GRUNDIG Service
Platinenabbildungen und Schaltpläne / Layout of the PCBs and Circuit Diagrams
CUC 1929
GRUNDIG Service
Platinenabbildungen und Schaltpläne / Layout of the PCBs and Circuit Diagrams
CUC 1929
*
CC50023
xx
CD50004
1
2
4
7
TDA4
IC50
M
XX
D60021
XX
D60019
XX
L60028
C60019
0,1u
n.V.
P
F
10n/FKP1/1250V
C60018
0,1u/MP3/400V_AC
C60029
1
2
UB1
BR223
n.V.
n.V.
M
1
2
ST-UB2
P
C60021
0,1u
+
2200u/25V
C61064
XX
CR61307
M
BC848C
CT21221
+
2,2u/350V
C70527
12k
CR70527
M
33n
CC70528
M
330k
CR70523
33k
CR70528
CR
4.7k
CR21222
LS4148
CD21222
680
CR21224
-K
2,2k
CR21226
M
5.6k
R21227
+F
LS4148
CD21221
10n
CC21221
M
0,1u
CC61022
4
56
R60016
M
0,1u
CC61031
*
CD55003
220/1%
CR55003
M
LS4148
CD55004
L61026
8104-982-014
+
1u/100V
C61317
1,8k/2%
R55002
F
22n
C55004
M
M
M
1N4004
D61033
1
2
3
4
NETZ1
M
M
L61036
8104-982-014
1
3
7
8
T
IC
OWA
82k
CR50001
M
470
R61063
470
R61062
*
D61062
MUR420
D61066
100p
C61066
T2A
SI61066
*
D61067
100p
C61061
MUR420
D61061
+
470u/40V
C61063
12k
CR55006
T2A
SI61061
470
R61031
0,1u
CC61041
0,1u
CC61038
220
R61041
T2,5A
SI61056
220/1%
CR61052
M
MUR840
D61056
M
M
ADJUST
OUT
IN
1
2
3
LM350
IC61040
100p
C61036
M
M
560
CR61059
M
M
MUR840
D61036
M
ADJUST
OUT
IN
1
2
3
LM317T
IC61050
220/1%
CR61042
M
T2,5A
SI61036
220
R61051
0,1u
CC61028
M
+
1000u/63V
C61037
M
M
100p
C61021
ADJUST
OUT
IN
1
2
3
LM317T
IC61001
220
R61001
M
3,3n
CC61311
BC848B
CT61316
2,7k
CR55016
L61056
8104-982-014
B/14V
+U
BY
STAND
START
LOGIK
1
2
3
4
5
6
7
8
TDA4605/3
IC60010
L61061
8104-982-014
3,9k
R55001
L61066
8104-982-014
2,7/6,5W
R61022
560
CR61004
220/1%
CR61009
BYV38
D61012
M
17
18
19
20
21
22
12
13
14
15
16
3
4
5
6
7
9
29201-
TR60001
L61021
8104-982-014
+
470u/40V
C61002
+
1000u/25V
C61004
BC848B
CT61301
0,1u
CC61003
P
0,1u
CC61007
MUR420
D61021
M
M
R55004
15k
4,7
R60006
4,7k
CR60046
2,4k
CR60033
2,2n
CC50002
22k
CR61317
470
CR61301
1k
CR61304
2,2k
CR61311
1k
CR61306
270
R61316
10k
CR61303
220/1%
CR61003
47k
R61312
*
R61314
1k
CR61302
2,2k
R60007
+
470u/40V
C61062
220/1%
CR61032
560
CR61039
+
100u/25V
C61052
+
220u/40V
C60011
+
2,2u/63V
C60014
+
600u/63V
C61022
+
100u/250V
C61017
M
+
470u/40V
C61027
10k
CR60013
L61011
8104-982-014
K
15n
C61301
CC60031
2,2n
K
270p/2kV
C60012
K
1n/400V_AC
C62048
0,1u
CC61058
K
100p/FKP1/1kV6
C61016
2
47k
R60029
1
180k
R60028
1
100k
R61018
F
2,2n/400V_AC
C62021
F
2,2n/400V_AC
C62022
F
0,1u
C60013
F
220p/FKP1
C60009
+
4,7u/350V
C61013
+
2200U/16V
C61042
M
0,1u
CC61002
T2A
SI60001
T2,5A
SI61026
100p
C61056
M
P
M
P
P
P
P
P
P
P
M
M
M
M
M
P
P
M
P
P
P
P
P
P
P
P
M
P
M
M
M
-
+
LM358N
IC61310
M
M
M
M
+
1000u/25V
C61032
M
M
100p
C61012
MUR880
D60006
BAV21
D60014
BYT53B
D60012
BYV38
D61011
MUR880
D61016
MUR840
D61026
2,2n/FKC3
C60002
3,3n/FKC3
C60016
4,7n
C61018
+
470u/40V
C61057
4
100
R61033
15k/7W
R60008
1n
C60026
1n
C60027
1n
C60024
1n
C60023
1n
C60001
100p
C61011
100p
C61026
+
-
B380/C2200
D60023
1
2
4
5
CN17F1
OK60031
1
2
4
5
CN17F1
OK60046
22k
R61313
47
R60012
PC50
T60006
33n/FKP1
C60007
2,7M
R62049
ADJUST
OUT
IN
1
2
3
LM317T
IC61030
L61016
8104-982-014
M
VERT.
VG
Min.
+A
270k
R60001
BYV2
D5
M
5,6k
R60032
M
M
680k
R60002
M
M
F
2,2n
C55003
100p
C60006
0,1u
CC50011
2,2n
CC50004
0,1u
CC50024
0
CC
0,1u
CC61051
+
/385V
C60028
T1,6A
SI61022
51k
CR50002
+
1000u/25V
C50026
+
1000U/25V
C50012
3,6u
L60006
82k
CR50003
M
270/1%
CR61007
51k
CR50004
M
M
M
M
0,1u
CC61006
+
220u/25V
C61008
n.V.
1,8k
CR61029
1k/1%
CR61008
T100mA
SI60201
M
ADJUST
OUT
IN
1
2
3
LM317T
IC61006
220
CR60031
n.V.
P
n.V.
n.V.
+H
+H/5V
+N/5V
+OEKO/15V
+LNC/27V
+D/26V
+B/12V
+C/200V
+G/27V
+M/16,5V
+M
+E/9V
+K/14V
+K
-K
-K
+F/5V
+A
+A
+A
+A
+Q
+Q
+Q
+Q/8,2-8,8V
5,1
6,2
6,2
6,2
6,2
6,2
6,2
820k
820k
2SC5331
2SC5331
2SC5331
2SC5331
2SC5331
T53001
R21214
R21101
1,5
1,5
1,5
1,5
CUC 1836
0,5u
0,5u
CUC 1929
220k
390
1,5M
1,5M
1,5M
1,5M
1,5M
1,5M
4,7M
47k
47k
47k
47k
47k
47k
62k
R21212
CR21206
1
1
1
PHI 82cm 16:9
CR21234
220
390
390
2,2u
1u
1u
1u
C21232
1n
1n
1n
CC50023
2,7
2,7
CUC 1830
CUC 1829
CUC 1806
8,2/1W
8,2/1W
1,5
09246-867.04
09246-867.04
09246-867.04
09246-867.04
09245-812.31
09245-812.31
09245-812.31
TR52001
4,7/1W
4,7/1W
33/2W
0,25u
0,25u
3,3
146V
146V
PHI 55cm
1,6
1,6
100k
100k
100k
22k
22k
22k
10k
10k
10k
100k
100k
148V
140V
PHI 84cm
PHI 72cm
1,6
1,6
0,41u
0,41u
0,3u
0,3u
0,3u
0,3u
13.3
13.2
1,2
1,2
10k
22k
2,4
2,4
2,4
2,4
STAND-BY NETZTEIL
PHI 70cm 16:9
CUC 1828
w.w.
w.w.
L61067
L61062
143V
143V
143V
4,7/1W
4,7/1W
PHI 63cm/BL-S
PHI 70cm/BL-S
R52001
RED 230V
RETE 230V
SECTEUR 230V
MAINS 230V
NETZ 230V
TABELLE
+A
R21213
R21211
8
28
52
50
51
53
12
10
9
11
CHASIS INTERR. RED
CHASSIS DI RETE
CHASSIS DI SECTEUR
MAINS CHASSIS
NETZ-CHASSIS
CONT.8
+H
CONT.9/10
+F
CONT.32/33
FEATURE-B.
FEATURE-B.
FEATURE-B.
+N
*
2SC4288A
2SC4288A
R50008
R50007
0,41u
0,41u
0,41u
C
A LA PLACA INTERRUPTOR RED
ALLA PIASTRA INTERR. DI RETE
VERS C.I. INTERR. SECTEUR
TO MAINS SWITCH BOARD
ZUR NETZSCHALTERPLATTE
/14V
*
*
C53007
C53006
R52006
0,3u
D
S
G
VERT.
8
2
4
1
3
RESERV. EL DEREC. DE MODIFIC.
CON RISERVA DI MODIFICA
SOURS RESERVE DE MODIFIC
SUBJECT TO ALTERNATE
AENDERUNGEN VORBEHALTEN
P
MASA PRIMARIA / SECTOUR DE COM. NO SEP. DE LA RED
MASSA PRIMARIO / CIRCUITO NON SEPAR., DALA RETE
PRIMARY CHASSIS, NOTE / CIRCUT NOT MAINS ISOLATED
MASSE PRIMAIRE / CIRCUIT NON ISOLE DU SECTEUR
PRIMAERMASSE / NICHT NETZGETRENNTES SCHALTUNGSTEIL
Seite/Page 24
Netz-Chassis / Mains Chassis
15
16
Содержание MW 82-50/ 8
Страница 16: ......