Philips DVDR1000/001, Руководство по обслуживанию

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Diagnostic Software and Faultfinding Trees
GB 76 DVDR1000 /0x1 /691 5.
Figure 5-32
Signal
Signal
Signal
Schematics
MP
X
Y
Name
Description
Type
Part
Name
Coord.
F5101
ARCRI
A
LRear
Cinch
In
NF
In
1958
1A
IO
2
D2
F5103
ARCLI
A
R
Rear
Cinch
In
NF
In
1958
2A
IO
2
E2
F5202
RCVBSIn
V
Rear
Cinch
In
V
In
1959
2A
IO
2
C2
F5503
RSVHSYIn
Y
Rear
SVHS
In
V
In
1955
3B
IO
2
B2
F5504
RSVHSCIn
C
Rear
SVHS
In
Si
n
In
1955
4B
IO
2
B2
F338
RSVHSYOut
Y
Rear
SVHS
Out
V
Ou
t
1955
3A
IO
3
A9
F337
RSVHSCOut
C
Rear
SVHS
Out
Sin
Out
1955
4A
IO
3
A9
F6001
DVAR
A
R
from
DIGI
Sin
In
1960
1
AP
D1
F6002
GNDA
GNDA
GN
D
1960
2
AP
D1
F6004
DVAL
A
Lfrom
DIGI
Si
n
In
1960
4
AP
D1
F700
IF
IF
Ou
t
DC
Out
1705
11
TU
C3
F701
IF
In
IF
In
Si
n
In
1705
11
TU
C3
F702
GNDFV
GND
FV
GN
D
1705
12
TU
C2
F703
GNDFV
GN
D
FV
GN
D
1700
3
TU
B6
F704
40.4
40.4
Trap
Sin
Ou
t
1700
1
TU
B5
F705
AG
C
AG
C
DC
Ou
t
3701
TU
A4
F812
SYNC
SYNC
from
Sepa.
Freq
Out
7803
33
AIO1
F6
F4202
DI
G
OU
T
L
Digital
Out
Low
GN
D
1954
2
DIGI
B4
F4203
DI
G
OU
T
H
Digital
Out
High
Sin
Out
1945
3
DIGI
A4
F4204
OP
T
OU
T
Optical
Out
DC
Out
1943
1
DIGI
D3
F806
FA
N
OU
T
FA
N
Ou
t
DC
Ou
t
1984
1
FACO
C5
F807
FA
N
IN
FAN
In
DC
In
1985
1
FACO
F1
F8206
IO
N
ION_FAN
DC
Ou
t
1982
6
AIO1
H1
3
F8208
BE_FAN
BE_FAN
DC
Ou
t
1982
8
AIO1
I13
F8209
FB
FBIN
SC2
DC
Out
1982
9
AIO1
I13
F8210
GNDD
GNDD
GNDD
1982
10
AIO1
I13
Remark: Indicator
*means
more
than
one
signal
type
Measurement
Point
Overview
for
NAFTA
Signal
Signal
Signal
Schematics
MP
X
Y
Name
Description
Type
Part
Name
Coord.
F800
F_MODE
Fact.
Mode
Condition
AIO1
AIO1
C1
0
F3201
12
V
12
V
Supply
PS
IN
1932
1
PS
C1
F3202
5V
5V
Supply
PS
IN
1932
2
PS
C1
F3203
5NSTBY
5V
Supply
PS
IN
1932
3
PS
C1
F3204
VGNSTBY
Supply
GND
PS
IN
1932
4
PS
C1
F3205
33STBY
33
V
Supply
PS
IN
1932
5
PS
D1
F3206
FLYB
Controls
PS
DC
Ge
n
1932
6
PS
D1
F3207
GNDA
Ground
Analogue
GN
D
1932
7
PS
D1
F0017
3VD
3V3
Supply
PS
IN
1900
17
DA
C
B1
F0001
GNDD
Ground
Digital
GN
D
1900
01
DA
C
E1
F803
IN
T
Clock
Clock
Adjust
Count
Out
7811
7
AIO1
H5
F900
5STBY2
5V
AI
O
DC
Out
7803
12
AIO2
D3
F902
IReset
Inverse
Reset
DC
Ou
t*
7803
115
AIO2
D2
F8111
5M
5V
Motor
DC
Out
1987
12
AIO1
F14
F303
5S
W
5S
W
DC
Out
7703
21
TU
B1
0
F9336
8SW
8SW
DC
Ou
t
2321
PS
B6
F8105
SD
A
IIC1
IIC
IO
1981
6
AIO1
E1
3
F8107
SC
L
IIC1
IIC
IO
1981
8
AIO1
E1
3
F810
SCL1
IIC2
IIC
IO
3804
AIO1
A9
F811
SDA1
IIC2
IIC
IO
3805
AIO1
A9
F8104
IPOR1
IPOR
to
DC
DC
OU
T
1981
5
AIO1
E1
3
F8101
12STBY
12
V
to
DC
DC
Ou
t
1981
2
AIO1
D1
3
F8110
5STB
5V
to
DC
DC
Out
1981
11
AIO1
F13
F5306
8SW
8S
W
to
FRONT
DC
Ou
t
1953
6
IO
1
I1
F8102
VGNSTBY
VG
N
to
DC
GN
D
1981
3
AIO1
E1
3
F8202
A_DATA
To
DIGI
DC_In
1982
2
AIO1
H1
3
F8203
D_DATA
To
DIGI
DC_In
1982
3
AIO1
H1
3
F8204
A_RDY
To
DIGI
DC_In
1982
4
AIO1
H1
3
F8205
D_RDY
To
DIGI
DC_In
1982
5
AIO1
H1
3
F8108
IN
T
TO
DC
DC_In
1981
9
AIO1
F13
F8109
RC
TO
DC
DC_In
1981
10
AIO1
F13
F8201
IRESET_DIG
TO
DIGI
DC_In
1982
1
AIO1
H1
3
F5103
ARIn_2
A
R
IN
2
NF
IN
1958
3A
IO
3
E13
F5101
ALIn_2
A
LIN
2
NF
IN
1958
1A
IO
3
E14
F5906
GNDV
GN
D
V
GN
D
1957
6A
IO
1
H1
2
F5806
GNDV
GN
D
V
GN
D
1956
6A
IO
1
I8
F510
ARout_1
A
R
Ou
t1
NF
Ou
t
1959
5B
IO
1
E13
F509
ALout_1
A
LO
ut
1
NF
Ou
t
1959
4B
IO
1
D1
3
F5201
RCVBSOut2
SC
1Y
Ou
t
V
Ou
t
1997
1B
IO
3
A8
F5105
ARIn_1
A
R
IN
1
NF
IN
1959
1A
IO
2
E2
F5104
ALIn_1
A
LIN
1
NF
IN
1959
4A
IO
2
E2
F5202
RCVBSIn
Y
IN
Si
n
IN
1997
2A
IO
2
C2
F5905
Y_OUT
Y
Ou
t
Sin
Out*
1957
5A
IO
1
I12
F5801
U_IN
U
IN
Sin
In*
1956
1B
IO
1
I10
F5805
Y_IN
Y
IN
Si
n
In
1956
5A
IO
1
I9
F5802
V_IN
V
IN
Si
n
In
1956
2B
IO
1
I10
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