Es gelten die Vorschriften und Sicherheitshinweise
gemäß dem Service Manual "Sicherheit", Materialnummer 72010 800 0000, sowie zusätzlich die eventuell abweichenden, landesspezifischen Vorschriften!
Dieses Service Manual gilt für die Geräte MCD 36 und MCD 40 ab
folgenden Seriennummern:
MCD 36: 01 00995 0 521 284501
MCD 40: 01 00996 0 521 119801
Für Geräte mit niedrigeren Seriennummern verwenden Sie bitte
das Service Manual mit der Materialnummer 72010 748 3000.
D
Inhaltsverzeichnis
Seite
Allgemeiner Teil ............................ 1 - 2 … 1 - 6
The regulations and safety instructions shall be valid
as provided by the "Safety" Service Manual, part
number 72010 800 0000, as well as the respective
national deviations.
This Service Manual is valid for MCD 36 and MCD 40 from the
following serial numbers on:
MCD 36: 01 00995 0 521 284501
MCD 40: 01 00996 0 521 119801
For sets with lower serial numbers please use the Service Manual
with the part number 72010 748 3000.
GB
Table of Contents
Page
General Section ............................. 1 - 2 … 1 - 6
Technical Data .......................................................................... 1 - 2
- Undo 4 screws C10 and remove the cover plate of the CD magazine
compartment C1 (Fig. 2).
- Loosen and remove the plastic washers C53 (Fig. 3).
- Pull off the gear wheels C50 and C51 (Fig. 3).
- Undo 2 screws C49 (Fig. 3).
- Unsolder the Lift Motor C48 and take it out (Fig. 3).
5. Removing the Opto Coupler J
- Remove the Main Board (para 2).
- Undo 4 screws C10 and remove the cover plate of the CD magazine
compartment C1 (Fig. 2).
- Undo 2 screws I (Fig. 3).
- Unsolder the Opto Coupler J and take it out.
Fig. 2Fig. 3
6. CD-Leiterplatte PCB3 und Pick-Up-Einheit C87 ausbauen
-
Wichtig:
Vor dem Ausbau der Pick-Up-Einheit müssen die bei-
den Lötstellen auf der Pick-Up-Einheit kurzgeschlossen werden! (Fig. 4)
- Gehäuse zerlegen (Pkt. 1).
- Steckverbindungen FPC602, CS901, CP904 und CP906 lösen
(Fig. 5).
- 3 Schrauben C73 herausschrauben (Fig. 5).
- Schraube C97 und Schraube C96 herauschrauben (Fig. 6).
- Achse C90 herausziehen (Fig. 6).
- Pick-Up-Einheit herausnehmen.
- Steckverbindung FPC601 lösen (Fig. 4) und CD-Leiterplatte PCB3
herausnehmen.
7. Disc-Motor C72 ausbauen (Fig. 6)
- Pick-Up-Einheit ausbauen (Pkt. 6).
- 2 Schrauben C77 herausschrauben und Disc-Motor herausneh-
men.
6. Removing the CD Board PCB3 and the Pick Up Unit C87
-
Important:
Before removing the Pick Up Unit the two solder tags
on the Pick Up Unit must be connected (Fig. 4).
- Disassemble the cabinet (para 1).
- Unplug the connectors FPC602, CS901, CP904 and CP906 (Fig. 5).
- Undo 3 screws C73 (Fig. 5).
- Undo screws C97 and C96 (Fig. 6).
- Pull out the shaft C90.
- Take out the Pick Up Unit.
- Unplug the connector FPC601 (Fig. 4) and take out the CD Board
PCB3.
7. Removing the Disc Motor C72 (Fig. 6)
- Remove the Pick Up Unit (para 6).
- Undo 2 screws C77 and remove the Disc Motor.
1 - 4GRUNDIG Service
Page 5
MCD 36 / MCD 40Allgemeiner Teil / General Section
kurzschliessen
short circuit
Fig. 4
Fig. 6
Fig. 5
GRUNDIG Service1 - 5
Page 6
Allgemeiner Teil / General SectionMCD 36 / MCD 40
Steuerungsablauf der MechanikFlowchart of Control Operation of Mechanism
MAGAZIN IN
H
ELV (LIFT) +
ELV (LIFT) -
LOAD +
LOAD -
LOADOUT
CLAMP
UPLIMIT
LOWLIMIT
DISC ON
DISC COUNT
MAG.SW
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
DISC CHANGE (DISC 1 / 2)
ELV (LIFT) +
ELV (LIFT) -
LOAD +
LOAD -
LOADOUT
CLAMP
UPLIMIT
LOWLIMIT
DISC ON
DISC COUNT
MAG.SW
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
0.6sec
1.5sec
(DISC UNLOADING)
1.5sec
(DISC LOADING)
0.2sec
(ELV DOWN)
1.5sec
(DISC LOADING)
MAG EJECT(DISC 1 PLAY)
ELV (LIFT) +
ELV (LIFT) -
LOAD +
LOAD -
LOADOUT
CLAMP
UPLIMIT
LOWLIMIT
DISC ON
DISC COUNT
MAG.SW
EJECT
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
1.5sec
(DISC UNLOADING)
1101110 1
2.5sec
(ELV DOWN)
2sec
3.0sec
(ELV UP)
1 - 6GRUNDIG Service
Page 7
MCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBs
LD
OPTICAL
PICK UP
Q601
SWITCH
DISC MOTOR
FEED MOTOR
IC651 DRIVER
IC650
SERVO
CONTROLLER
IC601
DIGITAL SIGNAL
PROCESSOR
&
DAC
VRMDGND
Vcc
VREF
COM
PD1
PD2EFF+F–T+T–
CLUMP
DISC
ON
D101
Q901
D910
DISC
COUNT
BUFFER
LOADING
MOTOR
IC950
MOTOR
DRIVER
IC806
MOTOR
DRIVER
ELEVATOR
MOTOR
IC807
LOAD
LOW
UP
INSIDE
MAG.IN
M
M
M
M
F+
F–
F+
T–
SP+
SP–
SL+
SL–
T IN
LDS
LDD
CLK
4.2M
X OUT
X IN
TD
FD
SPD
SLD
SL+
SL–
DRF
CE
DAT
CL
SQ OUT
WRQ
LOAD+
LOAD–
ELV+
FEM+
FEM–
DRF
RWC
COIN
CQCK
SQ OUT
WRQ
DS
RESET
ELV–
DS RESET
F IN
SPD
IN
SLD
IN
DISC ON
CLUMP
DISC COUNT
MAG. SW
LOWUPINSIDE
LOAD
FIN2
SLI
RCHO
EFMO
X601
SWITCH
Q803,804,950
Q900
Q805
REGULATOR
DIN
REGULATOR
+12V
+8V
D5V
L.P.F.
IC701
L.P.F.
IC701
Q801,802
IC801
␣ -COM
IC803
IC802
IC804
RESET
BATTERY
SWITCH
DETECT
U+5V
EFMI
CLV+
CLV–
V/P
HFL
TOFF
TGU
TP+
/CQCK
COIN
RWC
TP–
LCHO
RF SW
CLV+
CLV–
SLOF
HFL
TOFF
TGL
DATA 1
DATA 0
BATT
Acc
CD+B
RESET
POWER
TP+
TP–
FIN1EF
2
4
1
6
7
3
5
8
S
PICKUP
FPCFPC602FPC602
MAIN
12A/L
VC
VCC
11
10
9
7
6
5
4
3
2
1
13
14
15
16
8NC
11
10
9
8
7
6
5
4
3
2
1
12
13
14
15
14
15
14
15
1
2
3
4
5
6
7
8
9
10
11
12
13
1
2
3
4
5
6
7
8
9
10
11
12
13
F-
F+
NL
F
VC
VCCLDGNDVRMDEPD1
PD2T+T-
29
30
16
17
18
19
20
21
22
23
24
25
26
27
28
DOWN
GND
LM+
LM-
CLAMP
LOAD0
DION
LED
SL-
SL+
SP-
SP+
GND
INSIDE
UP
29
30
16
17
18
19
1
CS901
DISC LED
D901
LOAD MOTOR
CLAMP SW
FEED MOTOR
DISC MOTOR
INSIDE SW
LOAD SW
Q901
DISK ON
2
3
4
4
3
4
3
2
1
2
1
2
1
3
2
1
3
2
1
2
1
4
3
2
1
20
21
22
23
24
25
26
27
28
2
1
CS501
CP501CP801
MAG SW
ELV MOTOR
DISC CHG
D910LED
CP802
B.UP
3
4
5
213
213
4
5
6
7
2
1
CS505
3
4
5
6
8
7
8
9
2
1
2
1
EM+
EM-
DISC.C
GND
LED
MAG.SW
GND
3
4
5
6
7
8
9
ACC
B.UP.1
B.UP
CD+B
BUS
GND
R-CH
SGND
L-CH
CONNECT
PHOTO
CS602CS602
SENSOR
SENSOR
SWITCH
CP906CS906
UP SW
LOW SW
Q901 : PT4850F
D901 : SLR-989A
D910 : GP1S51V
CD
FPC603
S
Schaltpläne und Druckplatten-Abbildungen / Circuit Diagrams and Layout of PCBs
Blockschaltplan / Block Diagram
Verdrahtungsplan / Wiring Diagram
GRUNDIG ServiceGRUNDIG Service
Page 8
Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40
A: 2ms
5
: 50mV9: 500mV
VC™
MODE: Forward Search
VC™
5
9
Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40
Schaltplan / Circuit Diagram
MODE: Play
VC™
A: 500ns
1
: 500mV
LED DRIVER
MODE: Play
1
VC™
VC™
A: 1ms
5
: 50mV6: 50mV
5
6
MODE: Play
VC™
VC™
A: 1ms
2
: 50mV3: 50mV
2
3
MODE: Play
VC™
VC™
A: 200∝s
7: 50mV 8: 50mV
7
8
MODE: Focus Search
VC™
A: 100ms
4: 50mV
4
5
VC
2
34
6
SERVO CONTROL
7
8
1
9
DEFECT
COMPARATOR
SWITCH
DEFECT
COMPARATOR
DSP & D/A
MUTE
REGULATOR
MUTE
SERVO DRIVER
SWITCH
MUTE
GRUNDIG ServiceGRUNDIG Service
2 - 42 - 3
Page 9
MCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBs
REGULATOR
EJECT
MODE
SWITCH
SWITCH
SWITCH
INVERTER
MOTOR
DRIVER
LC66566B-4K60
CONTROL
MICRO COMPUTER
SWITCH
DETECTOR
DETECTOR
SWITCH
REGULATOR
REGULATOR
REGULATOR
MOTOR
DRIVER
GRUNDIG ServiceGRUNDIG Service2 - 52 - 6
Page 10
Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40
Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40
Schaltplan Pick-Up-Einheit / Circuit Diagram Pick Up Unit
Spannungen / Voltages (gemessen bei UB = 14V bei PLAY / measured with UB = 14V at PLAY)
2 - 72 - 8
GRUNDIG ServiceGRUNDIG Service
Page 11
MCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBs
Druckplatten-Abbildungen / Layout of PCBs
GRUNDIG ServiceGRUNDIG Service2 - 92 - 10
Page 12
Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40
DESCRIPTION
Pickup photo-diode connecting pin. Forms RF signal by addition to FIN1 pin,and FE signal by
subtraction.
Pickup photo-diode connecting pin.
Pickup photo-diode connecting pin. Forms TE signal by subtraction from F pin.
Pickup photo-diode connecting pin.
Pin for inputting DC constituent of TE signal.
Pin for connecting gain setting resistence of TE signal to TE pin.
TE signal output pin.
TES(TRACK ERROR SENCE) comparator input pin. Band pass TE signal, and input.
Input pin for shock detection.
Constant setting pin at the time of tracking gain.
Pin for connecting high pass elimination condensor of servo.
Pin for constituting tracking phase compensation constant between TD and VR pin.
Pin for setting tracking phase compensation.
Pin for setting tracking jump signal (kick pulse) amplitude.
Tracking control signal output pin.
Focusing control signal output pin.
Pin for constituting focussing phase compenstion constant between FD and FA pin.
Pin for constituting focussing phase compensation constant between FA- and FE- pin.
Pin for constituting focussing phase compensation constant between FA and FE pin.
FE signal output pin.
Pin for connecting FE signal gain setting resistance to TE pin.
GND for analog signal.
Signal end output of CV+ and CV- pin input signal
.
Connecting pin for spindle phase compensation constant together with SPD pin.
Spindle control signal output pin.
Connecting pin for sled phase compensation constant.
Sled control signal output pin.
Input pin for sled delivery signal from micro computer.
Input pin for sled delivery signal from micro computer.
Input pin for tracking jump signal from DSP.
Input pin for tracking jump signal from DSP.
Input pin for tracking gain control signal from DSP.Gain low in case of TGL="H".
Input pin for tracking off control signal from DSP.Off in case of TOFF="H".
Output pin of TES signal to DSP.
(HIGH FREQENCY LEVEL) is used to judge whether main beam is located
above pit or above mirror.
Sled servo off control input pin.
Input pin for CLV error signal from DSP.
Input pin for CLV error signal from DSP.
RF output pin.
Pin for setting RF gain and EFM signal 3T compensation constant together with RFSM pin.
(SLICE LEVEL CONTROL) is output pin for controlling data slice level by RF waveshape DSP.
Input pin for controlling data slice level by DSP.
GND pin digital system.
For Focs Smoosing capacita output pin.
Tracking Balance control pin.
NO CONNECT.
Output pin for detecting disc defect.
Standard clock input pin. DSP 4.23MHz is input.
Micro computer command clock input pin.
Micro computer command data input pin.
(DEFECT RF) RF level detecting output.
Micro computer command chip enable input pin.
Spindle amplifier input.
Connecting pin for gain setting resistance at the time of spindle 12cm mode.
PORT NAME
FIN2
FIN1
E
F
TB
TE-
TE
TESI
SCI
TH
FIN1
TA
TD-
TD
JP
TO
FD
FD-
FA
FA-
FE
FE-
AGND
SP
SPI
SPG
SP-
SPD
SLEQ
SLD
SL-
SL+
JP-
JO+
TGL
TOFF
TES
HFL
SLOF
CV-
CV+
RFSM
RFS-
SLC
SLI
DGND
FSC
TBC
NC
DEF
CLK
CL
DAT
CE
DRF
55
56
57
58
59
60
61
62
63
64
Focs serch select pin.
VCC pin for servo system and digital system.
Connection pin for standard voltage capacitor.
Standard voltage output pin.
Pin for setting constant at the time of detecting disc defect.
Pin for connecting condensor for RF signal peak hold.
Pin for connecting condensor for RF signal bottom hold.
APC circuit output pin.
APC circuit input pin.
RF system VCC pin.
FSS
VCC2
REF1
VR
LF2
PH1
BH1
LDD
LDS
VCC1
Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40
IC-Innen-Beschaltungen / IC Block Diagrams
NJM2100M
–INPUT
+INPUT
V
IN
GND
VDD
VSS
2,6
3,5
S-81250HG-RD
V
REF
1
S-8054HN
2
7
OUT32
OUT1
FIN2
FIN1
TB
TE–
TE
TESI
SCH
TH
TA
TD–
TD
JP
TO
FD
8
V+
1,7
OUTPUT
4
V–
VCC1
LDS
LDD
BHI
PHI
6463 6261 6059 58 57 56 55 5453 - 5049
APC
RF DET
1
BAL
VCA
VCA
2
I/V
E
3
F
4
5
6
TE
7
8
9
T.SERVO &
T.LOGIC
10
11
12
13
F.SERVO &
F.LOGIC
14
15
16
17 18 19 20 2122 23 24 25 26 27 28 29 30 31 32
FA
FA–FEFE–
FD–
LF2VRREF1
VCC2NCDRFCEDATCLCLK
REF
LA9240MS
∝-COM
INTERFACE
SPINDLE
SERVO
SP
SPI
AGND
SP–
SPG
SLC
RF
AMP
SLED SERVO
SLD
SPD
SLEQ
LA 9240 MS
DEF
48
NC
47
NC
46
NC
45
DGND
44
SLI
43
SLC
42
RFS–
41
RFSM
40
CV+
39
CV–
38
SLOF
37
HFL
36
TES
35
TOFF
34
TGL
33
JP+
JP–
SL–
SL+
GRUNDIG ServiceGRUNDIG Service
2 - 122 - 11
Page 13
MCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBs
Initial setting input terminal for changer 1 or 2 switching
Play mode output H:play mode
Load/spindle motor switching signal output
No connection
No connection
No connection
No connection
No connection
Disc clamp finish SW input
Elevator upper limit SW input
Elevator lower limit SW input
Magazine detection SW input
CD mode signal output
No connection
Status data output
No connection
No connection
No connection
No connection
No connection
Command data input
Connection to ground
Ground
Ceramic oscillator connection terminal for system clock
Ceramic oscillator connection terminal for system clock
Reset signal input
Battery LOW detection input
No connection
No connection
Main & servo system power supply ON/OFF output
No connection
No connection
No connection
Pickup moving-inside signal output
Pickup moving-outside signal output
Output to move a tray in the direction out of magazine with loading motor
Output to move a tray in the direction into magazine with loading motor
No connection
No connection
Reference voltage for TH1
Reference voltage for TH2
Temperature sensor ON signal input
Temperature sensor OFF signal input
Acc ON/OFF detection signal input
Disc detection photo transistor signal input
Magazine eject key signal input
Focus OK signal input
No connection
Elevator position detection pulse input
Initial setting input terminal for 6 discs changer or 10 discs changer
Mute signal output
Reset signal for DSP(LC78622E)
Magazine tray detection SW input
Inner circle limit detection SW input
No connection
Power supply (+5V)
Interface with DSP(LC78622E)
Interface with DSP(LC78622E)
Interface with DSP(LC78622E)
Interface with DSP(LC78622E)
Elevator moving-down signal output
Interface with DSP(LC78622E)
Elevator moving-up signal output
Stand by position cancellation signal input
Schaltpläne und Druckplattenabbildungen / Circuit Diagrams and Layout of PCBsMCD 36 / MCD 40
PINDESCRIPTION
Defect detect signal (DEF) input terminal.
PLLInput terminal for testing . Pulldown resistance is self-contained.
Phase comparison output terminal for outer VCO control.
Power supply terminal for self-contained VCO. Normally 0V.
Resistance connecting terminal for PDO output current adjustment.
Earthing terminal for self-contained VCO. Normally 5V.
For VCO range frequency adjustment.
Input terminal for testing. Pulldown resistance is self-contained.
Output terminal for spindle servo control. Accelerates when CLV+ is "H", slows down when CLV- "H".
Output terminal for automatic switchover monitor by rough servo/phase control. "H" causes rough servo, "L" phases control mode.
Input terminal for track detecting signal. Schmidt input.
Input terminal for tracking error signal. Schmidt input.
Output terminal for tracking OFF.
Output terminal for tracking gain switchover, "L" raises gain.
Output terminal for track jump.When JP+ is "H", accelerates at the time of outer track direction jump, or slows down at the time
of inner track direction jump.
Output terminal for synchronous signal detection. When synchronous signal detected from EFM signal and synchronous signal
occurring inside correspond "H".
Earthing terminal for digital system.
Input / output terminal.
Clock monitoring terminal for EFM data playback. At the time of phase lock, 4.3218MHz.
Output terminal for deemphasis monitor. At the time of "H", deemphasis disc is in playback.
C2 Frag output.
Digital Out output terminal.
Input terminal for testing. Pulldown resistance is self-contained.
Input terminal for testing. Pulldown resistance is self-contained.
Not connected
For 1 bit DAC Mute output terminal.
Power supply terminal for L channel.
L channel output terminal.
Earthing terminal for L channel. Normally 0V.
Earthing terminal for R channel. Normally 0V.
R channel output terminal.
Earthing terminal for R channel. Normally 0V.
Mute output terminal.
Connecting terminal for 16.9344MHz crystal oscillator.
Earthing terminal for crystal oscillation. Normally 0V.
Output terminal for synchronous signal of sub-code block.
Terminal for monitoring C1,C2, single, double correction.
Output terminal for sub-code P,Q,R,S,T,U,W.
Output terminal for synchronous signal of sub-code frame. When sub-code is in standby, "= L".
Output terminal for 7.35kHz synchronous signal which is divided frequency from crystal oscillation.
Output terminal for sub-code Q output standby.
Input terminal for read/write control.
Sub-code Q output terminal.
Input terminal for command from micro computer.
Input terminal for command input intake clock,or sub-code offtake clock from SQOUT. Schmidt input.
Chip reset input terminal. When power is supplied, changeover to "L" once.
Input terminal for testing. Open (Normally "L" output).
16.9344MHz output terminal. But outputs 33.8688MHz, only in case of quadruple speed playback mode.
4.2336MHz output terminal.
Input terminal for testing. Pulldown resistance is self-contained.
Chip select input terminal. Pulldown resistance is self-contained.
Input terminal for testing. Pulldown resistance is self-contained.
Input terminal for sub-code readout clock. Schmidt input.
POS. NR.MATERIAL-NR. BEZEICHNUNG
POS. NO.PART NUMBER DESCRIPTION
D 0068175981 299 9600 SMD DIODE MA 152 K
D 0070075952 041 5400 Z DIODE DZD 8.2 Y
D 0080375952 022 0600 DIODE DCC 010
D 0080575987 356 2200 SMD DIODE MA 152 WA
D 0080675981 299 9600 SMD DIODE MA 152 K
D 0080775981 299 9600 SMD DIODE MA 152 K
D 0080875981 299 9600 SMD DIODE MA 152 K
D 0080975955 019 2400 DIODE DAN202K
D 0081075955 019 1900 DIODE DAN217
D 0081175981 299 9600 SMD DIODE MA 152 K
D 0081275955 019 2400 DIODE DAN202K
D 0081475955 019 1700 Z DIODE MELF RLZ6,8B
D 0090075955 019 1400 Z DIODE MELF RLZ8,2B
D 0090175952 041 7500 LE DIODE SLR 989 A
D 0091075952 041 8500 OPTOKOPPLER GP 1S 5V
D 0095075955 019 1500 Z DIODE MELF RLZJ11B
IC 0060175955 019 2100 IC LC78622ED
IC 0065075954 505 1900 IC LA9240ML
IC 0065175954 062 2800 IC BA 5941FP
IC 0068175950 022 1900 SMD IC LA 6393 M MFP 8
IC 0070175955 019 2200 IC NJM2100M
IC 0080175955 019 2000 IC LC66566B-4K60
IC 0080275952 041 4500 IC S 81250 HG-RD-T2
IC 0080375952 041 5700 IC S 8054 HN-CB
IC 0080475954 033 1500 IC PST9138N
IC 0080575955 019 1300 IC L78M05TL
IC 0080675955 019 1600 IC TA8409F
IC 0080775952 041 7900 SMD IC TC 7 S 04 F
IC 0095075955 019 1600 IC TA8409F
X 0060175953 506 2900 QUARZ 16,9344 MHZ
X 0080175952 041 7900 SMD IC TC 7 S 04 F
POS. NR.MATERIAL-NR. BEZEICHNUNG
POS. NO.PART NUMBER DESCRIPTION
MCD 36 / MCD 40
ÄNDERUNGEN VORBEHALTEN / SUBJECT TO ALTERATION
Es gelten die Vorschriften und Sicherheitshinweise
gemäß dem Service Manual "Sicherheit", Mat.-Nummer 72010 800 0000, sowie zusätzlich die eventuell
abweichenden, landesspezifischen Vorschriften!
The regulations and safety instructions shall be valid
!
as provided by the "Safety" Service Manual, part
number 72010 800 0000, as well as the respective
( ! )
national deviations.
ÄNDERUNGEN VORBEHALTEN / SUBJECT TO ALTERATION
Page 18
Explosionszeichnungen und Ersatzteillisten / Exploded Views and Spare Parts Lists
MCD 40
1
3 - 4
Page 19
MCD 36 / MCD 40
MCD 40
2
GRUNDIG Service
Page 20
3 - 6
1
Ersatzteilliste
Spare Parts List
4 / 2000
POS. NR. ABB. MATERIAL-NR. ANZ.BEZEICHNUNGDESCRIPTION
POS. NO. FIG. PART NUMBER QTY.
72008 849 9900MCD 40 TAUSCHGERAETMCD 40 EXCHANGE SET
0001.000 175954 033 2200GEH-VORDERTEILHOUSING FRONT
MATERIAL-NR. / PART NO.: 91833 781 5100
BESTELL-NR. / ORDER NO.: G.HF 29-00
MCD 40
POS. NR.MATERIAL-NR. BEZEICHNUNG
POS. NO.PART NUMBER DESCRIPTION
CS 0050575954 033 4000 DIN BUCHSE KPL.
D 0068175955 019 2500 DIODE MA152K
D 0070075952 041 5400 Z DIODE DZD 8.2 Y
D 0080375952 022 0600 DIODE DCC 010
D 0080575987 356 2200 SMD DIODE MA 152 WA
D 0080675981 299 9600 SMD DIODE MA 152 K
D 0080775981 299 9600 SMD DIODE MA 152 K
D 0080875981 299 9600 SMD DIODE MA 152 K
D 0080975955 019 2400 DIODE DAN202K
D 0081075955 019 1900 DIODE DAN217
D 0081175981 299 9600 SMD DIODE MA 152 K
D 0081275955 019 2400 DIODE DAN202K
D 0081475955 019 1700 Z DIODE MELF RLZ6,8B
D 0090075955 019 1400 Z DIODE MELF RLZ8,2B
D 0090175952 041 7500 LE DIODE SLR 989 A
D 0091075952 041 8500 OPTOKOPPLER GP 1S 5V
D 0095075955 019 1500 Z DIODE MELF RLZJ11B
FPC 00602 75954 033 3800 FLEXPRINTLEITUNG FBC602
IC 0060175955 019 2800 IC LC78622ED-U
IC 0065075954 505 1900 IC LA9240ML
IC 0065175954 062 2800 IC BA 5941FP
IC 0068175955 019 2900 IC LA6393ML
IC 0070175955 019 2200 IC NJM2100M
IC 0080175955 019 2700 IC LC66566B-4L33
IC 0080275952 041 4500 IC S 81250 HG-RD-T2
IC 0080375952 041 5700 IC S 8054 HN-CB
IC 0080475954 033 1500 IC PST9138N
IC 0080575955 019 1300 IC L78M05TL
IC 0080675955 019 1600 IC TA8409F
IC 0080775952 041 7900 SMD IC TC 7 S 04 F
IC 0095075955 019 1600 IC TA8409F
X 0060175953 506 2900 QUARZ 16,9344 MHZ
X 0080175952 041 7900 SMD IC TC 7 S 04 F
POS. NR.MATERIAL-NR. BEZEICHNUNG
POS. NO.PART NUMBER DESCRIPTION
Explosionszeichnungen und Ersatzteillisten / Exploded Views and Spare Parts Lists
ÄNDERUNGEN VORBEHALTEN / SUBJECT TO ALTERATION
Es gelten die Vorschriften und Sicherheitshinweise
gemäß dem Service Manual "Sicherheit", Mat.-Nummer 72010 800 0000, sowie zusätzlich die eventuell
abweichenden, landesspezifischen Vorschriften!
The regulations and safety instructions shall be valid
!
as provided by the "Safety" Service Manual, part
number 72010 800 0000, as well as the respective
( ! )
national deviations.
ÄNDERUNGEN VORBEHALTEN / SUBJECT TO ALTERATION
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