Service
Manual
Sach-Nr./Part No.
72010-019.10
Additionally
required Service
Manuals for the
Complete Service:
Service Manual Part No. 72010-019.10
SERVICE MANUAL
D
Btx
*
32700
#
Attention: The picture tube panel must be removed
before disconnecting the yoke plug
Chassis G 1000 Stereo
(ST 03)
GRUNDIG Service
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General Section
ST 03
Table of Contents
Page
General Section ..................................... 1-1... 1-8
Safety Advice ............................................................................... 1-2
Technical Data .............................................................................. 1-2
Remote Control TRC 1 ................................................................. 1-3
Remote Control TRC 2 ................................................................. 1-3
Brief Service Instuctions ............................................................... 1-4
Fasttext Operation ........................................................................ 1-4
Operating Hints ............................................................................. 1-5
Circuit Descriptions .............................. 2-1... 2-3
Power Supply ......................................................................... 2-1
Tuner and Demodulator Circuits ............................................ 2-1
Peritel Output ......................................................................... 2-1
Video Chroma Processing ..................................................... 2-1
Delay Line .............................................................................. 2-1
Time Base Generator ............................................................. 2-2
RGB Drivers ........................................................................... 2-2
System Microcontroller (IC500) .............................................. 2-2
Output Power Stages ............................................................. 2-3
Alignment ....................................................... 3-1
Layout of the PCBs
and Circuit Diagrams ......................... 4-1... 4-22
Chassis Board .............................................................................. 4-1
Oscillograms ................................................................................ 4-8
Deflection H+V ............................................................................ 4-10
Power Supply ............................................................................. 4-11
Signal Board .............................................................................. 4-13
Y/C Processing ........................................................................... 4-15
Audio Board Circuit Diagram ...................................................... 4-17
Audio Board PCB ........................................................................ 4-19
Text ............................................................................................ 4-21
CRT Panel ................................................................................. 4-21
Spare Parts List .................................... 5-1... 5-4
Safety Advice
The X-radiation developing in the sets conforms to the X-radiation
Regulations (January 8, 1987), issued by the Physikalisch-Techni-
sche Bundesanstalt (federal physiotechnical institution).
The high tension for the picture tube and thus the developing X-
radiation depends on the precise adjustment of the +A power
supply.
After every repair of the power supply unit or the horizontal deflection
stage it is imperative that the EHT for the picture tube is checked and
re-adjusted if necessary.
To avoid consequential damages to the chassis or the picture tube
the integrated protective circuits are allowed to be put out of
operation only for a short time.
When replacing the picture tube use only the types specified in the
spare parts lists.
Technical Data
TV Receivers .............................................. 20" / 21"
Mains voltage .............................................. 220…240V ~ 50/60Hz
Control range of the power supply .............. 190…264V
Screen diagonal .......................................... 51cm / 55cm
Picture diagonal .......................................... 48cm / 52cm
Power consumption ..................................... ca. 55W
Power consumption in Standby ................... ca. 8W
Aerial socket ............................................... 75
Ω
coaxial plug
Programmes ............................................... 99 + 2AV
Standard ..................................................... PAL/I
Output power .............................................. 2x5W RMS
Temperature range ...................................... 0 - 40
°
C
General Part
Test Equipment / Aids
Variable isolating transformer
Test/Sweep Generator
Colour Generator
Oscilloscope
DC Voltmeter
AF Voltmeter
AF Generator
Frequency counter
Please note the Grundig Catalog "Test and Measuring Equipment"
obtainable from:
Grundig electronics GmbH
Würzburger Str. 150
D-90766 Fürth/Bay.
Tel.0911/703-0
Telefax 0911/703-4479
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General Section
Remote Control TRC 2
1
2
3
4
5
6
7
8
9
0/AV
VOL-
VOL+
P+
P-
MENU
TUNE
TV
STORE
TEXT/MIX
HOLD
EXP
e
8
6
AUDIO
LANG 1/2 STEREO
INDEX
TRC 2
A
P
O
N
M
L
H
J
G
F
D
C
B
K
E
I
Q
R
S
Operation of the Remote Control Keys
A
Direct channel selection or page number in teletext mode. Switches
the television on from standby.
B
Switches set to standby or switches set on from standby
C
Increases and decreases the volume
D
Displays the selected channel
E
Stores channels in tuning mode
F
Increases or decreases adjustable settings
G
Returns to normal viewing mode
H
Mutes sound
I
Selects teletext/selects mixed mode (text on picture)
J
Changes height of characters in teletext mode
K
Fasttext buttons
L
Holds a selected page in teletext mode
M
Selects index pages in teletext mode
N
Selects between stereo, stereo-wide and pseudo-stereo
O
Selects language in dual language Nicam transmissions.
Selects mono sounds.
P
Accesses menu
Q
Accesses audio selections
R
Selects tuning mode
S
Selects auxiliary input
Remote Control TRC 1
Operation of the Remote Control Keys
8
Switches the receiver on and off (Standby)
1-0
Direct channel selection and direct entry of adjustable
settings. Turns television on from Standby.
P+
Selects channel above current channel. Increases
adjustable menu settings.
P-
Selects channel below current channel. Decreases
adjustable menu settings.
VOL+
Increases Volume
VOL-
Decreases Volume
i
Displays selected channel number. Accesses hidden
information.
MENU
Accesses Menu
STORE
Stores channels in tuning mode
TUNE
Selects tuning mode
e
Mutes sound
HOLD
Holds a particular page in the Teletext mode
EXP
Changes height of characters in the Teletext mode
TEXT/MIX
Selects teletext/selects mixed mode (text on picture)
TV
Returns to normal viewing mode
0/AV
Selects auxiliary mode
1
2
3
4
5
6
7
8
9
0/AV
VOL-
VOL+
P+
P-
MENU
TV
TUNE STORE
TEXT/MIX
HOLD
EXP
e
8
6
TRC 1
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General Section
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Brief Service Instructions
Tuning
Press the "Tune" key on the remote control to bring up the tuning
graphic "S". Press and hold the "P+" key for more than 1 second to start
the search tuning. When a channel is found the "S" graphic will flash.
Either select "P+" to continue tuning or "Store" to retain the channel. By
pressing the "Store" key the programme number will flash, key in the
programme number that the channel is to be store in. To exit the tuning
screen press TV.
Fine Tuning
Press the "Tune" button and then the "HOLD" key briefly to bring up the
fine tuning graphic. An X will appear after the channel number. Use the
"P+" and "P-" keys to fine tune and then "Store".
Scart Menu
Press the "0/AV" button and then the "Tune" key the Scart options
graphic will appear, with VCR, DECoder and AUX. In the VCR mode
only, the line time base time constant is short. In Decoder mode Pin 8
of the Scart is enabled whilst tuning to allow for tuning of decoded
channels.
Fasttext Operation
In addition to the standard Teletext functions, the receiver GT 2105
has Fasttext. This system provides more value from Teletext by
allowing fast access to highlighted pages and by linking many related
pages for easy access.
The key to Fasttext is four colour coded prompts at the bottom of each
teletext page. These red, green, yellow and blue prompts relate to the
four colour coded buttons on the tv remote control.
Each colour coded prompt acts as a "signpost" through the huge
choice of Teletext pages available, allowing faster and easier access
to highlighted pages.
Use of Fasttext
To select any colour coded page from Teletext press the correspond-
ing coloured button on the TV remote control.
The new page selected will appear almost instantly although there can
still be a delay for some pages to appear. This is particularly the case
if a rapid succession of coloured Fasttext buttons are pressed.
As new pages are accessed, at the bottom of the page a new series of
subject related colour coded prompts will appear.
Fasttext Index Function
To return any time to the main index pages it is not necessary to enter
the index page number.
INDEX To return to the main index press the INDEX button once.
INDEX With the main index on screen a further press of the INDEX
button will access the main A - Z index or other subsidiary index
pages.
Returning to Normal Television Viewing
TV
To return to normal television viewing at any time, press the
TV button.
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General Section
Operating Hints GT 2005 / 2105
Note: This chapter contains excerpts from the operating instructions. For further particulars please refer to the appropriate user instructions the part number of which is indicated in the relevant spare parts list.
5
'S'
TUNING IN
TUNING
Your TV set can memorise 99 different channels.
During channel tuning any connected satellite receiver
or video recorder should be switched to standby. To
tune in different channels, follow the instructions below.
Step 1
Press TUNE on the remote control.
A tuning bar will appear.
Step 2
Press P+ for approximately one second.
The set will scan up through the available channel
frequencies. A cursor moves slowly up the bar until
a channel is found. The S will now flash on and off.
If you do not wish to store the channel, press P+
again until a required channel is found.
Step 3
Press STORE to memorise the channel.
The programme setting PO1 will now flash on and off.
Step 4
Decide which channel number you want to allocate
the channel to e.g. BBC1 = 1. Press the appropriate
number e.g. 1.
Step 5
Store the setting by pressing STORE.
The channel is now stored against the chosen channel
number. The tuning bar will still be on screen and the
S will still flash.
Now tune the remaining channels. Repeat steps 2, 3, 4
and 5 until all channels are tuned in.
To exit the tuning screen press TV.
6
x2
FINE TUNING
After following the TUNING instructions you should
have a clear picture on all channels (subject obviously
to the reception quality of the incoming signal). If any
channels are not to the standard you would expect,
fine tuning may sometimes improve the picture quality.
To fine tune follow the steps below:
Step 1
Select the channel to be tuned. If the tuning bar is no
longer on screen press TUNE. If it is, move onto step 2.
Step 2
Press HOLD very briefly. An X will appear besides the
programme number to indicate that fine tuning has
been selected.
Step 3
By briefly pressing P+ or P-, fine tune the picture.
Step 4
When the best possible picture has been achieved,
press STORE twice to memorise the settings.
Step 5
To return to normal television viewing press TV.
Note : the X symbol means that the Automatic
Frequency Control (AFC) has been switched off.
Channels stored with the X displayed may drift off
tune and therefore fine tuning should only be used if
absolutely necessary.
TUNING INTO A VIDEO RECORDER,
SATELLITE RECEIVER OR GAMES CONSOLE
If connecting a video recorder, satellite receiver or
games console to the television set via the scart
sockets (see page 3 and 14), press 0/AV on the
remote control. Alternate presses of 0/AV selects
between the AV inputs, AV1 and AV2.
If making the connection via the television sets aerial,
select channel 99 as the dedicated channel by
pressing 9 twice.
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General Section
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7
With the video recorder, satellite receiver or games
console on, tune channel 99 to the output following
steps 1-5 in the TUNING IN SECTION on pages
4 to 5.
When using the 0/AV mode the on screen display can
be adjusted to indicate whether a video recorder,
external decoder or auxiliary source (e.g. a games
console or satellite receiver) is connected. Follow the
steps below selecting first either AV1 or AV2 input
as required.
Step 1
Press 0/AV on the remote control.
Step 2
Press TUNE on the remote control. The display will
show 3 options;
(vcr)
DEC (decoder)
AUX (satellite receiver or games console).
Step 3
Further pressing of TUNE allows the desired symbol
TUNE to be highlighted in yellow. When the required
symbol is highlighted the setting will automatically store
after five seconds.
STANDBY AND CHANNEL
CONFIRMATION
STANDBY MODE
When the television is in standby it can be switched on
by pressing either P+ or P- or by pressing the channel
number required, e.g. 1 for BBC 1. Alternatively press
STANDBY.
CONFIRMATION OF CHANNEL SELECTED
Whenever a new channel is selected the top left hand
corner of the screen will confirm the channel number
selected for approximately 5 seconds.
8
To confirm or check the channel being watched
without changing channel, press i. The channel
number selected will be displayed in the top left hand
corner of the screen for approximately 5 seconds.
Note : Pressing i will confirm the channel details at the
bottom of the screen.
PICTURE ADJUSTMENT
Your Grundig television set allows control of
brightness, contrast and colour. To make any picture
adjustments follow this procedure :
BRIGHTNESS CONTRAST AND COLOUR
Step 1
Press MENU.
The brightness symbol will be displayed with a cursor
which indicates the current brightness setting.
Step 2
With the cursor on screen adjust the brightness by
using P+ or P-. The cursor moves to indicate the
change. The new setting is automatically stored.
Step 3
To change the other settings, with the brightness
control on screen, press MENU. The brightness symbol
before the cursor will change to the contrast setting.
Step 4
Adjust the contrast by using P+ or P-.
Step 5
With the contrast setting on screen press MENU again.
The contrast symbol before the cursor will change to
the colour setting.
Step 6
Adjust the colour setting to your liking by using
P+ and P-.
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General Section
The cursor will move to indicate the change.
To return to normal viewing press TV.
AUDIO ADJUSTMENT
VOLUME CHANGE AND MUTE
To increase the volume press VOL+.
To decrease the volume press VOL-.
To mute the sound, press
.
To restore the sound when muted press
again.
BASS, TREBLE AND BALANCE ADJUSTMENT
To make the most of high quality NICAM stereo
transmissions you can alter the bass, treble and
balance to your preference. Follow these steps:
Step 1
Press AUDIO until the audio selection screen is
displayed. The bass symbol
will be displayed with a
cursor which indicates the current bass level selected.
Step 2
With the cursor on screen adjust the bass level using
P+ or P-. The cursor moves to indicate the change.
Step 3
To change the treble level with the audio selection
screen displayed press AUDIO until the treble
symbol is
displayed.
Step 4
With the cursor on screen adjust the treble level
using P+ or P-.
Step 5
To change the balance with the audio selection screen
displayed press AUDIO until the balance symbol
is displayed.
9
10
Step 6
With cursor on screen alter the balance in favour of
the left or right TV speaker with P+ or P-.
Note: If no further buttons are pressed the audio
selection screen will disappear within 5 seconds and
any changes made will be stored.
STEREO WIDE SELECTION
Your Grundig NICAM stereo television allows you to
enhance the stereo effect from stereo transmissions
by selecting Stereo Wide. To select Stereo Wide follow
these steps:
Step 1
Press STEREO. Either
(stereo) or
(stereo wide) symbols will appear.
Step 2
Repeated presses of STEREO will alternate between
stereo and stereo wide allowing the selection of
whichever is preferred. Once the required stereo
selection is made the on screen symbol will disappear
after 5 seconds and the selection will be stored.
PSEUDO STEREO SELECTION
If the transmission is not in stereo no symbol will be
displayed. It is possible to give the mono sound a
stereo like sound by following the steps in stereo wide
selection above.
Either
(mono) or
(pseudo stereo) can be
selected.
MONO SOUND SELECTION
On the edge of a NICAM stereo transmission area the
stereo sound may be intermittent, resulting in poor
sound quality, popping and clicking noises. If this is
the case the programme can be listened to in mono
instead of stereo, by pressing LANG 1/2. The
symbol will indicate that mono sound has been
selected. A second press will restore the
stereo
symbol and stereo sound.
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ADDITIONAL INFORMATION
CARE OF YOUR SET
Use only a soft cloth to clean your television set
cabinet. Normal window cleaning products can be
used to clean the screen.
Never use strong detergents, abrasive cleaner or
polish to clean either the cabinet or the screen.
SCART USAGE
If only one SCART connector is to be used it is
advisable to use SCART 1. If both are to be used the
following use of Scart connections is likely to be
most suitable:
Products
Scart 1
Scart 2
VCR and Satellite Receiver
VCR
Satellite Receiver
VCR and Games Console
Game
VCR
VCR and Hi-Fi
Hi-Fi
VCR
Satellite Receiver and Hi-Fi
Hi-Fi
Satellite Receiver
11
15
60
MULTI LANGUAGE OPERATION
In the future some television programmes may be
transmitted with a choice of language selections.
Your Grundig television is ready for this development.
If programmes are transmitted in this way, pressing
LANG 1/2 will alternatively select between the dual
language audio soundtracks which will be in mono.
SETTING THE SLEEP TIMER
Should you fall asleep whilst watching television, or
leave the television set on unattended, your Grundig
Television set will automatically switch into standby
10 minutes after the end of transmissions.
You can however, programme the television to switch
into standby between 1 minute and 90 minutes ahead.
This ensures that should you fall asleep before the end
of a programme, the television set will automatically
switch off, instead of remaining on until the end of the
last programme of the day. To activate the sleep timer
follow these steps:
Step 1
Press MENU until the timer off symbol is displayed.
Step 2
Press either P+ or P-. The timer on symbol will be
displayed along with the time in minutes until the
automatic switch off will be activated.
Step 3
Press P+ or P- to set the time in minutes until the
television set will switch off.
Pressing P+ will increase the minutes from 1-90.
Pressing P- will decrease the minutes from 90-1.
When the correct advanced switch off time is selected,
if no further buttons are pressed the set will revert to
normal viewing and automatically switch off after the
pre-determined time. To ensure that the timer will not
activate alter the switch off time to zero.
14
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Circuit Description
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2 - 1
Circuit Description
1. Power Supply
The power supply is a conventional off line, isolated switch mode
system. AC line voltage is applied to the circuit via switch fuse and the
main input RFI filter. The degauss coil supply is taken off after the filter
then the AC is rectified through a bridge circuit comprising D100 to
D103. After filtering by C103 and C104 the DC is now fed to T100
switch mode transformer. TR100 is the switching transistor and it, in
turn, is driven by the UC3844 IC100 which is a PWM (Pulse Width
Modulation) control IC. In the basic chassis, the UC3844 is run as a
fixed frequency PWM controller, the frequency being governed by
R105 and C107.
1.1 HT Adjustment
VR100 is used to set the +B, this varies the output voltage by controlling
the feedback voltage to the IC100. The +B rail is the line measured
when this control is used. This line is set in accordance with the CRT
that is fitted. When this rail is set then any variation in power demand
by the receiver will be reflected in the feedback winding which, in turn,
will appear as an error voltage on IC100-(2). This error voltage will, in
turn, vary the PWM output to the switching transistor which, in turn, will
maintain the output voltage constant.
1.2 Over Current Protection
The power supply is totally overcurrent protected by sensing the
current through the switching transistor. The combination of R114,
R113, D112, D113, R112 and C113 all act to provide conditioning of
the sensing voltage for the IC100 current sense input. As current flows
across TR100 collector-to-emitter junction (source drain for stereo) a
voltage proportional to the current is produced across R114 and R113.
This voltage is fed to Pin 3 current sense pin of IC100. When the
predetermined threshold voltage is reached because of excess current
drawn IC100 limits the current to protect the PSU and other circuits.
After a period of time it will try to restart, if the fault has not cleared then
it will shut down again. D112 and D113 are there to prevent the voltage
developed rising to an unacceptable level on the sense pin of the IC.
R112 and C113 provide a degree of filtering of the sense waveform.
T100 also provides the isolation from the AC line to the chassis of the
TV. All secondary supplies are isolated so that the main - and external
connections are at ground potential, therefore, safe to the user.
Warning! The heat sink on TR100 is live.
1.3 Supply Regulation
The 5V supply for some of the main ICs of the system is supplied from
the secondary winding of T100, the 9V output is fed into a fixed 5V
voltage regulator. The 33V tuner tuning volts is derived from the +B line
using a band gap close tolerance shunt regulator D120.
R115 and C114 are isolation components linking the non-isolated to
the isolated side of the chassis for RFI and electrostatic purposes.
2. Tuner and Demodulator Circuits
The tuner TUN600 can be one of two models depending on what
transmission system is being viewed. For the U.K. using PAL System I
the tuner is a Salcomp 1590R. For all other European PAL and SECAM
systems the tuner is a Salcomp 1490R. Both tuners are pin for pin
compatible, the only difference is that the 1590R is UHF only and the
1490R is a multi band tuner. Both tuners are voltage synthesis types
and tuning voltage is controlled by the system microcontroller IC500.
AGC control of the tuner is determined by the demodulator IC400.
2.1 SAW Filter Options
The IF output of both types of tuner is a balanced output and is fed into
a number of balanced input saws - SAW450, SAW600 and SAW601.
As to which or how many saws are fitted is determined by the options
fitted and the system to be received. In the stereo chassis SAW 600 is
fitted.
However, this can be a different type of SAW depending on the system
being received. A system table is presented on the circuit diagram
giving the specific type of SAW to be fitted in the 601 position for each
system.
2.1.1 SECAM L/L (option)
If the chassis is fitted with SECAM L/L the addition of SAW450 is
required for the sound.
2.1.2 Stereo SAW
Should the full stereo option be required then SAW601 is replaced with
SAW600 and SAW450 stays as it is if SECAM L/L is also required.
2.2 Vision IF Demodulator
Taking the basic case the outputs from whichever SAW600 or 60 is fed
to the IF input of the demodulator IC400-(19), -(20) which is an
STV8224. Under most applications there is only one adjustable
component in this circuit and that is L401 tank coil. However, when
SECAM L/L option is required an additional trim capacitor is required
along with R416, C412, D532, R417 and R425. The incoming signal is
demodulated in the STV8224. The demodulated video and intercarrier
sound are then fed out on pin 3 STV8224. The combined signals are
fed into the filter circuits for separation of sound and video. The
separation is achieved by the use of ceramic filters. CF400 and CF401
are the filters that perform this task.
2.3 Dual System Sound Options
It will be noted that there are two ceramic filters, CF400 and CF401.
Both sets are required if dual system operation is required. Details are
to be found in the system table on the diagram for each option.
The separated signals are then fed back into the IC400 where the
sound is demodulated and the audio processed. The video and audio
are then routed by the internal switching of IC400. The routing is
controlled by the microcontroller. The external video and audio from
the Peri connector are also fed into this IC.
2.4 Tuner AGC Control
The STV8224 also performs AGC control for the tuner. The operational
threshold for AGC action is controlled by the microcontroller, the
threshold level is set up on IC400-(24).
2.5 SECAM L/L’ Vision IF (option)
In the event of SECAM L/L’ option being required, then additional
IC450 needs to be fitted as does SAW450. This is in order to
demodulate the AM sound of SECAM L/L system. Audio switching is
then re-routed between IC450 and IC400, this is all done under the
system microcontroller software in IC500.
The switching network comprising TR450, TR451, TR452, D450 and
D451 is for the purpose of switching the SAW transducer with variation
in band switching. Because the sound and vision carriers are trans-
posed between Band 1 and Bands III, IV and V, then the balanced IF
output has to be switched to the right transducer on SAW450. The
switching is again controlled by the system microcontroller IC500. The
transducer that is not being used is short circuited by its respective
diode.
3. Peritel Output
The video out to the Peri connector is taken off before the filtered signal
is fed back into IC400. It is then fed to a buffer circuit TR700 and then
to pin 19 of the Peri connector.
4. Video Chroma Processing
IC800 is the video and chroma processing circuit. All controls are totally
under software control. Customer controls can be adjusted from the
front panel. The raster correction controls are only accessible in factory
set-up and troubleshooting mode set by the system microcontroller.
The customer controls are accessed in this mode, or by the conven-
tional remote control.
The composite video is fed into IC800-(2). Separation of luma and
chroma signals is carried out internally by the sampled data method
using clocks generated by the external crystal. This method is used for
all decoding processes in the chip. The sample clock is phase locked
to the subcarrier for correct colour ident.
5. Delay Line
The sample component chroma signals are now fed to a digital,
1 picture line length delay line. The same sample clock is fed to the
delay line IC801 as is fed to the IC800 so that phase relationship is
maintained within the whole system.
5.1 RGB Matrix and Sync Separator
After passing through the delay line it is returned to IC500-(26), -(27)
and then mixed with the luma and fed into the matrix circuits to produce
the RGB output. The luma signal is also fed through a short delay line
Circuit Description
ST 03
2 - 2
GRUNDIG Service
which is integrated on to the IC800. The sync separation and time base
circuits are also integrated on to this chip. Incoming video is stripped
of its line and field sync pulses. The horizontal and vertical syncs are
then derived from the composite sync waveform.
6. Time Base Generator
The line sync is fed to the line time base generator circuit. The line time
base is derived from the master clock oscillator and divider circuit. The
line pulses from the divider are fed into both PLL circuits along with the
sync and flyback pulses. These combine together to produce the line
drive for the line output circuit. Two PLL time constants are used to give
good lock for both fixed, gen-locked syncs, such as from terrestrial
transmission and from weak or variable sync such as VCR.
All controls for the line time base generator are integrated and are
accessed via the I
2
C bus under microcontrol from IC500. These are set
up in the factory by a test software.
6.1 Vertical Time Base
The vertical time base is again generated on chip by the use of the
master clock in conjunction with the separated field sync. The divider
circuit count is controlled by the sync pulse. The counter produces the
pulses to generate the vertical ramp which is in turn fed to a buffer and
then fed out to the field output circuit.
In the event of no valid sync being present then a direct injection mode
is used to continue the function of the ramp generator. This direct mode
then enables vertical scan to be maintained in the event of no signal
being present.
7. RGB Drivers
The RGB video signals are fed out on IC800-(17), -(18), -(19). These
signals are then buffered by the emitter follower circuits TR801, TR802
and TR803 before being fed to the tube base panel. External RGB
signals are also able to be fed into this IC on pins 22, 23 and 24. These
pins are normally fed with RGB levels of 700mVpp signals for nominal
display. The choice of display is determined by the switch pin on
IC800-(21). This is controlled by the output of the teletext chip blank
signal or the blanking signal from the microcontroller for on screen
graphics display or the PERITEL pin 8.
7.1 Auto Grey Scale Tracking
The system also incorporates an automatic grey scale tracking sys-
tem. This removes the need for manual adjustments to set up back-
ground luma levels in high-light and low-light areas on CRTs.
For correct tracking the auto grey scale works on the principal of taking
measurements of the dark current during the field blanking period and
also inserting a peak white signal in that period and setting those
thresholds to control the output stages of the chip. This ensures that the
tube characteristics are constantly being matched by the video output
so that grey scale and picture colour integrity is constantly maintained.
7.2 Beam Limiter
The RGB output gains are also affected by the beam limiter circuit on
IC500. This is to prevent the tube from being damaged or its life
expectancy being shortened by excessive beam current.
The sensing of the beam current is performed at the bottom end of the
DST secondary supplying the EHT focus and G2 voltages to the tube.
The reference point is pin 7 on the DST, this current is sensed as a
change in voltage developed across resistors and fed to the beam limit
sense IC800-(9). This voltage is measured against a reference which
represents maximum beam current. When the sensing level exceeds
the reference then the gain on RGB output amps is reduced, thereby
reducing the beam current. Saturation control, brightness and contrast
are adjusted via the remote control but the nominal levels are preset
in the factory by the I
2
C bus using the microcontroller and test software.
8. System Microcontroller (IC500)
The ST6365 is a dedicated microcontroller for TV control applications.
It has such features as dedicated voltage synthesis tuning control, AFC
control and on-screen graphics display generator. Also it has a
dedicated infrared remote control serial data input. This microcontrol-
ler has a dedicated I
2
C port for communication to other controllable ICs.
The controller clock frequency is 8MHz and this clock speed is
achieved by connecting an 8MHz ceramic resonator across the
oscillator pins 31 and 32 with two 100pF capacitors, C507 and C508,
to ground from each pin. The timing for all functions performed by the
microcontroller including I
2
C bus are taken from this clock.
8.1 Voltage Synthesis
The on-chip voltage synthesis tuning peripheral has been integrated to
allow the generation of a tuning reference voltage. The peripheral is
composed of a 14 bit register that represents the tuning voltage at
pin 1. This voltage is generated using pulse width modulation and bit
rate multiplier techniques.
The 14 bit counter gives 16384 steps which allow a resolution of
approximately 2mV over a tuning voltage range of 32V. Coarse tuning
is achieved by PWM of the 7 most significant bits of the counter, whilst
fine tuning is achieved by BRM (Bit Rate Multiplication) of the 7 least
significant bits of the counter.
The resultant digital pulse train is fed into the base of TR410. This
inverts the pulse train which is then fed into the 3 stage integrator which
integrates the pulse train into a DC voltage.
8.2 AFC Control
The output of the voltage synthesizer can be changed either by the
remote control or the local keyboard. The tuner oscillator is kept on
frequency by the application of AFC. The AFC acts on the voltage
synthesizer via a feedback path. The AFC is generated by IC400. This
voltage is fed back to the AFC pin 9 on the controller. As the tuner
oscillator drifts either up or down so the signal applied to IC400
deviates from the optimum. As a result an error voltage appears on
IC400-(2). This voltage can be either positive or negative with respect
to the optimum voltage. This error voltage is fed to pin 9 of the
microcontroller. This voltage is then digitized. If the digital value is
optimum then no change is made to the synthesized digits. If the digital
value is either side of optimum, then the resultant AFC value is either
added to or subtracted from the synthesizer value.
8.3 Analog Controls
Pins 2 and 5 on the microcontroller are PWM D-A converters. However,
these are only 6 bit resolution which is perfectly acceptable for the
analog functions they perform.
The D-A on pin 2 is used as the electronic volume control for the sound.
The D-A on pin 3 is used for the multi-level voltage control for audio and
video switching of IC400 and IC450. The D-A on pin 4 is used to
produce the threshold level for the AGC to the tuner. The final D-A on
pin 5 is as yet uncommitted. The microcontroller has 3 I/O ports as well
as the dedicated peripheral pins, some of the I/O ports also have
dedicated functions and are listed as their dedicated function, i.e. the
AFC on pin 9 is bit 3 of port B.
8.4 Key Pad Interface
Bits 0-2 and bits 4-5 of port B provide the matrix for the crosswire
keypad.
8.5 Sync Detector/Mute Control
Bit 6 of port B is a sense pin which mutes the sound when text is
displayed and incoming signal is lost. Normally the microcontroller will
mute the sound when the aerial is removed or tuning is off station
because it detects no line lock coincidence.
However, in out-of-hours sync mode, the text chip set detects lack of
sync coincidence and mutes the sound. Bit 0 on port A senses the
status of pin 8 on the peri connector for switching video and sound to
incoming signals on the peri connector.
8.6 Peritel Monitor/OSG Control
Bit 1 on port A monitors the blanking signal on pin 16 of the peri
connector and also the blanking signal from text and OSD sources.
Bit 2 of port A acts as the control line for the switch that acts on SAW450
as described in section 2. Bit 3 is usually linked to ground, however for
System PAL BG/SECAM L/L’ this link is omitted.
8.7 Band Switching and LED Driver
Bits 4 to 6 of port A are the band switching outputs which drive the band
switches. Bit 7 of port A is connected to the LED D500. Pins 22 and 25
are OSG display pins whilst pins 26 and 27 are the sync input pins.
Pin 33 is the hardware power-on reset. Pin 34 is the SECAM L/L SAW
selector switch. Pin 35 is IR input line. Pin 36 is BG/DK system select.
8.8 Standby Control/ Sound Mute
Pin 37 is available as a standby line for external use. In normal standby,
the controller shuts down all circuits that provide drive to output stages,
thereby placing the system in quiescent current consumption mode.
Pin 39 is the sound mute output which drives the sound mute transistor
TR5 and TR7. Pins 40 and 41 are the dedicated I
2
C bus.
GRUNDIG Service
1-1
ST 03
Circuit Description
GRUNDIG Service
1-2
ST 03
Alignment
2 - 3
3 - 1
Alignment
1. +B Voltage
2. Screen grid
voltage U
G2
3. Geometry:
Vertical Linearity
Vertical Height
Horizontal Shift
4. White balance
5. Tuner-AGC
6. Line sharpness
7. Vision
demodulator
8. SAT 6MHz
Preparations
Set luminance to mimimum.
Voltmeter to the cathode of D115.
Feed in a crosshatch or TV picture.
Brightness (
R
) Minimum.
Contrast (
W
) Maximum.
Select Service Mode "G".
Feed in a convergence test pattern:
Select "L" in the Service-Mode.
Select "V" in the Service-Mode.
Select "H" in the Service-Mode.
Feed in a FuBK test pattern.
Set the colour contrast (
E
) to minimum.
Set the contrast (
W
) to maximum.
Adjust the screen brightness (
R
) so that the gradation from
the darkest grey scale value to black is just still visible.
Select "R", "G", or "B" in the Service Mode.
Feed in a standard test pattern at a channel in the upper
range of the UHF; the RF should be
≥
3mV (70dB
µ
V, free
of noise).
Select "A" in the Service Mode.
Feed in a convergence test pattern:
Contrast (
W
) to maximum.
Set the brightness so that the black background of the test
pattern is just brightening.
Feed in a convergence test pattern of 38.9MHz (39.5MHz
on PAL I) to tuner contact 13 via 1nF.
Feed in a convergence test pattern (UHF) on the TV set.
Connect the oscilloskop to IC600-(12).
Alignment Process
With control VR100 set the voltage +B as specified in the
table CRT (page 4-22).
Adjust control G2 (at the bottom of the split transformator)
so that no red or green square appears on the screen.
If the G2 is too high –> a red square appears on screen.
If the G2 is too low –> a green square appears.
Adjust with "P+" or "P-".
Adjust with "P+" or "P-".
Adjust with "P+" or "P-".
Set "P+" or "P-" so that no colouration of grey bars is
visible.
With "P+" or "P-" adjust the voltage on tuner contact 1 to
5.4…5.6V.
With the focus control "FOCUS" (upper adjustment control
of the split transformator) adjust the horizontal lines for
maximum sharpness.
With filter L401 set the DC level at IC400-(2) to 5.25V.
Adjust L604 to minimum video.
9. Output Power Stages
This section describes the power output stages for video, audio, line
and field scanning system.
9.1 Field Output (IC200)
The TDA8170 IC200 is a power output amplifier designed to drive the
vertical scan coils on the CRT yoke. The saw-tooth waveform is fed into
pin 1 from pin 7 of IC800. Internal to IC200 is the flyback generator. The
flyback generator produces a pulse equivalent to the field blanking
period during which time no visible video appears on the screen.
The saw-tooth voltage waveform is converted to a current waveform
that drives the field scan coils.
The flyback part of the waveform is also used to generate the vertical
sync pulse for the OSD. The circuit R207, D202 and R208 slice the
waveform to give the vertical sync pulse and to limit it to a voltage of
no greater than 4.7V.
9.2 Line Output Stage
The line output stage has to provide a number of things for the system.
Firstly, it provides the power and the waveform to drive the horizontal
scan coils on the CRT yoke. Secondly, it provides the voltages for the
tube, EHT final anode drive, focus voltage and G2. Thirdly, it provides
two secondary low tension voltages, 15V and 26V, and after passing
through a fixed voltage regulator, IC300, 12V. Fourthly, it provides on
the primary side of the transformer the 150/180V supply for the tube
base video output amplifiers and, finally the voltage for the heaters on
the CRT of around 6.3V.
The tuning capacitor C300 is selected by the type of tube fitted as are
the correction circuits L300, L301, R300 and R301.
9.3 Line Driver
The line drive signal from IC800 is first clamped by D804 then inverted
by TR800. The resulting waveform is fed to TR301 line driver stage.
The drive is applied to the line output transistor TR302 across the line
driver transformer T311. TR302 drives both the diode split transformer
T300 and the line scan coils connected to PL351. The field coils are
also connected to PL351.
9.4 12V Regulator Circuit
The 15V generated off the low side secondary of the diode split LOPT
is used in the beam current sensing circuit prior to it being fed into the
12V fixed regulator IC300. From the primary side of the diode split there
is a circuit which is used to produce a low level line flyback pulse. This
is the circuit around TR300. The flyback pulse is used by the IC800 for
synchronization in PLL’s and also for the line blanking during video for
line flyback period. Also from this circuit is supplied the horizontal sync
pulse for the OSD of the microcontroller.
9.5 Flyback Pulse Circuit
The flyback pulse is fed into TR300 via two high value resistors R302
and R303. The high values are because at the take-off point the flyback
pulse could be in excess of 1kV. The capacitor C306 is a speed-up
capacitor to improve turn on and off characteristics of TR300. The
diode D305 clamps the incoming flyback pulse to 5V so that the output
at the emitter of TR300 does not rise above 5V and that the base of the
transistor is not spiked by excessive transient voltages.
10. Video Output Stages
The video output transistors TR900, 901, 902 are driven directly from
the buffer transistor circuits at the output RGB of IC800. The gain of the
stage which determines the video voltage swing applied to the tube
cathode is set by a register in IC800. The actual gain control known as
contrast is also a register in IC800 as is the brightness control.
The capacitors connected across the emitter resistor is to give a little
extra gain at the HF end. The transistors TR903, 904, 905 are the
dark/light current sense transistors and feed the dark current sense on
IC800-(20) for auto grey scale.
10.1 Auto Grey Scale
When the video output transistor is driven with peak white which equals
max. beam current then the voltage drop across the diodes increases
thereby making a difference of potential between base and emitter
causing the transistor to conduct. This produces an output by the
collector proportional to the high beam current. As the output transistor
is turned off at black level, so the reverse happens with the sense
transistors until we are left with a voltage that represents the dark tube
leakage current which is a dark reference current for the tube.
10.2 Tube Base Interconnect
Connection to the tube base is via two connectors CN901 and CN902
for the main connectors, then by single connectors for the focus and
G2. The final anode voltage is applied directly to the connection on the
side of the tube bulb. The tag coating connection is made by a single
tag to the tube base panel ground.
11. Teletext Options
The text chip-set being used is the Texas Instruments 2 chip Videotext
decoder set. Depending on what system is required Eurotext or Unitext
determines what IC650 will be. A table of components that change are
shown in the "Text Table" on the schematic. IC651 is the data slicer and
timing signal generator. The timing signals are all generated with
respect to the master clock which is derived from the crystal XT650.
The value of this crystal is twice the data rate of the text signal
13.875MHz.
This clock is synchronized to the clock run-in signal at the front of the
data packet. The data is then output to IC650 along with data clock and
the other timing signals. IC650 then decodes the data and produces
the text display for the screen. If the TV signal is present then the whole
thing is locked to the incoming sync signal.
If the TV signal is not present then the system generates its own sync
so that text stored in memory can still be displayed in a locked form. All
commands and customer selection are engaged via the I
2
C bus which
is attached to the microcontroller I
2
C bus.
The RGB outputs are then fed to the input for external RGB on IC800.
The control signal for the blanking function is taken to switch input of
IC800-(21). For Eurotext the outputs are directly fed to IC800 whilst
buffers are used for Unitext.
12. Power Supply to MSP 3400/3410
Power is supplied to the MSP from pin 4 of plug PL102. This is an 8V
supply derived from the chopper transformer and is therefore available
when the receiver is in standby. The 8V supply is regulated to 5V by IC3
and applied to the MSP via RFI filters (L2, CT2 and L4, CT4) to pins 18
and 57 of the MSP. The 8V is supplied to pin 39 via the RFI filter L3,
CT3. The reason the 8V line operates in standby is because this locks
the internal audio switches into pre-set positions when the 5V voltage
is removed so as to reduce the standby power. TR4 is open circuit
during standby.
12.1 MSP Operation
The ITT MSP3410 decodes FM, dual-channel and NICAM sound; the
MSP3400 does not do NICAM. The intercarrier input is applied to
pin 58 for all systems except France where an additional filter may be
required. The input is then to pin 60. The MSP is controlled by the clock
and data lines (I
2
C) from the microcontroller. The IC generates an
internal clock from the crystal on pins 62, 63 at 18.432MHz. Reset
components are on pin 24. Note there are no adjustments on the MSP
as all processing is done digitally. Note, the volume control is now an
I
2
C operation as is treble, bass and balance.
13. Second Peritel and Mute Circuit
Video from the second peritel is supplied from pin 20 of Peritel 2. This
is then buffered by TR20 and applied to IC4-(1). IC4-(2) carries video
derived from the tuner and IF amp. The switch position is controlled by
IC4-(10). The microcontroller (pin 5 DA4) controls the switch position.
The output of IC4 (pin 15) is applied to the times-2 gain stage TR1, TR2
and out to Peritel 1, input of IC400 -(10) and so to the picture tube if
there is no input from Peritel 1. Mute Circuits TR5 and TR7 mute the
loudspeaker channels. TR12, 13, 10 and 11 mute the two Peritel audio
outputs. The mute circuit is driven by port zero and port 1 (pins 4 and 5)
of IC1. Pin 5 mutes the speaker channel and pin 4 the Peritel channels.
TR9 detects when the receiver is switched off and mutes all audio
outputs.
14. Audio Amplifier
The audio amp generates 6+6 watts of RMS power into 8R speakers.
The power is derived from a 21 volt winding on the chopper trans-
former.
Alignment
All adjustment controls not mentioned in this description are adjusted during production and must not be re-adjusted in the case of repairs.
Measuring Instruments: Oscilloscope with 10:1 test probe, colour test pattern, high resistance voltmeter.
Service Mode:
In this mode the alignment of Geometry, Peak White Level and AGC can be carried out. To call up this mode, either the remote control or TV front
controls can be used.
Call up Service Mode:
To enter the service mode, depress and hold the channel change buttons "P+" and "P-" on the front as the TV is switched on and hold until a picture
appears. The service menu will be at the bottom of the screen G L V H R G B A. To choose a function select menu on the remote control or
simultaneously depress "V+" and "V-" on the front of the TV, but only briefly. Adjustment of the selected function is by depressing "P+" or "P-". Choosing
another function will automatically store the adjustment of the previous function. To return to normal TV mode select TV on the remote control or "V+"
or "V-" on the TV.
Checks and adjustments after replacement or repair of:
Power Supply: 1., 3.
Horizontal Deflection: 2., 3., 6.
CRT, CRT-Panel: 2., 4.
Tuner: 5.
IC1400: 5., 7.
IC600: 8.
1-3
GRUNDIG Service
Layout of the PCBs and Circuit Diagrams
ST 03
1-4
GRUNDIG Service
Layout of the PCBs and Circuit Diagrams
ST 03
4 - 1
4 - 2
Layout of the PCBs and Circuit Diagrams
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
C100
239
188
C101
197
170
C102
185
164
C103
179
166
C104
167
163
C105
204
160
C106
195
206
C107
201
217
C108
162
218
C109
192
226
C111
159
177
C112
202
197
C114
139
169
C115
121
174
C116
107
178
C117
122
158
C120
97
183
C121
93
194
C122
129
176
C123
106
208
C124
98
215
C125
98
235
C126
102
228
C127
134
235
C128
118
239
C129
106
239
C130
104
248
C131
156
233
C134
160
194
C200
108
151
C201
84
134
C204
91
137
C205
119
151
C206
81
156
C300
30
161
C301
53
153
C302
79
205
C303
33
129
C304
32
117
C306
52
138
C307
53
189
C308
56
197
C309
37
188
C310
65
194
C311
65
236
C312
77
234
C313
19
120
C315
17
176
C322
65
149
C350
23
242
C404
57
40
C405
63
39
C406
91
52
C408
93
31
C409
100
50
C410
58
50
C416
74
64
C418
84
64
C421
61
55
C450
93
118
C454
91
102
C456
79
108
C500
42
100
C501
204
123
C502
204
116
C504
273
160
C509
234
81
C510
94
59
C540
232
87
C553
121
24
C554
132
40
C600
16
108
C601
53
66
C604
13
102
C605
41
106
C660
185
29
C668
196
30
C670
189
32
C700
24
15
C705
22
25
C707
55
56
C801
157
101
C802
160
101
C803
154
101
C804
148
97
C808
126
99
C810
133
99
C811
139
99
C813
116
78
C814
133
71
C816
179
86
C817
179
83
C818
179
81
C823
138
71
C824
149
69
C825
153
69
C826
144
70
C830
126
56
C831
124
48
C832
126
64
C833
147
63
C835
144
40
C840
121
98
C850
152
108
CF400
87
37
CF401
92
37
CN350
85
241
CN700
8
42
CN800
174
110
CR500
234
93
CT400
98
37
CT401
95
37
D100
192
168
D101
184
158
D102
184
153
D103
189
168
D104
170
221
D107
167
194
D109
187
191
D112
183
202
D113
183
185
D114
112
177
D115
104
194
D116
93
212
D117
99
224
D118
123
236
D119
103
244
D120
205
126
D200
105
157
D300
70
238
D301
41
189
D302
48
193
D303
42
128
D304
31
153
D400
75
36
D401
67
35
D450
58
105
D451
58
102
D500
273
184
D501
208
65
D502
213
74
D503
211
68
D504
215
77
D510
223
93
D532
75
33
D600
16
72
DAG
213
15
ECO2
117
72
ECO4
126
75
F100
240
200
F101
116
231
F101A
240
197
G2
212
3
IC100
192
217
IC102
136
145
IC200
104
140
IC300
11
141
IC400
76
54
IC450
95
111
IC500
235
108
IC550
132
28
IC600
49
73
IC650
178
49
IC650ALT
178
42
IC651
180
17
IC800
145
85
IC801
139
49
IR500
275
173
J002
18
69
J003
18
114
J004
26
191
J005
26
32
J006
28
29
J007
31
5
J008
31
7
J009
35
113
J010
39
62
J011
39
64
J012
39
110
J013
46
31
J014
46
35
J015
55
108
J016
61
71
J017
64
54
J018
59
11
J019
59
13
J020
62
45
J021
64
27
J022
64
22
J023
68
73
J024
64
16
J025
69
182
J026
74
90
J028
70
19
J029
77
69
J030
77
127
J031
80
69
J032
81
188
J033
85
112
J034
87
20
J035
93
68
J036
92
100
J037
95
72
J038
98
23
J039
95
132
J040
98
174
J041
101
87
J042
102
90
J044
105
72
J045
105
77
J046
107
12
J047
109
61
J048
108
113
J049
108
56
J050
110
12
J051
111
37
J053
112
84
J054
112
12
J055
115
12
J056
115
163
J057
117
112
J058
120
46
J059
119
103
J060
126
119
J061
126
159
J062
129
133
J063
129
104
J064
130
109
J065
131
119
J066
135
132
J067
136
59
J068
136
61
J069
138
119
J070
140
132
J071
143
119
J072
150
14
J073
149
12
J074
150
21
J075
153
18
J076
150
129
J077
152
7
J078
153
9
J079
153
53
J080
153
129
J081
162
127
J082
162
74
J083
167
33
J084
167
127
J085
171
25
J086
171
28
J087
171
129
J088
172
85
J089
178
130
J090
180
130
J091
183
103
J092
184
130
J093
187
130
J094
190
118
J095
191
80
J096
192
104
J097
193
202
J098
195
100
J100
197
100
J101
198
220
J102
198
40
J103
200
100
J104
200
82
J105
202
100
J106
203
83
J107
207
104
J108
209
109
J109
211
105
J110
223
84
J111
223
90
J112
235
74
J113
240
87
J114
246
97
J115
255
111
J116
258
66
J117
258
71
J118
260
113
J119
260
87
J120
263
119
J121
289
17
J122
289
31
J123
191
83
J124
255
19
J125
262
87
J126
258
113
J127
248
122
J128
81
175
J129
32
40
J130
213
61
J131
36
155
J132
57
165
Chassis Board
Coordinates of the components on the components side
(top side)
Assembly coordinates of the components
-
The X and Y coordinates can be used as both metric
coordinates in mm for the original circuit board and absolute
coordinates for the enlarged diagrams of the circuit boards.
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
L100
242
174
L100ALT
238
170
L101
135
250
L102
151
171
L103
98
201
L300
29
172
L300A
30
175
L301
52
175
L302
77
194
L303
52
175
L400
102
34
L401
78
42
L450
86
97
L500
242
88
L540
214
97
L550
133
13
L551
130
19
L600
9
109
L601
59
99
L602
23
72
L603
27
68
L604
33
73
L650
159
28
L651
187
54
LNK100
109
200
LNK101
108
198
LNK450
105
66
LNK500
27
106
LNK501
24
100
LNK502
249
125
LNK504
219
71
LNK600
30
24
LNK650
193
28
LNK651
198
15
LNK652
180
28
LNK655
183
66
LNK656
180
66
LNK657
173
66
LNK658
170
66
LNK700
37
19
LNK701
35
19
LNK901
218
20
OMEGA1
300
255
OMEGA2
11
5
PIN001
227
61
PIN002
230
61
PIN003
232
61
PIN009
273
61
PL102
118
251
PL104
197
158
PL106
78
6
PL107
52
6
PL351
59
162
PL500
269
115
PL501
245
139
PL502
256
138
PL503
1
75
PL550
139
18
R100
216
160
R101
201
188
R103
159
221
R105
195
211
R109
160
197
R110
199
193
R113
180
202
R114
177
202
R115
141
159
R116
116
185
R117
160
238
R118
193
197
R119
60
134
R120
114
126
R121
89
199
R130
110
230
R131
109
219
R132
107
216
R200
95
162
R206
98
146
R209
78
146
R210
83
166
R211
96
155
R212
81
169
R213
81
172
R300
40
173
R301
63
182
R302
68
141
R303
44
141
R311
45
193
R312
33
199
R313
38
127
R314
58
136
R315
53
240
R316
57
240
R317
52
147
R318
63
245
R350
79
185
R406
111
28
R419
104
45
R420
112
32
R422
89
69
R423
87
69
R426
43
57
R452
86
122
R460
103
95
R511
101
97
R512
225
131
R516
226
121
R524
246
88
R525
248
88
R526
251
88
R527
253
88
R528
230
131
R533
228
131
R540
223
95
R550
124
16
R556
105
69
R561
222
79
R562
236
131
R602
14
72
R650
162
15
R653
171
30
R656
159
58
R705
18
28
R706
21
48
R707
27
50
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
R708
19
52
R709
24
52
R715
35
52
R720
105
75
R831
152
31
R832
140
56
SAW450
59
119
SAW600
84
86
SAW601
84
86
SW100
239
219
SW500
269
102
SW501
269
87
SW502
269
137
SW503
269
123
T100
133
203
T300
43
218
T311
20
130
TC400
80
27
TR100
174
205
TR301
25
120
TR302
32
144
TR410
211
121
TUN600
34
89
VR100
187
233
VR700
49
48
XT650
182
8
XT800
136
65
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
C454
C450
C670
C604
C510
C660
C112
C117
C705
C700
C205
C811
C504
C410
C416
C418
C554
C509
C835
C826
C832
C831
C808
C540
C707
C668
J003
J117
J116
J002
J082
J106
J051
J107
J067
J016
J059
J062
J033
J048
J008
J007
J115
J102
J075
J009
J070
J057
J040
J023
J045
J058
J029
J083
J066
J031
J042
J020
J022
J110
J014
J091
J011
J101
J076
J097
J017
J032
J104
J080
J025
J049
J038
J010
J005
J006
J064
J077
J078
J004
J037
J072
J089
J093
J092
J021
J041
J044
J090
J074
J095
J120
J085
J086
J063
J036
J013
J068
J035
J053
J079
J118
J111
J113
J112
J123
J127
J129
J126
J130
J131
J128
J028
J015
J061
J088
J056
J030
J026
J108
J019
J018
J060
J103
J071
J069
J105
J046
J050
J054
J094
J055
J084
J096
J065
J081
J073
J100
J098
J109
J087
J039
J047
J034
J012
J024
J114
J119
J125
IN
OUT
GND
IC300
IN
OUT
GND
IC102
R524
R525
R526
R527
R426
R540
R512
R533
R653
R516
R511
R656
R350
R556
R423
R650
R301
R300
R315
R132
R312
R311
R200
R130
R131
R116
R302
R303
R211
R206
R209
R212
R213
R105
R103
R113
R114
R715
R709
R708
R707
R706
R705
R528
R422
R420
R406
R832
R460
R452
R316
R550
R121
R419
R602
R118
D510
D401
D400
D532
D450
D120
D451
D504
D503
D502
D501
D600
CR500
F100
1
2
PL104
1
2
PL100
SAW601
R117
CN700
PL503
L601
PL502
IC400
IC650ALT
IC651
C111
R314
C315
C553
C115
C312
C310
C200
C201
C125
CN800
CN350
IC500
L100
T311
IC100
IC550
LNK504
LNK450
LNK658
LNK655
LNK656
LNK657
LNK651
LNK503
LNK502
LNK501
LNK500
LNK700
LNK701
LNK600
F101
SW100
C816
C840
C817
C818
IR500
PL500
VR700
CT401
CT400
CF400
CF401
L651
L604
L401
TC400
SAW450
SAW600
PL501
D500
L100ALT
C100
C301
C105
C502
C833
C109
C804
C813
C108
C501
C500
C122
C406
C404
C803
C350
C107
C802
C810
C801
C823
C601
C204
C850
C114
C408
C830
C825
C405
C409
C824
C421
IC800
R210
R313
IC600
IC801
D118
D109
D100
D102
D103
D101
D304
D300
D301
D200
D119
D117
D302
D107
D112
D113
D303
D104
C814
C106
C129
C322
C302
C127
C123
C600
C605
C456
C308
XT650
XT800
b
e c
TR301
PL107
b
ec
TR410
b
e c
TR542
C304
C311
C309
C307
C124
C103
C101
C102
C130
C128
C126
C116
C306
C134
C313
C121
L300
L301
L101
L302
L103
L650
L603
L602
L450
L600
L400
L500
L540
R100
IC200
C131
C206
C120
C303
LNK101
LNK100
LNK652
LNK650
L300A
C300
L550
L551
C104
TUN600
SW503
SW500
SW502
SW501
VR100
8
7
6
5
4
3
2
1
123456789
9
10
10
11
12
11
12
13
14
15
16
13
14
15
16
17
18
T100
IC650
R115
4
3
1
2
PL351
R109
D114
D115
D116
L102
R317
R119
R120
R110
R831
IC450
PL550
T300
PL102
PL106
c
be
TR100
c
b
e
TR302
R915
R101
MAINS ISOLATION BARRIER
MAINS ISOLATION BARRIER
MAINS ISOLATION BARRIER
251004.02-CSSK
T2.5A
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
210
220
230
240
250
260
270
280
X
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
Y
200
210
220
230
240
250
260
190
12
11
13
16
15
14
10
9
8
7
6
5
20
22
23
24
17
18
19
21
1
2
4
3
31
27
25
26
28
30
29
4 - 4
GRUNDIG Service
4 - 3
Layout of the PCBs and Circuit Diagrams
GRUNDIG Service
ST 03
Chassis Board
Component side, top view
ST 03
Layout of the PCBs and Circuit Diagrams
LNK800
LNK801
LNK653
R534
R517
R836
R673
R674
R532
R658
R663
R655
R654
R659
R660
R671
R661
R665
R667
R668
R670
R840
R657
R652
R457
R800
R820
R819
R407
R803
R801
R504
R503
R502
R501
R500
R812
R310
R304
R201
R208
R207
R202
R203
R204
R205
R514
R107
R108
R106
R305
R307
R306
R804
R111
R112
R555
R827
R459
R811
R826
R531
R530
R454
R458
R455
R450
R451
R453
R505
R456
R716
R718
R717
R675
R600
R806
R508
R509
R703
R704
R702
R701
R402
R403
R400
R401
R416
R417
R713
R712
R710
R510
R507
R506
R518
R523
R412
R522
R519
R404
R520
R425
R405
R521
R822
R714
R830
R557
R463
R553
R515
R513
R541
R676
R829
R828
R823
R825
R824
R821
R807
R808
R809
R810
R813
R805
R802
R651
R841
R835
R677
R678
R535
R817
R815
R816
R601
R546
R547
R542
R545
R722
R721
R461
R462
R560
R845
C320
C321
C841
C809
C515
C452
C118
C821
C657
C655
C662
C664
C658
C659
C667
C666
C663
C656
C661
C654
C653
C652
C140
C305
C806
C203
C119
C110
C113
C815
C602
C414
C419
C812
C701
C455
C706
C411
C702
C704
C400
C401
C412
C703
C407
C402
C415
C417
C556
C557
C555
C552
C836
C805
C507
C508
C506
C505
C834
C828
C827
C819
C820
C807
C202
C650
C651
C678
C610
C451
C541
C420
C542
C665
C822
C558
C559
C543
C403
C860 C861
C603
C207
C135
C141
SJ004
SJ003
SJ002
SJ001
SJ200
SJ400
D651
D654
D202
D108
D540
D655
D652
D650
D305
D802
D105
D801
D653
D804
D656
TR650
TR651
TR652
TR653
TR450
TR451
TR502
TR501
TR500
TR452
TR700
TR801
TR550
TR300
TR800
TR802
TR803
TR540
TR541
TR701
D110
D306
11
13
12
16
15
14
10
9
8
7
6
5
20
22
23
24
17
18
19
21
1
2
4
3
31
27
25
26
28
30
29
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
210
220
230
240
250
260
270
280
X
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
Y
200
210
220
230
240
250
260
190
4 - 6
GRUNDIG Service
4 - 5
GRUNDIG Service
ST 03
Chassis Board
Layout of the PCBs and Circuit Diagrams
Solder side, bottom view
ST 03
Layout of the PCBs and Circuit Diagrams
GRUNDIG Service
1-1
ST 03
Layout of the PCBs and Circuit Diagrams
GRUNDIG Service
1-2
ST 03
Layout of the PCBs and Circuit Diagrams
4 - 7
4 - 8
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
Pos.-Nr./
Koordinaten/
Pos. No.
Coordinates
X
Y
C110
189
221
C113
197
218
C118
144
150
C119
208
126
C135
65
9
C140
189
215
C141
12
15
C202
117
135
C203
115
135
C207
101
137
C305
21
120
C320
14
142
C321
11
138
C400
89
43
C401
93
43
C402
66
32
C403
81
30
C407
99
48
C411
77
52
C412
82
41
C414
74
61
C415
76
64
C417
88
64
C419
219
120
C420
85
83
C451
111
110
C452
106
66
C455
98
109
C505
249
91
C506
241
80
C507
239
93
C508
236
87
C515
241
113
C541
237
103
C542
222
108
C543
222
104
C552
128
23
C555
132
34
C556
146
34
C557
123
47
C558
148
30
C559
137
26
C602
48
74
C603
78
85
C610
64
99
C650
198
10
C651
193
10
C652
180
8
C653
199
14
C654
186
10
C655
170
11
C656
177
10
C657
168
22
C658
173
24
C659
182
44
C661
198
59
C662
202
57
C663
187
49
C664
197
47
C665
203
50
C666
186
45
C667
193
64
C678
202
42
C701
18
20
C702
22
28
C703
28
31
C704
24
28
C706
53
48
C805
185
107
C806
152
98
C807
131
90
C809
126
90
C812
149
108
C815
137
80
C819
137
61
C820
130
80
C821
126
80
C822
125
73
C827
132
51
C828
164
109
C834
143
43
C836
132
47
C841
124
105
C860
157
80
C861
162
80
CHROMA4 122
87
D105
184
222
D108
203
195
D110
147
207
D202
127
135
D305
165
115
D306
57
147
D540
236
69
D650
193
24
D651
200
54
D652
192
75
D653
186
76
D654
179
75
D655
168
71
D656
168
65
D801
143
106
D802
189
100
D804
147
103
DST-PSU
105
171
LNK503
230
103
LNK653
186
33
LNK800
148
48
LNK801
148
50
MICR-GND 168
88
R106
193
224
R107
188
229
R108
194
218
R111
179
202
R112
191
218
R201
121
133
R202
121
138
R203
121
135
R204
121
144
R205
115
148
R207
121
127
R208
130
135
R304
155
112
R305
163
107
R306
155
104
R307
248
106
R310
34
143
R400
88
39
R401
93
39
R402
89
30
R403
97
28
R404
70
36
R405
97
43
R407
121
24
R412
99
56
R416
80
34
R417
77
31
R425
121
22
R450
77
111
R451
78
114
R453
72
101
R454
76
104
R455
66
110
R456
74
109
R457
74
113
R458
60
114
R459
107
110
R461
99
100
R462
99
105
R463
106
110
R500
270
108
R501
270
111
R502
270
115
R503
270
117
R504
268
120
R505
201
123
R506
204
120
R507
207
118
R508
207
121
R509
220
123
R510
221
120
R513
239
119
R514
226
123
R515
253
135
R517
232
121
R518
36
103
R519
27
101
R520
26
103
R521
31
106
R522
31
103
R523
42
110
R530
255
137
R531
277
172
R532
204
112
R534
225
126
R535
229
121
R541
222
106
R542
154
12
R545
237
73
R546
246
68
R547
249
68
R553
145
30
R555
150
30
R557
152
30
R560
239
98
R600
19
95
R601
15
95
R651
196
8
R652
173
9
R654
192
39
R655
187
39
R657
201
50
R658
198
49
R659
189
62
R660
189
69
R661
184
62
R663
198
51
R665
184
69
R667
179
62
R668
179
69
R670
174
62
R671
174
69
R673
204
42
R674
202
17
R675
201
38
R676
163
47
R677
193
32
R678
192
59
R700
26
35
R701
28
40
R702
32
40
R703
19
22
R704
17
25
R710
23
39
R712
24
37
R713
26
33
R714
23
25
R716
46
49
R717
53
46
R718
50
47
R721
102
111
R722
60
49
R800
139
107
R801
172
106
R802
175
104
R803
178
108
R804
153
101
R805
169
106
R806
168
101
R807
177
104
R808
175
99
R809
181
106
R810
181
99
R811
187
96
R812
186
104
R813
162
100
R815
148
89
R816
152
90
R817
145
89
R819
132
96
R820
135
97
R821
136
90
R822
152
88
R823
141
90
R824
156
115
R825
161
116
R826
140
99
R827
147
108
R828
125
81
R829
128
75
R830
138
43
R835
145
98
R836
150
112
R840
122
105
R841
130
99
R845
152
95
SAW
68
81
SJ001
72
97
SJ002
189
106
SJ003
236
113
SJ004
68
57
SJ200
232
88
SJ400
85
30
TEXT
166
15
TR300
160
112
TR450
71
109
TR451
77
108
TR452
77
118
TR500
25
96
TR501
29
96
TR502
38
96
TR540
241
68
TR541
237
77
TR542
225
68
TR550
152
35
TR650
190
66
TR651
184
66
TR652
179
66
TR653
174
66
TR700
46
45
TR701
104
103
TR800
152
104
TR801
172
101
TR802
178
99
TR803
184
99
Chassis Board
Coordinates of the components on the solder side
(bottom side)
Oscillograms
0V
0V
1
1
2
2
1V/cm, 10
µ
s/cm
10V/cm
0V
3
100V/cm, 10
µ
s/cm
0V
4
500mV/cm, 10
µ
s/cm
5
500mV/cm, 10
µ
s/cm
0V
6
500mV/cm, 10
µ
s/cm
0V
7
500mV/cm, 10
µ
s/cm
0V
8
500mV/cm, 10
µ
s/cm
0V
9
500mV/cm, 10
µ
s/cm
0V
0V
10
2V/cm, 10
µ
s/cm
0V
11
11
12
12
500mV/cm, 200
µ
s/cm
0V
0V
0V
13
13
14
14
2V/cm, 100
µ
s/cm
Videotext / Teletext
5V/cm
0V
15 1V/cm,
50
µ
s/cm
0V
16
500mV/cm, 20
µ
s/cm
0V
0V
17 18
17
18
20V/cm, 20
µ
s/cm
0V
19
2V/cm, 20
µ
s/cm
Tastkopf 100:1
Test probe 100:1
0V
20
5V/cm, 5ms/cm
0V
21
10V/cm, 5ms/cm
0V
22
1V/cm, 20
µ
s/cm
0V
23
1V/cm, 20
µ
s/cm
0V
24
1V/cm, 20
µ
s/cm
Layout of the PCBs and Circuit Diagrams
ST 03
4 - 9
GRUNDIG Service
GRUNDIG Service
Layout of the PCBs and Circuit Diagrams
ST 03
Deflection H+V
10%
100uH
LHL08
0.8A
TY
L302
BC847
TR300
MJF18204
MOTO
TR302
BF422
MOTO
TR301
TABLE_CRT
25V
20%
AE
C206
4u7
50V
20%
AE
C205
220u
35V
20%
AE
C201
AE
20%
470u
35V
C200
220u
25V
AE
20%
C308
470u
35V
AE
20%
C310
47u
160V
AE
20%
C302
10u
250V
AE
20%
C312
1u
160V
AE
20%
NF
C322
LL4148
D305
BA157
ITT
D302
1N4007
ITT
D200
BA157
ITT
D301
BA157
ITT
D300
BY133
ITT
D304
BA157
ITT
D303
BYD37K
P
NF
D306
10K
10%
1W
NF
R317
5%
1K
R306
5%
1K
R307
5%
4K7
R305
2K4
1/4W
NF
5%
CF
R213
2K4
1/4W
NF
5%
CF
R212
5%
330R
1/4W
CF
R209
TABLE_CRT
1W
MO
5%
VTM
R915
TABLE_CRT
1/4W
MF
5%
R211
2K7
1/2W
5%
CF
R210
10K
5%
R205
LINK
R204
4K7
5%
R203
18K
5%
R202
10K
5%
R207
5%
10K
R208
5%
6K8
R201
MF
5%
220K
1/4W
R303
5%
TABLE_CRT
CF
1/4W
R350
5%
22K
R304
MF
5%
220K
1/4W
R302
47R
5%
R310
CF
5K6
1/2W
5%
R313
MO
5%
6K8
4W
SXA0922
DRAL
R314
NF
1/4W
CF
5%
NF
R318
22p
500V
CD_SL
DE
10%
MUR
C306
X7R
10%
4n7
C202
220n
MKT
63V
10%
C204
COG
10p
5%
63V
C203
DE
1KV
470p
NF
CD_B
10%
MUR
C307
10%
470p
1KV
NF
C309
100n
MKT
10%
63V
C350
DE
1KV
470p
NF
CD_B
10%
MUR
C311
MKP
1600V
5%
376
TABLE_CRT
C300
330p
2KV
10%
R
CD_R
NF
MUR
C315
379
TABLE_CRT
MKP
160V
5%
C301
10n
10%
X7R
C305
27n
250V
368
MKT
5%
P
C303
DE
CD_B
10%
1n
1KV
C304
100n
10%
Z5U
C320
100n
10%
Z5U
C321
DE
CD_B
10%
33p
250V
NF_PALI
C313
100n
X7R
10%
C207
3
OUT
GND
IN
L7812CV
ST
IC300
1
2
3
EHT
G 5318-00
FOCUS
G2
TABLE_CRT
T300
1
2
3
4
5
6
7
8
9
10
11
4V7
5%
ITT
D202
TABLE_CRT
1/4W
MFF
5%
SAFE
R316
5%
1R
1/4W
MFF
SAFE
R206
4R7
MFF
1/4W
5%
SAFE
R200
1R
1/4W
5%
MFF
SAFE
R311
0R68
1/4W
5%
MFF
SAFE
P
NFR25
R312
TABLE_CRT
1/4W
MFF
5%
SAFE
R315
TABLE_CRT
1/2W
MFF
SAFE
5%
R300
TABLE_CRT
5%
1/2W
MFF
R301
3112-338-3088
L.DRIVE
31123383088
T311
1
2
3
4
TABLE_CRT
LHL13
TY
L301
TABLE_CRT
L300
NF
L300A
4-OFF-PINS
PL351
1
2
3
4
5WAY_WIRE_HOLDER
2.5mm_PITCH
51052
MOL
CN350
1
2
3
4
5
INV_INPUT
GROUND REF_VOLTAGE
OUTPUT
FLYBACK
OUT_SUPPLY
VOLTAGE
SUPPLY
TDA8170 ST
IC200
1
2
3
4
5
6
7
NF
NF
L303
1
2
3
4
5
6
+5V
HSYNC
HORIZ
HEATERS
GND
VSYNC
+26V
+26V
+26V
IB_SENSE
+150/180V
+150/180V
VERT_DRIVE
+B
+B
+12V
FLBACK
V_GND
V_GND
V_GND
V_GND
L_GND
L_GND
L_GND
L_GND
VERTIKAL
DEFLECTION
HORIZONTAL
DEFLECTION
L_GND
L_GND
L_GND
+15V
+26V
+15V
SAW_GND
SAW_GND
CHR_GND
18
17
19
20
21
4 - 10
0V
25
2V/cm, 5
µ
s/cm
0V
26
2V/cm, 5
µ
s/cm
0V
27
2V/cm, 20
µ
s/cm
0V
28
2V/cm, 5ms/cm
0V
0V
29 30
30
29
2V/cm, 5ms/cm
0V
31
2V/cm, 5ms/cm
0V
0V
32
33
33
32
1V/cm, 20
µ
s/cm
50V/cm
0V
0V
34
35
34
35
1V/cm, 20
µ
s/cm
50V/cm
0V
0V
36
37
37
36
1V/cm, 20
µ
s/cm
50V/cm
Oscillograms CRT Panel
LHL13
10%
100uH
STEREO
L101
10%
100uH
LHL08
0.8A
TY
L103
TABLE_AUDIO
TR100
2u2
100V
20%
AE
MONO
C112
AE
20%
1,000u
25V
STEREO
C123
AE
20%
470u
25V
SATELLITE
C125
AE
20%
1,000u
35V
STEREO
C127
AE
20%
47u
50V
NF
C129
100u
25V
AE
20%
C106
TABLE_AUDIO
400V
AE
20%
C104
100u
160V
AE
20%
C120
470u
16V
AE
20%
C115
33u
16V
AE
20%
C117
1N4007
ITT
D113
1N4007
ITT
D112
BA159
ITT
D107
BA157
ITT
MONO
D109
BYW98-100
STEREO
D116
LL4148
D105
BA157
ITT
D104
BA157
SATELLITE
D117
BYW98-100
STEREO
D118
BA157
NF
D119
BY299
D114
BY299
D115
BYD37K
P
STEREO
D110
10M
1/2W
5%
VR37
MG
safe
(3=GND)
R115
1K
5%
R112
1/4W
TABLE_AUDIO
MF
2%
R114
1/4W
TABLE_AUDIO
MF
2%
R113
1K2
5W
WW
10%
VTM
KP294
R109
TABLE_AUDIO
5%
R111
82R
1/2W
5%
CF
MONO
R110
150K
5%
R106
6K8
1%
R108
24K
1%
R107
CF
100R
1/4W
5%
R103
7K5
2%
1/4W
MF
R105
1W
100k
MO
5%
STEREO
R117
8K2
1/2W
5%
CF
R120
5%
68K
1W
MF
(3=dlh)
R101
8K2
1/2W
5%
CF
R119
5%
10K
CF
1/4W
SATELLITE
R121
5%
47R
1/4W
CF
STEREO
R118
2n2
20%
PME294
250Vac
safe
RIFA
(3=385v)
C114
1n
1KV
NF
CD_B
10%
DE
C116
470p
COG
5%
C113
1n
1KV
R
CD_R
10%
MUR
C111
MKT
10%
1u
STEREO
50V
C122
470p
5%
COG
C110
TABLE_AUDIO
100V
MKT
10%
C108
220n
50V
MKT
10%
C109
CD_B
470p
NF
1KV
10%
DE
C126
CD_B
470p
1KV
10%
DE
NF
C128
TABLE_AUDIO
5%
MKT
100V
C107
CD_B
470p
NF
1KV
10%
DE
C130
10n
10%
X7R
63V
C119
368
10%
100n
400V
MKT
C105
1n
1KV
CD_B
DE
10%
MUR
C102
1n
1KV
CD_B
DE
10%
MUR
C101
220n
250Vac
PHE830
20%
SAFE
RIFA
X2
C100
1n
1KV
CD_B
DE
10%
MUR
C103
CD_B
10%
470p
NF
1KV
DE
C124
CD_B
10%
470p
1KV
NF
DE
C121
100n
10%
Z5U
C118
10n
X7R
10%
NF
C140
470p
500V
CD_B
DE
10%
MUR
NF_PALI
C134
10n
10%
400V
STEREO
368
MKT
P
C131
150p
5%
COG
NF
C135
3
OUT
GND
IN
L7805CV
IC102
1
2
3
6K8
CFP
20%
VR100
2V4
5%
ITT
MONO
D108
ZTK33B
D120
TABLE_CRT
R100
1
2
3
2-OFF-PINS
PL104
1
2
MAINS_DPDT
250V/4A
SW100
1
2
3
4
TABLE_AUDIO
TR5
W.MAN
F100
2.5AT
STEREO
TR5
F101
NF
20mm
F101A
1N4007
ITT
D101
1N4007
ITT
D103
1N4007
ITT
D102
1N4007
ITT
D100
0R22
1/4W
5%
MFF
SAFE
R116
0R22
1/4W
SATELLITE
5%
MFF
safe
R131
0R22
1/4W
NF
5%
MFF
safe
R130
MFF
0R22
1/4W
5%
safe
STEREO
R132
7WAY_PLUG
STEREO
AMP
MT
PL106
1
2
3
4
5
6
7
6WAY_PLUG
STEREO
2.5mm_PITCH
AMP
KT
PL102
1
2
3
4
5
6
GND
I_SENSE
O/P
ERR
COMP
OSC
V_REF
VI
3844
IC100
1
2
3
4
5
6
7
8
2
TABLE_AUDIO
T100
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
TABLE_AUDIO
L102
2-OFF-PINS
PL100
1
2
TABLE_AUDIO
RFI
VERTICAL
SAFE
L100
1
2
3
4
NF
NF
L100ALT
1
2
3
4
8WAY_PLUG
STEREO
MT
AMP
PL107
1
2
3
4
5
6
7
8
TABLE_CRT
LNK100
TABLE_CRT
LNK101
+5V
VID_PERO
SATVIDO
SPERIINL
SPERIOR
SCART2_EN
SPERIOL
SDA
FRENCH_AM
SPERIINR
SS_GND
STEREO
TR100NET
GND
GND
385V
385V
385V
385V
SM2_GND
SM2_GND
+30V
+21V
+16V
MICR_GND
+33V
SM_GND
SM_GND
+8V
TVVIDI
DLH
STBY
+B
+B
SCL
P_GND
P_GND
P_GND
P_GND
P_GND
P_GND
P_GND
SAT_6MHZ
SAW_GND
SAW_GND
SC2_PIN8
+9V
X7R
10%
10n
C141
GND1
GND2
HEATSINKS
RFI CAPACITOR BETWEEN
3
4
1
Power Supply
Layout of the PCBs and Circuit Diagrams
ST 03
4 - 12
4 - 11
GRUNDIG Service
GRUNDIG Service
ST 03
Layout of the PCBs and Circuit Diagrams
Table Audio
Stereo
C104
100
µ
C108
4n7
R113
1R
R114
0R68
R111
22K
L100
68mH
L102
75990-500.33
F100
T 2.5A
C107
3n3
TR100
75990-500.05
T100
75990-500.19
IC500
75990-500.04
C421
LINK
56uH
LAL04
10%
TY
L500
10uH
LAL04
10%
TY
L400
10%
10uH
LAL04
L600
10uH
LAL04
SECAM_LL
10%
TY
L450
10uH
LAL04
STEREO
10%
L602
6u8
LAL04
STEREO
10%
L603
1uH
LAL02
10%
TY
L601
10uH
LAL04
10%
TY
L540
2N3904
TR410
BC847
A/V
TR700
BC847
SECAM_LL
TR452
BC847
MONO_AV
TR701
BCX19
TR541
BC847
TR540
BC337
NF
TR542
TABLE_SYS
16V
AE
20%
C604
AE
20%
33u
16V
C509
1u
50V
AE
20%
C418
33u
16V
AE
20%
C416
4u7
50V
AE
20%
MONO
C410
33u
16V
AE
20%
C600
AE
20%
33u
16V
C504
33u
16V
AE
20%
A/V
C707
AE
20%
33u
16V
MONO_AV
C700
AE
20%
33u
16V
MONO_AV
C705
AE
20%
33u
16V
SECAM_LL
C456
10u
50V
20%
AE
C510
AE
20%
33u
16V
C540
AE
20%
22u
SECAM_LL
16V
C454
AE
20%
10u
SECAM_LL
16V
C450
220uF
16V
AE
20%
NF
C605
BA282
MONO_PALBG_SECDK
TFK
D401
TABLE_SYS
TFK
D400
BA282
SECAM_LL
TFK
D532
BA282
SECAM_LL
TFK
D450
BA282
SECAM_LL
TFK
D451
IN4148
D501
IN4148
D502
IN4148
D503
IN4148
D504
1N4148
ITT
NF
D510
TABLE_SYS
D600
STV8224
VOL
AUD O/P
FM O/P
EXT AUD IN
VCC
GND
IF I/P
IF I/P
AGC CAP
AGC CAP
A.G.C
X OVER
EXT VID I/P
VID O/P
VID I/P
MUTE
S IF I/P
AUDIO HP
LC
LC
SWITCH
CVBS O/P
AFC O/P
PLL
TABLE_SYS
IC400
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
5%
10K
1/4W
CF
R533
TABLE_SYS
5%
CF
1/4W
R422
5%
4K7
R541
5%
100K
R513
5%
180K
1/4W
CF
R516
5%
180R
R515
1K
MONO_SECAM_LL
5%
R463
5%
10K
A/V
R714
5%
75R
1/4W
CF
R705
5%
75R
1/4W
CF
R706
5%
75R
1/4W
CF
R707
5%
2K7
1/4W
CF
R527
5%
2K7
1/4W
CF
R526
5%
2K7
1/4W
CF
R525
5%
820R
1/4W
CF
R524
5%
3K3
NF_PALI
R521
5%
330R
R405
5%
1K
SECAM_LL
R425
5%
5K6
NF_PALI
R520
470R
MONO
5%
R404
5%
5K6
NF_PALI
R519
5%
3K3
NF_PALI
R522
TABLE_SYS
5%
R412
5%
3K3
NF_PALI
R523
5%
5K6
NF_PALI
R518
5%
2K2
MONO_AV
R721
5%
22K
R506
5%
22K
R507
5%
18K
R510
5%
10K
A/V
R710
5%
10K
A/V
R712
5%
75R
1/4W
A/V
CF
R708
5%
75R
1/4W
CF
R709
5%
10K
A/V
R713
5%
390R
CF
1/4W
R528
5%
2K2
SECAM_LL
R417
5%
2K2
SECAM_LL
R416
100R
5%
A/V
R722
5%
2K2
MONO_PALBG_SECDK
R401
5%
2K2
MONO
R400
4K7
MONO_PALBG_SECDK
5%
R403
4K7
MONO_PALBG_SECDK
5%
R402
5%
390R
R700
5%
390R
R701
5%
390R
R702
5%
470R
A/V
R704
5%
470R
A/V
R703
5%
3K3
R509
5%
22K
R508
15K
5%
CF
1/4W
R423
5%
4K7
R600
5%
220K
1/4W
CF
R419
5%
5K6
1/4W
CF
R511
5%
100R
A/V
R717
5%
10K
A/V
R718
5%
1K
A/V
R716
2K2
SECAM_LL
5%
R456
5%
47K
R505
2K2
SECAM_LL
5%
R453
5%
220K
1/4W
CF
MONO_SECAM_LL
R460
47K
SECAM_LL
5%
R451
4K7
SECAM_LL
5%
R450
2K2
SECAM_LL
5%
R455
4K7
SECAM_LL
5%
R458
100K
SECAM_LL
5%
R454
5%
220R
R530
5%
10K
R531
1K
MONO_PAL
5%
R459
5%
1K2
1/4W
CF
MONO_PALBG_SECDK
R406
CF
5%
75R
1/4W
MONO_AV
R715
5%
10K
R514
MONO
5%
100R
NF
R500
5%
100R
NF
R501
5%
100R
NF
R502
5%
100R
NF
R503
5%
100R
NF
R504
5%
TABLE_SYS
R407
2K2
SECAM_LL
5%
R457
5%
22k
1/4W
CF
R540
5%
3K3
1/4W
CF
R512
MONO
5%
1K
R532
5%
180K
1/4W
CF
R420
5%
2K7
R517
MONO
5%
47K
1/4W
CF
SECAM_LL
R452
5%
470R
1/4W
CF
MONO_AV
R720
5%
47K
R534
5%
2K2
R535
5%
33k
1/4W
CF
SECAM_LL
R602
5%
LINK
R601
5%
4K7
R542
5%
470R
R545
5%
470R
R547
5%
1K
R546
TABLE_SYS
R461
15K
STEREO_SECAM_LL
5%
R462
5%
470K
NF
R560
5%
10K
1/4W
CF
MONO_PALBG_SECDK
R561
5%
10K
1/4W
CF
SECAM_LL
R562
X7R
10%
10n
SECAM_LL
C541
5%
5.6pF
COG
NF
C420
100n
Z5U
5%
SECAM_LL
C408
COG
5%
22p
C505
COG
5%
22p
C506
COG
5%
100p
C508
COG
5%
100p
C507
TABLE_SYS
X7R
10%
C417
10n
X7R
10%
C415
470n
MKT
63V
10%
MONO
C404
22n
10%
Z5U
MONO
C402
100n
Z5U
10%
MONO
C405
TABLE_SYS
MKT
50V
5%
C406
4n7
X7R
10%
NF_SECAM_LL
C407
COG
5%
470p
A/V
C703
100n
Z5U
5%
C409
COG
5%
1n
SECAM_LL
C412
COG
5%
68p
MONO_PALBG_SECDK
C401
5%
68p
COG
MONO
C400
COG
5%
470p
A/V
C704
X7R
10%
4n7
A/V
C702
MKT
5%
100n
63V
C502
MKT
5%
100n
63V
C501
Z5U
10%
TABLE_AUDIO
MONO
C421
22n
Z5U
10%
MONO
C411
COG
5%
68p
NF
C706
X7R
10%
10n
SECAM_LL
C455
MKT
5%
100n
63V
C500
330n
MKT
STEREO
63V
10%
C601
X7R
10%
4n7
A/V
C701
COG
5%
47p
C419
100n
MONO_SECAM_LL
X7R
10%
C452
68n
Z5U
10%
MONO
C414
10n
STEREO
X7R
10%
C602
X7R
10%
10n
C515
100n
MONO_SECAM_LL
X7R
10%
C451
47n
SECAM_LL
Z5U
10%
C610
X7R
10%
10n
C542
Z5U
10%
100nF
C543
COG
5%
12p
SECAM_LL
C403
X7R
10%
10n
C603
LED_RED
D500
NF
2.5mm_PITCH
2WAY_PLUG
PL501
1
2
BC857
NF_PALI
TR500
BC857
NF_PALI
TR501
BC857
NF_PALI
TR502
BC857
SECAM_LL
TR451
BC857
SECAM_LL
TR450
TUNING
ST6365
G
R
B
BLANK
HSINK
VSINK
OSDIN
OSDOUT
TST
OSCIN
OSCOUT
RESET
O/P
IR IN
I/O
STBY
S/EN
I/O
SDA
SCL
VDD
VSS
PA7
PA6
PA5
PA4
PA3
PA2
PA1
PA0
PB6
PB5
PB4
AFC
PB2
PB1
PB0
DA4
DA3
SYS
VOL
TABLE_AUDIO
IC500
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
TACT
HOR
JEIL
JTP1280
SW503
HOR
TACT
JEIL
JTP1280
SW500
TACT
HOR
JEIL
JTP1280
SW502
TACT
HOR
JEIL
JTP1280
SW501
11.5pF
SECAM_LL
TRIMCAP
TZ03T110ER
MUR
TC400
7K
DEMOD
0u4
L401
STEREO
7K
INTERCARRIER
0u4
L604
SFE5.5MB
MONO_PALBG_SECDK
MUR
CF401
TABLE_SYS
MUR
CF400
NF
NF
VR700
3V9
2%
ITT
D540
5WAY_PLUG
NF
2.5mm_PITCH
PL500
1
2
3
4
5
GND
+5V
O/P
TFMS5380
IR500
12
3
A/V
PERI
MET
CN700
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
TABLE_SYS
SIEM
SAW601
1
2
3
4
5
IF I/P
AGC CAP
VCC
EXT AUD I/P
CTRL I/P
EXT AUD O/P
N/C
MAIN AUD O/P
MUTE I/P
FM AUD I/P
LVL SWITCH
GND
AGC ACCLE
IF I/P
SECAM_LL
STV8225
ST
IC450
1
2
3
4
5
6
7
8
9
10
11
12
13
14
22R
1/4W
5%
MFF
SAFE
R426
TABLE_SYS
MUR
CT400
1
2
3
TABLE_SYS
MUR
CT401
1
2
3
SECAM_LL
OFWL4450AM
SIEM
SAW450
1
2
3
4
5
6
7
8
9
10
TABLE_SYS
SIEM
SAW600
1
2
3
4
5
6
7
8
9
10
PL503
1
2
3
3WAY_PLUG
2.5mm_PITCH
NF
PL502
1
2
3
STEREO
TDA4445B
IC600
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
CSA8.0MTZ
CER.RES.
MUR
CR500
GND
BALANCED
N/C
N/C
N/C
N/C
N/C
IF OUT
IF OUT
AGC VOLTS
MAIN 12V
B1 12V
B3 12V
UHF 12V
TUNNING VOLTS
TABLE_SYS
TUN600
1
2
3
4
5
6
7
8
9
10
11
12
13
14
MONO_PAL
LINK
LNK450
MONO_AV
LINK
LNK701
LINK
MONO_AV
LNK700
LINK
PALI
LNK500
PALI
LINK
LNK501
LINK
NF_SECAM_LL
LNK502
LINK
NF_MONO_PALBG_SECDK
LNK503
NF
LNK600
TABLE_SYS STEREO_EIRE
LNK504
+5V
+5V
+5V
+5V
+5V
+5V
+5V
+5V
+5V
VID_PERO
SOUND_MUTE
+11V
+11V
+11V
+11V
HSYNC
AFC
AFC
SATVIDO
MAUD_PERII
MAUD_PERII
MAUD_PERII
EXTVID
EXTVID
SPERIINL
SPERIOR
+11.8V
+11.8V
SCART2_EN
SPERIOL
BG/DK
BG/DK
SDA
FRENCH_AM
SPERIINR
VOLUME
VOLUME
VOLUME
MICR_GND
MICR_GND
MICR_GND
MICR_GND
MICR_GND
MICR_GND
MICR_GND
+33V
VSYNC
TVVIDI
MONO_AUDIO
MONO_AUDIO
IFIN2
IFIN2
SOUND_IN
STBY
+12V
+12V
+12V
+12V
+12V
+12V
+12V
+12V
MUTE_FROM_TEXT
BL_T
BLUE_T
BLUE_T
IFIN1
IFIN1
SCL
GREEN_T
GREEN_T
SAT_6MHZ
VIDEO_B
VIDEO_B
RED_T
RED_T
VIDEO_A
SYSLL!
SYSLL!
SYSLL!
IF_GND
IF_GND
IF_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SC2_PIN8
+9V
DUAL SYSTEM
SECAM L/L
OPTION
STEREO
KEYBOARD
EXTERNAL
22
24
23
25
26
27
28
29
30
31
Signal Board
Layout of the PCBs and Circuit Diagrams
ST 03
4 - 14
4 - 13
GRUNDIG Service
GRUNDIG Service
Layout of the PCBs and Circuit Diagrams
ST 03
BC847
TR803
BC847
TR802
BC847B
TR800
BC847
TR801
17.7MHz
PED
XT800
AE
20%
33u
16V
C808
AE
20%
1u
50V
C831
AE
20%
1u
50V
C832
AE
20%
4u7
50V
C826
AE
20%
33u
16V
C835
AE
20%
4u7
50V
C811
AE
20%
220u
6.3V
C814
LL4148
D802
LL4148
D801
LL4148
D804
5%
100R
R802
5%
220R
R805
5%
47K
R813
5%
680R
R810
5%
220R
R809
5%
680R
R808
5%
220R
R807
5%
51K
R821
5%
4K7
R824
5%
4K7
R825
5%
12K
R823
5%
1K
TEXT
R828
5%
47K
R829
5%
47R
1/2W
CF
R831
5%
68K
R830
5%
47K
R822
5%
680R
R806
5%
1M
R826
5%
33K
R811
5%
33K
R827
5%
18K
R804
5%
220R
R812
5%
100R
R801
5%
100R
R803
5%
330R
R819
5%
330R
R820
5%
1K
A
R800
TABLE_CRT
5%
R840
1K
5%
R841
10%
2M2
R836
5%
270K
R835
5%
10M
R816
5%
100K
R815
5%
100K
R817
5%
470R
R845
COG
5%
100p
C860
Z5U
10%
100n
C809
10%
63V
100n
MKT
C801
10%
63V
100n
MKT
C804
X7R
10%
10n
C807
10%
63V
4n7
MKT
C803
10%
63V
1n5
MKT
C802
10%
63V
82n
MKT
C810
MKT
10%
100n
63V
TEXT
C813
10%
3n9
X7R
C821
10%
100n
Z5U
C822
Z5U
10%
47n
C820
COG
5%
22p
C819
COG
5%
120p
C827
Z5U
10%
22n
C828
Z5U
10%
100n
C830
X7R
10%
100n
C825
X7R
10%
100n
C824
X7R
10%
10n
C834
COG
5%
100p
C805
X7R
10%
10n
C836
X7R
10%
100n
C816
X7R
10%
100n
C817
X7R
10%
100n
C818
X7R
10%
10n
C812
Z5U
10%
47n
C815
X7R
10%
4n7
C806
Z5U
10%
100n
C840
470n
5%
MKT
50V
C850
10%
63V
100n
MKT
C833
COG
5%
39p
C841
MKT
10%
100nF
50V
C823
COG
5%
100p
C861
MFF
1R
1/4W
5%
SAFE
R832
6WAY_WIRE_HOLDER
2.5mm_PITCH
MOL
51052
CN800
1
2
3
4
5
6
OUT2
IN2B
VSS
VDD
IN2A
IN1A
BIAS
EXT2
OUT1
EXT1
IN1B
SS
SC
VSS
VDD
CK
MC44140
IC801
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
CURRENT REF
MC44002
R-Y I/P
B-Y I/P
Y2 I/P
RED I/P
GREEN I/P
BLUE I/P
FAST S/W
Y 1 CLAMP
Y 1 O/P
SYS SELECT
SANDCASTLE
XTAL 14.3
XTAL 17.7
SUPPLY GND
+5V
B-Y O/P
R-Y O/P
IDENT
CHROMA PL1
VIDEO 1
AUTO GREY
B O/P
G O/P
R O/P
SIG GND
H LOOP 1
H LOOP 2
FLYBACK I/P
HORIZ
SECAM CAL
BEAM L
BEAM LIMIT
E/W DRIVE
VERT DRIVE
VERT RAMP
DATA I2C
CLOCK I2C
VIDEO IN 2
A.C.C
TABLE_SYS
IC800
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
LINK
NF
LNK801
LINK
NF
LNK800
+5V
+5V
+5V
+5V
+5V
+5VA
+5VA
VIDEO_1
HORIZ
SDA
DARKI
GREEN
IB_SENSE
RED
BLUE
VERT_DRIVE
BL_T
BLUE_T
FLBACK
SCL
GREEN_T
RED_T
VIDEO_A
CHR_GND
CHR_GND
CHR_GND
CHR_GND
CHR_GND
CHR_GND
Y/C
PROCESSING
10
5
6
7
8
9
Table Sys.
Stereo Pal
B/G
Stereo Pal I
Stereo
Secam LL
Stereo Eire
SAW601
NF
NF
NF
NF
D400
NF
NF
NF
NF
CT400
NF
NF
TPS 6.5MB
NF
CT401
TPS 5.5MB
TPS 6.0MB
TPS 5.5MB
TPS 6.0MB
TUN600
SALCOMP
1590R
SALCOMP
1490R
SALCOMP
1590R
SALCOMP
1590R
CF400
NF
NF
NF
NF
IC800
4 4 0 0 7
4 4 0 0 7
4 4 0 0 2
4 4 0 0 7
SAW600
G3270
J3252
K3261
J3252
D600
–o–o–
–o–o–
1N4148
–o–o–
R461
NF
NF
10K
NF
C406
680n
680n
100n
680n
R412
68R
68R
330R
68R
IC400
STV8224
STV8224
STV8224A
STV8224
C417
2n2
2n2
47n
2n2
R422
100R
100R
1K
100R
R407
NF
NF
NF
4K7
LNK504
–o–o–
–o–o–
–o–o–
NF
Layout of the PCBs and Circuit Diagrams
ST 03
ST 03
4 - 16
4 - 15
GRUNDIG Service
GRUNDIG Service
Y/C Processing
Layout of the PCBs and Circuit Diagrams
BY
BX
CY
CX
INH
VEE
VSS
A
VDD
B I/O
A I/O
C I/O
AY
AX
B
C
HEF4053
IC4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
R34
10R
5%
MFF
1/4W
10K
5%
SBY
R39
4K7
5%
R26
1/4W
CF
4K7
5%
SBY
R36
4K7
5%
SBY
R37
100K
5%
R32
100R
5%
R3 1/4W
CF
100R
5%
R4
CF
1/4W
470R
5%
R7
470R
5%
R9
470R
5%
R8
470R
5%
R10
2K2
5%
R11
22K
5%
R12
100R
5%
R6
100R
5%
R5
75R
5%
R25
470R
5%
SECAM_LL
R1
75R
5%
R13
75R
5%
R14
470R
5%
R15
470R
5%
R16
10K
5%
R21
10K
5%
R17
10K
5%
R19
4K7
5%
R18
4K7
5%
R20
150R
5%
R22
150R
5%
R23
150R
5%
R24
4K7
5%
R28
1K
5%
SBY
R40
47K
5%
R2
4K7
5%
SBY
R38
2R2
5%
4W
R41
220R
5%
R47
4K7
5%
R42
1/4W
CF
1K
5%
R45
2K2
5%
R43
2K2
5%
R49
330R
5%
R46
1K
5%
R48
47K
5%
R50
1K
5%
R52
1K
5%
R53
1K
5%
R54
1K
5%
R51
4K7
5%
R55
CF
1/4W
6K8
5%
R56
470R
5%
R57
330R
5%
R59
470nF
63V
MKT
5%
C41
100nF
25V
10%
Z5U
C30
22n
63V
MKT
10%
C50
22n
63V
MKT
10%
C49
100nF
63V
MKT
10%
C52
390pF
25V
X7R
5%
C7
390pF
25V
X7R
5%
C6
100nF
25V
10%
Z5U
C2
4n7
25V
X7R
10%
C37
4n7
25V
X7R
10%
C36
4n7
25V
X7R
10%
C35
4n7
25V
X7R
10%
C34
330nF
63V
MKT
5%
C32
330nF
63V
MKT
5%
C33
330nF
63V
MKT
5%
C19
330nF
63V
MKT
5%
C18
1nF
25V
X7R
5%
C5
1nF
25V
X7R
5%
C4
100nF
25V
10%
Z5U
C28
470pF
25V
X7R
5%
C17
470pF
25V
X7R
5%
C16
100nF
25V
Z5U
10%
C14
330nF
63V
MKT
5%
C22
100nF
25V
Z5U
10%
C21
4p7
25V
COG
5%
C27
4p7
25V
COG
5%
C26
47pF
25V
COG
5%
C25
47pF
25V
COG
5%
C24
100nF
25V
10%
Z5U
C56
100nF
25V
Z5U
10%
C57
47n
10%
SECAM_LL
X7R
25V
C60
47n
10%
X7R
25V
C61
8n2
X7R
10%
25V
C71
8n2
X7R
10%
25V
C70
10n
25V
X7R
5%
C142
8n2
X7R
10%
25V
C46
470uF
25V
20%
AE
C53
470uF
25V
20%
AE
C54
100uF
25V
20%
AE
C48
2200uF
35V
20%
AE
C51
10uF
50V
20%
AE
C8
10uF
50V
20%
AE
C9
10uF
50V
20%
AE
C1
2.2uF
50V
20%
AE
C42
10uF
50V
20%AE
C11
10uF
50V
20%
AE
C10
10uF
50V
20%
AE
C29
1uF
50V
20%
AE
C3
47uF
16V
20%
AE
C31
10uF
50V
20%
AE
C12
10uF
50V
20% AE
C13
3.3uF
50V
20%
AE
C15
10uF
50V
20%
AE
C20
10uF
50V
20%
AE
C55
47uF
16V
20%
AE
C40
10uF
50V
20%
AE
C39
10uF
50V
20%
AE
C38
2.2uF
50V
20%
AE
C43
1uF
50V
20%
AE
C58
1uF
50V
20%
AE
C47
10uH
10%
TY
LAL04
L4
10uH
10%
TY
LAL04
L2
10uH
10%
NF
LAL04
TY
L1
10uH
10%
LAL04
TY
L3
150uH
10%
TY
LHL13
L40
BZX79C4V7
5%
D1
6V8
5%
BZX79C
D3
18.432MHz
ACT
BTB1843A_LK
XT1
SECAM_LL
TH316BQM-2080QDAF
MURATA
FL1
1
2
3
4
5
6way_WIRE_HOLDER
MOLEX
51052
2.5mm
PL2
1
2
3
4
5
6
DMA_SYNC
XTAL_OUT
XTAL_IN
TESTIO1
ANA_IN2+
ANA_IN-
ANA_IN1+
AVSUP
AVSS
MONO_IN
VREFTOP
SC1_IN_R
SC1_IN_L
ASG1
SC2_IN_R
SC2_IN_L
ASG2
SC3_IN_R
SC3_IN_L
BAGNDI
PDMC2
PDMC1
AGNDC
AHVSS
CAPL_M
AHVSUP
CAPL_A
SC1_OUT_R
SC1_OUT_L
VREF1
SC2_OUT_L
SC2_OUT_R
C_DACS_L
C_DACS_R
TESTIO2
DACM_L
DACM_R
VREF2
DACA_L
DACA_R
RESETQ
N_DA
N_CL
FRAME
S_DA_OUT
DVSS
DVSUP
S_CL
S_ID
S_DA_IN
I2S_DA_IN
I2S_DA_OUT
I2S_WS
I2S_CL
I2C_DA
I2C_CL
D_CTR_IN0
STANDBYQ
ADR_SEL
D_CTR_OUT0
D_CTR_OUT1
CW_DA
CW_CL
AUD_CL_OUT
TABLE_SYS
ITT
IC1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
LK3
LK2
NF_SBY
LK4
LK5
LK1
NF
LK6
LL103C
ITT
D7
1N4148
D2
1N4148
D4
1N4148
D5
1N4148
D6
IC1
MSP3410
MSP3400
TABLE_SYS
NICAM
ZWEITON
TPS6.5
NF
MUR
CT1
1
2
3
SCART_SKT
JIN_KWANG
CN1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
-INV2
INV1,2
+Vp
OUT2
-Vp
OUT1
Vp/GND
MUTE
-INV1
IC2
1
2
3
4
5
6
7
8
9
TDA2615
P
2WAY_PLUG
MT
2.5mm
AMP
PL4
1
2
2WAY_PLUG
MT
2.5mm
AMP
PL3
1
2
3
OUT
GND
IN
78M05
IC3
1
2
3
MSP3410
1
2
3
4
5
6
7
BC327
SBY
TR4
BC857
TR2
BC847
TR1
BC847
SBY
TR3
BC847
TR7
BC847
TR5
BC847
TR9
BC847
TR14
BC847
TR11
BC847
TR8
BC847
TR10
BC847
TR13
BC847
TR12
BC847
TR20
7way_WIRE_HOLDER
51052
2.5mm
MOLEX
PL1
1
2
3
4
5
6
7
8way_WIRE_HOLDER
51052
2.5mm
MOLEX
PL5
1
2
3
4
5
6
7
8
DSS30655
MUR
CT3
DSS30655
MUR
CT2
DSS30655
MUR
CT4
TP2
1
TP3
1
TP6
1
TP7
1
TP8
1
TP1
1
TP4
1
R35
10R
5%
MFF
1/4W
LK7
+4.9V
FRENCH_AM
SPERIINR
STBY
+21V
+21V
+21V
SS_GND
SS_GND
SS_GND
SS_GND
SS_GND
SS_GND
SAT_6MHZ
SDA
+30V
+16V
SC2_PIN8
VID_PERO
VID_PERO
VID_PERO
SPERIOL
SPERIINL
DVSS
DVSS
DVSS
DVSS
DVSS
SCART2_EN
SCART2_EN
SCART2_EN
SATVIDO
SATVIDO
SATVIDO
TVVIDI
TVVIDI
TVVIDI
+5VREG
+5VREG
PERI_GND
PERI_GND
PERI_GND
PERI_GND
PERI_GND
PERI_GND
PERI_GND
SCL
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SAW_GND
SPERIOR
PERI_MUTE
PERI_MUTE
GND1
AVSS
AVSS
AVSS
AUDIO_GND
AUDIO_GND
AUDIO_GND
AUDIO_GND
AUDIO_GND
+8V
+8V
+8V
+8V
+8V
+8V
AHVSS
AHVSS
AHVSS
AHVSS
HEATSINK.
RFI CAPACITOR TO
Audio Board
Layout of the PCBs and Circuit Diagrams
ST 03
4 - 18
4 - 17
GRUNDIG Service
GRUNDIG Service
Layout of the PCBs and Circuit Diagrams
ST 03
FL1
PL3
PL4
CN1
C50
C49
C52
PL2
PL5
b
e c
TR4
C53
C54
J19
J21
J23
J20
J22
J17
J7
J11
J3
J16
J4
J12
J2
J1
J8
J9
J14
J13
J15
J5
J6
J10
J18
J24
IN
OUT
GND
IC3
IC4
CT2
CT3
CT4
CT1
D5
D6
D2
D3
D4
D1
R41
PL1
1
IC2
LK6
LK5
LK1
LK3
LK2
LK4
IC1
L3
L1
L2
L4
L5
C57
C56
C21
C14
C28
C2
C30
C22
C18 C19
C33 C32
C41
XT1
C40
C31
C58
C43
C38
C39
C55
C20
C15
C13
C12
C3
C29
C10
C11
C42
C1
C9
C8
C45
C44
C47
C48
L40
C51
J25
SJ02
SJ01
SJ03
R59
R57
R55
R56
R52
R53
R54
R51
R47
R49
R48
R50
R46
R42
R45
R43
R38
R2
R40
R28
R24
R23
R22
R20
R18
R19
R17
R21
R16
R15
R14
R13
R1
R25
R5
R6
R12
R11
R10
R8
R9
R7
R4
R3
R34
R32
R37
R29
R36
R26
R39
R27
R35
TR20
TR14
TR11
TR10
TR13
TR12
TR9
TR8
TR7
TR5
TR3
TR1
TR2
MSP3410
C71
C61
C60
C24
C25
C26
C27
C16
C17
C4
C5
C34
C35
C36
C37
C6
C7
C70
C142
C46
4 - 20
GRUNDIG Service
4 - 19
Layout of the PCBs and Circuit Diagrams
GRUNDIG Service
ST 03
Audio Board
Component side, top view
Solder side, bottom view
ST 03
Layout of the PCBs and Circuit Diagrams
Table CRT
20"
CHUNGHWA
9n53 1600V 5% 430n 160V 5%
35
µ
H
—
—O—O—
510 UFB 22 TC05
SAMSUNG
9n53 1600V 5% 470n 160V 5%
65
µ
H
—
—O—O—
A 48 ECR 11X60
21"
C 300
C 301
L 300
L 301
R 301
R 316
R 915
CN 900
R 211
C 206
+ B
CHUNGHWA
8n66 1600V 5% 390n 160V 5%
65
µ
H
—
—O—O—
—
0R68
75990-300.76
1R
1000
µ
25V
110V
A 51 AEZ 90X
SAMSUNG
8n66 1600V 5% 390n 160V 5%
80
µ
H
—
—O—O—
—
0R82
75990-300.76
0R82
1000
µ
25V
113,5V
A 51 EER 11X38
HUA FEI
7n15 1600V 5% 316n 160V 5%
65
µ
H
150
µ
H
820R —
2R7
75990-300.75
1R
1000
µ
25V
112,5V
A 51 ECV 51X01
LNK 901
—O—O—
—O—O—
LNK 100
—O—O—
—O—O—
LNK 101
—O—O—
—
—
—
—
C 300
C 301
L 300
L 301
R 301
—
0R82
75990-300.76
1R
2200
µ
25V
113V
—
0R82
2200
µ
25V
115V
—O—O—
—O—O—
—O—O—
—O—O—
—
—
1R
R 316
R 915
CN 900
R 211
C 206
+ B
LNK 901
LNK 100
LNK 101
75990-300.76
Table Text
EURO
UNI
IC650
CF702000
CF70095ANF
R655
10K
100K
C662
–o–o–
1 0 p
R654
–o–o–
33K
C661
10n
X7R
2 7 0 p
COG
TABLE_CRT
MOTO
TR901
TABLE_CRT
MOTO
TR900
TABLE_CRT
MOTO
TR902
10u
250V
20%
AE
C907
LL4148
D901
LL4148
D900
LL4148
D902
100R
5%
R920
15K
2W
MO
5%
593
VTM
R905
100R
5%
R906
330R
5%
R908
1/2W
82K
MF
5%
NF
R907
1K5
CC
1/2W
10%
R909
15K
2W
5%
MO
593
VTM
R900
5%
100R
R901
5%
330R
R903
1/2W
5%
MF
82K
NF
R902
10%
1K5
CC
1/2W
R904
1K5
CC
1/2W
10%
R914
1/2W
82K
5%
MF
NF
R912
330R
5%
R913
100R
5%
R911
MO
15K
2W
5%
VTM
593
R910
10%
1K5
1/2W
CC
R916
10%
1K5
1/2W
CC
R917
100R
1/4W
MFF
5%
R918
1n
X7R
10%
C904
TABLE_CRT
COG
5%
C901
1n
10%
X7R
C903
COG
5%
TABLE_CRT
C900
TABLE_CRT
COG
5%
C902
X7R
1n
10%
C905
E
CD_E
80/20%
2n2
2KV
MUR
C906
BF423
TR904
BF423
MOTO
TR903
BF423
MOTO
TR905
NF
NF
G2
1
NF
NF
DAG
1
DAG
EHT
R
G
B
033
TABLE_CRT
CN900
1
2
3
4
5
6
7
8
9
DAG
FOCUS
R
G
B
NF
CN900N
1
12
11
10
9
5
8
7
6
2.5mm_PITCH
51052
5WAY_WIRE_HOLDER
MOL
CN901
1
2
3
4
5
51052
6WAY_WIRE_HOLDER
2.5mm_PITCH
MOL
CN902
1
2
3
4
5
6
TABLE_CRT
LNK901
DARKI
DARKI
DARKI
DARKI
DARKI
GREEN
RED
CRTS_GND
CRTS_GND
CRTS_GND
CRTS_GND
CRTS_GND
+150/180V
+150/180V
+150/180V
+150/180V
BLUE
CRTP_GND
CRTP_GND
CRTP_GND
CRTP_GND
CRTP_GND
32
36
34
33
35
37
4 - 22
GRUNDIG Service
4 - 21
GRUNDIG Service
Layout of the PCBs and Circuit Diagrams
Text
CRT Panel
Solder side, bottom view
ST 03
Layout of the PCBs and Circuit Diagrams
ST 03
J122
J121
J124
R918
CN900N
DAG
G2
C907
CN902
CN901
b
ec
TR900
b
ec
TR901
b
ec
TR902
b
ec
TR905
b
ec
TR903
b
ec
TR904
LNK901
C906
CN900
R900
R910
R905
R916
R912
R914
R904
R902
R909
R907
R917
251004.02-CSSK
R903
R906
R908
R913
R901
R911
R920
C904
C902
C901
C905
C900
C903
D902
D900
D901
LAL04
10%
10uH
TEXT
TY
L650
BC847
UNI
TR650
BC847
UNI
TR651
BC847
UNI
TR652
BC847
UNI
TR653
13.875MHz
TEXT
PED
XT650
1u
TEXT
AE
50V
20%
C660
33u
16V
AE
20%
TEXT
C670
1uF
63V
AE
20%
NF
C668
LL4148
TEXT
D650
LL4148
TEXT
D652
LL4148
TEXT
D655
LL4148
TEXT
D653
LL4148
TEXT
D654
BB731
UNI
ITT
D651
LL4148
MC44030
D656
5%
56K
TEXT
R677
5%
8K2
UNI
R658
5%
10K
UNI
R663
5%
100R
CF
1/4W
R656
5%
TABLE_TEXT
R655
5%
TABLE_TEXT
R654
5%
4K7
UNI
R659
5%
2K2
UNI
R660
5%
10K
R676
5%
680R
UNI
R671
5%
4K7
UNI
R661
5%
2K2
UNI
R665
5%
4K7
UNI
R667
5%
2K2
UNI
R668
5%
4K7
UNI
R670
5%
6K8
TEXT
1/4W
CF
R653
5%
10K
TEXT
R651
5%
1K
TEXT
R652
5%
33K
UNI
R657
5%
1k
TEXT
R673
5%
820R
TEXT
R674
5%
150K
TEXT
R675
5%
68K
EURO
R678
TEST1
CLKIN
WIND
TEST3
SCL
SDA
BLANK
BLUE
AVCC
GREEN
RED
AGND
RGBSET
REF
FLAG1
FLAG2
TEST2
MUTE
CSB
TCLK
TDATA
TEST4
DGND
RSTB
DVCC
VIDEO
SYNC
TEST5
NF
NF
IC650ALT
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
COG
5%
TABLE_TEXT
C662
X7R
10%
2n2
UNI
C664
Z5U
10%
100n
UNI
C665
COG
5%
47p
TEXT
C658
X7R
10%
10n
TEXT
C659
X7R
10%
10n
TEXT
C667
X7R
10%
10n
TEXT
C666
X7R
10%
10n
TEXT
C657
COG
5%
220p
TEXT
C651
X7R
10%
10n
TEXT
C650
COG
5%
15p
TEXT
C652
X7R
10%
10n
NF
C653
COG
5%
5.6p
TEXT
C654
X7R
10%
10n
TEXT
C655
5%
TABLE_TEXT
C661
COG
5%
220p
TEXT
C656
COG
5%
82p
UNI
C663
COG
5%
100p
MONO_TEXT
C678
4R7
1/4W
TEXT
MFF
5%
SAFE
R650
1u5
UNI
7K
SYNC_REGEN
L651
TDATA
DGND
OSCOUT
DVCC
WIND
DGND
SYNC
SCAN_0
TCLK
TSTAPLB
BIAS
AGND
CREF
AVCC
OSC2
OSC1
AGND
CSIG
SSIG
TSIG
CF72306
TEXT
TI
IC651
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
FLAG1
FLAG2
WIND
TEST3
SCL
SDA
BLANK
BLUE
AVCC
GREEN
RED
AGND
RGBSET
REF
TEST2
MUTE
CSB
TCLK
TDATA
TEST4
TEST1
DGND
CLKIN
RSTB
DVCC
VIDEO
SYNC
TEST5
TABLE_TEXT
IC650
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
LINK
EURO
LNK652
LINK
EURO
LNK658
LINK
EURO
LNK655
LINK
EURO
LNK656
LINK
EURO
LNK657
LINK
NF
LNK650
LINK
TEXT
LNK651
LINK
UNI
LNK653
+5V
+5V
VIDEO_1
SDA
MUTE_FROM_TEXT
BL_T
BLUE_T
DVCC
DVCC
DVCC
DVCC
DVCC
DVCC
DVCC
DVCC
SCL
GREEN_T
RED_T
VIDEO_A
D_GND
A_GND
A_GND
A_GND
A_GND
A_GND
MONO/STEREO VERSIONS
11
12
13
14
15
16
ST 03
Spare Parts List
GRUNDIG Service
5 - 1
Ersatzteilliste
Spare Parts List
5 / 96
D
Btx
*
32700
#
POS.
NR.
ABB.
SACHNUMMER
ANZ.
POS.
NO.
FIG.
PART NUMBER
QUA.
BEZEICHNUNG
DESCRIPTION
D
GB
GT 2005
SACH-NR. / PART NO.:
BESTELL-NR. / ORDER NO.:
77250-056.61
G.CC 1261 GB
SCHWARZ/BLACK
ERSETZT AUSGABE 12/95
SUBSTITUTE EDITON 12/95
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
0001.000
75990-300.54
FRONT-GEHAEUSE
HOUSING FRONT
0002.000
75990-300.50
EMBLEM-GRUNDIG
LABEL-GRUNDIG
0003.000
75990-200.10
INFRAROTFENSTER
INFRA RED WINDOW
0004.000
75990-200.11
TASTEN
KEYS
0005.000
75990-200.05
LAUTSPRECHER
LOUDSPEAKER
0006.000
75990-200.13
RUECKWAND
REAR PANEL
0008.000
75990-200.12
NETZTASTE
POWER KEY
0009.000
S
75990-300.53
NETZKABEL
POWER CABLE
0010.000
S
75990-300.74
BILDROEHRE A510UFB22TC05(CHUNGAWA) PICTURE TUBEA510UFB22TC05(CHUNGAWA)
WW.
S
75990-199.01
BILDROEHRE A48ECR 11X60 (SAMSUNG)
PICTURE TUBE A48ECR 11X60 (SAMSUNG)
0011.000
75990-200.14
FERNBEDIENUNG TRC1
REMOTE CONTROL
0013.000
75990-200.24
MONTAGE CLIP
ASSEMBLY CLIP
0014.000
75990-200.34
MONTAGE CLIP
ASSEMBLY CLIP
0019.000
75990-300.63
TUNER UHF
TUNER UHF
75990-200.89
BEDIENUNGSANLEITUNG
INSTRUCTION MANUAL
C 16
75990-200.19
KONDENS. 470PF SMD
C 17
75990-200.19
KONDENS. 470PF SMD
C 100
S
75990-200.83
KONDENSATOR 220NF 250V
C 101
75990-200.66
KONDENS. 1NF 1KV
C 102
75990-200.66
KONDENS. 1NF 1KV
C 103
S
75990-200.66
KONDENS. 1NF 1KV
C 104
S
75990-100.36
ELKO 100UF+80%-20% 400V
C 105
8531-573-022
MKT 15 0,1 UF 20% 400V
C 110
8672-160-142
SMD KERKO 0805 470PF 5% N
C 111
75990-200.18
KONDENS. 1NF 1KV
C 113
8672-160-142
SMD KERKO 0805 470PF 5% N
C 114
75990-200.82
KONDENSATOR 2,2N 250V
C 118
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 119
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 120
75988-015.47
ELKO 100U 160V
C 123
75952-500.03
ELKO 25V +80-20% 1000UF
C 127
75988-015.52
ELKO 1000U 35V
C 131
75990-500.02
KONDENSATOR 10N 400V 10%
C 134
75990-200.17
KONDENS. 470PF 500V
C 141
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 202
8672-167-254
SMD KERKO 0805 4700PF 10%
C 203
8672-159-122
SMD KERKO 0805 10PF 5% VT
C 206
8415-166-147
ELKO 1000UF 25V
C 300
75990-300.01
KONDENSATOR 8,6N 1600V
C 300
75990-300.03
KONDENSATOR 7,2N 1600V
C 301
75990-300.59
KOND. 470NF 160V(SAMSUNG)
C 301
75990-200.40
KONDENS. 430NF 160V
C 301
75990-300.56
KOND. 320NF 160V
C 302
S
75990-200.41
KONDENS. 47UF 250V
C 303
75990-200.42
KONDENS. 27NF 250V
C 304
75987-355.97
KONDENS.1000PF+-10% 1000V
C 305
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 306
8515-911-092
FKP1 2200PF 10% 1000V
C 312
75990-200.43
ELKO GR5 10UF 250V 20%
C 313
75990-200.44
KONDENS 33 PF 10% 250V
C 320
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 321
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 408
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 409
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 414
75990-200.50
KONDENSATOR 68NF SMD
C 415
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 417
8672-167-279
SMD KERKO 0805 0,047UF 10
C 419
8672-160-130
SMD KERKO 0805 47PF 5% NP
C 505
8672-160-126
SMD KERKO 0805 22PF 5% NP
C 506
8672-160-126
SMD KERKO 0805 22PF 5% NP
C 507
8672-159-134
SMD KERKO 0805 100PF 5% V
C 508
8672-159-134
SMD KERKO 0805 100PF 5% V
C 515
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 541
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 542
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 543
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 559
75990-200.73
KONDENSATOR 220NF SMD
C 602
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 603
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 650
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 651
8672-167-250
SMD KERKO 0805 2200PF 10%
C 652
8672-160-124
SMD KERKO 0805 15PF 5% NP
C 654
8672-160-124
SMD KERKO 0805 15PF 5% NP
C 655
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 656
8672-167-250
SMD KERKO 0805 2200PF 10%
C 657
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 658
8672-160-130
SMD KERKO 0805 47PF 5% NP
C 659
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 703
75990-200.19
KONDENS. 470PF SMD
C 704
75990-200.19
KONDENS. 470PF SMD
C 801
8525-001-273
MKS 2 0,1 UF 5% 63V
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
C 802
75990-201.00
MKT 5/1 1500 PF 10% 63 V
C 803
8555-268-241
FOKO MKT 5 4700PF 5% 250V
C 805
8672-159-134
SMD KERKO 0805 100PF 5% V
C 806
8672-167-254
SMD KERKO 0805 4700PF 10%
C 807
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 812
8672-167-758
SMD KERKO 0805 0,01UF 10%
C 813
8525-001-273
MKS 2 0,1 UF 5% 63V
C 815
8672-167-279
SMD KERKO 0805 0,047UF 10
C 816
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 817
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 818
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 819
8672-160-126
SMD KERKO 0805 22PF 5% NP
C 820
8672-167-279
SMD KERKO 0805 0,047UF 10
C 821
8672-167-253
SMD KERKO 0805 3900PF 10%
C 822
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 824
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 825
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 827
8672-160-135
SMD KERKO 0805 120PF 5% N
C 828
8672-167-262
SMD KERKO 0805 0,022UF 10
C 830
8672-167-270
SMD KERKO 0805 0,1UF 10%
C 860
8672-159-134
SMD KERKO 0805 100PF 5% V
C 861
8672-159-134
SMD KERKO 0805 100PF 5% V
C 903
8672-159-146
SMD KERKO 0805 1000PF 5%
C 904
8672-159-146
SMD KERKO 0805 1000PF 5%
C 905
8672-159-146
SMD KERKO 0805 1000PF 5%
C 906
75990-200.76
KONDENSATOR 2,2N 2KV
C 907
75990-200.43
ELKO GR5 10UF 250V 20%
CN 1
75990-500.13
SCART-KABEL/SCART CABLE
CN 700
75990-200.75
SCART BUCHSE/SCART SOCKET
CN 900
75990-300.76
BILDROHRFASSUNG/
PICTURE TUBE SOCKET
CN 900
75990-300.75
MIKRO-SOCKEL/MIKRO BASE
CR 500
75990-200.68
QUARZ CSA 8 MHZ
CT 2
75990-500.10
KERAMIK FILTER DSS30655
CT 3
75990-500.10
KERAMIK FILTER DSS30655
CT 4
75990-500.10
KERAMIK FILTER DSS30655
CT 401
75990-300.65
FILTER TPS 6,0 MHZ
D 1
72008-393.98
DIODE BZX 79 C 4 V 7
D 2
8309-215-045
DIODE 1N4148
D 3
75987-392.37
DIODE BZX 79 C 6 V 8
D 4
8309-215-045
DIODE 1N4148
D 5
8309-215-045
DIODE 1N4148
D 6
8309-215-045
DIODE 1N4148
D 7
75990-500.11
DIODE LL 103/A/B/C
D 100
8309-215-127
DIODE 1 N 4007 -GA
D 101
8309-215-127
DIODE 1 N 4007 -GA
D 102
8309-215-127
DIODE 1 N 4007 -GA
D 103
8309-215-127
DIODE 1 N 4007 -GA
D 104
8309-201-103
DIODE BA157/RGP10G GI
D 105
75990-500.24
DIODE LL 4148
D 107
8309-201-101
DIODE BA 159
D 108
75990-200.20
Z DIODE BZX 84 C2 V7
D 109
75990-200.21
DIODE BA 157
D 112
8309-215-127
DIODE 1 N 4007 -GA
D 113
8309-215-127
DIODE 1 N 4007 -GA
D 114
8309-204-060
DIODE BY299 FAGOR/ BYV37
D 115
8309-204-060
DIODE BY299 FAGOR/ BYV37
D 116
8309-517-098
DIODE BYW 98-100THO/UES
D 118
8309-517-098
DIODE BYW 98-100THO/UES
D 120
8305-306-003
IC ZTK 33 B/C DPD ITT
D 200
8309-215-127
DIODE 1 N 4007 -GA
D 202
75990-500.25
DIODE MINI-MELF 4,7V 5%
D 300
8309-201-103
DIODE BA157/RGP10G GI
D 301
8309-201-103
DIODE BA157/RGP10G GI
D 302
8309-201-103
DIODE BA157/RGP10G GI
D 303
8309-201-103
DIODE BA157/RGP10G GI
D 304
75990-200.45
DIODE BY 133
D 305
8309-210-016
SMD DIODE BAS16
D 500
75990-200.61
DIODE RED LED
D 501
8309-215-045
DIODE 1N4148
D 502
8309-215-045
DIODE 1N4148
D 503
8309-215-045
DIODE 1N4148
D 504
8309-215-045
DIODE 1N4148
D 540
75990-200.62
ZENER-DIODE BZX84 3,9V
D 650
8309-210-016
SMD DIODE BAS16
D 651
75990-200.69
DIODE BB731 SOT 23
D 652
8309-210-016
SMD DIODE BAS16
D 653
8309-210-016
SMD DIODE BAS16
D 654
8309-210-016
SMD DIODE BAS16
D 655
8309-210-016
SMD DIODE BAS16
D 801
8309-210-016
SMD DIODE BAS16
D 802
8309-210-016
SMD DIODE BAS16
D 804
8309-210-016
SMD DIODE BAS16
D 900
8309-210-016
SMD DIODE BAS16
D 901
8309-210-016
SMD DIODE BAS16
D 902
8309-210-016
SMD DIODE BAS16
F 100
S
75990-500.31
SICHERUNG 2,5 AT/FUSE
F 101
S
75990-500.31
SICHERUNG 2,5 AT/FUSE
IC 1
75990-500.18
IC MSP 3410 (NICAM)
IC 2
75990-500.14
IC TDA 2007 A
IC 2
75990-500.23
IC TDA 2615
IC 3
75990-500.15
IC 78 M 05
IC 4
75990-500.16
IC HEF 4053
IC 100
75990-200.23
IC 3844
IC 100
75990-200.33
TRANSISOR MJF18204 TO220
IC 102
8305-202-906
IC UA 7805C/KC MOUNT.KIT
IC 200
8305-348-170
IC TDA 8170 SGS
IC 300
8305-302-581
IC 7812 SAM
IC 400
75990-500.27
IC STV 8224 A
IC 400
75990-200.51
IC STV 8224
IC 500
75990-500.04
IC ST 6375
IC 500
75990-200.63
IC ST6365 G1000-1-1
IC 550
8305-332-820
IC TDA 2822 M SGS
IC 600
75990-500.32
IC TDA 4445 B
IC 650
75990-500.06
IC TEXTEURO CF 70200
IC 650
75990-200.70
IC CT 70095 ANF
IC 651
8305-972-306
IC CF 72306 TID
IC 800
75990-200.58
IC MC 44007/44140
IC 801
75990-200.59
IC MC 44140/44007
IR 500
75990-200.64
IC TFMS 5380
L 2
75990-200.71
DR AX 0411 10UH 10%
L 3
75990-200.71
DR AX 0411 10UH 10%
L 4
75990-200.71
DR AX 0411 10UH 10%
L 100
S
75990-200.25
SPULE/COIL
L 101
75990-500.21
FILTER 100UH 10% LHL 13
L 102
75990-500.33
FERRITE STAB
L 103
75990-200.46
SPULE 100UH/COIL
L 300
75990-300.08
SPULE 65UH (SAMSUNG)/COIL
L 301
75990-300.06
SPULE 150UH/COIL
L 302
75990-200.46
SPULE 100UH/COIL
L 400
75990-200.71
DR AX 0411 10UH 10%
L 401
75990-200.53
SPULE/COIL
L 500
75990-200.65
SPULE 56UH/COIL
L 540
75990-200.71
DR AX 0411 10UH 10%
L 550
75990-200.74
DR 10UH RM5 LI
L 551
75990-200.74
DR 10UH RM5 LI
L 601
75990-500.28
SPULE 1UH 10% LAL 02/COIL
L 602
75990-200.71
DR AX 0411 10UH 10%
L 603
75990-500.34
SPULE 6,8UH 10% LAL04/COIL
L 604
75990-200.53
SPULE/COIL
L 650
75990-200.71
DR AX 0411 10UH 10%
R 34
75990-300.12
MSW NB 0207 10 OHM 5% AX
R 35
75990-300.12
MSW NB 0207 10 OHM 5% AX
R 100
75990-300.77
WIDERSTAND PTC DUO
R 101
75990-200.27
WIDERSTAND 68KOHM 2W
Spare Parts List
ST 03
5 - 2
GRUNDIG Service
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
R 103
8765-098-049
MSW 0207 100 OHM 5% TK100
R 105
75990-200.28
WIDERSTAND 7,5KOHM 1/4W
R 106
8706-100-125
SMD R 0805 150 KOHM 5%
R 109
75990-200.29
WIDERSTAND 1,2KOHM 5W
R 112
8706-100-073
SMD R 0805 1 KOHM 5%
R 115
S
75990-200.31
WIDERSTAND 10MOHM VR23
R 116
S
75990-200.32
MSW NB 0207 0,22 OHM 5%
R 119
8765-098-095
MSW 0207 8,2 KOHM 5% TK10
R 120
8765-098-095
MSW 0207 8,2 KOHM 5% TK10
R 132
S
5990-200.32
MSW NB 0207 0,22 OHM 5%
R 200
S
75952-030.91
MSW NB 0207 4,7 OHM 5% GA
R 201
8706-100-093
SMD R 0805 6,8 KOHM 5%
R 202
8706-100-103
SMD R 0805 18 KOHM 5%
R 203
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 204
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
R 205
8706-100-097
SMD R 0805 10 KOHM 5%
R 206
75990-500.29
WIDERSTAND 1 OHM 1/4W 5%
R 207
8706-100-097
SMD R 0805 10 KOHM 5%
R 208
8706-100-097
SMD R 0805 10 KOHM 5%
R 209
8700-007-461
KSW 0207 330 OHM 5%
R 210
8765-098-283
MSW 0207 2,7 KOHM 2% TK10
R 211
75990-300.19
MSW 0207 1 OHM 1% GA
R 211
75990-300.32
MOW 0411 0,82 OHM 5%GA
R 300
S
75990-300.09
KSW SI A 820 OHM 5% GA
R 300
75990-300.09
KSW SI A 820 OHM 5% GA
R 301
S
75990-300.09
KSW SI A 820 OHM 5% GA
R 302
8765-097-129
MSW 0204 220 KOHM 5% TK10
R 304
8706-100-105
SMD R 0805 22 KOHM 5%
R 305
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 306
8706-100-073
SMD R 0805 1 KOHM 5%
R 307
8706-100-073
SMD R 0805 1 KOHM 5%
R 350
8765-097-099
MSW 0204 12 KOHM 5% TK100
R 405
8706-100-061
SMD R 0805 330 OHM 5%
R 412
8706-100-061
SMD R 0805 330 OHM 5%
R 419
8700-007-529
KSW 0207 220 KOHM 5%
R 422
8700-007-473
KSW 0207 1 KOHM 5%
R 423
8700-007-501
KSW 0207 15 KOHM 5%
R 426
8766-701-033
KSW SI A 22 OHM 5%
R 505
8706-100-113
SMD R 0805 47 KOHM 5%
R 506
8706-100-105
SMD R 0805 22 KOHM 5%
R 507
8706-100-105
SMD R 0805 22 KOHM 5%
R 508
8706-100-105
SMD R 0805 22 KOHM 5%
R 509
8706-100-085
SMD R 0805 3,3 KOHM 5%
R 510
8706-100-085
SMD R 0805 3,3 KOHM 5%
R 510
8706-100-103
SMD R 0805 18 KOHM 5%
R 511
8700-007-491
KSW 0207 5,6 KOHM 5%
R 512
8700-007-485
KSW 0207 3,3 KOHM 5%
R 513
8706-100-121
SMD R 0805 100 KOHM 5%
R 514
8706-100-097
SMD R 0805 10 KOHM 5%
R 515
8706-100-055
SMD R 0805 180 OHM 5%
R 524
8700-007-471
KSW 0207 820 OHM 5%
R 528
8700-007-463
KSW 0207 390 OHM 5%
R 530
8706-100-057
SMD R 0805 220 OHM 5%
R 531
8706-100-097
SMD R 0805 10 KOHM 5%
R 532
8706-100-073
SMD R 0805 1 KOHM 5%
R 533
8700-007-497
KSW 0207 10 KOHM 5%
R 534
8706-100-113
SMD R 0805 47 KOHM 5%
R 535
8706-100-081
SMD R 0805 2,2 KOHM 5%
R 540
8700-007-505
KSW 0207 22 KOHM 5%
R 541
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 542
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 545
8706-100-065
SMD R 0805 470 OHM 5%
R 546
8706-100-073
SMD R 0805 1 KOHM 5%
R 547
8706-100-065
SMD R 0805 470 OHM 5%
R 600
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 601
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 650
75952-030.91
MSW NB 0207 4,7 OHM 5% GA
R 651
8706-100-097
SMD R 0805 10 KOHM 5%
R 652
8706-100-073
SMD R 0805 1 KOHM 5%
R 653
8700-007-493
KSW 0207 6,8 KOHM 5%
R 654
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
R 655
8706-100-097
SMD R 0805 10 KOHM 5%
R 656
8765-098-049
MSW 0207 100 OHM 5% TK100
R 673
8706-100-073
SMD R 0805 1 KOHM 5%
R 674
8706-100-071
SMD R 0805 820 OHM 5%
R 675
8706-100-125
SMD R 0805 150 KOHM 5%
R 676
8706-100-097
SMD R 0805 10 KOHM 5%
R 677
8706-100-115
SMD R 0805 56 KOHM 5%
R 678
8706-100-117
SMD R 0805 68 KOHM 5%
R 700
8706-100-063
SMD R 0805 390 OHM 5%
R 701
8706-100-063
SMD R 0805 390 OHM 5%
R 702
8706-100-063
SMD R 0805 390 OHM 5%
R 703
8706-100-065
SMD R 0805 470 OHM 5%
R 704
8706-100-065
SMD R 0805 470 OHM 5%
R 705
8700-007-446
KSW 0207 75 OHM 5%
R 706
8700-007-446
KSW 0207 75 OHM 5%
R 707
8700-007-446
KSW 0207 75 OHM 5%
R 708
8700-007-446
KSW 0207 75 OHM 5%
R 709
8700-007-446
KSW 0207 75 OHM 5%
R 710
8706-100-097
SMD R 0805 10 KOHM 5%
R 712
8706-100-097
SMD R 0805 10 KOHM 5%
R 713
8706-100-097
SMD R 0805 10 KOHM 5%
R 714
8706-100-097
SMD R 0805 10 KOHM 5%
R 716
8706-100-073
SMD R 0805 1 KOHM 5%
R 717
8706-100-049
SMD R 0805 100 OHM 5%
R 718
8706-100-097
SMD R 0805 10 KOHM 5%
R 722
8706-100-049
SMD R 0805 100 OHM 5%
R 800
8706-100-073
SMD R 0805 1 KOHM 5%
R 801
8706-100-049
SMD R 0805 100 OHM 5%
R 802
8706-100-049
SMD R 0805 100 OHM 5%
R 803
8706-100-049
SMD R 0805 100 OHM 5%
R 804
8706-100-103
SMD R 0805 18 KOHM 5%
R 805
8706-100-057
SMD R 0805 220 OHM 5%
R 806
8706-100-069
SMD R 0805 680 OHM 5%
R 807
8706-100-057
SMD R 0805 220 OHM 5%
R 808
8706-100-069
SMD R 0805 680 OHM 5%
R 809
8706-100-057
SMD R 0805 220 OHM 5%
R 810
8706-100-069
SMD R 0805 680 OHM 5%
R 811
8706-100-108
SMD R 0805 30 KOHM 5%
R 812
8706-100-057
SMD R 0805 220 OHM 5%
R 813
8706-100-113
SMD R 0805 47 KOHM 5%
R 815
8706-100-121
SMD R 0805 100 KOHM 5%
R 816
8706-100-169
SMD R 0805 10 MOHM 10%
R 817
8706-100-121
SMD R 0805 100 KOHM 5%
R 819
8706-100-061
SMD R 0805 330 OHM 5%
R 820
8706-100-061
SMD R 0805 330 OHM 5%
R 821
8706-100-114
SMD R 0805 51 KOHM 5%
R 822
8706-100-113
SMD R 0805 47 KOHM 5%
R 823
8706-100-099
SMD R 0805 12 KOHM 5%
R 824
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 825
8706-100-089
SMD R 0805 4,7 KOHM 5%
R 826
8706-100-145
SMD R 0805 1 MOHM 5%
R 827
8706-100-108
SMD R 0805 30 KOHM 5%
R 828
8706-100-073
SMD R 0805 1 KOHM 5%
R 829
8706-100-113
SMD R 0805 47 KOHM 5%
R 830
8706-100-117
SMD R 0805 68 KOHM 5%
R 832
75990-500.29
WIDERSTAND 1 OHM 1/4W 5%
R 835
8706-100-131
SMD R 0805 270 KOHM 5%
R 836
8706-100-153
SMD R 0805 2,2 MOHM 5%
R 840
8706-100-073
SMD R 0805 1 KOHM 5%
R 841
8706-100-073
SMD R 0805 1 KOHM 5%
R 845
8706-100-065
SMD R 0805 470 OHM 5%
R 900
75990-300.78
KSW 0411 15KOHM 1W
R 901
8706-100-049
SMD R 0805 100 OHM 5%
R 903
8706-100-061
SMD R 0805 330 OHM 5%
R 904
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 905
75990-300.78
KSW 0411 15KOHM 1W
R 906
8706-100-049
SMD R 0805 100 OHM 5%
R 908
8706-100-061
SMD R 0805 330 OHM 5%
R 909
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 910
75990-300.77
WIDERSTAND PTC DUO
R 911
8706-100-049
SMD R 0805 100 OHM 5%
R 913
8706-100-061
SMD R 0805 330 OHM 5%
R 914
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
R 915
75990-300.13
MOW 0411 0,68 OHM 5% GA
R 915
75990-300.32
MOW 0411 0,82 OHM 5%GA
R 915
75990-300.16
MOW 0411 2,7 OHM 5% GA
R 916
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 917
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 918
S
8700-229-049
KSW NB 0207 100 OHM 5%
R 920
8706-100-049
SMD R 0805 100 OHM 5%
S
S
75990-200.22
SICHERUNG 1AT/FUSE
SAW 601
75990-200.55
OBERFLAECHENWELLENFILTER/
SURFACE WAVE FILTER
SJ 1
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
SJ 2
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
SW 100
S
75990-200.36
NETZSCHALTER/
POWER SWITCH
T 100
S
75990-500.19
TRAFO SMT4 G5516-01
T 300
S
75990-200.48
EHT TRAFO
T 300
S
75990-500.09
EHT-TRAFO L27 G5652-01/
TRANSFORMER
T 311
75990-200.49
VERZOEGERUNGSLEITUNG TX/
DELAY LINE
TR 1
75990-100.10
SMD-TRANS. BC 847
TR 2
8301-000-857
SMD-TRANS.BC 857
TR 3
75990-100.10
SMD-TRANS. BC 847
TR 4
75990-500.12
TRANSISTOR BC 327 T092
TR 5
75990-100.10
SMD-TRANS. BC 847
TR 6
75990-100.10
SMD-TRANS. BC 847
TR 7
75990-100.10
SMD-TRANS. BC 847
TR 8
75990-100.10
SMD-TRANS. BC 847
TR 9
75990-100.10
SMD-TRANS. BC 847
TR 10
75990-100.10
SMD-TRANS. BC 847
TR 11
75990-100.10
SMD-TRANS. BC 847
TR 12
75990-100.10
SMD-TRANS. BC 847
TR 13
75990-100.10
SMD-TRANS. BC 847
TR 14
75990-100.10
SMD-TRANS. BC 847
TR 20
75990-100.10
SMD-TRANS. BC 847
TR 100
75990-500.05
TRANSISTOR BUZ 80 A
TR 300
75990-100.00
3-FACH 7-SEGMENT-ANZEIGE
TR 301
8302-222-422
TRANS.BF 422 NUR=VAL
TR 302
75990-200.33
TRANSISOR MJF18204 TO220
TR 410
8302-920-390
TRANS.2 N 3904
TR 540
75990-100.10
SMD-TRANS. BC 847
TR 541
75990-200.67
SMD-TRANS. BCX 19
TR 550
75990-100.10
SMD-TRANS. BC 847
TR 650
75990-100.10
SMD-TRANS. BC 847
TR 651
75990-100.10
SMD-TRANS. BC 847
TR 652
75990-100.10
SMD-TRANS. BC 847
TR 653
75990-100.10
SMD-TRANS. BC 847
TR 700
75990-100.10
SMD-TRANS. BC 847
TR 800
8301-004-847
SMD-TRANS.BC 847 B
TR 801
75990-100.10
SMD-TRANS. BC 847
TR 802
75990-100.10
SMD-TRANS. BC 847
TR 803
75990-100.10
SMD-TRANS. BC 847
TR 900
75990-200.79
TRANSISTOR BF 871
TR 901
75990-200.79
TRANSISTOR BF 871
TR 902
75990-200.79
TRANSISTOR BF 871
TR 903
75990-200.80
TRANSISTOR BF423 TO92
TR 904
75990-200.80
TRANSISTOR BF423 TO92
TR 905
75990-200.80
TRANSISTOR BF423 TO92
VR 100
75990-200.37
VARISTOR 4,7KOHM
XT 1
75990-500.17
QUARZ KRISTAL 18,432 MHZ
XT 650
75990-500.07
QUARZ 13,875 MHZ
XT 800
75990-200.60
QUARZ 17,734 MHZ
Es gelten die Vorschriften und Sicherheitshin-
weise gemäß dem Service Manual "Sicherheit",
Sach-Nummer 72010-800.00, sowie zusätzlich
die eventuell abweichenden, landesspezifischen
Vorschriften!
The regulations and safety instructions shall be
valid as provided by the "Safety" Service Manual,
part number 72010-800.00, as well as the
respective national deviations.
( )
ST 03
Spare Parts List
GRUNDIG Service
5 - 3
Ersatzteilliste
Spare Parts List
4 / 96
GT 2105
D
Btx
*
32700
#
POS.
NR.
ABB.
SACHNUMMER
ANZ.
POS.
NO.
FIG.
PART NUMBER
QUA.
BEZEICHNUNG
DESCRIPTION
D
GB
0001.000
75990-500.36
GEHAEUSE DSGN2 STEREO
HOUSING DSGN2 STEREO
0001.100
75990-200.02
FRONT-GEHAEUSE
HOUSING FRONT
0002.000
75990-300.50
EMBLEM-GRUNDIG
LABEL-GRUNDIG
0003.000
75990-200.10
INFRAROTFENSTER
INFRA RED WINDOW
0004.000
75990-200.11
TASTEN
KEYS
0005.000
75990-500.01
LAUTSPRECHER 8 OHMS 4W
LOUDSPEAKER 8 OHMS 4W
0008.000
75990-200.09
NETZTASTE
POWER KEY
0009.000
S
75990-300.52
NETZKABEL
POWER CABLE
0010.000
S
75990-200.98
BILDR. 21"A51AEZ90X02 (CHUNGHWA)
PICT. TUBE 21"A51AEZ90X02(CHUNGHWA)
WW.
S
75990-200.90
BILDR. A51 EER 11X38 (SAMSUNG)
PICT. TUBE A51 EER 11X38 (SAMSUNG)
WW.
S
75990-200.92
BILDR. A51 ECV 51X01 (HUAFEI)
PICT. TUBE A51 ECV 51X01 (HUAFEI)
0011.000
75990-500.35
RUECKWAND
REAR PANEL
0019.000
75990-300.63
TUNER UHF
TUNER UHF
SACH-NR. / PART NO.:
77250-055.61
BESTELL-NR. / ORDER NO.:
G.CC 1361 GB
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
C 16
75990-200.19
KONDENS. 470PF SMD
C 17
75990-200.19
KONDENS. 470PF SMD
C 100
S
75990-200.83
KONDENSATOR 220NF 250V
C 101
75990-200.66
KONDENS. 1NF 1KV
C 102
75990-200.66
KONDENS. 1NF 1KV
C 103
S
75990-200.66
KONDENS. 1NF 1KV
C 104
S
75990-100.36
ELKO 100UF +80%-20% 400V
C 105
8531-573-022
MKT 15 0,1 UF 20% 400V
C 110
8672-160-142
KEFQ 0805 470PF 5%
C 111
75990-200.18
KONDENS. 1NF 1KV
C 113
8672-160-142
KEFQ 0805 470PF 5%
C 114
75990-200.82
KONDENSATOR 2,2N 250V
C 118
8672-167-270
KEFQ 0805 0,1 UF 10%
C 119
8672-167-758
KEFQ 0805 0,01 UF 10%
C 120
75988-015.47
ELKO 100U 160V
C 123
75952-500.03
ELKO 25V +80-20% 1000UF
C 127
75988-015.52
ELKO 1000U 35V
C 131
75990-500.02
KONDENSATOR 10N 400V 10%
C 141
8672-167-758
KEFQ 0805 0,01 UF 10%
C 202
8672-167-254
KEFQ 0805 4700PF 10%
C 203
8672-159-122
KEFQ 0805 10PF 5%
C 206
8415-166-147
ELKO 1000UF 25V
C 300
75990-300.01
KONDENSATOR 8,6N 1600V
C 300
75990-300.03
KOND.7,15 1600V 5% (HUAFEI)
C 301
75990-300.58
KOND. 390NF 160V
C 301
75990-300.56
KOND. 316 NF 160V 5% (HUAFEI)
C 302
S
75990-200.41
KONDENS. 47UF 250V
C 303
75990-200.42
KONDENS. 27NF 250V
C 304
75987-355.97
KONDENS.1000PF+-10% 1000V
C 305
8672-167-758
KEFQ 0805 0,01 UF 10%
C 306
8515-911-092
FKP1 2200PF 10% 1000V
C 312
75990-200.43
ELKO GR5 10UF 250V 20%
C 320
8672-167-270
KEFQ 0805 0,1 UF 10%
C 321
8672-167-270
KEFQ 0805 0,1 UF 10%
C 408
8672-167-270
KEFQ 0805 0,1 UF 10%
C 409
8672-167-270
KEFQ 0805 0,1 UF 10%
C 415
8672-167-758
KEFQ 0805 0,01 UF 10%
C 417
8672-167-279
KEFQ 0805 0,047UF 10%
C 419
8672-160-130
SMD KERKO 0805 47PF 5% NP
C 500
8525-001-273
MKS 2 0,1 UF 5% 63V
C 501
8525-001-273
MKS 2 0,1 UF 5% 63V
C 502
8525-001-273
MKS 2 0,1 UF 5% 63V
C 504
8452-967-169
ELKO AMMO5 33UF 35V
C 505
8672-160-126
KEFQ 0805 22PF 5%
C 506
8672-160-126
KEFQ 0805 22PF 5%
C 507
8672-159-134
KEFQ 0805 100PF 5%
C 508
8672-159-134
KEFQ 0805 100PF 5%
C 509
8452-967-169
ELKO AMMO5 33UF 35V
C 515
8672-167-758
KEFQ 0805 0,01 UF 10%
C 541
8672-167-758
KEFQ 0805 0,01 UF 10%
C 542
8672-167-758
KEFQ 0805 0,01 UF 10%
C 543
8672-167-270
KEFQ 0805 0,1 UF 10%
C 602
8672-167-758
KEFQ 0805 0,01 UF 10%
C 603
8672-167-758
KEFQ 0805 0,01 UF 10%
C 650
8672-167-758
KEFQ 0805 0,01 UF 10%
C 651
8672-167-250
KEFQ 0805 2200PF 10%
C 652
8672-160-124
KEFQ 0805 15PF 5%
C 654
8672-160-124
KEFQ 0805 15PF 5%
C 655
8672-167-758
KEFQ 0805 0,01 UF 10%
C 656
8672-167-250
KEFQ 0805 2200PF 10%
C 657
8672-167-758
KEFQ 0805 0,01 UF 10%
C 658
8672-160-130
SMD KERKO 0805 47PF 5% NP
C 659
8672-167-758
KEFQ 0805 0,01 UF 10%
C 660
8452-668-234
ELKO 1UF 20% 50V RM2,5
C 661
8672-167-758
KEFQ 0805 0,01 UF 10%
C 662
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
C 666
8672-167-758
KEFQ 0805 0,01 UF 10%
C 667
8672-167-758
KEFQ 0805 0,01 UF 10%
C 670
8452-967-169
ELKO AMMO5 33UF 35V
C 701
8672-167-254
KEFQ 0805 4700PF 10%
C 702
8672-167-254
KEFQ 0805 4700PF 10%
C 703
75990-200.19
KONDENS. 470PF SMD
C 704
75990-200.19
KONDENS. 470PF SMD
C 707
8452-967-169
ELKO AMMO5 33UF 35V
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
C 801
8525-001-273
MKS 2 0,1 UF 5% 63V
C 802
75990-201.00
MKT 5/1 1500 PF 10% 63 V
C 803
8555-268-241
MKT 5/5 4700PF 5%
C 804
8525-001-273
MKS 2 0,1 UF 5% 63V
C 805
8672-159-134
KEFQ 0805 100PF 5%
C 806
8672-167-254
KEFQ 0805 4700PF 10%
C 807
8672-167-758
KEFQ 0805 0,01 UF 10%
C 808
8452-967-169
ELKO AMMO5 33UF 35V
C 809
8672-167-270
KEFQ 0805 0,1 UF 10%
C 812
8672-167-758
KEFQ 0805 0,01 UF 10%
C 813
8525-001-273
MKS 2 0,1 UF 5% 63V
C 815
8672-167-279
KEFQ 0805 0,047UF 10%
C 816
8672-167-270
KEFQ 0805 0,1 UF 10%
C 817
8672-167-270
KEFQ 0805 0,1 UF 10%
C 818
8672-167-270
KEFQ 0805 0,1 UF 10%
C 819
8672-160-126
KEFQ 0805 22PF 5%
C 820
8672-167-279
KEFQ 0805 0,047UF 10%
C 821
8672-167-253
KEFQ 0805 3900PF 10%
C 822
8672-167-270
KEFQ 0805 0,1 UF 10%
C 823
8525-001-273
MKS 2 0,1 UF 5% 63V
C 824
8672-167-270
KEFQ 0805 0,1 UF 10%
C 825
8672-167-270
KEFQ 0805 0,1 UF 10%
C 827
8672-160-135
KEFQ 0805 120PF 5%
C 828
8672-167-262
KEFQ 0805 0,022UF 10%
C 830
8672-167-270
KEFQ 0805 0,1 UF 10%
C 831
8452-668-234
ELKO 1UF 20% 50V RM2,5
C 832
8452-668-234
ELKO 1UF 20% 50V RM2,5
C 833
8525-001-273
MKS 2 0,1 UF 5% 63V
C 834
8672-167-758
KEFQ 0805 0,01 UF 10%
C 835
8452-967-169
ELKO AMMO5 33UF 35V
C 836
8672-167-758
KEFQ 0805 0,01 UF 10%
C 840
8672-167-270
KEFQ 0805 0,1 UF 10%
C 841
8672-160-129
KEFQ 0805 39PF 5%
C 860
8672-159-134
KEFQ 0805 100PF 5%
C 861
8672-159-134
KEFQ 0805 100PF 5%
C 900
75990-200.19
KONDENS. 470PF SMD
C 901
75990-200.19
KONDENS. 470PF SMD
C 902
75990-200.19
KONDENS. 470PF SMD
C 903
8672-159-146
KEFQ 0805 1000PF 5%
C 904
8672-159-146
KEFQ 0805 1000PF 5%
C 905
8672-159-146
KEFQ 0805 1000PF 5%
C 906
75990-200.76
KONDENSATOR 2,2N 2KV
C 907
75990-200.43
ELKO GR5 10UF 250V 20%
CN 1
75990-500.13
SCART-KABEL
CN 700
75990-200.75
SCART BUCHSE
CN 900
S
75990-300.76
BILDROHRFASSUNG
CN 900
S
75990-300.75
BILDROHRFASSUNG (HUAFEI)
CR 500
75990-200.68
QUARZ CSA 8 MHZ
CT 2
75990-500.10
KERAMIK FILTER DSS30655
CT 3
75990-500.10
KERAMIK FILTER DSS30655
CT 4
75990-500.10
KERAMIK FILTER DSS30655
CT 401
75990-300.65
FILTER TPS 6,0 MHZ
D 1
72008-393.98
DIODE BZX 79 C 4 V 7
D 2
8309-215-045
DIODE 1N4148
D 3
75987-392.37
DIODE BZX 79 C 6 V 8
D 4
8309-215-045
DIODE 1N4148
D 5
8309-215-045
DIODE 1N4148
D 6
8309-215-045
DIODE 1N4148
D 7
75990-500.11
DIODE LL 103/A/B/C
D 100
8309-215-127
DIODE 1 N 4007 -GA
D 101
8309-215-127
DIODE 1 N 4007 -GA
D 102
8309-215-127
DIODE 1 N 4007 -GA
D 103
8309-215-127
DIODE 1 N 4007 -GA
D 104
8309-201-103
DIODE BA157/RGP10G GI
D 105
75990-500.24
DIODE LL 4148
D 107
8309-201-101
DIODE BA 159
D 110
75990-500.03
DIODE BYD 37 K
D 112
8309-215-127
DIODE 1 N 4007 -GA
D 113
8309-215-127
DIODE 1 N 4007 -GA
D 114
8309-204-060
DIODE BY299 FAGOR/ BYV37
D 115
8309-204-060
DIODE BY299 FAGOR/ BYV37
D 116
8309-517-098
DIODE BYW 98-100THO/UES
D 118
8309-517-098
DIODE BYW 98-100THO/UES
D 120
8305-306-003
IC ZTK 33 B/C DPD ITT
D 200
8309-215-127
DIODE 1 N 4007 -GA
D 202
75990-500.25
DIODE MINI-MELF 4,7V 5%
D 300
8309-201-103
DIODE BA157/RGP10G GI
D 301
8309-201-103
DIODE BA157/RGP10G GI
D 302
8309-201-103
DIODE BA157/RGP10G GI
D 303
8309-201-103
DIODE BA157/RGP10G GI
D 304
75990-200.45
DIODE BY 133
D 305
75990-500.24
DIODE LL 4148
D 500
75990-200.61
DIODE RED LED
D 501
8309-215-045
DIODE 1N4148
D 502
8309-215-045
DIODE 1N4148
D 503
8309-215-045
DIODE 1N4148
D 504
8309-215-045
DIODE 1N4148
D 540
75990-500.26
DIODE MINI-MELF 3,9V 2%
D 650
75990-500.24
DIODE LL 4148
D 652
75990-500.24
DIODE LL 4148
D 653
75990-500.24
DIODE LL 4148
D 654
75990-500.24
DIODE LL 4148
D 655
75990-500.24
DIODE LL 4148
D 801
75990-500.24
DIODE LL 4148
D 802
75990-500.24
DIODE LL 4148
D 804
75990-500.24
DIODE LL 4148
D 900
75990-500.24
DIODE LL 4148
D 901
75990-500.24
DIODE LL 4148
D 902
75990-500.24
DIODE LL 4148
F 100
S
75990-500.31
SICHERUNG 2,5 AT
F 101
S
75990-500.31
SICHERUNG 2,5 AT
IC 1
75990-500.18
IC MSP 3410 (NICAM)
IC 2
75990-500.14
IC TDA 2007 A
IC 2
75990-500.23
IC TDA 2615
IC 3
75990-500.15
IC 78 M 05
IC 4
75990-500.16
IC HEF 4053
IC 100
75990-200.23
IC 3844
IC 102
8305-202-906
IC UA 7805C/KC MOUNT.KIT
IC 200
8305-348-170
IC TDA 8170 SGS
IC 300
8305-302-581
IC 7812 SAM
IC 400
75990-500.27
IC STV 8224 A
IC 500
75990-500.04
IC ST 6375
IC 600
75990-500.32
IC TDA 4445 B
IC 650
75990-500.06
IC TEXTEURO CF 70200
IC 651
8305-972-306
IC CF 72306 TID
IC 800
75990-200.58
IC MC 44007/44140
IC 801
75990-200.59
IC MC 44140/44007
IR 500
75990-200.64
IC TFMS 5380
L 2
75990-200.71
DR AX 0411 10UH 10%
L 3
75990-200.71
DR AX 0411 10UH 10%
L 4
75990-200.71
DR AX 0411 10UH 10%
L 40
75990-300.06
SPULE 150UH
L 100
75990-500.20
RFI OREGA 1018291 0,5 A
L 101
75990-500.21
INDUCTOR 100UH 10% LHL 13
L 102
75990-500.33
FERRITE STAB
L 103
75990-200.46
SPULE 100UH
L 300
75990-300.08
SPULE 65UH
L 300
75990-300.07
SPULE 80UH (SAMSUNG)
Änderungen vorbehalten
Printed in Germany
Service Manual Sach-Nr.
Subject to alteration
VK 221 0596
Service Manual Part No. 72010-019.10
Spare Parts List
ST 03
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
L 301
75990-300.06
SPULE 150 UH (HUAFEI)
L 302
75990-200.46
SPULE 100UH
L 400
75990-200.71
DR AX 0411 10UH 10%
L 401
75990-200.53
SPULE
L 500
75990-200.65
SPULE 56UH
L 540
75990-200.66
KONDENS. 1NF 1KV
L 600
75990-200.66
KONDENS. 1NF 1KV
L 601
75990-500.28
SPULE 1UH 10% LAL 02
L 602
75990-200.71
DR AX 0411 10UH 10%
L 603
75990-500.34
SPULE 6,8UH 10% LAL04
L 604
75990-200.53
SPULE
L 650
75990-200.71
DR AX 0411 10UH 10%
R 34
S
75990-300.12
MSW NB 0207 10 OHM 5% AX
R 35
S
75990-300.12
MSW NB 0207 10 OHM 5% AX
R 100
75990-300.77
WIDERSTAND PTC DUO
R 101
75990-200.27
WIDERSTAND 68KOHM 2W
R 103
8765-098-049
MSW 0207 100 OHM 5% TK100
R 105
75990-200.28
WIDERSTAND 7,5KOHM 1/4W
R 106
8706-100-125
R-CHIP 0805 150 KOHM 5%
R 107
8706-100-506
SMD R 0805 24 KOHM 1%
R 108
8706-100-493
R-CHIP 0805 6,8 KOHM 1%
R 109
75990-200.29
WIDERSTAND 1,2KOHM 5W
R 111
8706-100-105
R-CHIP 0805 22 KOHM 5%
R 112
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 115
S
75990-200.31
WIDERSTAND 10MOHM VR23
R 116
S
75990-200.32
MSW NB 0207 0,22 OHM 5%
R 119
8765-098-095
MSW 0207 8,2 KOHM 5% TK10
R 120
8765-098-095
MSW 0207 8,2 KOHM 5% TK10
R 132
S
75990-200.32
MSW NB 0207 0,22 OHM 5%
R 200
S
75952-030.91
KSW SI A 4,7 OHM 5% GA
R 201
8706-100-093
R-CHIP 0805 6,8 KOHM 5%
R 202
8706-100-103
R-CHIP 0805 18 KOHM 5%
R 203
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 204
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
R 205
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 206
S
75990-500.29
WIDERSTAND 1 OHM 1/4W 5%
R 207
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 208
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 209
8700-007-461
KSW 0207 330 OHM 5%
R 210
8765-098-283
MSW 0207 2,7 KOHM 2% TK10
R 211
75990-300.19
MSW 0207 1 OHM 1% GA
R 211
75990-300.32
MSW 0,82 OHM (SAMSUNG)
R 300
S
75990-300.09
KSW SI A 820 OHM 5% GA
R 301
75990-300.09
KSW SI A 820 OHM (HUAFEI)
R 302
8765-097-129
MSW 0204 220 KOHM 5% TK10
R 303
8765-097-129
MSW 0204 220 KOHM 5% TK10
R 304
8706-100-105
R-CHIP 0805 22 KOHM 5%
R 305
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 306
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 307
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 310
8706-100-041
R-CHIP 0805 47 OHM 5%
R 311
S
75990-500.29
WIDERSTAND 1 OHM 1/4W 5%
R 312
S
75990-201.01
KSW SI A 0,68 OHM 5%
R 314
75990-200.47
WIDERSTAND 6,8K 4W MO
R 315
8765-097-025
MSW 0204 10 OHM 5% TK100
R 350
8765-097-099
MSW 0204 12 KOHM 5% TK100
R 405
8706-100-061
R-CHIP 0805 330 OHM 5%
R 412
8706-100-061
R-CHIP 0805 330 OHM 5%
R 419
8700-007-529
KSW 0207 220 KOHM 5%
R 422
8700-007-473
KSW 0207 1 KOHM 5%
R 423
8700-007-501
KSW 0207 15 KOHM 5%
R 426
S
8766-701-033
KSW SI A 22 OHM 5%
R 505
8706-100-113
R-CHIP 0805 47 KOHM 5%
R 506
8706-100-105
R-CHIP 0805 22 KOHM 5%
R 507
8706-100-105
R-CHIP 0805 22 KOHM 5%
R 508
8706-100-105
R-CHIP 0805 22 KOHM 5%
R 509
8706-100-085
R-CHIP 0805 3,3 KOHM 5%
R 510
8706-100-085
R-CHIP 0805 3,3 KOHM 5%
R 510
8706-100-103
R-CHIP 0805 18 KOHM 5%
R 511
8700-007-491
KSW 0207 5,6 KOHM 5%
R 512
8700-007-485
KSW 0207 3,3 KOHM 5%
R 513
8706-100-121
R-CHIP 0805 100 KOHM 5%
R 514
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 515
8706-100-055
R-CHIP 0805 180 OHM 5%
R 524
8700-007-471
KSW 0207 820 OHM 5%
R 528
8700-007-463
KSW 0207 390 OHM 5%
R 530
8706-100-057
R-CHIP 0805 220 OHM 5%
R 531
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 532
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 533
8700-007-497
KSW 0207 10 KOHM 5%
R 534
8706-100-113
R-CHIP 0805 47 KOHM 5%
R 535
8706-100-081
R-CHIP 0805 2,2 KOHM 5%
R 540
8700-007-505
KSW 0207 22 KOHM 5%
R 541
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 542
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 545
8706-100-065
R-CHIP 0805 470 OHM 5%
R 546
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 547
8706-100-065
R-CHIP 0805 470 OHM 5%
R 600
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 601
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 650
S
75952-030.91
KSW SI A 4,7 OHM 5% GA
R 651
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 652
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 653
8700-007-493
KSW 0207 6,8 KOHM 5%
R 654
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
R 655
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 656
8765-098-049
MSW 0207 100 OHM 5% TK100
R 673
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 674
8706-100-071
R-CHIP 0805 820 OHM 5%
R 675
8706-100-125
R-CHIP 0805 150 KOHM 5%
R 676
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 677
8706-100-115
R-CHIP 0805 56 KOHM 5%
R 678
8706-100-117
R-CHIP 0805 68 KOHM 5%
R 700
8706-100-063
R-CHIP 0805 390 OHM 5%
R 701
8706-100-063
R-CHIP 0805 390 OHM 5%
R 702
8706-100-063
R-CHIP 0805 390 OHM 5%
R 703
8706-100-065
R-CHIP 0805 470 OHM 5%
R 704
8706-100-065
R-CHIP 0805 470 OHM 5%
R 705
8700-007-446
KSW 0207 75 OHM 5%
R 706
8700-007-446
KSW 0207 75 OHM 5%
R 707
8700-007-446
KSW 0207 75 OHM 5%
R 708
8700-007-446
KSW 0207 75 OHM 5%
R 709
8700-007-446
KSW 0207 75 OHM 5%
R 710
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 712
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 713
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 714
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 716
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 717
8706-100-049
R-CHIP 0805 100 OHM 5%
R 718
8706-100-097
R-CHIP 0805 10 KOHM 5%
R 722
8706-100-049
R-CHIP 0805 100 OHM 5%
R 800
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 801
8706-100-049
R-CHIP 0805 100 OHM 5%
R 802
8706-100-049
R-CHIP 0805 100 OHM 5%
R 803
8706-100-049
R-CHIP 0805 100 OHM 5%
R 804
8706-100-103
R-CHIP 0805 18 KOHM 5%
R 805
8706-100-057
R-CHIP 0805 220 OHM 5%
R 806
8706-100-069
R-CHIP 0805 680 OHM 5%
R 807
8706-100-057
R-CHIP 0805 220 OHM 5%
R 808
8706-100-069
R-CHIP 0805 680 OHM 5%
R 809
8706-100-057
R-CHIP 0805 220 OHM 5%
R 810
8706-100-069
R-CHIP 0805 680 OHM 5%
R 811
8706-100-108
R-CHIP 0805 30 KOHM 5%
R 812
8706-100-057
R-CHIP 0805 220 OHM 5%
R 813
8706-100-113
R-CHIP 0805 47 KOHM 5%
R 815
8706-100-121
R-CHIP 0805 100 KOHM 5%
R 816
8706-100-169
R-CHIP 0805 10 MOHM 10%
R 817
8706-100-121
R-CHIP 0805 100 KOHM 5%
R 819
8706-100-061
R-CHIP 0805 330 OHM 5%
R 820
8706-100-061
R-CHIP 0805 330 OHM 5%
R 821
8706-100-114
R-CHIP 0805 51 KOHM 5%
R 822
8706-100-113
R-CHIP 0805 47 KOHM 5%
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
BEZEICHNUNG
DESCRIPTION
SACHNUMMER
PART NUMBER
POS.
NR.
POS.
NO.
Es gelten die Vorschriften und Sicherheitshin-
weise gemäß dem Service Manual "Sicherheit",
Sach-Nummer 72010-800.00, sowie zusätzlich
die eventuell abweichenden, landesspezifischen
Vorschriften!
The regulations and safety instructions shall be
valid as provided by the "Safety" Service Manual,
part number 72010-800.00, as well as the
respective national deviations.
( )
R 823
8706-100-099
R-CHIP 0805 12 KOHM 5%
R 824
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 825
8706-100-089
R-CHIP 0805 4,7 KOHM 5%
R 826
8706-100-145
R-CHIP 0805 1 MOHM 5%
R 827
8706-100-108
R-CHIP 0805 30 KOHM 5%
R 828
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 829
8706-100-113
R-CHIP 0805 47 KOHM 5%
R 830
8706-100-117
R-CHIP 0805 68 KOHM 5%
R 832
S
75990-500.29
WIDERSTAND 1 OHM 1/4W 5%
R 835
8706-100-131
R-CHIP 0805 270 KOHM 5%
R 836
8706-100-153
R-CHIP 0805 2,2 MOHM 5%
R 840
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 841
8706-100-073
R-CHIP 0805 1 KOHM 5%
R 845
8706-100-065
R-CHIP 0805 470 OHM 5%
R 900
75990-300.78
KSW 0411 15KOHM 1W
R 901
8706-100-049
R-CHIP 0805 100 OHM 5%
R 903
8706-100-061
R-CHIP 0805 330 OHM 5%
R 904
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 905
75990-300.78
KSW 0411 15KOHM 1W
R 906
8706-100-049
R-CHIP 0805 100 OHM 5%
R 908
8706-100-061
R-CHIP 0805 330 OHM 5%
R 909
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 910
75990-300.77
WIDERSTAND PTC DUO
R 911
8706-100-049
R-CHIP 0805 100 OHM 5%
R 913
8706-100-061
R-CHIP 0805 330 OHM 5%
R 914
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 915
75990-300.13
MOW 0411 0,68 OHM 5% GA
R 915
75990-300.16
MOW 2,7 (HUAFEI)
R 915
75990-300.32
MOW 0,82 (SAMSUNG)
R 916
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 917
S
8700-249-077
KSW NB 0411 1,5 KOHM 5%
R 918
S
8700-229-049
KSW NB 0207 100 OHM 5%
R 920
8706-100-049
R-CHIP 0805 100 OHM 5%
SAW 600
75990-500.08
OFW J 3252
SJ 1
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
SJ 2
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
SJ 3
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
SJ 4
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
SJ 200
75988-011.49
CHIP-JUMPER 0805 MAX 0R05
SW 100
S
75990-200.36
NETZSCHALTER
SW 500
75990-500.30
SCHALTER, TAKT
SW 501
75990-500.30
SCHALTER, TAKT
SW 502
75990-500.30
SCHALTER, TAKT
SW 503
75990-500.30
SCHALTER, TAKT
T 100
75990-500.19
SMT 4 G5516-01
T 300
S
75990-500.09
EHT-TRAFO L27 G5652-01
T 300
S
75990-200.48
EHT TRAFO
T 311
75990-200.49
VERZOEGERUNGSLEITUNG TX
TR 1
75990-100.10
SMD-TRANS. BC 847
TR 2
8301-000-857
SMD-TRANS.BC 857
TR 3
75990-100.10
SMD-TRANS. BC 847
TR 4
75990-500.12
TRANSISTOR BC 327 T092
TR 5
75990-100.10
SMD-TRANS. BC 847
TR 6
75990-100.10
SMD-TRANS. BC 847
TR 7
75990-100.10
SMD-TRANS. BC 847
TR 8
75990-100.10
SMD-TRANS. BC 847
TR 9
75990-100.10
SMD-TRANS. BC 847
TR 10
75990-100.10
SMD-TRANS. BC 847
TR 11
75990-100.10
SMD-TRANS. BC 847
TR 12
75990-100.10
SMD-TRANS. BC 847
TR 13
75990-100.10
SMD-TRANS. BC 847
TR 14
75990-100.10
SMD-TRANS. BC 847
TR 20
75990-100.10
SMD-TRANS. BC 847
TR 100
75990-500.05
TRANSISTOR BUZ 80 A
TR 300
75990-100.00
3-FACH 7-SEGMENT-ANZEIGE
TR 301
8302-222-422
TRANS.BF 422 NUR=VAL
TR 302
75990-200.33
TRANSISOR MJF18204 TO220
TR 410
8302-920-390
TRANS.2 N 3904
TR 540
75990-100.10
SMD-TRANS. BC 847
TR 541
75990-200.67
SMD-TRANS. BCX 19
TR 700
75990-100.10
SMD-TRANS. BC 847
TR 800
8301-004-847
SMD-TRANS.BC 847 B
TR 801
75990-100.10
SMD-TRANS. BC 847
TR 802
75990-100.10
SMD-TRANS. BC 847
TR 803
75990-100.10
SMD-TRANS. BC 847
TR 900
75990-200.79
TRANSISTOR BF 871
TR 901
75990-200.79
TRANSISTOR BF 871
TR 902
75990-200.79
TRANSISTOR BF 871
TR 903
75990-200.80
TRANSISTOR BF423 TO92
TR 904
75990-200.80
TRANSISTOR BF423 TO92
TR 905
75990-200.80
TRANSISTOR BF423 TO92
VR 100
75990-200.37
VARISTOR 4,7KOHM
XT 1
75990-500.17
QUARZ KRISTAL 18,432 MHZ
XT 650
75990-500.07
QUARZ 13,875 MHZ
XT 800
75990-200.60
QUARZ 17,734 MHZ
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