0]
BA[15..0]
BA[15..0]
RA90
NIU
IC2 BA0 5 4
17 45 6 3
A18
A17 DQ15/A-1
48 43 7 2
A17
A16 DQ14
A16 1 41 8 1
A15 DQ13
BA15 2 39 5 4
A14 DQ12
BA14 3 36 6 3
A13 DQ11
4 34 7 2
BA13
A12 DQ10
BA12 5 32 8 1
A11 DQ9
BA11 6 30
A10 DQ8
RA91
BA10 7 44 BD7 D
A9 DQ7
8 42 NIU
BA9 BD6
A8 DQ6
18 40
BA8 BD5
A7 DQ5
BA7 19 38 BD4
A6 DQ4
BA6 20 35 BD3
A5 DQ3
BA5 21 33 BD2
A4 DQ2
22 31
BA4 BD1
A3 DQ1
BA3 23 29 BD0
A2 DQ0
BA2 24
A1
BA1 25
A0
16
NC
14
NC
13
NC
XCSFL 26 10
CE NC
11 9
XBWE0
WE NC +
28 D 3.3
XBRD
OE
15 37
RY/BY VCC
47
BYTE
C8 C389
12 0.1
RESET
46 10/16
VSS
R16 27
VSS
0
S29AL004D70TFI020@ D
D D
C426 10/16 +
C13 D 3.3
100p
C74 0.1
C77 0.1
IC25
D
XNFCS 9 44 BD7
CE I/O8
XNFWE 18 43 BD6
WE I/O7
XNFRE 8 42 BD5
RE I/O6
7 41
NFRXB BD4
RY/BY I/O5
16 32
NFCLE BD3
CLE I/O4
NFALE 17 31 BD2
ALE I/O3
0 19 30 BD1
WP I/O2
R89 29
BD0
I/O1
1
NC
2 48
NC NC
3 47
NC NC
4 46
NC NC
5 45
D
NC NC
10 40
NC NC
6 C82 11 39
NC NC
14 38
NIU
NC NC
15 35
NC NC
20 34
NC NC
8 21 33
NC NC
22 28
NC NC
23 27
NC NC
24 26
NC NC
25
NC
TC58DVM82A1TG00@
XRST_A
D
RA48 D + 3.3
NFALE 1 8
2 7
3 6
NFRXB 4 5
10k
A24
A24
XCARD_SELECT
XCARD_SELECT
XDREQ0
XDREQ0
XDACK0
XDACK0
+
D 3.3
XUSBCCS
XUSBCCS
XWX16CS
XWX16CS
CKIO
CKIO
C97
0.1 XWE0
XWE0
XRD
XRD
XCS2B
XCS2B
XCE1A
D
XCE1A
IC27E XCE2A
XCE2A
SN74LV32APWR XCE2B
XCE2B
XNDBUS
XNDBUS
EEPCS0
EEPCS0
XBWE0
XBWE0
XBWE1
XBWE1
XBRD
XBRD
31