Denon IN-Command AVR-X4000, Руководство по обслуживанию

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ANALOG AUDIO DIGITAL AUDIO TMDS SIGNAL ANALOG VIDEO GND LINE POWER- LINE POWER+ LINE DIGITAL VIDEO STBY POWER
D5V
SCPU3.3V
FL5V
SWM5V
SWM3.3V
REMOTE3.3V
M3.3V
SCPU3.3V
M3.3V
D5.2V
D5.2V
DGND
DGND
D5
.2
V
MAINPOWER
D5V
DGND
D5V
1.21A
USB+5V
2.6A
D5V
D5V
1.46A
D5V
1.7A
D5V
0.87A
D5V
1.02A
DV1.8V
DV3.3V
CEC1.8V
NET1.2V
DA1.1V
CEC1.3V
1.78A
D3.3V-1
NC
(SW
)
PGN
D
PGN
D
V
O
U
T
VOUT
VOUT
VOUT
PGND
PGND
TST2
TST1
TST0
NC V
FB
AGN
D
AV
IN
POK
ENABLE
PVIN
PVIN
NC(SW)
NC(SW)
NC(SW)
NC(SW)
X7
R
Se
rie
s
NC
(SW
)
PGN
D
PGN
D
V
O
U
T
VOUT
VOUT
VOUT
PGND
PGND
TST2
TST1
TST0
NC V
FB
AGN
D
AV
IN
POK
ENABLE
PVIN
PVIN
NC(SW)
NC(SW)
NC(SW)
NC(SW)
NC
(SW
)
PGN
D
PGN
D
V
O
U
T
VOUT
VOUT
VOUT
PGND
PGND
TST2
TST1
TST0
NC V
FB
AGN
D
AV
IN
POK
ENABLE
PVIN
PVIN
NC(SW)
NC(SW)
NC(SW)
NC(SW)
NC
(SW
)
PGN
D
PGN
D
V
O
U
T
VOUT
VOUT
VOUT
PGND
PGND
TST2
TST1
TST0
NC V
FB
AGN
D
AV
IN
POK
ENABLE
PVIN
PVIN
NC(SW)
NC(SW)
NC(SW)
NC(SW)
X7
R
Se
rie
s
NC
(SW
)
PGN
D
PGN
D
V
O
U
T
VOUT
VOUT
VOUT
PGND
PGND
TST2
TST1
TST0
NC V
FB
AGN
D
AV
IN
POK
ENABLE
PVIN
PVIN
NC(SW)
NC(SW)
NC(SW)
NC(SW)
X7
R
Se
rie
s
NC
(SW
)
PGN
D
PGN
D
V
O
U
T
VOUT
VOUT
VOUT
PGND
PGND
TST2
TST1
TST0
NC V
FB
AGN
D
AV
IN
POK
ENABLE
PVIN
PVIN
NC(SW)
NC(SW)
NC(SW)
NC(SW)
X7
R
Se
rie
s
NC
(SW
)
PGN
D
PGN
D
V
O
U
T
VOUT
VOUT
VOUT
PGND
PGND
TST2
TST1
TST0
NC V
FB
AGN
D
AV
IN
POK
ENABLE
PVIN
PVIN
NC(SW)
NC(SW)
NC(SW)
NC(SW)
X7
R
Se
rie
s
OPEN
X7
R
Se
rie
s
X7
R
Se
rie
s
25,26
DGND
25,26
DGND
25,26
DGND
25,26
DGND
25,26
DGND
25,26
DGND
25,26
DGND
AVRX4000E3 ONLY
6 5 4
3 2 1
Q
300
1
TP
C611
1
C307
9
0.
1
R3061
10K
C306
8
0.
02
2
6 5 4
3 2 1
Q
300
2
TP
C611
1
C307
8
0.
1
R3063
10K
C306
9
0.
1
R306
2
10
K
6 5 4
3 2 1
Q
300
4
TP
C611
1
C307
6
0.
1
R3067
10K
C307
1
0.
1
R306
6
10
K
R3098
3.3K
R3097
10K
C307
2
0.
1
C308
0
1/
10
V
C308
1
10
/6
.3
V
C308
2
1/
10
V
R3071
3.3K
R3070
10K
R3073
3.3K
R3072
10K
R3075
3.3K
R3074
10K
R3080
3.3K
R3079
10K
R3082
3.3K
R3081
10K
D300
1
K
DS
16
0 C309
3
0.
01
5
C309
2
0.
1
C3094
1/10V R3084
4.7K
R3088
100
R308
5
47
K
R309
3
22
K
R308
6
100
K
R308
3
10
K
C309
9
1000
P
C309
5
0.
1
C309
6
0.
1
R3091
OPEN
R308
9
O
PE
N
R309
0
O
PE
N
C309
8
op
en
R3094
100
R309
2
O
PE
N
C309
7
op
en
D300
2
K
DS
16
0
R308
7
O
PE
N
C308
4
op
en
C308
5
op
en
C308
6
470
/16
V
C308
7
0.
1
C308
8
op
en
C309
1
470
/16
V
C309
0
op
en
C308
9
0.
1
C310
0
op
en
C310
1
op
en
C310
2
op
en
C310
3
op
en
C310
4
op
en
C310
5
op
en
C310
6
op
en
C310
7
op
en
C310
8
op
en
C310
9
op
en
C311
0
op
en
C311
1
op
en
C311
2
op
en
C311
3
op
en
C311
4
op
en
C311
5
op
en
C311
6
op
en
C311
7
op
en
C311
8
op
en
C311
9
op
en
C312
0
op
en
C312
1
op
en
C312
2
op
en
C312
3
op
en
C312
4
op
en
C312
6
op
en
C312
7
op
en
C312
8
op
en
C312
9
op
en
C313
0
op
en
C313
1
op
en
C313
2
op
en
C313
3
op
en
C313
4
op
en
C313
5
op
en
C313
6
op
en
C313
7
op
en
C313
8
op
en
C313
9
op
en
C314
0
op
en
C314
1
op
en
C314
2
op
en
C314
3
op
en
C314
4
op
en
L3022
BLM21AG121SN1
L3021
BLM21PG221SN1
L3020
BLM21PG221SN1
L3019
BLM21PG221SN1
C312
5
op
en
5
4
3
2
1
CN903
SMW250-05
CJP05GI289ZY
R306
0
10
K
T132
T13
3
T13
4
T13
5
T13
6
T13
9
T14
0
T141
T142
T14
3
T14
4
T14
5
T14
6
T14
7
2
3 1
O
U
T
GN
D IN
IC309
NJM2845DL133
C308
3
10
/6
.3
V
2
3 1
O
U
T
GN
D IN
IC310
NJM2845DL133
R3076
0
Q3006
RT1N441C
Q3007
RT1N441C
Q3009
RT1N441C
Q3013
RT1N141C
Q3016
RT1N141C
Q3018
RT1N141C
Q3020
RT1N141C
Q3032
RT1N141C
Q3034
RT1N141C
Q3035
2SC3052
Q3036
OPEN
Q3037
OPEN
3 NC
VDD
GND
CD VOUT
2
4
5 1
IC308 PST8448NR
T12
R3065
1K
R3064
10K
Q3008
RT1N141C
T22
T26
R3029
10
T53
T58
T18
R3035
10K
6 5 4
3 2 1
Q
300
3
TP
C611
1
C315
5
0.
1
R3102
10K
C315
4
0.
1
R310
1
10
K
T1
9
T9
2
Q3038
RT1N441C
L303
3
O
PE
N
L303
4
O
PE
N
C307
7
10
/16
V
C307
5
100
/16
V
C315
6
1000
p
C315
7
1000
p
C315
8
1000
p
C315
9
1000
p
C316
0
1000
p
C316
1
1000
p
C316
2
1000
p
C302
6
O
PE
N
C302
7
O
PE
N
R301
5
348
K
(1
%
)
R301
6
76
.8
K
(1
%
)
R301
7
0
C302
2
3.
3P
C302
1
1/
10
V
1 2 3 4
5
6
7
8
9
10
11
12
13 14 15 16
17
18
19
20
21
22
23
24
IC303
EN5339QI
R3014
100K
C301
9
0.
1
C302
5
O
PE
N
C300
8
O
PE
N
C300
9
O
PE
N
R300
3
348
K
(1
%
)
R300
4
169
K
(1
%
)
R300
5
0
C300
4
5P
C300
3
1/
10
V
1 2 3 4
5
6
7
8
9
10
11
12
13 14 15 16
17
18
19
20
21
22
23
24
IC301
EN5339QI
R3002
100K
C300
1
0.
1
C300
7
O
PE
N
C301
7
O
PE
N
C301
8
O
PE
N
R300
7
O
PE
N
R300
9
348
K
(1
%
)
R301
0
169
K
(1
%
)
R301
1
2K
(1
%
)
C301
3
5P
C301
2
1/
10
V
1 2 3 4
5
6
7
8
9
10
11
12
13 14 15 16
17
18
19
20
21
22
23
24
IC302
EN5339QI
R3008
100K
C301
0
0.
1
C301
6
O
PE
N
C303
6
O
PE
N
C303
7
O
PE
N
R301
9
O
PE
N
R302
1
348
K
(1
%
)
C303
1
5P
C303
0
1/
10
V
1 2 3 4
5
6
7
8
9
10
11
12
13 14 15 16
17
18
19
20
21
22
23
24
IC304
EN5339QI
R3020
100K
C302
8
0.
1
C303
5
O
PE
N
C304
5
O
PE
N
C304
6
O
PE
N
R302
6
348
K
(1
%
)
R302
7
412
K
(1
%
)
R302
8
0
C304
1
5P
C304
0
1/
10
V
1 2 3 4
5
6
7
8
9
10
11
12
13 14 15 16
17
18
19
20
21
22
23
24
IC305
EN5339QI
R3025
100K
C303
8
0.
1
C304
4
O
PE
N
C305
4
O
PE
N
C305
5
O
PE
N
R303
0
O
PE
N
R303
2
348
K
(1
%
)
R303
3
294
K
(1
%
)
R303
4
0
C305
0
5P
C304
9
1/
10
V
1 2 3 4
5
6
7
8
9
10
11
12
13 14 15 16
17
18
19
20
21
22
23
24
IC306
EN5339QI
R3031
100K
C304
7
0.
1
C305
3
O
PE
N
C306
3
O
PE
N
C306
4
O
PE
N
R303
8
348
K
(1
%
) R304
0
76
.8
K
(1
%
)
R304
1
0
C305
9
3.
3P
C305
8
1/
10
V
1 2 3 4
5
6
7
8
9
10
11
12
13 14 15 16
17
18
19
20
21
22
23
24
IC307
EN5339QI
R3037
100K
C305
6
0.
1
C306
2
O
PE
N
R302
2
348
K
(1
%
)
R3006
10
R3012
10K
R3018
10
R3023
1K
R3042
10
R300
1
4.
7K
R301
3
4.
7K
R302
4
4.
7K
R303
6
4.
7K
C300
2
10
/6
.3
V
C300
6
10
/6
.3
V
C301
5
10
/6
.3
V
C302
4
10
/6
.3
V
C303
3
10
/6
.3
V
C304
3
10
/6
.3
V
C305
2
10
/6
.3
V
C306
1
10
/6
.3
V
C301
1
10
/6
.3
V
C302
0
10
/6
.3
V
C302
9
10
/6
.3
V
C303
9
10
/6
.3
V
C304
8
10
/6
.3
V
C305
7
10
/6
.3
V
C300
5
22
/6
.3
V
C301
4
22
/6
.3
V
C302
3
22
/6
.3
V
C303
2
22
/6
.3
V
C304
2
22
/6
.3
V
C305
1
22
/6
.3
V
C306
0
22
/6
.3
V
Q3005
2SA2166
Q3012
2SA2166
Q3015
2SA2166
Q3017
2SA1954
Q3019
2SA1954
Q3031
2SA2166
Q3033
2SA2166
R309
5
10
K
R309
6
O
PE
N
D3003
1SS355T
Q3039
RT1N441C
L3001
CB05YTYH221
L3002
CB05YTYH221
L3003
CB05YTYH221
L3004
CB05YTYH221
L3005
CB05YTYH221
L3006
CB05YTYH221
L3007
CB05YTYH221
L3008
CB05YTYH221
L3009
CB05YTYH221
L3010
CB05YTYH221
L3011
CB05YTYH221
L3012
CB05YTYH221
L3013
CB05YTYH221
L3014
CB05YTYH221
L3015
CB05YTYH221
L3016
CB05YTYH221
L3017
CB05YTYH221
L3018
CB05YTYH221
L3023
CB05YTYH221
L3024
CB05YTYH221
L3025
CB05YTYH221
L3026
CB05YTYH221
L3027
CB05YTYH221
L3028
CB05YTYH221
L3029
CB05YTYH221
L3030
CB05YTYH221
L3031
CB05YTYH221
L3032
CB05YTYH221
CP
U
CPU
NET3.3V
DA3.3V
DGND
DV5V
DGND
DGND
CEC3.3V
CEC5V
CP
U
REMOTEPOWER
CPUPOWER
SCPUPOWER
CEC_POWER
DV_POWER2
DV_POWER1
DA_POWER
REMOTEPOWER
CPUPOWER
SCPUPOWER
NET_POWER1
D5V_POWER
SWM3.3V
M3.3V
DGND
MAINPOWER
M_RESET
SCPU3.3V
DGND
SUBBDOWN
SWM3.3V
REMOTE3.3V
DGND
FL5V
REMOTE3.3V
MUTE3.3V
SWM3.3V
M3.3V
SWM5V
D5V
DGND
BDOWN
DGND
SCPU3.3V
D5V
DGND
DGND
M3.3V
DGND
REMOTE3.3V
DGND
SWM5V
DGND
SWM3.3V
CP
U
CPUPOWER
SCPUPOWER
NET_POWER1
CP
U
DV_POWER2
DV_POWER1
DA_POWER
CEC3.3V
CEC5V
CPUPOWER
CPUPOWER
CEC1.8V DV1.8V
D5V
DAGND
DAGND
DV3.3V
CEC1.8V
DA1.1V
CEC_POWER
CEC_POWER
NET1.2V
CEC1.3V
DV5V
SCPU5V
CEC_POWER
SCPU5V
DGND
DGND
D5V_POWER
D5V_POWER
DV1.8V
NET_POWER1
DA_POWER
DV_POWER1
DV_POWER1
DV_POWER2
CEC_POWER
D5V_POWER
NET_POWER1
DA_POWER
CEC_POWER
NET_POWER1
DV3.3V
REMOTEPOWER
CN903
TO BN903
B0
TO 0B
9A
TO
A9
B2
TO 2B
B3
B4
B5
TO 3B
TO 4B
TO 5B
B6
B7
B8
TO 6B
TO 7B
TO 8B
B1
TO 1B
SCHEMATIC DIAGRAMS (2/32)
SCH02_DIG_POWER
131
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
A
B
C
D
E
F
G
H
J
K
L
M
A
B
C
D
E
F
G
H
J
K
L
M
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16