1
PASSPORT
AMP Schematic Diagram – 1/3
CH
1 IN
CH
1 O
UT
CH
2 O
UT
CH
2 IN
PW
M g
ener
ator
for C
H1
PW
M g
ener
ator
for C
H2
LC F
ilter
and
aud
io o
utpu
t for
CH
1
LC F
ilter
and
aud
io o
utpu
t for
CH
2
R77
7
4R7
C74
8 3U3/
25V
D71
8
1N41
48
R72
4A 0R
R7784R7
R70
8A
3K3
R70
6A
10K
C74
73U
3/25
V
C75
110
2/25
0V
C75
210
2/25
0V
R71
2A
100R
(1%
)R
731
270R
(%1)
R73
0
1K
R73
3
1K
R71
6A
470R
R78
3
47K
R73
2
1K
C755151/500V
D71
91N
4148
C75
947
4/40
0VC
761
104/
400V
R72
2A
10R
/5W
D71
3E
R1D
D71
4E
R1D
R78
0
4R7
C75
03U
3/25
V
D70
2
1N41
48
R72
5A 0R
R7794R7
R70
9A
3K3
R70
7A
10K
C74
93U
3/25
V
C75
310
2/25
0V
C75
410
2/25
0V
R71
3A
100R
(1%
)R
735
220R
(%1)
R73
4
1K
R73
7
1K
R71
7A
470R
R78
5
47K
R73
6
1K
C75
6
151/
500V
D70
31N
4148
C76
047
4/40
0VC
762
104/
400V
L701
22uH
R72
3A
10R
/5W
D71
6E
R1D
D71
7E
R1D
123456
CH
700
jack
-1
123456
CH
701
jack
-2
12
L700
22uH
- +
2 36
7 4
U70
5
TLC
081
- +
2 36
7 4
U70
6
TLC
081
R794
2K/1W
+-2 3
1U
700-
A NE
5532
+-6 5
7U
700-
B NE
5532
+-
8 4
U70
0-C
NE
5532
R70
05K
1,1%
R70
75K
1,1%
R70
15K
1,1%
R70
65K
1,1%
R70
5
5K1,
1%
R70
8
5K1,
1%
R70
9
5K1,1%
R72
6
5K1,1%
C70
222
1
C70
722
1
C70
322
1
C70
622
1
C70
8 104
C74
322
U/1
6V
C74
422
U/1
6V
1 2 3 4 5
JA70
2
SIP
5
C70
022
U/1
6V
C70
122
U/1
6V
C70
522
U/1
6V
C70
422
U/1
6V
12R700B
4R7
C709104
12R701B
4R7
1
4
2
3
CL700
TBD
1
4
2
3
CL701
TBD
R7952K/1W
CS
110
4
C74
7A
104
C74
8A
104
C74
9A
104
C75
0A
104
C75
9A47
2
C76
0A47
2
1
TP701
1
TP702
Z71
15.
6V
Z71
25.
6V Z71
35.
6V
Z71
45.
6V
PW
M1
+5V
+5V
+B
-B
PW
M2
-5V
+5V
+5V
-B
+B
CH
1O CH
2O
CH
1_O
GN
D
GN
D
GN
D
GN
D
GN
D
GN
D
GN
D
GN
D
GN
D
GN
D
GN
D
-5V
+5V
GN
D
-5V
CH1CL
CH1CLG
CH
2CLG
CH2CL
CH
2_O
LIN RIN
GS
1
GN
D
GN
D
GN
D
2
PASSPORT
AMP Schematic Diagram – 2/3
Driv
er a
nd M
OS
FE
T A
mpl
ifier
for C
H1
Driv
er a
nd M
OS
FE
T A
mpl
ifier
for C
H2
For
300
PR
OF
or 5
00 P
RO
For
300
PR
OF
or 5
00 P
RO1
VD
D2
CS
D3
IN4
VS
S5
NC
6V
RE
F7
OC
SE
T8
DT
16C
SH
15V
B14
HO
13V
S12
NC
11V
CC
10LO
9C
OM
U70
3
IRS
2095
7
C73
0
2U2/
25V
C72
847
pF
C72
6op
en
C73
12U
2/25
VC73
522
uF/2
5VC
737
102/
250V
R74
5
100R
(1%
)
R754
12K
R74
8
6K8 R74
9
8K2
R74
3
2K4
R76
7
15K
R76
910
R
R77
5
4R7
R75
510
K
R75
0
6K8
R77
2
22R
R77
1
22R
R70
2A
3K3
R78
139
K
1
32Q
700
IRF
B40
20
1
32Q
701
IRF
B40
20
D71
1
ER
1D
D710
ER1D
+C
733
10uF
/16V
1V
DD
2C
SD
3IN
4V
SS
5N
C6
VR
EF
7O
CS
ET
8D
T
16C
SH
15V
B14
HO
13V
S12
NC
11V
CC
10LO
9C
OM
U70
4
IRS
2095
7
C77
0
2U2/
25V
C72
947
pF
C72
7op
en
C73
22U
2/25
VC73
622
uF/2
5V
R74
6
100R
(1%
)
R758
12K
R75
1
6K8 R75
2
8K2
R74
4
2K4
R76
8
15K
R77
010
R
R77
6
4R7
R75
910
K
R75
3 6K8
R77
4
22R
R77
3
22R
R70
3A
3K3
R78
239
K
1
32
Q70
2
IRF
B40
20
1
32
Q70
3
IRF
B40
20
D71
2
ER
1D
D715
ER1D
+C
734
10uF
/16V
+C
721
2200
UF
/50V
R71
110
0K
R71
2
100K
D70
1
1N41
48
D70
0
1N41
48
1 2 3 4
JB70
2
CO
N4
+C
722
2200
UF
/50V
+C
723
2200
UF
/50V
D708
SSW14
D709
SSW14R71
0
100R R
766
100R
D73
9
1N41
48
D73
8
1N41
48
C71
610
4/25
0V
C71
710
4/25
0V
C71
810
4/25
0V
C71
910
4/25
0V
+C
720
2200
UF
/50V
12
3 4
M70
2
brac
ket
12
3 4
M70
3
brac
ket
1 2
M70
0
brac
ket
1 2
M70
1
brac
ket
D74
0
1N41
48
D74
1
1N41
48
2E
1B
3C
Q71
7
MM
BT5
401
R70
28K
2
R72
3
1KZ
710
5V1
R724
10K
2E
1B
3C
Q71
8
MM
BT5
401
R70
2B8K
2
R72
3B
1KZ
709
5V1
R724B
10K
R704A
5R1
C74
010
2/25
0V
R704B
5R1
C73
8
102/
250V
R705A
5R1
C74
210
2/25
0V
R705B
5R1
C73
910
4/25
0V
C74
110
4/25
0V
C7G
110
4C
7G2
104
R700C
1M
R700D
1M
C7H
S1
104
C7H
S2
104
1
E70
1
1
E70
2
R754A
3K9
R758A
3K9
1
TP703
1
TP704
PW
M1 GN
D
CH
1O
+B
-B
VC
C
PW
M2
GN
D
CH
2O
+B
-B
VC
C
+B -B
CS
D2
CS
D1
VD
D2
VD
D1
SD
SD
CS
D1
VDD1
EP
+IP
1
CS
D2
VDD2
EP
+IP
2
GH
S1
GH
S2
GS
2G
S1
+15V
PO
P
+15V
PO
P
3
PASSPORT
AMP Schematic Diagram – 3/3
UV
PO
VP
DC
P
OTP
Ove
r tem
pera
ture
pro
tect
ion
PR
OTE
CT
LED
CO
NTR
OL
2E
1B
3C
Q70
6
MM
BT5
551
2E
1B
3C
Q70
7
MM
BT5
551
R78
9
47K
R79
2
47K
R79
0
47K
12
R79
1
47K
R76
5
10K
R76
4
10K
R78
8
0RZ
706
47V
Z70
5
22V
+C
767
10U
/25V
+
C76
9
10U
/25V +
C76
810
U/2
5V
C77
510
4/50
V
2E
1B
3C
Q71
5
MM
BT5
401
2E
1B
3C
Q71
0
MM
BT5
551
R70
3
33K
R72
1
18K
R76
3
100K
C77
410
0U/1
6V
2E
1B
3C
Q71
4
MM
BT5
551
R70
0A
100K
R70
1A
100K
D723
1N4148
12
R79
8
47K
1234567
JB70
3
SIP
7
1
MA
RK
1
SIP
1
1
MA
RK
4
SIP
1
C76
547
3
C76
647
32
E
1B
3C
Q71
6M
MB
T390
4
2E
1B
3C
Q71
2M
MB
T540
1
R72
9A
6K8
R71
9
2K7
R71
8
0R R75
7
10K
RP701
10k NTC
R71
7
6K8
12
R71
8A
2K2
2E
1B
3C
Q70
5
3904
D72
41N
4148
D72
51N
4148
12R721B
1M
R72
1A8K
2
2E
1B
3C
Q71
939
0 4
R72
1C
4K7
12
R71
8B
47K
2E
1B
3C
Q72
0
3904
R71
9A
2K2
E
1B
3C
Q72
139
04
C77
7
334
D7421N4148
C77
810
U/1
6VD7431N4148
R718C
5K1Z70
1
3V3
R719B
100k
2E
1B
3C
Q72
239
04
R71
9C
1K
D744
1
TP70
5
SD
DC
P
PR
OTE
CT+5
V -B
GN
D
DC
_PS
DC
P
CH1_O
CH2_O
+B
+B
GN
D
MU
TE_C
VC
C-5
V
SD
+5V
MU
TE_C
GN
D
EP
+IP
1
EP
+IP
2
GN
D
PROTECT1
MU
TE_C
GN
D
GN
D
PR
OTE
CT
+5V
+B
SD
+15V
PO
P
4
PASSPORT
AMP PCB top side
AMP PCB bottom side
AMP PCB
5
PASSPORT
Fro
m P
ower
Boa
rd
Con
nect
to M
ixer
Boa
rd
TO W
IRE
LES
S B
OA
RD
Pow
er In
dica
tor
Pro
tect
or In
dica
tor
PH
AN
TOM
PO
WE
R
For
Gro
undi
ng O
ptio
n
To P
ower
AM
P PC
B
ING
ND O
UT
U82
079M
05
ING
NDO
UT
U81
9 78M
05C8
050.
1U
C806
0.1U
CE
808
100U
/10V
CE
809
100U
/10V
C801
0.1U
C802
0.1U
C803
0.1U
CE
803
220U
/25V
R80
21K
5/0.
5W(R
I)
D80
147
V
C804
0.1U
R80
3
10/0
.5W
(RI)
R80
520
K/0
.25W
(RI)
R80
122
/1W
(RI)
1
2
3
Q80
1TI
P31C
TU
R80
8
300
R80
9
300
D80
6LE
D02
5
D80
7LE
D02
5
12
3
S805
-A
VS
-SW
S12
01SP
PH4
45
6
S805
-B
VS-S
WS1
201
SPPH
4
R81
0
470(
AI)
D80
5LE
D02
5
123
JA10
123
JA11
CE
801
220U
/25V
CE
802
220U
/25V
123456
JB7
CO
N06
/2.5
C951
0.1U
12345678910
JA5
CON10/2.5
12345678910
JA8
CON10/2.5
12345678910
JA9
12345
JB4
123
JB10
123
JB11
R10
59N
C
CE
894
47U
/63V
CE
893
220U
/63V
12345678910
1 NEC
TOR_
10PI
N2.
5/2
+15V
[2,3
,4,5
,7]
-15V
[2,3
,4,5
,7]
+8V
[2]
-15V
[2,3
,4,5
,7]
+5V
A
-5V
A
+48V
[3,4
]
WIR
ELE
SS
-1[3
]
WIR
ELE
SS
-2[3
]
+8V
[2]
PR
E_O
UT/
L[2,5
]
PR
E_O
UT/
R[2,
5]
+5V
D+5
VD
PRE_
OU
T/L[2
,5]
PRE_
OU
T/R[2
,5]
CH-1
[3]
CH-2
[3]
CH-3
[4]
CH-4
[4]
+15
V[2
,3,4
,5,7
]
-15V
[2,3
,4,5
,7]
+5V
D[2
,3,4
]
ST/L
[7]
ST/R
[7]
CH5-
L[7
]
CH5-
R[7
]
CH6-
L[7
]
CH6-
R[7
]
R_O
UT-
[6]
R_O
UT+
[6]
L_O
UT+
[6]
L_O
UT-
[6]
+15
V[2
,3,4
,5,7
]
+B
[2]
+5V
D[2,
3,4]
+B
[2]
L_BA
R[2
,6]
R_BA
R[2
,6]
L_BA
R[2
,6]
R_BA
R[2
,6]
R_BA
R[2
,6]
L_BA
R[2
,6]
PI[2
]
PI [2]
DG
ND
DG
ND
DG
ND
WG
ND
WG
ND
WG
ND
Input Schematic Diagram – 1/6
6
PASSPORT
Input Schematic Diagram – 2/6
LIN
E-1
IN
MIC
MIC
-1 IN LI
NE
-2 IN
MIC
MIC
-2 IN
CE
811
47U
/63V
C813
2200
P
C811 NC
C812
NC
CE
812
47U
/63V
CE
816
47U
/50V
CE
819
47U
/50V
3 2
1
U80
1-A
MC
3307
8
56
7
4 8U
801-
BM
C33
078
32
1U
802-
AM
C33
078
56
7
4
8
U80
2-B
MC
3307
8
CE
813
47U
/50V
R81
522
KR
816
470(
AI)
C816
0.1U
C817
0.1U
C821
220P
C823
470P
CE
817
47U
/50V
C824
470P
C827
NC
R83
0N
C
R82
320
K
L801
22uH
(AI)
C822
220P
R82
927
KC
E81
847
U/5
0V
32
1U
804-
AM
C33
078
56
7
4 8
U80
4-B
MC
3307
8
32
1
U80
5-A
NE
5532
56
7
4 8U
805-
BN
E55
32
R83
23.
3K
R83
18.
2K(A
I)R
833
10K
C828
100P
R82
41.
8K(A
I)
CE
820
47U
/50V
CE
821
47U
/63V
C833
2200
P
C831
NC
C832
NC
13254
J806
6.35
MM
JA
CK
CE
822
47U
/63V
CE
826
47U
/50V
CE
829
47U
/50V
32
1
U80
3-A
MC3
3078
5 6
7
48U
803-
BM
C33
078
CE
823
47U
/50V
R84
522
KR
846
470
C838
0.1U
C839
0.1U
C841
220P
C843
470P
CE
827
47U
/50V
C844
470P
C847 NC
R86
0N
C
R85
320
K
L802
22uH
(AI)
C842
220P
R85
927
KC
E82
847
U/5
0V
R86
23.
3K
R86
18.
2K(A
I)R
863
10K
C849
100P
R85
41.
8K(A
I)
CE
830
47U
/50V
C845
0.1U
C846
0.1U
C825
0.1U
C826
0.1U
C829
0.1U
C830
0.1U
C834
470P
C835
470P
C814
470P
C815
470P
R83
410
K
R86
410
K
C818
100P
C819
100P
C837
100P
R81
16.
8K 1
%(R
I)R
812
6.8K
1%
(RI)
R84
16.
8K 1
%(R
I)R
842
6.8K
1%
(RI)
C836
100P
R81
31K
1%
R81
41K
1%
R81
72K
1%
R81
82K
1%
R81
91K
1%
R82
01K
1%
R82
110
K 1
%
R82
210
K 1
%
R82
57.
5K 1
%
R82
67.
5K 1
%
R82
72.
4K 1
%
R82
82.
4K 1
%
R84
31K
1%
R84
41K
1%
R84
72K
1%
R84
82K
1%
R84
91K
1%
R85
01K
1%
R85
110
K 1
%
R85
210
K 1
%
R85
57.
5K 1
%
R85
67.
5K 1
%
R85
72.
4K 1
%
R85
82.
4K 1
%
S80
2-A
SP
PH
4
S802
-BSP
PH4
S80
2-C
SP
PH
4
S802
-DSP
PH4
S80
1-A
SP
PH
4
S80
1-B
SP
PH
4
S80
1-C
SP
PH
4
S80
1-D
SP
PH
4
R83
512
0(A
I)
R83
612
0(A
I)
D80
8LE
D02
5
D80
2LE
D02
5
2
13
D810
BAV99
2
13
D811
BAV99
2
13
D812
BAV99
2
13
D813
BAV99
R96
70
123
4 5
J801
MIC
_JY-
04
123
4 5
J802
MIC
_JY-
04
R10
020
R10
040
R10
030
R10
050
R10
000
R10
200
R10
210
R10
240
R10
220
R10
230
R10
010
R10
250
R10
180
R10
190
1
2
3
Q80
22S
C368
9
R10
7320
K(A
I)
1
2
3
Q80
42S
C368
9
R10
7620
K(A
I)
R10
742.
2K R10
772.
2K
13254
J805
6.35
MM
JA
CK
R10
9147
1% R10
9247
1%
R10
9347
1%
R10
9447
1%
R11
033.
3K 1
%
R11
04 3.3K
1%
CE
896
47U
/50V
CE
895
47U
/50V
R11
41N
C
R11
42N
CR
1143
NC
R11
44N
CR
1145
NC
R11
46N
C
R10
7210
K(A
I)
R10
7510
K(A
I)
+48V
CH
-1[2
]
+48V
CH
-2[2
]
+5V
D
-15V
+15V
-15V
+15V
-15V
+15V
+15V
-15V
-15V
+15V
-15V
+15V
-15V
+15V
-15V
+15V
-15V
+15V
-15V
+15V
-15V
+15V
MIC
2_SW
MIC
1_M
UTE
-15V
-15V
MIC
2_M
UTE
WIR
ELES
S-1
[2]
WIR
ELES
S-2
[2]
DG
ND
DG
ND
MIC
1_SW
7
PASSPORT
Input Schematic Diagram – 3/6
LIN
E-3
IN
MIC
MIC
-3 IN
LIN
E-4
IN
MIC
MIC
-4 IN
CE
831
47U
/63V
C853
2200
P
C851
NC
C852
NC
13254
J807
CE
832
47U
/63V
CE
836
47U
/50V
CE
839
47U
/50V
3 2
1
U80
6-A
MC
3307
8
56
7
4 8U
806-
BM
C33
078
32
1
U80
7-A
MC
3307
8
56
7
4 8U
807-
BM
C330
78
CE
833
47U
/50V
R87
522
K
R87
647
0
C856
0.1U
C857
0.1U
C861
220P
C863
470P
CE
837
47U
/50V
C864
470P
C867
NC
R89
0N
C
R88
320
K
C862
220P
R88
927
KC
E83
847
U/5
0V
32
1
U80
9-A
MC
3307
8
56
7
4 8
U80
9-B
MC
3307
8
32
1
U81
0-A
NE
5532
56
7
4 8
U81
0-B
NE
5532
R89
23.
3K
R89
18.
2K
R89
310
K
C868
100P
R88
41.
8K(A
I)
CE
840
47U
/50V
CE
841
47U
/63V
C873
2200
P
C871
NC
C872
NC
13254
J808
CE
842
47U
/63V
CE
846
47U
/50V
CE
849
47U
/50V
3 2
1
U80
8-A
MC3
3078
56
7
4 8
U80
8-B
MC
3307
8
CE
843
47U
/50V
R90
522
KR
906
470(
AI)
C876
0.1U
C877
0.1U
C881
220P
C883
470P
CE
847
47U
/50V
C884
470P
C887
NC
R92
0
R91
320
K
C882
220P
R91
918
KC
E84
847
U/5
0V
R92
23.
3KK
R92
18.
2K(A
I)
R92
310
K
C888
100P
R91
41.
8K(A
I)
CE
850
47U
/50V
C885
0.1U
C886
0.1U
C865
0.1U
C866
0.1U
C869
0.1U
C870
0.1U
C874
470P
C875
470P
C854
470P
C855
470P
R89
410
K
R92
410
K
C858
100P
C859
100P
C879
100P
R87
16.
8K 1
%)R
I)R
872
6.8K
1%
(RI)
R90
16.
8K 1
%(R
I)R
902
6.8K
1%
(RI)
C878
100P
R87
31K
1%
R87
41K
1%
R87
72K
1%
R87
82K
1%
R87
91K
1%
R88
01K
1%
R88
110
K 1
%
R88
210
K 1
%
R88
57.
5K 1
%
R88
67.
5K 1
%
R88
72.
4K 1
%
R88
82.
4K 1
%
R90
31K
1%
R90
41K
1%
R90
72K
1%
R90
82K
1%
R90
91K
1% R
910
1K 1
%
R91
110
K 1
%
R91
210
K 1
%
R91
57.
5K 1
%R
916
7.5K
1%
R91
72.
4K 1
%
R91
82.
4K 1
%
S80
3-A
SPPH
4
S803
-CSP
PH4
S80
3-D
SP
PH
4
S80
4-A
SP
PH
4
S80
4-B
SP
PH
4SP
PH4
S80
4-D
SP
PH
4
D80
3LE
D02
5
D80
4LE
D02
5
R89
512
0(A
I)
R89
612
0(A
I)
2
13
D814
BAV99
2
13
D815
BAV99
2
13
D816
BAV99
2
13
D81
7BA
V99
R96
80
123
4 5
J803
MIC
_JY-
04
123
4 5
J804
MIC
_JY-
04
1
2
3
Q80
62S
C368
9
R10
7820
K(A
I)
1
2
3
Q80
82S
C368
9
R10
8120
K(A
I)
R10
802.
2K
R10
832.
2K
R10
9547
1%
R10
9647
1%
R10
9747
1%
R10
9847
1%
R11
47N
CR
1148
NC
R11
49N
CR
1150
NC
R10
7910
K(A
I)
R10
8210
K(A
I)
+48V
-15V
[2,3
,4,5
,7]
+15V
[2,3
,4,5
,7]
CH
-3[2
]
+48V
CH
-4[2
]
+5V
D+
5VD
-15V
+15V
-15V
+15V
-15V
+15
V -15V
-15V
+15V
+15V
-15V
-15V
+15V
-15V
+15V
+15
V
-15V
+15
V
MIC
3_M
UTE
MIC
3_SW
MIC
4_M
UTE
MIC
4_SW
-15V
-15V
DG
ND
DG
ND
8
PASSPORT
PR
E O
UT/
PO
WE
R A
MP
IN/L
PR
E O
UT/
PO
WE
R A
MP
IN/R
BP
F
BPF
13254
J809
6.35
MM
JA
CK 13254
J810
6.35
MM
JA
CK
CE
866
47U
/50V
C910
220P
C912
0.03
3U
3 2
1
U81
4-A
NE
5532
C914
0.03
3U
VDD
A
B
INH
VEE
VSS
1
2
3
4
5
6
7
89
10
11
12
13
14
15
16
U81
5C
D40
52
CE
865
47U
/50V
C909
220P
C911
0.03
3UC9
130.
033U
5 6
7
4
8
U81
4-B
NE
5532
C915
0.1U
C916
0.1U
C920
0.1U
C919
0.1U
R95
682
K
R95
422
K
R95
220
K
R95
582
K
R95
120
K
R95
322
K
R95
91K
(AI)
R96
01K
(AI)
2
13
D818
BAV99
2
13
D81
9BA
V99
CE
871
47U
/50V
C928
0.1U
32
1
U82
1-A
NE5
532
C932
0.1U
CE
872
47U
/50V
C929
0.1U
C948
0.1U
56
7
4 8
U82
1-B
NE5
532R
990
82K
R98
820
K
R98
982
K
R98
720
K
R99
11K
(AI)
R99
21K
(AI)
2
13
D82
0BA
V99
2
13
D82
1BA
V99
CE
873
47U
/50V
CE
874
47U
/50V
C938
0.1U
C940
0.1U
C942
0.1U
C939
0.1U
C941
0.1U
C943
0.1U
C930
0.1U
C931
0.1U
C934
0.03
3U
C935
0.03
3U
R98
222
0
R98
122
0
3 2
1
U82
5-A
NE5
532
5 6
7
4
8
U82
5-B
NE5
532
32
1
U82
4-A
NE5
532
56
7
4 8
U82
4-B
NE5
532
R10
8447
R10
8547
R10
8647 R10
8747
C969
0.01
U
C970
0.01
U
12
D82
86A
4
1 2D82
96A
4
R10
9947
KR
1100
47K
R11
0147
K
R11
0247
K
R11
51N
C
R11
52N
C
AG
ND
AG
ND
PRE_
OU
T/L
[2]
PRE_
OU
T/R
[2]
+15
V
-15V
-5VA
+5V
A
-5VA
+5V
A
-5VA
+5V
A
-15V
+15
V
-5VA
+5V
A
-5VA
+5V
A
-15V
+15
V
-15V
+15
V
+15
V
-15V
SUBW
OO
FER_
SWIT
CH[7
]
R_O
UT
[6]
L_O
UT
[6]
Input Schematic Diagram – 4/6
9
PASSPORT
Input Schematic Diagram – 5/6
To C
lass
D A
MP
Boa
rd
3 2
1
U82
7-A
NE5
532
5 6
7
4
8
U82
7-B
NE5
532
R10
261K
R10
2822
K
R10
2720
K
R10
3210
K
R10
3310
0
R10
394.
7K
R10
384.
99K
R10
344.
99K
R10
3522
K
R10
364.
99K
R10
3722
K
2
13
D822
BAV99
D824IN4148
R10
2910
K
R10
304.
99K
CE
891
10U
/50V
D82
3IN
4148
R10
3147
0
C961
10P
CE
890
47U
/50V
32
1
U82
3-A
NE5
532
56
7
4 8
U82
3-B
NE5
532
R99
410
K
R99
810
K
R99
610
0K
32
1
U82
2-A
NE5
532
56
7
4 8U
822-
BN
E553
2
R99
310
K
R99
710
K
R99
510
0K
C949
100P
C950
100P
R89
710
0K
R99
910
0KR
1041 1K
R10
4222
K
R10
4320
KR
1049
10K
R10
4810
0
R10
564.
7K
R10
554.
99K R10
534.
99K
R10
5422
K
R10
504.
99K
R10
5122
K
2
13
D825
BAV99
D827IN4148
R10
4510
K
R10
464.
99K
CE
892
10U
/50V
D82
6IN
4148
R10
4747
0
C962 10P
CE
888
47U
/63V
V+- +
5
8
7
4 2 3
1
U82
6-A
1370
0
V+- +
16
141513
12
10
9
116
U82
6-B
1370
0
2-
3+
1U82
8-A
LM07
4A
6 -
5 +
7
U828-B
9 -
10 +
8
U828-CLM074A
13-
12+
14
U82
8-D
LM07
4A
ST32
4
C944
0.1U
C946
0.1U
C945
0.1U
C947
0.1U
C963
0.1U
C965
0.1U
C964
0.1U
C966
0.1U
C967
0.1U
C968
0.1U
R10
440
R10
570
R10
52 0+5V
A
-5VA
-5VA
+5V
A
-5VA
+5V
A
L_O
UT-
[2]
R_O
UT-
[2]
R_O
UT+
[2]
R_BA
R[2
]
-5VA
+5V
A
-5VA
-5VA
+5V
A
-5VA
L_BA
R[2
]
L_O
UT
[5]
R_O
UT
[5]
+5V
A
-5VA
-5VA
+5V
A
L_O
UT+
[2]
10
PASSPORT
Input Schematic Diagram – 6/6
CH
5 L/
MO
NO
CH
5 R
CH
5 3.
5MM
JA
CK
CH
6 L/
MO
NO
CH
6 R
CH
6 3.
5MM
JA
CK
LEV
EL
LEV
EL
STE
RO
OU
TPU
T
SU
BW
OO
FE
R O
UT
13254J8
12
C891
220P
R93
34K
7
C893
220P
CE
851
47U
/50V
R93
54K
7
13254J8
13
C892
220P
R93
44K
7
C894
220P
CE
852
47U
/50V
C895
0.1U
C896
0.1U
R10
094K
73 2
1
U81
1-A
NE
5532
5 6
7
4
8
U81
1-B
NE
5532
CE
853
47U
/50V
CE
854
47U
/50V
13254
J814
C897
220P
R93
94K
7
C899
220P
CE
855
47U
/50V
R94
14K
7
13254J8
15C
E85
847
U/5
0V
C898
220P
R94
04K
7
C900
220P
CE
856
47U
/50V
C901
0.1U
C902
0.1U
R94
24.
7K
3 2
1
U81
2-A
NE
5532
5 6
7
4
8
U81
2-B
NE
5532
CE
857
47U
/50V
C905
0.1U
C906
0.1U
CK80
3
CK80
2
CE
869
47U
/50V
R10
064K
7
R10
074K
7
CE
870
47U
/50V
R10
084K
7
R10
104K
7
R10
114K
7
R10
124K
7
CE
875
47U
/50V
CE
876
47U
/50V
R10
134K
7
R10
144K
7
C922
0.1U
C923
0.1U
C952
220P
C953
220P
C954
220P
C955
220P
C956
220P
C957
220P
C959
220P
C958
220P
1
1
C904
220P
CE
860
47U
/50V
CE
862
47U
/50V
C903
220P
CE
859
47U
/50V
CE
861
47U
/50V
3 2
1U
813-
AN
E553
2
56
7
4
8
U81
3-B
4565
-A
13
2
VR
801-
A10
KA
4 6
5
VR
801-
B10
KA
C908
220P
C907
220P
R94
822
K R94
722
K
R94
410
0K
R94
310
0K
R95
01K R
949
1K
R94
610
K
R94
510
K
CK80
1R
974
10K
R97
310
K
CE
867
47U
/50V
C921
220P
R96
34.
7K
CE
868
47U
/50V
C924
470P
32
1
U81
6-A
NE5
532
56
7
4 8
U81
6-B
NE5
532
13254
J811
6.5M
M J
ACK
R96
14.
7K
R96
24.
7K
R96
622
K
R96
410
K
R96
51K
R97
74.
7K
R97
84.
7K
C925
220P
R97
547
R97
647
(AI)
C960
0.01
U
1
R10
71 1K
1
1
2
3
Q81
6 NC
1
2
3
Q81
8NC
R11
0522
0
R11
0622
0
R11
08 NC
R11
07 NC
1
2
3
Q81
1 NC
R11
09 NC
R11
4022
0
R11
21 NC
R11
20N
CR
1123 NC
3
1
2
Q80
9N
C
R11
22N
C
1
2
3
Q81
0N
C
R11
53N
CR
1154
NC
R11
57N
C
R11
56N
C
R11
59N
CR
1158
NC
R11
61N
C
R11
60N
C
CH
5-L
[2]
CH
5-R
[2]
CH
6-L
[2]
CH
6-R
[2]
+15V
-15V
+15V
-15V
+15V
-15V
ST/
L[2
,7]
ST/
R[2
,7]
+15V
-15V
ST/
L[2
,7]
ST/
R[2
,7]
SUBW
OO
FER_
SWIT
CH[5
]
+5V
A
-15V
+15
V
MU
TE1
[7]
+15
V[2
,3,4
,5,7
]
-15V
[2,3
,4,5
,7]
MU
TE2
MU
TE1
[7]
11
PASSPORT
Input PCB
Input PCB top side
12
PASSPORT
Input PCB
Input PCB bottom side
13
PASSPORT
Mixer Schematic Diagram 1/7
Con
nect
to P
ream
p B
oard
onnn
ect t
o P
ream
p B
oard
C20
10.
1U
CE
201
100U
/25V
C20
20.
1UC
E20
210
0U/2
5V
1
TP70
1TE
ST_
PO
INT
R37
4 0
123
JB15CO
N03
/2.5
123
JA15
CO
N03
/2.5
123
JB14
CO
N03
/2.5
123JA
14C
ON
03/2
.5
CE
290
100U
/25V
CE
291
0.1U
12345678910
JB5
CON10/2.5
12345678910
JB8
CON10/2.5
12345678910
JB9
CO
NN
EC
TOR
_10P
IN2.
5/1
C41
50.
1U
C41
60.
1U
1
1
1
1
ST/
R[1
,4]
ST/
L[1
,4]
ST/
L[1
,4]
ST/
R[1
,4]
+5V
D[4,7
]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[2,3
,4,5
,6,7
]
PR
E_O
UT/
L[5
]
PR
E_O
UT/
R[5
]
CH
-1[2
,6]
CH
-2[2
,6]
CH
-3[2
,6]
CH
-4[2
,6]
ST/
L[1
,4]
ST/
R[1
,4]
CH
5-L
[3,6
]
CH
5-R
[3,6
]
CH
6-L
[3,6
]
CH
6-R
[3,6
]
R_B
AR
[1,7
]
L_B
AR
[1,7
]
DG
ND
L_B
AR
[1,7
]
R_B
AR
[1,7
]
+15
V+
15V
DG
ND
14
PASSPORT
Mixer Schematic Diagram 2/7
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
C20
310
0PC
227
33P
C23
568
00P
C21
10.
039U
CE
203
47U
/50V
32
1
U20
1-A
NE
5532
56
7
4 8
U20
1-B
NE
5532
13
2
VR
201
20K
-15A
13
2
VR
207
50K
B
13
2
VR
213
50K
BC
251
100P
CE
219
2U2/
50V
CE
227
2.2U
/50V
32
1
U20
9-A
NE
5532
13
2
VR
219
20K
B 56
7
4 8
U20
9-B
NE
5532
C25
90.
1U
C26
00.
1U
C29
30.
1U
C29
40.
1U
C20
410
0P
C22
833
P
C23
668
00P
C21
20.
039U
CE
204
47U
/50V
32
1
U20
5-A
NE
5532
56
7
4 8
U20
5-B
NE
5532
13
2
VR
202
20K
-15A
13
2
VR
208
50K
B
13
2
VR
214
50K
BC
252
100P
CE
220
2U2/
50V
CE
228
2.2U
/50V
13
2
VR
220
20K
BC
243
0.1U
C24
40.
1U
R20
11.
8K
R26
19.
1K
R22
19.
1K
R25
110
K
R24
110
K
R28
1
20K
R26
29.
1K
R25
210
K
R22
29.
1KR
242
10K
R28
2
20K
R20
21.
8K
R21
19.
1K
R21
29.
1K
CE
211
47U
/50V
CE
212
47U
/50V
R27
11M
R27
21M
C21
968
00P
C22
068
00P
C20
510
0PC
229
33P
50V
C23
768
00P
C21
339
350
V
CE
205
47U
/50V
32
1
U20
2-A
NE
5532
56
7
4 8
U20
2-B
NE
5532
13
2
VR
203
20K
-15A
13
2
VR
209
50K
B
13
2
VR
215
50K
BC
253
100P
CE
221
2U2/
50V
CE
229
2.2U
/50V
32
1
U21
0-A
NE
5532
13
2
VR
221
20K
B 56
7
4 8N
E55
32
C26
10.
1U
C26
20.
1U
C29
50.
1U
C29
60.
1U
C20
610
0P
C23
033
P
C23
868
00P
C21
40.
039U
CE
206
47U
/50V
32
1
U20
6-A
NE
5532
56
7
4 8
U20
6-B
NE
5532
13
2
VR
204
20K
-15A
13
2
VR
210
50K
B
13
2
VR
216
50K
BC
254
100P
CE
222
2U2/
50V
CE
230
2.2U
/50V
13
2
VR
222
20K
BC
245
0.1U C
246
0.1U
R20
3
1.8K
R26
39.
1KR
223
9.1K
R25
3
10K
R24
310
K
R28
320
K
R26
49.
1K
R25
410
K
R22
49.
1KR
244
10K
R28
4
20K
R20
4
1.8K
R21
39.
1K
R21
49.
1K
CE
213
47U
/50V C
E21
447
U/5
0V
R27
31M
R27
41M
C22
168
00P
C22
268
00P
R29
11M
R29
21M
R29
31M
R29
41M
R23
11M
R23
21M
R23
31M R
234
1M
CE
321
47U
/50V
CE
322
47U
/50V
CE
323
47U
/50V
CE
324
47U
/50V
R39
410
0KR39
310
0K
R39
210
0K
R39
110
0K
1
TP20
1
1
TP20
2
1
TP20
3
1
TP20
4
1
TP21
1
1
TP21
2 1
TP21
3
1
TP21
4
CH
-1[1
,6]
CH
-2[1
,6]
RE
VE
RB
-1[4
]
RE
VE
RB
-2[4
]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
CH
1OU
T[4
] CH
2OU
T[4
]-1
5V[1
,2,3
,4,5
,6,7
]
+15V
[1,2
,3,4
,5,6
,7]
CH
-3[1
,6]
CH
-4[1
,6]
RE
VE
RB
-3[4
]
RE
VE
RB
-4[4
]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
CH
3OU
T[4
] CH
4OU
T[4
]-1
5V[1
,2,3
,4,5
,6,7
]
+15V
[1,2
,3,4
,5,6
,7]
15
PASSPORT
Mixer Schematic Diagram 3/7
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
BA
SS
EQ
TRE
BLE
EQ
LEV
EL
C20
733
PC
231
33P
C21
50.
039U
CE
207
47U
/50V
32
1
U20
3-A
NE
5532
56
7
4 8
U20
3-B
NE
5532
C25
510
0P
CE
223
2U2/
50V
CE
231
2.2U
/50V
32
1
U21
1-A
NE
5532
56
7
4 8
U21
1-B
NE
5532
C26
30.
1U
C26
40.
1U
C29
70.
1U
C29
80.
1U
C20
810
0P
C23
233
P
C21
60.
039U
CE
208
47U
/50V
32
1
U20
7-A
NE
5532
56
7
4 8 U20
7-B
NE
5532
C25
610
0P
CE
224
2U2/
50V
CE
232
2.2U
/50V
C24
70.
1U
C24
80.
1U
R20
51.
8KR
265
9.1K
R22
59.
1K
R25
510
K
R24
510
K
R28
520
K
R26
69.
1K
R25
610
K
R22
69.
1K
R24
610
K
R28
620
K
R20
6
1.8K
R21
59.
1K
R21
69.
1K
C20
910
0P
C23
333
P
C21
739
350
V
CE
209
47U
/50V
32
1
U20
4-A
NE
5532
56
7
4 8
U20
4-B
NE
5532
C25
710
0P
CE
225
2U2/
50V
CE
233
2.2U
/50V
32
1
U21
2-A
NE
5532
56
7
4 8
U21
2-B
NE
5532
C26
50.
1U
C26
60.
1U
C29
90.
1U
C30
00.
1U
C21
010
0P
C23
433
P
C21
80.
039U
CE
210
47U
/50V
32
1
U20
8-A
NE
5532
56
7
4 8
U20
8-B
NE
5532
C25
810
0P
CE
226
2U2/
50V
CE
234 2.
2U/5
0V
C24
90.
1U
C25
00.
1U
R20
71.
8K
R26
79.
1KR
227
9.1K
R25
710
K
R24
710
K
R28
720
K
R26
89.
1K
R25
810
K
R22
89.
1KR
248
10K
R28
8
20K
R20
8
1.8K
R21
79.
1K
R21
89.
1K
CE
215
47U
/50V
CE
216
47U
/50V
CE
217
47U
/50V
CE
218
47U
/50V
13
2
VR
205-
A20
K-1
5A
46
5
VR
205-
B20
K-1
5A
13
2
VR
223-
A20
K-1
5A
46
5
VR
223-
B20
K-1
5A
13
2
VR
206-
A20
K-1
5A
46
5
VR
206-
B20
K-1
5A
13
2
VR
224-
A20
K-1
5A
46
5
VR
224-
B20
K-1
5A
13
2
VR
211-
A50
KB
46
5
VR
211-
B50
KB
13
2
VR
217-
A50
KB
46
5
VR
217-
B50
KB
13
2
VR
212-
A50
KB
46
5
VR
212-
B50
KB
13
2
VR
218-
A50
KB
46
5
VR
218-
B50
KB
R27
51M
R27
61M
R27
71M
R27
81M
C23
968
00P
C22
368
00P
C24
068
00P
C22
468
00P
C24
168
00P
C22
568
00P
C22
668
00P
C24
268
00P
R29
51M
R29
61M
R29
71M
R29
81M
R23
51M
R23
61M
R23
71M
R23
81M
CE
325
47U
/50V
CE
326
47U
/50V
CE
328
47U
/50V
CE
327
47U
/50V R39
810
0KR39
710
0K
R39
610
0K
R39
510
0K
1
TP20
5
1
TP21
5
1
TP20
6
1
TP21
6
1
TP20
7
1
TP21
7
1
TP20
8
1
TP21
8
CH
5-L
[1,6
]
CH
5-R
[1,6
]
RE
VE
RB
-CH
5L[4
] RE
VE
RB
-CH
5R[4
]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
CH
6-L
[1,6
]
CH
6-R
[1,6
]
RE
VE
RB
-CH
6L[4
]
RE
VE
RB
-CH
6R[4
]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
CH
5LO
UT
[4] C
H5R
OU
T[4
]
CH
6LO
UT
[4] C
H6R
OU
T[4
]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
16
PASSPORT
Mixer Schematic Diagram 4/7
SY
STE
M E
Q
1.65
VR
EV
ER
B
32
1
U21
3-A
NE
5532
56
7
4 8 U21
3-B
NE
5532
R30
110
K(A
I)
R31
32.
7K
C28
910
0P
R30
310
K(A
I)R
305
10K
(AI)
R30
710
K(A
I)R
309
10K
(AI)
R31
110
K(A
I)
R30
210
K(A
I)
R31
42.
7K
C29
047
0P
R30
410
K(A
I)
R30
610
K(A
I)
R30
810
K(A
I)
R31
010
K(A
I)
R31
210
K(A
I)
C29
10.
1U
C29
20.
1U
C27
182
00P
C27
282
00P32
1U
215-
AN
E55
32
5 6
7
4
8
U21
5-B
NE
5532
13
2VR
225-
A50
KB
46
5
VR
225-
B50
KB
CE
237
47U
/50V
CE
238
47U
/50
C27
382
00P
C27
482
00P
C27
50.
1U
C27
6
0.1U
R36
451
K
R36
3
51K
R35
9
51K
R35
7
16.9
K
R36
116
.9K
R35
816
.9K
R36
051
K
R36
216
.9K
32
1
U21
4-A
NE
5532
5 6
7
4
8
U21
4-B
NE
5532
R34
110
K(A
I)
R35
510
K
C26
710
0P
R34
310
K(A
I)
R34
510
K(A
I)
R34
710
K(A
I)
R34
910
K(A
I)
R35
110
K(A
I)
R35
410
K(A
I)
R35
610
K
C26
810
0P
R35
210
K(A
I)
R35
010
K(A
I)
R34
810
K(A
I)
R34
610
K(A
I)
R34
410
K(A
I)
C26
90.
1U
C27
00.
1U
CE
236
47U
/50V
CE
241
1U/5
0V
C28
310
00P
R31
51K
CE
242
1U/5
0VR
316
1K
C28
410
00P
CE
247
2.2U
/50V
X30
132
768H
z
R31
910
KC
E24
32.
2U/5
0V
CE
244
2.2U
/50V
R31
710
K
R31
810
K
C32
812
00P
R32
110
CE
248
10U
/10V
1LI
N
2R
IN
3M
ID
4G
ND
5C
LIP
6A
VD
7G
ND
8D
VD
9X
2
10X
1
11G
ND
12T1
13T0
14SC
K15
SDA
16S0
17S1
18S2
19G
ND
20PO
T0
21PO
T1
22PO
T2
23D
VD
24G
ND
25R
EFN
26R
EFP
27R
OU
T
28LO
UT
U21
8
FV
-1R
322
10K
R32
310
KR
324
10K
R32
810
K
R32
910
K
R33
010
K
R32
510
KR
326
10K
C31
710
00P
1ADJ/GND2OUT2
3INU21
711
17_3
.3V
C28
60.
1U
CE
246
100U
/6.3
V
C28
50.
1UC
E24
510
0U/1
6V
CE
235
47U
/50V
C31
833
P
C31
933
P
32
1
U23
0-A
NE
5532
5 6
7
4
8
U23
0-B
NE
5532
R37
610
K
R38
010
K
C32
110
0P
R37
710
K
R38
110
K
C32
210
0P
C32
30.
1U
C32
40.
1U
R37
92.
7K
R37
82.
7K
CE
310
47U
/50V C
E31
247
U/5
0V
C32
512
PC
326
12P
CE
314
47U
/50V
C32
933
P
CE
313
47U
/50V
32
1
U23
1-A
NE
5532
5 6
7
4
8
U23
1-B
NE
5532
C33
10.
1U
C33
20.
1U
R38
54.
7K
R38
410
K
R38
210
K
C32
712
00P
C33
033
PR
386
4.7K R
383
10K
CE
315
100U
/6.3
VC
333
0.1U
CE
331
100U
/6.3
V
R38
70
1
TP22
1 1
TP22
2
1
TP21
9
1
TP22
0
1
TP22
3
1
TP22
4
1
TP22
5
1
TP22
6
1
TP22
7
1
TP22
8
C35
9N
CR
388
NC
C36
0N
CR
389
NC
RE
VE
RB
-1[2
,4]
RE
VE
RB
-2[2
,4]
RE
VE
RB
-3[2
,4]
RE
VE
RB
-4[2
,4]
RE
VE
RB
-CH
5L[3
]R
EV
ER
B-C
H6L
[3]
RE
VE
RB
-1[2
,4]
RE
VE
RB
-2[2
,4]
RE
VE
RB
-3[2
,4]
RE
VE
RB
-4[2
,4]
RE
VE
RB
-CH
5R[3
]
RE
VE
RB
-CH
6R[3
]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
CH
1OU
T[2
,4]
CH
2OU
T[2
,4]
CH
3OU
T[2
,4]
CH
4OU
T[2
,4]
CH
5LO
UT
[3]
CH
6LO
UT
[3]
CH
1OU
T[2
,4]
CH
2OU
T[2
,4]
CH
3OU
T[2
,4]
CH
4OU
T[2
,4]
CH
5RO
UT
[3]
CH
6RO
UT
[3]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
+5V
D[1
,7]
ST/
L[1
]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
+15V
[1,2
,3,4
,5,6
,7]
-15V
[1,2
,3,4
,5,6
,7]
ST/R
[1]
+15V
-15V
NO
TCH
_IN
_L[5
]
NO
TCH
_IN
_R[5
]
17
PASSPORT
Mixer Schematic Diagram 5/7
LEV
EL
MA
STE
R V
OLU
ME
R64
11K
3 2
1
U23
7-A
NE
5532
5 6
7
48
U23
7-B
NE
5532
3 2
1
U23
5-A
NE5
532
56
7
4 8
U23
5-B
NE5
532
R64
52M
C43
312
0PC
431
0.27
UC
435
0.02
7UC
437
51P
R64
92M
R64
71K
R64
31K
C43
90.
1UC
441
0.1U
C44
30.
1U
C44
00.
1UC
442
0.1U
C44
40.
1U
CE
333
47U
/50V C
E33
447
U/5
0V
R64
21K
3 2
1
U23
6-A
NE5
532
56
7
4 8
U23
6-B
NE5
532
R64
6 2M
C43
412
0PC
432
0.27
U
C43
60.
027U
C43
851
P
R65
02M
R64
81K
R64
4 1K
C27
710
0P
CE
239
47U
/50V
C27
810
0P
CE
240
47U
/50V
32
1
U21
6-A
NE
5532
5 6
7
4
8
U21
6-B
NE
5532
C27
90.
1U
C28
00.
1U
13
2
VR
226-
A20
K-1
5A
4 6
5
VR
226-
B20
K-1
5A
C28
122
0P
C28
222
0P
R37
120
K
R37
220
K
R36
91K
R37
01K
R36
591
K
R36
691
K
R36
710
K
R36
810
K
CE
329
47U
/50V
CE
330
47U
/50V
R49
110
0K
R49
210
0K
R65
133
0K
R65
233
0K
1
TP22
9
1
TP23
0
-15V
+15V
-15V
+15V
+15V -1
5V
-15V
+15V
PR
E_O
UT/
L[1
]
PRE_
OU
T/R
[1]
N_L [4
]
+15V
-15V
18
PASSPORT
Mixer Schematic Diagram 6/7
C30
90.
1U C31
00.
1U
C31
10.
1U
C31
20.
1U
C31
30.
1U
C31
40.
1U
C31
50.
1U
C31
60.
1U
R41
110
K
R43
14.
7K
R42
122
0K
CE
301
10U
/50V
2 3
1
U22
6-A
TL07
4
6 5
7
U22
6-B
TL07
4
9 10
8
U22
6-C
TL07
4
13 12
14
U22
6-D
TL07
4
1
23D
301
BA
V99
C30
1
0.22
U
R40
110
0K
R41
210
K
R43
24.
7K
R42
222
0K
CE
302
10U
/50V
1
23
D30
2B
AV
99C
302
0.22
U
R40
210
0K
R41
310
K
R43
34.
7K
R42
322
0K
CE
303
10U
/50V
2 3
1
U22
7-A
TL07
4
6 5
7
U22
7-B
TL07
4
9 10
8
U22
7-C
TL07
4
13 12
14
U22
7-D
TL07
4
1
23D
303
BA
V99
C30
3
0.22
U
R40
310
0K
R41
410
K
R43
44.
7K
R42
422
0K
CE
304
10U
/50V
1
23
D30
4B
AV
99C
304
0.22
U
R40
410
0K
R41
510
K
R43
54.
7K
R42
522
0K
CE
305
10U
/50V
2 3
1
U22
8-A
TL07
4
6 5
7
U22
8-B
TL07
4
9 10
8
U22
8-C
TL07
4
13 12
14
U22
8-D
TL07
4
1
23D
305
BA
V99
C30
5
0.22
U
R40
510
0K
R41
610
K
R43
64.
7K
R42
622
0K
CE
306
10U
/50V
1
23
D30
6B
AV
99C
306
0.22
U
R40
610
0K
R41
710
K
R43
74.
7K
R42
722
0K
CE
307
10U
/50V
2 3
1
U22
9-A
TL07
4
6 5
7
U22
9-B
TL07
4
9 10
8
U22
9-C
TL07
4
13 12
14
U22
9-D
TL07
4
1
23D
307
BA
V99
C30
7
0.22
U
R40
710
0K
R41
810
K
R43
84.
7K
R42
822
0K
CE
308
10U
/50V
1
23
D30
8B
AV
99C
308
0.22
U
R40
810
0K
C34
1
0.22
U
D43
1IN
4148
R60
112
K
R61
15.
1KC
351
0.1UR62
110
0
D43
2IN
4148
R60
212
K
R61
25.
1KC
352
0.1UR62
210
0
C34
2
0.22
U
C34
3
0.22
U
C34
4
0.22
U
C34
5
0.22
U
C34
6
0.22
U
D43
3IN
4148
R60
312
K
R61
35.
1KC
353
0.1UR62
310
0
D43
4IN
4148
R60
412
K
R61
45.
1KC
354
0.1UR62
410
0
D43
5IN
4148
R60
512
K
R61
55.
1KC
355
0.1UR62
510
0
D43
6IN
4148
R60
612
K
R61
65.
1KC
356
0.1UR62
610
0
C34
7
0.22
U
C34
8
0.22
U
D43
7IN
4148
R60
712
K
R61
75.
1KC
357
0.1UR62
710
0
D43
8IN
4148
R60
812
K
R61
85.
1KC
358
0.1UR62
810
0
R63
17.
5K
R63
27.
5K
R63
37.
5K
R63
47.
5K
R63
57.
5K
R63
67.
5K
R63
77.
5K
R63
87.
5K
R49
30R49
40R49
50
R49
70R49
80
C42
110
0P
C42
210
0P
C42
310
0P
C42
410
0P
C42
510
0P
C42
610
0P
C42
710
0P C42
810
0P
+15V
[1,2
,3,4
,5,7
]
-15V
[1,2
,3,4
,5,7
]
CH
-1[1
,2]
CH
1_P
RE
SE
NC
E[7
]
CH
-2[1
,2]
CH
2_P
RE
SE
NC
E[7
]
CH
-3[1
,2]
CH
3_P
RE
SE
NC
E[7
]
CH
-4[1
,2]
CH
4_P
RE
SE
NC
E[7
]
CH
5-L
[1,3
]
CH
5L_P
RE
SE
NC
E[7
]
CH
5-R[1
,3]
CH
5R_P
RE
SE
NC
E[7
]
CH
6-L
[1,3
]
CH
6L_P
RE
SE
NC
E[7
]
CH
6-R
[1,3
]
CH
6R_P
RE
SE
NC
E[7
]
CH
1_C
LIP
[7]
CH
2_C
LIP
[7]
CH
3_C
LIP
[7]
CH
4_C
LIP
[7]
CH
5L_C
LIP
[7] CH
5R_C
LIP
[7]
CH
6L_C
LIP
[7]
CH
6R_C
LIP
[7]
19
PASSPORT
Mixer Schematic Diagram 7/7
LED
CO
NTR
OL
LIN
E1
LIN
E2
LIN
E3
LIN
E4 CH
-1
CH
-2
13O
E
12R
CLK
10SC
LR
11SC
LK
14SE
R
15Q
01
Q1
2Q
23
Q3
4Q
45
Q5
6Q
67
Q7
9SD
O
U40
3
74H
C59
5R
467
220(
AI)
R46
856
0(A
I)
R46
922
0(A
I)
R47
056
0(A
I)
R47
122
0(A
I)
R47
256
0(A
I)
R47
322
0(A
I)
R47
456
0(A
I)
13O
E
12R
CLK
10SC
LR
11SC
LK
14SE
R
15Q
01
Q1
2Q
23
Q3
4Q
45
Q5
6Q
67
Q7
9SD
O
U40
4
74H
C59
5
R47
556
0(A
I)
R47
622
0(A
I)
R47
756
0(A
I)
R47
822
0(A
I)
13
2
D65
1
13
2
D65
2
13
2
D65
3
13
2
D65
4
1 3
2
D65
5
1 3
2
D65
6
D40
1L1
-GR
EE
N
D40
3L1
-YE
LLO
W
D40
5L7
-GR
EE
N
D40
7L6
-GR
EE
N
D40
9L5
-GR
EE
N
D41
1L4
-GR
EE
N
D41
3L3
-GR
EE
N
D41
5L2
-GR
EE
N
13O
E
12R
CLK
10SC
LR
11SC
LK
14SE
R
15Q
01
Q1
2Q
23
Q3
4Q
45
Q5
6Q
67
Q7
9SD
OU40
1
74H
C59
5
R45
122
0
R45
322
0
R45
522
0
R45
722
0
R45
922
0
R46
122
0
R46
322
0
R46
522
0
C40
10.
1U
D40
2R
1-G
RE
EN
D40
4R
2-G
RE
EN
D40
6R
3-G
RE
EN
D40
8R
4-G
RE
EN
D41
0R
5-G
RE
EN
D41
2R
6-G
RE
EN
D41
4R
7-G
RE
EN
D41
6R
1-Y
ELL
OW
13O
E
12R
CLK
10SC
LR
11SC
LK
14SE
R
15Q
01
Q1
2Q
23
Q3
4Q
45
Q5
6Q
67
Q7
9SD
OU40
2
74H
C59
5
R45
222
0
R45
422
0
R45
622
0
R45
822
0
R46
022
0
R46
222
0
R46
422
0
R46
622
0
C40
20.
1U
R43
010
KR
444
68K
R44
87K
5
R42
0
10K
R44
020
KR
442
10K
C40
30.
1U
C40
40.
1U
C41
047
UF
/50V
R42
910
K
R44
368
K
R44
77K
5R
419
10K
R43
920
KR
441
10K
CE
309
47U
F/5
0V
Z40
24.
7V
Z40
14.
7V
R44
556
0 R44
656
0
R41
01K
R40
91K
1
23
D31
0B
AV
99
1
23
D30
9B
AV
99
C40
50.
1U
C40
60.
1U
C41
310
0P
C41
410
0P
13O
E
12R
CLK
10SC
LR
11SC
LK
14SE
R
15Q
01
Q1
2Q
23
Q3
4Q
45
Q5
6Q
67
Q7
9SD
OU40
7
74H
C59
5
D41
7R
2-Y
ELL
OW
D41
8R
3-Y
ELL
OW
R47
922
0
R48
022
0
D41
9R
4-Y
ELL
OW
D42
0R
-RE
D
R48
122
0
R48
222
0
D42
1L-
RE
D
D42
2L4
-YE
LLO
W
R48
322
0
R48
422
0
D42
3L3
-YE
LLO
W
D42
4L2
-YE
LLO
W
R48
522
0
R48
622
0
C32
00.
1U
R48
90
R4900
32
1
U23
3-A
2068
5 6
7
4
8
U23
3-B
2068
32
1
U23
4-A
2068
5 6
7
4
8
U23
4-B
2068
C33
50.
1U
C33
60.
1U
1V
SS2
XIN
/P1.
03
XIN
/P1.
14
RES
ET/P
1.2
5P2
.0/T
06
P2.1
7P2
.28
P2.3
9P2
.410
P2.5
20V
DD
19P0
.0/A
DC
1/IN
T0/S
CL
18P0
.1/A
DC
1/IN
T1/S
DA
17P0
.2/A
DC
216
P0.3
/AD
C3
15P0
.4/A
DC
414
P0.5
/AD
C5
13P0
.6/A
DC
6/PW
M12
P0.7
/AD
C7
11P2
.6/A
DC
8/C
LO
U40
5
S3F9
454
10S0
11S1
14S2
13S3
24V
CC
12G
ND
15E
1C
OM
MO
N
9I0
8I1
7I2
6I3
5I4
4I5
3I6
2I7
23I8
22I9
21I1
020
I11
19I1
218
I13
17I1
416
I15U
232
74H
C40
67_T
I
CE
332
47U
/50V
C33
40.
1U
CE
401
47U
/50V
C41
10.
1U
R37
54.
7K
C42
910
0P
C43
010
0P
12345
J201
5P/2
.5
3
1
2
Q20
1H
M14
26
R65
356
0
R65
41K
5
R65
64K
7R
655
4K7
2
1
3
Q80
42S
C36
89
LED
_PO
WE
R
LED
_PO
WE
R
+5V
D +5V
D
SE
R[7
]
RC
LK[7
]
SC
LK[7
]
LED
_PO
WE
R+5
VD
DG
ND
LED
_PO
WE
R+5
VD
DG
ND
R_B
AR
[1]
L_B
AR
[1]
VU
/R [7]VU
/L[7
]
DG
ND
DG
ND
+5V
D
+5V
D
DG
ND
RC
LK[7
]
SC
LK[7
]
SC
LK[7
]
-15V
+15V
+15
V
-15V
+ 15V
-15V
OE[
7]
LED
_PO
WE
R
+5V
D
DG
ND
SC
LK[7
]R
CLK
[7]
OE
[7]
SE
R[7
]
AD
C1
[7]
AD
DR
3[7
]A
DD
R2
[7]
AD
DR
1[7
]A
DD
R0
[7]
VU
/L[7
]
VU
/R[7
]
AD
DR
0[7
]A
DD
R1
[7]
AD
DR
2[7
]A
DD
R3
[7]
AD
C1
[7]
+5V
D
DG
ND
CH
6R_P
RE
SE
NC
E[6
]
CH
6L_P
RE
SE
NC
E[6
]C
H6R
_CLI
P[6
]
CH
6L_C
LIP
[6]
CH
5L_C
LIP
[6]
CH
5L_P
RE
SE
NC
E[6
]C
H5R
_CLI
P[6
]C
H5R
_PR
ES
EN
CE
[6]
CH
3_C
LIP
[6]
CH
3_P
RE
SE
NC
E[6
]C
H4_
PR
ES
EN
CE
[6]
CH
4_C
LIP
[6]
CH
1_C
LIP
[6]
CH
1_P
RE
SE
NC
E[6
]C
H2_
PR
ES
EN
CE
[6]
CH
2_C
LIP
[6]
MU
TE
+5V
D
LED
_PO
WE
R_O
N/O
FF [7]
LED
_PO
WER
[7]
LED
_PO
WE
R_O
N/O
FF
[7]
DG
ND
20
PASSPORT
Mixer PCB
Mixer PCB top side
21
PASSPORT
Mixer PCB
Mixer PCB bottom side
22
PASSPORT
SMPS Schematic Diagram
R501
470K
1/2
W
!
C501
1000
uF/2
00V
C502
1000
u/200
V
R502
100K
/1/2
W
R503
100K
1/2
W
R504
1K
R505
51R
D501
ER20
6
R507
51R
R506
1K
D502
ER20
6
R508
100/
2W
C503
100p
1KV
R511
150R
/3W
C504
681/
1KV
C505
681/
1KV
R513
150R
/3W
CX1
0.47
uF/2
75Va
c
D519
UF40
03
C523
100n
D518
1N41
48
R530
3K9
C525
222
D513
1N41
48
C524
102
D515
1N41
48R5
32
270K
D514
1N41
48
Q505
KTC3
875
R535
47K
C530
2u2/
50V
C529
100n
C528
103
R533
270R
R534
27R
D517
1N41
48
C520
100u
/50V
C521
100n
D509
1N41
48
R527
47K
Q503
2N39
04
R523
47K
R529
200K
R528
1K
VR50
11K
B
R525
2K 7
115V
230V
!
R524
47K
3 2
4 1
L502 TT
-010
024
C512
100n
/100
V
Vcc7
o/p
6
Isens
e3
Vref 8
Rt/Ct 4
Gnd 5
Comp
1
Vfb
2
U501
KA38
44B
R519
4K7
CX2
0.33
uF/2
75Va
cPi
n8
CY1
4712
50AC
CY2
471
250A
CCX
3
0.1u
F/27
5Vac
8 7 6 5T502
ATT
-997
2
1 4
T502
BTT
-997
2
NTC2
SCK-
057
3 2
4 1
L501 TT
-010
024
Z503
18V
Z504
18V
Z502
18V
Z501
18V
Z506
15V
Q501
IRFP
460
Q502
IRFP
460
D512
1N41
48
NTC1
SCK0
57
CY5
102
C510
2200
u/50V
1
3
4
2
BG50
1GB
J150
5
R515
20K
R516
20K
3
8
1
10
L503
OUTT
RUKE
2
C511
2200
u/50V
R512
150R
/3W
C506
681/
1KV
R514
150R
/3W
C507
681/
1KV
C513
100n
/100
V
R521
8.2K
R522
39K
R520
3K
R526
22K
Q504
2N39
06C5
2210
0nD510
1N41
48
D511
1N41
48
Z505
18V
1/2W
Vs Vs
-40V
+40V
D533
ES1D
D506
ES1D
Vin
2Vo
ut3
GND1
U511
7905
C518
104
C519
104
C516
104
C517
104
+5V
-5V
D507
BAS3
16
D508
BAS3
16
U507
PC81
7C5
4610
2
L507
20uH
C547
102
R550
100R
C593
1000
u25V
C569
1000
u/25V
C548
1000
u/25V
C590
470u
/16V
C573
100u
/50V
C574
102
C565
100n C570
100n
C560
100n
C586
100n
Vin
1Vo
ut3
GND 2
U504
7815
GND1
Vin
2Vo
ut3
U505
7915
C568 100n
C572
100n
C567
470u
25V
C571
470u
25V
C549
1000
u/16V
C561
100n
C584
470u
/16V
C585
100n
R546
5K1
R547
1K5
R549
56KR5
481K
5NT
C3
10K
C575
1u50
V
R556
2K2
1%
R555
39K
U509
TL43
1
C563
39n
C564
open
R554
5K1
1%
1 2
JA13
+15V
-15V
+8V/
0.5A
5V
Z508
6V2
Q507
BD13
9
D521
UF40
03
D522
UF40
03 D524
ES1D
D534
1N41
48
D520
ES1D
CY6
102
AGND
R551
680R
Fan+
D523
UF1K
C576
100u
63V
C578 100n
/100
V
Z509
51V/
1W
D525
SB58
0
48V
Vin
1Vo
ut3
GND 2
U506
7805
D503
MUR
1640
D505
MUR
1640
SCR0
1M
CR10
0-6
TH01
BD22
2/10
0C
14
32
T503
TT-9
971
-5V
+15V
+5V VS VCC
Prot
ect
PGND
Prot
ect
+15V
-15V
PGND
DGND
8V +5V
Fan-
ACGN
D
R540
1M/0
.5W
R541
68K
R542
51R
R544
22R
C540
22uF
/400
V
C542
47uF
/25V
SS 1
FB2
Isen 3
D4
D5
Vcc7
GND 8
U502
ICE2
B365
C543
100n
FC5
440.4
7uF/
50V
C545
10nF
Z507
15V
1/2W
R543
0.33R
,0.5W
D530
P6KE
10A
ACGN
D
ACGN
D
C541
1nF/
1KV
R552
3K6
1 2 5 78
15 1213161718 151415 11 10
T504
TRAN
S2A
C566
470u
25V
C579
100n
Vin
1Vo
ut3
GND 2
U503
7812
C581 100n
C580
470u
25V
VsVdriv
erVc
c
VdriverVcc
C535
102
D527
UF40
06
D526
ES1D
VDR5
0114
D221
K
VDR5
0214
D221
K
ACGN
D
ACGN
D
ACGN
D
FANG
NDAC
GND
PGND
PGND
PGND
ACGN
D
C531
47uF
/25V
C532
47uF
/25V
C533
1000
uF/6
V3
C534
1000
uF/6
V3
Vs
C514
2200
u/50V
C515
2200
u/50V
1
18
5
17 16 15 11 10
3
14 13 12
T501
X’F-
18PE
E42-
B
D516
ES1D PG
ND
R545
20K
1/4W
PGND
PGND
PGND
PGND
R536
20K
R537
20K
R538
20K
R539
20K
C536
104
C537
104
L505
40uH
L506
40uH
C582
470u
25V
C583
470u
25V
R562
10K
D542
ES1D
D541
ES1D
R563 0R
C589
100nC5
8847
0uF/
25V
R561
10K
Q506
2N39
06
C587
22uF
/25V
R565
1K
Q509
2N39
06
D543
IN41
48
Mut
e
CNA
Port
CNA
Port
1 2 3 4
JA2
DC C
ON4
12
JA6-
LJA
6
12
JA6-
NJA
6
1234567
JA3
DC C
ON7
Vin
1Vo
ut3
GND 2
U510
7805
12
SW50
1A1
2SW
501B
JP50
3JU
MP
JP50
4JU
MP
JP50
5JU
MP
JP50
6JU
MP
JP50
7JU
MP
JP50
8JU
MP
JP50
9JU
MP
JP51
0JU
MP
JP51
1JU
MP
JP51
2JU
MP
JP51
3JU
MP
JP51
4JU
MP
JP51
5JU
MP
JP51
7JU
MP
JP52
00R
/120
6JP
521
0R/1
206
JP52
20R
/120
6JP
523
0R/1
206
JP52
40R
/120
6JP
525
0R/1
206
JP52
60R
/120
6JP
527
0R/1
206
JP50
1JU
MP
JP50
2JU
MP
C591
470u
/16V
prot
ect
Protect
C596
100n
C595
104
PGND
PGND
C597
100n
PGND
JP52
80R
/120
6JP
529
0R/0
805
D544
1N41
48
D545
1N41
48
R566
220R
R567
220R
V1
V1
V2
R518
4R7
R517 4R7
R510 4R7
JP51
6JU
MP
JP53
00R
/120
6
V1
R553
20K
1/4W
PGND
1 2 3 4 5 6 7 8 9 10
JA1
DC C
ON10W
GND
PGND
JP51
8JU
MP/
0.8M
M
23
PASSPORT
SMPS PCB
SMPS PCB top side
24
PASSPORT
SMPS PCB
SMPS PCB bottom side
25
PASSPORT
Test Point Information
TP701 PWM waveform:
TP702 PWM waveform:
TP703 DC 40VTP704 DC -40V
26
PASSPORT
Wiring Diagram
27
PASSPORT
The following shows the legend of the mating connections
SVC-300G211+INP SVC-300G211+MIX 1 CH-4 CH-4 1 2 AGND AGND 2 3 CH-3 CH-3 3 4 CH-2 CH-2 4 5 AGND AGND 5 6 CH-1 CH-1 6 7 AGND AGND 7 8 PRE_OUT/R PRE_OUT/R 8 9 AGND AGND 9
JA5
10 PRE_OUT/L PRE_OUT/L 10
JB5
SVC-300G211+INP SVC-300G211+MIX 1 ST/R ST/R 1 2 AGND AGND 2 3 ST/L ST/L 3 4 MUTE MUTE 4 5 AGND AGND 5 6 ﹢5VD ﹢5VD 6
7 ﹣15V ﹣15V 7 8 AGND AGND 8 9 AGND AGND 9
JA8
10 ﹢15V ﹢15V 10
JB8
SVC-300G211+INP SVC-300G211+MIX 1 L_BAR L_BAR 1 2 AGND AGND 2 3 R_BAR R_BAR 3 4 CH6-R CH6-R 4 5 AGND AGND 5 6 CH6-L CH6-L 6 7 AGND AGND 7 8 CH5-R CH5-R 8 9 AGND AGND 9
JA9
10 CH5-L CH5-L 10
JB9
Wiring Diagram
28
PASSPORT
Wiring Diagram
SVC-300G211+INP SVC-300G211+SMPS 1 ﹢5VD ﹢5V 8
2 ﹢8V ﹢8V 7
3 ﹢B ﹢48V 6
4 ﹣15V ﹣15V 55 AGND PGND 46 ﹢15V ﹢15V 37 PI Protect 2
JB1
8 MUTE Mute 1
JA1
SVC-300G211+INP SVC-300G211+AMP 1 L_OUT+ L_OUT+ 52 L_OUT- L_OUT- 43 AGND AGND 34 R_OUT+ R_OUT+ 2
JB4
5 R_OUT- R_OUT- 1
JA702
SVC-300G211+SMPS SVC-300G211+AMP 1 ﹢40V ﹢40V 12 PGND PGND 23 PGND PGND 3
JA2
4 ﹣40V ﹣40V 4
JB702
SVC-300G211+SMPS SVC-300G211+AMP 1 Protect PROTECT 2 Mute MUTE_C 3 VCC VCC 4 VS ﹣B 5 ﹣5V ﹣5V 6 ﹢15V ﹢15VPOP
JA3
7 ﹢5V ﹢5V
JB703
![Resonance Damping and Parameter Design Method for LCL-LC ... · The filter can be of different types [6]. Compared with the first order L filter, the third-order LCL filter can meet](https://static.documents.pub/doc/80x56/5e76b9e50c589625166846e9/resonance-damping-and-parameter-design-method-for-lcl-lc-the-filter-can-be-of.jpg)
