Roland CUBE-100 BASS - Circuit Diagram(Main 1 & in & Pho)

Oct.2004(Jul.2006)
CB-100
CIRCUIT DIAGRAM(MAIN 1 & IN & PHO)
fig.CB-100_circuit1.eps
W8(BLACK)
W7(RED)
SP1
SP2
SPEAKER Unit
from CPU(p.22)
from CPU(p.22)
(p.27)
(p.27)
from CPU(p.22)
IN BOARD (4/5)
MAIN BOARD (1/5)
TUNER OUT
9V : 0dBu@1kHz (PAD ON, MAX +19.2dBu)
PHONES
PHO BOARD (5/5)
LINE OUT
INPUT
(-5.1dBu)
ACT/PASSIVE : -10dBu@1kHz (PAD OFF, MAX +10dBu)
Nominal Input Level:
PAD OFF: 9.0dB
PAD ON: 0.1dB
Rdson=0.25ohm
9V : +19.2dBu
ACT/PASSIVE : +10dBu
-18.5dB +23.5dB
-1.5dBu
+4.5dBu
+6dB
+16.3dBu
+10.1dB
-1.5dBu
+19.4dB
0dB
+18.0dBu
+20.8dB
+18.0dBu
-8.0dB
EXT SPEAKERSrial
+VPP
-VNN
+11.8dB
DI OUT
9V : +19.3dBu
ACT/PASSIVE : +19.0dBu
-8.4dB
9V : +11.3dBu
ACT/PASSIVE : +11.0dBu
9V : +10.9dBu
ACT/PASSIVE : +10.6dBu
9V : +11.3dBu
ACT/PASSIVE : +11.0dBu
9V : +10.9dBu
ACT/PASSIVE : +10.6dBu
9V : +0.8dBu
ACT/PASSIVE : +0.5dBu
AD:-0.3dBu MAX, -1.0dBu MIN
DA:-0.76dBuMAX
+18.0dBu
+20.8dB
+25.3dBu
+25.3dBu
MCK
BCK
LRCK
XRES
XRES
MCK
LRCK
BCK
DA_SUB
AD
AD
POWER_AMP_IN
DI_EFX
DA
MUTE
HP-CTRL
MUTE
PAD_CTL
TLT_CTL
P_A+5
POWER_MUTE
CPU_POWER_MUTE
EXT_SP_DETECT
A
D
A
D
2
+
1
A
2-1
2-1
+
D3.3
2
+
1
A
D D
A
D
A
A
A
A
A
D
D
A A
A
2-1
2
+
1
A
A
2
+
1 2
+
1
2-1
A
2
+
1
A
D
+
D3.3
2
+
1
D D
2-1
A
D
D
+
D3.3
D
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
2-1
2
+
1
A
D
A
2
+
1
2-1
+
-
D
A
A
A
A
2
+
1
A
A
2-1
A
2-1
2-1
2
+
1
2
+
1
A
2
+
1
2-1
A
A
A
D
D
D
AA
A
A
A
A
A
A
A
A
A
R180
33k
JK4
YKB21-5010
1
2
3
R62
150kF
Q4
2SK880GR
3
1 2
C47
10/16
R46
100
R8
1k
+
-
IC10A
uPC4072G2
2
3
1
C74
10/16
C57
0.1
C67
47/25
R48
2.2k
C55
10/16
R39
10
C31
10/16
R72
10k
C52
10p
C29
47/25
C54
10/16
R69
560 1/4W
R74
10k
R53
2.2k
C41
47p
+
-
IC13B
UPC4570G
6
5
7
+
-
IC12B
NJM2100M
6
5
7
C10
47p
R71
47k
JK1
YKB21-5012
1
2
4
CN4
W1(2P)
1
1
2
2
R170
NIU
R73
10k
R67
330
R60
10k
R55
10k
R42
330
+
-
IC13C
UPC4570G
84
C48
10/16
DA5
1SS302
2 1
3
+
-
IC11C
UPC4570G
84
+
-
IC14C
UPC4570G
84
R44
18k
R12
100k
R38
560 1/4W
R75
10k
WP10
W10 (1P)
1
C46
10/16
C35
47p
+
-
IC10C
uPC4072G2
84
C167
220p
+
-
IC10B
uPC4072G2
6
5
7
D2
1SS355
1 2
R151
220
R41
6.8k
Q12
RN1442
1
2 3
R56
2.2k
+
-
IC13A
UPC4570G
2
3
1
C161
10/16
C72
NIU
C160
10/16
C71
10p
R54
10k
R50
56k
C184
150p
+
-
IC17A
NJM4556AM
2
3
1
C185
150p
C173
47/25
C176
330p
C172
47p
R146
82 1/2W
R147
82 1/2W
+
-
IC17B
NJM4556AM
6
5
7
Q16
RN1442
1
2 3
C180
10/16 105c
R155
10k
JK2
YKB21-5006
1
2
3
4
5
7
8
R160
10k
C181
330p
C175
10/16 105c
C178
47/25
C22
0.1
C177
47p
CN15
W3 (5P)
1
1
2
2
3
3
4
4
5
5
R66
6.8k
R61
2.2k
R165
220
R79
100k
DA8
1SS302
2 1
3
Q17
RN1442
1
2 3
R76
1k
C79
47p
Q5
2SA1048GR
3
2 1
Q6
2SC2458GR
3
1 2
R188
NIU
Q22
2SK880GR
3
1 2
D11
1SS355
12
C197
1/50 105c
R189
10k
R198
10k
Q24
2SC4116GR
1
2 3
R197
56k
R200
56k
R199
56k
Q25
2SC4116GR
1
2 3
R196
56k
R204
10k
Q27
2SC4116GR
1
2 3
R203
56k
Q26
2SA1586GR
1
3 2
R205
56k
C204
0.047
C37
1500p
R43
10kF
R64
10k
C38
47p
R51
33kF
+
-
IC12A
NJM2100M
2
3
1
R47
3.9kF
DA4
1SS302
2 1
3
R45
10k
L38
BLM21AG121SN1
R65
10kF
L11
BLM21AG121SN1
C76
10/16
C44
1/50 105c
C53
10p
R154
1k
R159
1k
C395
10/16
R49
10k
D14
UDZS16B
1 2
D15
UDZS16B
1 2
D12
UDZS16B
12
D13
UDZS16B
12
WP7
W14(1P)
1
R207
1M
JK5
YKB21-5010
1
2
3
C68
100/35 105c
R194
1M
C80
10p
D1
NIU
1 2
C205
0.1
CN5
B2B-PH-K
1
1
2
2
L2
BLM21AG121SN1
C60
47p
C198
0.1
L14
BLM21AG121SN1
+
-
IC14A
UPC4570G
2
3
1
C30
100/35 105c
D3
NIU
1 2
R63
10k
R68
10k
CN14
1
1
2
2
3
3
4
4
5
5
C73
0.1
C70
10/16
C61
0.1
C39
0.1
C65
1/50 105c
C33
100/35 105c
C168
NIU
C196
0.1
C43
220p
+
-
IC12C
NJM2100M
84
C66
0R0
C83
4.7/25
IC5
AK4386VTP-E2
MCLK
1
BICK
2
SDTI
3
LRCK
4
PDN
5
DFS0
6
DFS1
7
DEM
8
DIF0
9
ROUT
10
LOUT
11
VCOM
12
VSS
13
VDD
14
DIF1
15
TEST
16
C75
10/16
C45
P-1.0
+
-
IC17C
NJM4556AM
84
WP17
W12(8p)
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
SP2
1
WP19
W13(9p)
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
L20
0R0
L21
0R0
C421
NIU
C422
NIU
R447
NIU
C51
NIU
+
-
IC14B
UPC4570G
6
5
7
C188
10p
R183
10k
C189
NIU
R52
NIU
R182
39k
C50
NIU
C56
0.1
C93
0.1
C92
0.1
C182
0.1
C89
0.1
C183
0.1
C86
0.1
C88
0.1
C91
0.1
C58
0.1
C94
0.1
C87
0.1
+
-
IC11A
UPC4570G
2
3
1
R195
56k
R27
100k
L8
0R0
+
-
IC11B
UPC4570G
6
5
7
R32
220 1/2W
C21
47p
DA7
1SS302
2 1
3
DA6
1SS302
2 1
3
C23
NIU
R202
56k
L4 0R0
R33
100 1/2W
L3 0R0
R36
100k
R30
10k
C164
47/50 105c
R22
100 1/2W
R31
10k
R21
220 1/2W
Q13
RN1442
1
2 3
C27
47p
C166
47/50 105c
L5 0R0
Q15
RN1442
1
2 3
G
JK3
YKF52-5003
2
3
1
10
20
C430
10/16
R451
33k
C431
10/16
R453
33k
SSW1A
SSAB110100
2
1 3
SSW1B
20 10
L271
0R0
R
L
G
JK10
S2/BBB-PC-C-KINKED
6
5
3
1
2
4
C399
0.01
C398
NIU
C32
0.1
C432
0.01
SSW2B
20 10
C435
NIU
C436
NIU
D412
UDZS4.3B
12
D411
UDZS4.3B
1 2
R448
1k
Q23
2SA1586GR
1
3 2
R193
1M
R185
NIU
R157
22k
R57
1M
C202
4700p
Q21
2SK880GR
3
1 2
D10
1SS355
12
R187
100k
R14
22k
R58
5.6k
R186
100k
C195
10/16
R181
18k
C63
0.1
C8
0.1
C64
0.1
C12
0.1
C59
NIU
C62
10/16
C28
0.1
R80
47k
R403
22k
C414
47/25 105c
C69
0.1
C415
47/25 105c
C81
0R0
C34
0.1
C84
0.1
C203
4700p
R452
33k
SSW2A
SSAB110100
2
1
3
R163
22k
C165
10/16
R28
33k
R446
NIU
Q14
RN1442
1
2 3
IC4
AK4552VT
RIN
1
LIN
2
VSS
3
VA
4
VD
5
DEMO
6
DEM1
7
SDTO
8
SDTI
9
LRCK
10
MCLK
11
BCLK
12
PDN
13
VCOM
14
LOUT
15
ROUT
16
R59
56k
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
from CPU(p.22)
(p.27)
(p.27)
(p.22)
Refer to p.22
to WP20
Refer to p.24
Refer to p.25
to WP18
Refer to p.24
2120