AV Switch
1
2
3
4
5
6
7
8
9
10
G
D
C
B
E
F
A
6-2
CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X” IN THEIR
COMPONENTS DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.
ALL COMPONENTS WITH “M” IN THE DESIGNATOR
ARE A SURFACE MOUNTED COMPONENT.
3828VD0171E
FCS 48 SERIES SHEET 2
A UX- R
C V- RF
A UX- L
MON- OUT- L
MON- OUT- R
C V- MA IN
Y- C V- SD
Y- C V- MIC RO
C OMPUTER- SENSE
C A MPORT- SENSE
L- YUV
R- YUV
Y2
SDA 2
SC L2
Y- MA IN
C - MA IN
SWF
+ 9 V
SWD
+ 9 V
SWF
+ 9 V
SWF
+ 9 V
SWF
+ 9 V
SWF
+ 9 V
AV
+ 9 V
SWF
+ 9 V
+ 9 VSWF
+ 9 V
SWF
AV
+ 9 V
SWC
+ 9 V
+ 9 VSWC
+ 9 V
SWC
+ 9 VSWD
+ 9 V
SWD
AV
+ 9 V
SWC
+ 9 V
AV
+ 9 V
Y- MON- OUT
C - MON- OUT
A UX- VIDEO- IN
Y1- IN
C 1- IN
R- C OMP- IN
R- REA R- IN
R- SVID- IN
L- SVID- IN
L- REA R- IN
L- C OMP- IN
6
OUT
5
2 2
AUDIO
LEFT
OUT
2 5
Y
16
C OMP
LEFT
IN
2
2 1
8
2 4
19
4
IN
Y/ C
RIGHT
IN
C
17
11
Y
18
13
VIDEO
IN
14
15
1
3
Y/ C
C
10
12
2 3
9
LEFT
IN
2 0
C OMP
RIGHT
IN
RIGHT
IN
LEFT
IN
AUDIO
RIGHT
OUT
7
JP1
1
6 6 13 V0 0 0 19 A
C 2 9 0 0
10 0 V
3 9 0 pF
C 2 9 16
5 0 V
1µ F
C M2 9 3 4
5 0 V
10 0 pF
C 2 9 2 9
5 0 V
1µ F
R2 9 18
5 .6 K
RM2 9 2 9
PROV
C M2 9 3 3
5 0 V
PROV
Q2 4 0 1
E
B
C
KSA7 3 3 C - Y
PROV
ZD2 9 0 3
MTZJ9 .1B
1/ 2 W
9 .1V
0DZ910009AJ
W2 4 0 1
PROV
W2 4 0 0
PROV
RM2 9 5 5
0
R2 9 16
4 7
R2 9 3 0
5 .6 K
R2 9 3 2
5 .6 K
RM2 4 11
PROV
C 2 9 11
5 0 V
1µ F
Q2 9 0 0
E
B
C
0 TR9 4 5 0 0 9 AA
KSC 9 4 5 C - Y
C M2 9 0 2
5 0 V
PROV
ZD2 9 0 4
MTZJ9 .1B
1/ 2 W
9 .1V
0 DZ9 10 0 0 9 AJ
C 2 9 3 1
5 0 V
1µ F
RM2 9 3 1
PROV
RM2 4 10
PROV
GN
D
5
4
4
7
3
8
7
9
6
LV3
V4
3
8
Y2
S2
-3
19
18
C2
LV2
RV2
17
V2
RV
4
LV4
LTV
COUT2
3
9
4
0
4
1
4
2
2
0
4
3
3
7
S- 1
Y3
S-
3
2
VOUT2
RV
3
RTV
TV
CO
UT1
DC- OUT
YIN1
VO
UT1
C3
MUTE
VCC
RO
UT1
ROUT2
2
3
2
4
BIA
S
3 6
2
2
2
1
13
YOUT2
LOUT2
TR
AP
1
YO
UT1
2 6
2 7
LO
UT1
14
SCL
V3
ADR
CIN
1
SDA
10
S-
2
S2
-2
15
S2- 1
4
8
4
6
4
5
16
4
4
C1
3 3
3 4
RV1
1
Y1
2 5
LV1
11
2 8
12
V1
3 5
2 9
3 0
3 2
3 1
IC M2900
C XA2 0 8 9 Q
0 ISO2 0 8 9 0 0 A
RM2 9 5 9
PROV
C M2 9 3 2
5 0 V
PROV
RM2 9 0 6
PROV
C 2 9 0 9
5 0 V
1µ F
R2 9 0 7
5 .6 K
RM2 9 0 8
PROV
C 2 9 10
5 0 V
1µ F
R2 9 0 9
5 .6 K
R2 9 10
7 5
R2 9 11
4 7
ZD2 9 0 1
9 .1V 1/ 2 W
0DZ910009AJ
MTZJ9 .1B
R2 9 12
7 5
R2 9 13
4 7
ZD2 9 0 2
9 .1V 1/ 2 W
0DZ910009AJ
MTZJ9 .1B
RM2 9 17
PROV
RM2 9 2 1
PROV
C 2 9 2 3
5 0 V
1µ F
R2 9 2 2
5 .6 K
R2 9 2 0
5 .6 K
RM2 9 19
PROV
C 2 9 19
5 0 V
1µ F
C M2 9 2 2
5 0 V
PROV
C M2 9 2 1
5 0 V
PROV
RM2 9 2 3
PROV
C 2 9 2 5
5 0 V
1µ F
R2 9 2 4
5 .6 K
R2 9 2 6
4 7
C M2 9 2 7
5 0 V
PROV
C M2 9 2 8
5 0 V
PROV
2
1
4
5
3
DL2 4 0 0
1
HC F0 3 6 1
VID- IN
C - OUT
GND
VC C
Y- OUT
6200C 000032
C M2 4 0 2
5 0 V
10 0 pF
C M2 4 0 3
5 0 V
PROV
Q2 9 0 3
E
B
C
KSC 9 4 5 C - Y
0 TR9 4 5 0 0 9 AA
C 2 4 11
16 V
4 7 µ F
Q2 9 0 4
E
B
C
KSC 9 4 5 C - Y
0 TR9 4 5 0 0 9 AA
C M2 9 3 5
5 0 V
PROV
Q2 9 0 5
E
B
C
KSC 9 4 5 C - Y
0 TR9 4 5 0 0 9 AA
L2 9 0 5
15 µ H
C M2 9 4 5
5 0 V
PROV
C M2 9 3 6
5 0 V
PROV
C 2 9 3 7
16 V
2 2 0 µ F
L2 9 0 0
4 7 µ H
C M2 4 0 1
5 0 V
3 3 0 pF
C M2 4 0 0
5 0 V
18 0 pF
L2 4 0 0
4 .7 µ H
C M2 9 4 0
2 5 V
0 .0 1
C M2 4 0 4
5 0 V
10 0 pF
RM2 4 0 5
PROV
L2 4 0 1
4 .7 µ H
C M2 9 4 1
5 0 V
12 pF
L2 9 0 2
18 0 µ H
C M2 4 0 7
5 0 V
PROV
Q2 4 0 0
E
B
C
KSA7 3 3 C - Y
0 TR7 3 3 0 0 9 AA
C M2 4 0 6
5 0 V
PROV
VIDEO- FRONT- IN
C AMPORT- SENSE
L- FRONT- IN
R- FRONT- IN
1
2
3
4
5
8
7
6
C N4B 8
1
3 6 6 - 9 2 1G
RM2 9 15
7 5
RM2 9 2 5
7 5
RM2 9 4 3
15 0
RM2 9 4 2
15 0
RM2 4 0 4
2 2 K
RM2 9 4 7
15 0
RM2 9 4 6
15 0
RM2 9 5 6
1K
RM2 9 4 8
1K
RM2 4 0 1
1.2 K
RM2 9 4 9
6 8 0
RM2 4 0 9
1K
RM2 9 0 1
2 2 0
RM2 9 4 1
2 2 0
RM2 9 4 5
2 2 0
RM2 9 5 4
2 2 0
RM2 9 3 3
2 2 0
C M2 9 12
5 0 V
0 .0 1
RM2 9 6 2
5 .6 K
RM2 9 3 4
10 0
RM2 9 3 5
10 0
C M2 9 14
5 0 V
PROV
C M2 9 2 0
5 0 V
PROV
C M2 9 17
5 0 V
PROV
C M2 9 0 8
5 0 V
PROV
C M2 9 13
5 0 V
PROV
L2 4 0 2
4 7 µ H
C 2 4 10
16 V
10 0 µ F
C M2 4 0 9
5 0 V
PROV
C M2 9 0 4
5 0 V
PROV
RM2 9 6 0
PROV
Q2 9 0 1
E
B
C
KSC 9 4 5 C - Y
0 TR9 4 5 0 0 9 AA
RM2 9 0 4
2 2 0
R2 9 0 3
7 5
ZD2 9 0 0
9 .1V 1/ 2W
0DZ910009AJ
MTZJ9 .1B
Q2 9 0 2
E
B
C
KSC 9 4 5 C - Y
0 TR9 4 5 0 0 9 AA
C M2 9 4 2
16 V
0 .1
L2 9 0 3
15 µ H
L2 9 0 4
15 µ H
C 2 9 4 7
5 0 V
PROV
C
M
2
9
4
8
5
0
V
P
R
O
V
C
M
2
9
4
9
5
0
V
P
R
O
V
C 2 9 0 1
16 V
4 7 0 µ F
RM2 9 3 7
2 2 0
RM2 9 3 8
15 0
RM2 9 3 9
15 0
RM2 9 5 0
PROV
RIGHT- SC A N
LEFT- SC A N
1
2
3
4
5
6
C N7 R2
1
3 6 6 - 9 2 1E
RM2 9 5 2
PROV
RM2 9 5 1
5 .6 K
RM2 9 5 3
5 .6 K
C 2 9 5 5
5 0 V
1µ F
C 2 9 5 6
5 0 V
1µ F
RM2 9 6 1
0
C 2 4 0 8
5 0 V
10 µ F
C 2 9 0 6
5 0 V
10 µ F
C 2 9 15
5 0 V
10 µ F
C 2 9 3 0
5 0 V
10 µ F
C 2 9 3 8
5 0 V
10 µ F
C 2 9 3 9
5 0 V
10 µ F
C 2 9 4 3
5 0 V
10 µ F
C M2 4 0 5
5 0 V
2 2 0 pF
C M2 9 0 3
2 5 V
0 .0 1
C M2 9 4 4
5 0 V
3 3 0 pF
RM2 9 0 5
2 2 0
C M2 9 4 6
5 0 V
12 0 pF
RM2 4 0 0
4 7
RM2 4 0 2
4 7
RM2 9 0 2
4 7
RM2 9 5 8
4 7
RM2 4 0 6
10 0
RM2 4 0 8
10 0
RM2 9 5 7
10 0
RM2 4 0 3
10 K
RM2 4 0 7
10 K
RM2 9 3 6
10 K
RM2 9 4 0
10 K
RM2 9 4 4
10 K
RM2 9 2 7
PROV
RM2 9 2 8
PROV
R2 9 0 0
7 5
C 2 9 2 4
5 0 V
10 µ F
MON- OUT- R
MON- OUT- L
TO
FRONT
JA C K
C OMPUTER- SENSE
1
W
F
WF1
2V
WF
2
3
WF
WF
4
WF
5
WF
6
7
WF
8
WF
9
WF
W
F
11
WF
WF2
2V
WF3
1V
WF4
660MV
WF5
2V
WF6
5.3V
WF7
1V
WF8
2V
WF9
1.5V
WF10
2V
WF11
1.5V
SHT. 6-6
SHT. 6-6
SHT. 6-6
SHT. 6-8
SHT. 6-8
SHT. 6-8
SHT. 6-6
SHT. 6-10
SHT. 6-10
SHT. 6-6
SHT. 6-6
SHT. 6-10
SHT. 6-10
SHT. 6-10
SHT. 6-10
SHT. 6-9
SHT. 6-9
10