Fender PASSPORT VENUE Schematics

8 7
+48V
10mVAC* +16V
-16V
TP14
*Balanced input to XLR
R1
measured between pins 2-3
6.81k D34 D22
Test point measured to ground
1/2W
will be 5mVAC
C29
R3
47 R7
33
470
R5
C99 C3
1.00k
220pF 470pF
R8 S1-A
22k PAD
D
C5
.0027
GNDCH1
R6
C100 C4
1.00k
C6
220pF 470pF
J5 2
C33
R4
33
3
47
33
4
1 5
R2 D26 D30
+16V
6.81k
1/2W
+16V -16V
GNDCH1 +48V
R210
R194
100
68k
R195
Q7
MMBT4403
C135 330k
1
GNDCH1
+48V
+16V
10mVAC
-16V
TP10
R34
*Balanced input to XLR
6.81k D25 D24
measured between pins 2-3
1/2W
Test point measured to ground
C14
R48
will be 5mVAC
47 R53
33
470
R51
C16 C34
1.00k
220pF 470pF
R57 S2-A
22k PAD
C36
.0027
GNDCH2
C R52
C30 C35
1.00k
C68
220pF 470pF
J6 2
C15
R50
33
3
47
33
4
1 5
R35 D28 D27
+16V
6.81k
1/2W
+16V -16V
GNDCH2 +48V
R211
100
R37
68k
R45
Q9
MMBT4403
C32 330k
1
GNDCH2
+48V
+16V
10mVAC* -16V
TP15
R71
*Balanced input to XLR
D32 D31
6.81k
measured between pins 2-3
1/2W
Test point measured to ground
R78 C81
will be 5mVAC
47 R82
33
470
R80
C83 C103
1.00k
220pF 470pF
R99
S3-A
22k PAD
C105
.0027
GNDCH3
R81
C98 C104 1.00k
C136
B 220pF 470pF
J7
2
R79 C82
3 33
47
4 33
1 5
R72
+16V D35 D33
6.81k
1/2W
+16V -16V
GNDCH3 +48V
R212
100
R74
68k
R75
Q11
MMBT4403
C102 330k
1
GNDCH3
+48V
+16V
-16V
10mVAC*
TP17
R120
D40 D37
*Balanced input to XLR 6.81k
1/2W
measured between pins 2-3
Test point measured to ground R127 C141
will be 5mVAC
47 R201
33
470
R199
C143 C147
1.00k
220pF 470pF
R202
S4-A
PAIR
22k
C149
.0027
GNDCH4
R200
C144 C148 1.00k
C150
220pF 470pF
J8
2
R198 C142
3 33
A
47
4 33
1 5
R121
+16V D42 D41
6.81k
1/2W
+16V -16V
GNDCH4 +48V
R213
100 R123
68k
R124
Q13
MMBT4403
C146 330k
1
GNDCH4
8 7
6
5 U2-B
R15 R18
7
33078
6
1.00k 10.0k
720mVAC
90mVAC*
R13 2.00k
C9 100pF TP8
U3-B
6
C2
C7 470pF R17 SIG-CH1
7
33078
5
C8 470pF
1.8k
33
R20
C13 100pF
10k
R14 2.00k +16V
2 U2-A
R16 R19
1
S1-B
33078
3
PAD
1.00k 10.0k
AG1
D23
D1
Q8
RED
2SC3689
1N4148W PAD
R196
R197 22k
R26
4.7k
1k
AG1
-16V
GND
5 U10-B
R60 R67
7
33078
6
1.00k 10.0k
720mVAC
90mVAC*
R58 2.00k
C71 100pF TP9
U3-A
2
C31 R36
C69 470pF SIG-CH2
1 +16V
3 33078
C70 470pF
1.8k
33
S2-B
R70 PAD
C80 100pF
10k
R59 2.00k
2 U10-A
R66 R69
1
D2
33078
3
RED
1.00k 10.0k
PAD
AG2
D29
Q10 R27
2SC3689 1k
1N4148W
R46
22k
GND
R47
4.7k
AG2
-16V
5 U11-B
R102 R110
7
33078
6
1.00k 10.0k
720mVAC
90mVAC*
R100 2.00k
C139 100pF
TP11
6 U12-B
C101
C137 470pF R73
7 SIG-CH3
33078
5 +16V
C138 470pF 1.8k
33
S3-B
R112
C140 100pF PAD
10k
R101 2.00k
U11-A
2
R109 R111
1
33078
3 D3
1.00k 10.0k
RED
AG3
PAD
D36
Q12
R28
2SC3689
1N4148W 1k
R76
22k
R77
GND
4.7k
AG3
-16V
5 U13-B
R205 R207
7
33078
6
1.00k 10.0k
720mVAC
90mVAC*
R203 2.00k
C153 100pF
TP16
2 U12-A
C145
470pF R122
C151 1 SIG-CH4
33078
3
C152 470pF 1.8k +16V
33
R209
S4-B
C154 100pF
10k
R204 2.00k PAIR
U13-A
2
R206 R208
1
3 33078
1.00k 10.0k D4
AG4 RED
PAD
D43
Q14
2SC3689
R29
1N4148W
1k
R125
22k
R126
4.7k
AG4 GND
-16V
6
5 4
-16V
D20
340mVAC
TP18
S5-D
LINE/INST
C19
33
R114
C95
10M R107 R23
33pF C26
10k 47k
4.7
J9
CHANNEL 5
GNDCH5 GNDCH5 GNDCH5 GNDCH5 GNDCH5 GNDCH5
S5-C
LINE/INST
C22
S5-B
C24
R115 R97 U4-C
C96 10 33
10M
33pF 8
10k TL074 R87
LINE/INST .01 9
47k
C90 D14
R91 R95
10M 1M
GNDCH5 GNDCH5
220pF
R104 R103 GNDCH5 GNDCH5
+16V
3.3k 4.7k
S5-A
D5 GNDCH5 GNDCH5
RED
R21
LINE/INST
1k
INST. GND -16V
325mVAC
S6-A
TP19
LINE/INST
C94
R117
33pF
10M
R108
10k
C27
4.7
J10
CHANNEL 6
GNDCH6 GNDCH6
GNDCH6 GNDCH6
S6-B
LINE/INST
S6-C
C25 R98
R116 U4-B
C97 5
10M 7
33pF
10k TL074 R90
.01 6
LINE/INST
47k
R96 C91
R94
1M
GNDCH6 GNDCH6 10M
220pF
GNDCH6
R105 R106
+16V
3.3k 4.7k
GNDCH6 GNDCH6
S6-D
D6
RED
R22
LINE/INST
1k
INST. GND
C66
900mVAC
220pF
C1
TP20 R42 R39
CH7 L/MONO
10.0k 10.0k
33
R25
J3 AG7
100k U1-D
12
14
TL074
13
SIG-CH7L
GNDCH7 GNDCH7
GNDCH7 GNDCH7
C10 R38 R41
900mVAC
10.0k
33 10.0k TP6
R61 C72
7
CH7 STEREO INPUT
100k
6
2
J1 220pF
GNDCH7 GNDCH7
3
C78
4
5
GNDCH7 GNDCH7
220pF
C11 R63
R55
10.0k 10.0k
900mVAC 33 AG7
TP12 R30 10 U1-C
100k 8
TL074
CH7 RIGHT 9
J11 SIG-CH7R
GNDCH7 GNDCH7
C17
R62 R54
900mVAC
10.0k 10.0k
33
TP3
C74
R118
100k
220pF
GNDCH7 GNDCH7
C75
900mVAC
220pF
C21 900mVAC
TP13 R65 R49
TP4
CH8 L/MONO
10.0k 10.0k
33
J4
R32 6 U1-B
100k 7
TL074
5
GNDCH8 GNDCH8
SIG-CH8L
C28 R56 R64
GNDCH8 GNDCH8
33 10.0k 10.0k
C79
R113
7
CH8 STEREO INPUT 100k
6
220pF
AG8
2
J2
GNDCH8 GNDCH8
3
C73
4
5
GNDCH8 GNDCH8
220pF
C12 R44
R40
10.0k 10.0k
33
900mVAC
TP7 R31 2 U1-A
100k 1
TL074
CH8 RIGHT 3
J12 SIG-CH8R
R218
GNDCH8 GNDCH8
0
900mVAC
C18
R43 R33
TP5
10.0k 10.0k
33
C67
R119
100k
220pF
AG8
GNDCH8 GNDCH8
5 4
3 2
+16V
D17
C84
220pF
R85 R83
10.0k 10.0k
13 U4-D
SIG-CH5
14
INPUT-MIXER PCB
TL074
12
CONNECTIONS
315mVAC
R88 R92 750mVAC*
TP1
10.0k 10.0k
C86
P1
CH1_LINE
220pF
D16 CH1_MIC
AG5 SIG-CH1
AG1 GND
CH2_LINE
SIG-CH2 CH2_MIC
GND
+16V -16V AG2
LINE_OUT_R LINE/OUT/R
GND
GNDLOUT
GND
LINE/OUT/L
+16V LINE_OUT_L
P2
D21 D18
CH3_LINE
C85
CH3_MIC
SIG-CH3
220pF
GND
AG3
C20 R86 R84 CH4_LINE
CH4_MIC
SIG-CH4
33 10.0k 10.0k
GND
AG4
R24
+15V
+16V
47k 2 U4-A
SIG-CH6 GND
1
3 TL074 GND
GND
GNDCH6 GNDCH6
-15V
-16V
C23 R89 R93
P3
33 10.0k 10.0k
CH5_LINE
315mVAC
C87
750mVAC*
CH5_MIC
SIG-CH5
TP2
AG5 GND
220pF
D15 D19 AG6
CH6_LINE
SIG-CH6 CH6_MIC
AG6 GND
OUT1R+
MAIN_OUT_R+
+16V -16V
MAIN_OUT_R- OUT1R-
OUT1L+
MAIN_OUT_L+
MAIN_OUT_L- OUT1L-
R/JACK
L/JACK
P4
GNDMAIN
GND
TO DSP
R/ADC
AFTER PRE OUT/PWR IN JACK
L/ADC
SIG-CH7L ST1/L
GND CHANNEL 7
AG7
SIG-CH7R ST1/R
ST2/L
SIG-CH8L
GND CHANNEL 8
AG8
ST2/R
SIG-CH8R
DGND
+5V
R215
120HZ_HPF/ON/OFF
0
R12
GNDCH7 GNDCH7
1k
R216
GNDCH7 GNDCH8
0
GNDCH8 GNDCH8
R217
0
AG8
AG8
+16V
C64 C65 C155
.1 .1 .1
8 8 8 8 8
U2-C U3-C U10-C U11-C U12-C
33078 33078 33078 33078 33078 33078
4 4 4 4 4
C76 C77 C156
GNDCH2
.1 .1 .1
-16V
6. ALL TEST POINTS MEASURED WITH A DVM, REFERENCED TO GROUND, UNDER THE FOLLOWING CONDITIONS:
REVERB CONTROL SET TO MINIMUM, ALL OTHER CONTROLS AT 50%
APPLY SIGNAL TO ONLY ONE INPUT CHANNEL AT A TIME
FOR CHANNELS 1-4, SIGNAL IS 10mVrms, 100Hz, SINE WAVE
FOR CHANNELS 5 & 6/7, SIGNAL IS 178mVrms, 100Hz, SINE WAVE
*SOME TEST POINTS MARKED WITH (*) HAVE UNIQUE/SPECIFIC CONDITIONS,
THIS DOCUMENT CONTAINS INFORMATION OF
WHICH ARE NOTED ON THE SCHEMATIC NEAR THE TEST POINTS.
A PROPRIETARY NATURE TO FENDER MUSICAL
REVERT TO NORMAL CONDITIONS AFTER COMPLETING THESE TESTS.
AC TEST POINTS ARE RMS VALUES, AND MAY VARY BY +/-30% INSTRUMENTS AND IS SUBMITTED TO YOU IN
DC TEST POINTS MAY VARY BY +/-10%
CONFIDENCE AND SHALL NOT BE DISCLOSED OR
TRANSMITTED TO OTHERS WITHOUT AUTHORIZ-
5. THIS SCHEMATIC IS FOR PCB FABRICATION P/N 2713CGP006 AND
ATION FROM FENDER MUSICAL INSTRUMENTS.
PCB ASSEMBLY P/N 2712CGP007.
4. ALL DIODES ARE 1N4148WX
CHECKED BY:
3. ALL POLARIZED CAPACITORS IN uF, 20%; 50V MINIMUM.
DATE:
2. ALL UNPOLARIZED CAPACITORS IN uF, 10% OR BETTER; 50V MINIMUM.
(POWER SUPPLY BYPASS CAPACITORS ARE 20%).
APPROVED BY:
1. ALL RESISTORS IN OHMS, 5%; 1/10W.
NOTES: DATE:
(UNLESS OTHERWISE NOTED)
DRAWN: S. Bankhead
DATABASE FILE: Z2713S1.SCH
3 2
1
R E V I S I O N S
REV. DESCRIPTION DATE APPROVED
A PR2713
7-FEB-14 S.M.B.
D
PRE-DSP
TO STEREO OUT
C
POST-DSP
TO POWER AMP
PRE-DSP TO PRE OUT/PWR IN & SUB
SAME AS LINE OUT
B
C157 C159 C161 C89
.1 .1 .1 C93 .1
8 4 .1 4
U13-C U4-E U1-E
TL074 TL074
4 11 C92 11
GNDCH7
C158 C160 C162 .1 C88
GNDCH4 GNDCH5
.1 .1 .1 .1
A
R
MUSICAL INSTRUMENTS
Corona, CA U.S.A.
TITLE: SERVICE DIAGRAM, COMBINED (schematic)
PASSPORT VENUE
INPUT PCB
SIZE DRAWING NUMBER REV.
D 2713CGP003 A
ENGR: S. Bankhead
RELEASE DATE: 7-FEB-14 SHEET: 1 OF 8
1