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SALORA LUXOR SCHAUB WREN2
7291 28F8 7128 7128
dent-No. 5439 47 20 Ident-No. 5439 47 60 Ident-No. 5439 48 00 Ident-No. 5439 47 90
:OC) Ident-No. 5439 47 40 (U) Ident-No. 5430 04 10 8228 8228
UK) Ident-No. 5439 98 40 32F8 Ident-No. 5439 47 80 Ident-No. 5439 47 70
8291 (C) Ident-No. 5439 47 50 9128 9128
dent-No. 5439 46 70 (U) Ident-No. 5430 03 90 (LX) Ident-No. 5439 46 40 Ident-No. 5439 46 20
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(C) Ident-No. 5430 03 80
dent-No. 5430 82 80
dent-No. 5439 46 50
:OC) Ident-No. 5430 83 20
:OC) Ident-No. 5439 46 60
UK) Ident-No. 5430 83 00
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Schaltbilder/ Ers.-Teile/ Abgleich/ Rep.-Hilfen Circuit diagr./Repl. parts/Adjustment@epair work
3lockschaltbilderl Block diagrams E...ll-14 Tuner SK0...52
>hassis-Schaltbildl Chassis diagram STB...15-22 AV-ModuV AV module sTSS...53-55
CCU-RF STB-CCU...23-24 PIP-Modull Picture-in-picture STQM...56-66
1\V-Eingangsplattel AV in connector board STEL...25-26 Einstellanweisung ADJ/l...63-65
Chassisplatte/ Chassis board STB...27-30 Adjustment ADJ11...66-66
3ildrbhrenplatte/ Picture tube board STH...31-34 Intructions de reglage ADJ/l...59-61
aed.-Teilplattel Control unit board SCS-sTS...35-44 lstruzioni di regolazione ADJ/ll...73-75
Displayplatte/ Display board SCS...3644 Service mode ADJ/ll...76
Kopfh.-Platte/ Headphone board SCS...36 PAL! SECAM/ NTSC ADJ/ll...77-78
IR-Sender/ IR transmitte EESTUL...36-39 Einstelltabellel List if adjustments ADJ/ll...76-72
NICAM-Tonmodull NICAM audio module STEJ...45-48 Rep.-Hilfe/ Instructions for repair work REP...79
Video-ZF-Mod& Video IF module STD...49
Audio submodule STEQ...50-51
__
Ersatzteiie/ Replacement parts Baugruppen-Ubersichtl Moduie tabuiar summary
Ersatzteilei Replacement parts
Achtung I Bei Reparaturen gijltige Sicherheitsvorschriften beachten !
Warning I Service and repair work to be performed only in armrdance with existing safety regulations I
Anmtlon ! En faisant des reparations tenez compte des prescriptions de skurite !
Anenzlone ! Osservare Ie norms di sicurezza vigenti in case di riparazioni !
Rbntgenverordnung: Die in der Rontgenverordnung festgelegte Ortsdosisleistung ist bei diesen Geraten durch die Bildrohrentype und die maximal zulassige Hochspannung
gewahrleistet.
X-ray regulations:
The picture tube type and the maximum permissible high-voltage ensure that the X-ray intensity within the set remains far below the permisstble value. ,
Mglementatlon portant cur les rayons X: La puissance de dose locale fixbe dans la kglementation relative aux rayons X es4 garantie dans le cas de cet appareil Q&e au type de
tubs-image et 1 la haute tension maximale admissible.
Regolamento raggl x: La potenza prevista dall disciplina raggi X per quest0 geners di apparecchio viene garantits dal tip0 di cinescopio e dalla tensfone massima consentita.
n SchutzmaOnahmen fur MOS-Bauelemente beachten !
0MOS
Pay attention to protective measures for MOS components !
Respecter les mesures de protections pour les composants de MOS !
Osservare le misure protettive per gli elementi costruttivi MOS !
Oszillogramm-MeBpunkt / Waveforms measuring point
Tous les oscillogrammes / Riferire tutti gli oscillogrammi
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Bei Nachbestellungen von Manualen bitte Geratetyp und Gerate-ldentnummer angeben.
When re-ordering manuals, please quote the model name and part number.
En cas de commande supplementaire de manuels veuillez indiquer le typ et le numero
de l'appareil.
6611 75 27 (9209)
Per riordinare i manuali, indicare il modello dell'apparecchio ed il numereo categorico.
kderungsn vorbehalten / Modifications reserved I Modifications r&e&es / Con riserva di modifiche
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Adjustment procedure for 16:9 TV sets
General
The adjustments of the receiver are performed with a remote control handset. Only focus and G2 adjustments are potentiomter adjustments.
The settings have been distributed among 16 adjustment planes. The usual colour and geometry adjustment routines are performed in
5 adjustment groups on adjustment planes 1 - 7. Every adjustment group has its own separate adjuster buttons, which trigger different
adjuster functions, depending on the adjustment plane you are currently on (NOKIA/SALORA/LUXOR/SCHAUB LORENZ Fig. 3 /
Page 72). The digit display blinks during adjusting until the extreme value is reached.
The adjustments are performed in service mode.
Adjustments required for different standards
Certain adjustments must be made for each standard separately on the respective programme position. When the TV is in normal mode,
select the menu display to check the programme standard. In order to adjust different standards you have to preset such a standard to a
programme position (e.g. programme position 1: PAL, programme position IO: SECAM etc.). The tables ( Page 77-78) shows the adjustment
values to be used with each colour system and standard.
Service mode
Access to the service mode is obtained by switching on the receiver with the mains switch Q, and by keying in the following command
within 6 seconds: (Fig. 1 - Page 76/N.B.! Note the type of remote control handset involved !). The display shows the programme
memorys version (01...79). Depending on the type of remote control handset you have , the following buttons are operative in service mode:
(NOKIA/SALORA/LUXOWSCHAUB LORENZ Fig. 3 / Page 72)
Option bytes
The TV configuration is determined with option bytes. These byte settings are effective on all programme positions when not otherwise stated
(NOKIAISALORAILUXOWSCHAUB LORENZ Fig. 3/ Page 70-71). An option byte consists of 8 bits.The state of each bit is indicated by the
corresponding segment in the right-hand digit display.
The state of each bit can be toggled with numeric keys 0 to 7. If the segment lights up, corresponding bit is set to "1". The effect of option
bytes is not visible until returning to the TV mode !
Detailed description of how to adjust colour and geometry,
Using the adjusting table (NOKIA/SALORA/LUXOR/SCHAUB LORENZ Fig. 3 ! Page 70-72)
Geometry adjustments must be carried out completely after replacement or initialization of memory IC X24C16P (ICB 50). The following
order of adjustments has been found to produce the desired result with the minimum of effort. Adjustments can also be made in another order
or completely separately.
Upon completion of adjustments the settings can be stored all with a single depression of the memory key (MENU or OK/->M) before leaving
the service mode.
Exception
- Grey scale adjustments have to be stored separately on adjustment group S/adjustment plane 5 or 6.
- Selecting another programme position is possible in the middle of an adjustment. Non-memorized adjustments are not retained if the
new programme position has different adjustment values (e.g. another colour system).
SA Colour oscillator synchronization: Adjust the colours "upright" ( Adjust. plane 1 /Adjust. group 3 )
dL Luminance delay: For adjustment use an external RGB source and video signal in MIX mode. Select programme position 0. Apply the
R signal to EXTI input pin 15 and video signal to EXTl input pin 20. Connect the Fast Blanking pin 16 to R input pin 15 at the EXT socket,
Adjust the RGB and video pictures to the same position ( Adjust. plane 1 /Adjust. group 2 )
dC Chrominance delay: Using RF test picture, adjust the colour transition to the same position with the luma transition (Adjust plane 1/
Adjust. group 4 )
Note: If there is no DTI circuit in the system, perform the whole adjustment with ud !
Coarse adjustment of dL and dC without external RGB signal: Adjust dC to the maximum with, then decrease 10 steps. Adjust dL to
same phase.
ud Chroma/luma delay (DTI or no DTI): Adjust ud to align the colour transient to the position of the luminance transition ( Adjust. plane 7
/Adjust. group 4 )
SP Horizontal centering: Center the picture with SP. If the adjustment is not possible, check dL adjustment ( Adjust. plane 7 /Adjust.
group 1 1
Note: It helps picture centering if the centre point of the screen is marked on the tube e.g. with a piece of tape.
A0 Vertical shift: Adjust the top border of test pattern ( Adjust. plane 2 /Adjust. group 1)
HO Picture height: Adjust the bottom border of the test pattern the amount of half a square beyond the screen ( Adjust. plane 2 /Adjust
group 2)
SO Vertical linearity: Adjust the bottom border of test pattern (Fig. 4 / Page 69) ( Adjust. plane 2 /Adjust. group 3 )
Cl Pincushion distortion correction 2: Depending on the remote control handset type involved, use the AUDIO button (NOKIA) or W
( SALORA) or - ( LUXOWSCHAUB LORENZ) to adjust to the extreme value (picture distortions will occur!), then use VIDEO or b
to increase by three steps (Fig. 5 / Page 69) ( Adjust. plane 3 /Adjust group 5 )
5 :' rapezium distortion correction 2: Depending on the remote control handset type involved, use button 0 (NOKIA) or 44
( SALORA) or 44 ( LUXORSCHAUB LORENZ) to stretch the picture far enough to render the bending points (summing points Kl and
K2) clearly visible (Fig. 6a / Page 69). At this juncture, pay no attention to the picture distortion ( Adjust. plane 3 /Adjust group 4 )
Kl Summing point 1: Adjust summing point Kl to position shown in Fig. 6a (2,5 squares from top). It may be necessary to adjust Zl too
( Adjust. plane 4 /Adjust group 7 ) (Fig. 6a + 6b I Page 69)
K2 Summing point 2: Adjust summing point K2 to position shown in Fig. 6a (2,5 squares from bottom). It may be necessary to adjust 21
too ( Adjust. plane 4 /Adjust. group 2 ) (Fig. 6a + 6b / Page 69)
Zl Trapezium distortion correction 2: Adjust the lines between the summing points as straight as possible; adjustment usually at
minimum ( Aausf. plane 3 / Ac$ust. group 4 ) (Fig. 6a + 6b / Page 69)
ZO Trapezium distortion correction 1: Straighten the vertical lines at the upper half of the picture without paying attention to what
happens to the lower half of the picture( Adjust. plane 3 /Adjust. group 2 ) (Fig. 6a + 6b / Page 69)
CO Pincushion distortion correction 1: Straighten the vertical lines at the lower half of the picture. Vertical lines can be straightened by
alternately adjusting 20 and CO ( Adjust. plane 3 /Adjust. group 3 ) (Fig. 5 + 6b / Page 69)
YO Picture width: Adjust the top corners to correct position ( Adjust. plane 3 /Adjust. group 1)
CO Pincushion distortion correction 1: Check the position of the bottom corners. If the picture is not straight between the summing
points, check Cl and 21 adjustments ( Adjust. plane 3/Adjust. group 3 )
St DTl start time adjustment: Use normal RF signal. Adjust the transients of colour bars to the same postion as the transitions of B/W
picture ( Adjust plane 4 /Adjust. group 4 )
Sp DIT stop time adjustment: Use normal RF signal. Adjust the transients of colour bars to the same position as the transitions of BNV
picture ( Adjust. plane 4 /Adjust. group 5 )
Grey Scale Adjustments
G2 Screen grid voltage: Adjust brightness and contrast to minimum. Adjust G2 trimmer of the potentiometer unit on the tube base panel.
Adjustment is correct when neither of the dot LEDs are illuminated in the display. At the same time, the most efficient gun is clamped to a
reference level (cut off voltage approx. 150 V), which is fixed at the lowlight adjustment and cannot be adjusted ( Adjust. plane S/Adjust.
group7 )
CT, CG, cb Black level adjustments: Increase contrast to a level where picture is slightly visible. The gun which was set fixed at G2
adjustment can be found at adjustment in which both dot LEDs are illuminated i.e. black level of this particular colour cannot be adjusted.
Adjust the grey scale of test pattern to grey by changing the black level of the two remaining guns ( Adjust. plane 5 /Adjust. group 1+2+3 )
dr, dG, db Highlight adjustments: Measure with an oscilloscope at the bases of transistors TH 13, TH 23 and TH 33 to check which
colour channel has the maximum preset gain. Leave the oscilloscope to the appropriate base and adjust contrast control for a reading of 60 V
from black level to white. Disconnect the oscilloscope. Adjust for normal brightness (all grey bars are discernible) ( Adjust. plane 6 /Adjust.
group 1+2+3 )
If the picture is too
- red, decrease red with dr adjustment until white parts of test pattern turn to white;
- green, decrease green with dG adjustment until white parts of test pattern turn to white;
- blue, decrease blue with dB adjustment until white parts of test pattern turn to white.
Check black level adjustments. If you have to adjust these, then check the highlight adjustments too.
Note: Grey scale adjustments must be stored on adjustment group 5/adjustment plane 5 or 6 with the key MENU or OK/-rM.
Other Adjustments
HA Horizontal adjustment of text page: Center the teletext page within the screen. At the same time also menus and screen displays are
shifted ( Adjust plane 7 /Adjust. group 7 )
CA Relative contrast of menus: Adjust the contrast of menus, screen displays and teletext (only MIX mode) relative to the contrast of
normal picture ( Adjust. plane 7iAdjust. group 2 )
CL Maximum contrast of teletext page: Adjust the contrast of test pattern to mid-position, then adjust white characters of text for equal
brightness to the white in the test pattern ( Adjust. plane 7/Adjust group 3 )
PH Centering the PIP screen ( Adjust. plane 74 )
PA Colour oscillator sync. of PIP screen: Adjust the colours "upright" ( Adjust. plane 14 )
Note: The PH and PA adjustments are missing if there is no PIP module in the set.
Focus adjustment
Set contrast close to maximum and brightness for a well balanced grey scale. Adjust focus to optimum using the Focus potentiometer of the
trimming unit on the tube base panel.
IC identification
On adjustment planes 12 and 13, you can check which ICs are connected to the PC and the bus respectively This feature can also be
utilized for fault finding (NOKIAISALORA/LUXOFt/SCHAUB LORENZ Fig. 3 / Page 70-71)
IC replacement
X24C16P Memory IC ICB 50 (= STB / IC 50): If you suspect that some adjustment value prevents the set from starting up
replace the memory IC with one which is O.K. and contains sufficient initializing values - e.g. preprogrammed spare memory IC (Fig. 7 /
Page 62)
NVM 3060 EEPROM memory ICBM 1
lnitializing memory ICs ICB 50 and ICBM 1 : lnitializingreplaces the values stored in memory IC ICB 50 with new ones (from ICB 2). The
picture will not be perfect when using the initialized values.
1. Disconnect the mains plug.
2. Switch the TV on with the mains switch.
3. Reinsert the mains plug and within 6 seconds press the following buttons consecutively (depending on the type of remote control
handset involved): (NOKIA) MUTE / m / m / or ( SALORA) II / I / b / lb or (LUXOWSCHAUB LORENZ)
+/l /I,/,,/.
The TV is switched on to programme position 1 after initializing. Channel 24 and PAL B/G standard will have been stored on all programme
positions. After initialization check the options and perform all adjustments.
ecu 3000 Control unit ICB l!
FA... Programme memory ICB 2: Check whether the new IC is of the same type. If the spare IC differs from the older one, other
modifications may be necessary. Check to see whether corresponding modification instructions have been supplied with the IC or c0ns.L
service bulletins.
MCU 2600 Clock generator ICB 80: Check SA (Colour synchronization)
ACVP 2205 Video processor ICB 230: Check SA (Colour synchronization), ud (Chrominance delay / not DTI) or dL ( Luminance
delay) and dC (Chrominance delay / DTI present)
SPU 2243 SECAM prozessor ICB 220: Check ud (Chrominance delay / no DTI) of the SECAM standard or dL (Luminance delay)
dC (Chrominance delay / DTI present)
DTI 2250 Transient improvement processor ICB 240: Check St (DTI start time) and Sp (DTI stop time) of the standards in use.
ud (Chrominance delay/no DTI), dL (Luminance delay) and dC (Chrominance delay / DTI present)
TPU 2735 Teletxte processor ICB 250: Check HA (Teletext horizontal centering) and CA (Contrast, Menu & MIX)
VCU 2136 Video coder/decoder ICB 201: Check G2, cr (Black level, red), cG (Black level, green), cb (Black level, blue), dr (Gain
red), dG (Gain, green), db (Gain, blue) and CA (Contrast, Menu & MIX)
DPU 2553 Deflection processor: Check the geometry adjustments of all standards in use
TDA 8172 Vertical output stage ICB 570: Check picture height, position of top border and thereafter East/West adjustments
NVM 3060 EEPROM memory, PIP ICQM 203: lnitialize the IC and perform PH (Horizontal centering, PIP) and PA (Colour
synchronization, PIP) adjustments
lnitialization
1. Switch the TV on with the mains switch.
2. Within 6 seconds after switching on the TV press the following buttons consecutively (depending on the type of remote control hand,
onvolved): (NOKIA) MUTE /c@ / m or ( SALORA) II / I / b / lb or ( LUXOWSCHAUB LORENZ) + / I / lb I
lnitialize the IC and perform PH (Horizontal centering, PIP) and PA (Colour synchronization, PIP) adjustments
%...Tuner TU 1011
STD... IF amplifier: Check automatic channel search, EXTl, different receiving bands and tuner AGC (tuner pin 2) 7 V for 1,5 - 2 mV
aerial signal
STH... Tube base panel: Check G2, Focus, cr (Black level, red), cG (Black level, green), cb (Black level, blue), dr (Gain, red), dG
(Gain, green) and db (Gain, blue)
Instruction for NVEDIT programme (16:9 TV sets / phase I)
The colour menu software from version FA20 on (SALORA, LUXOR and SCHAUB LORENZ) and the TV Mouse software from version
FA102.0 on (NOKIA) include NVRAM (EEPROM) editing software. NVRAM (EEPROM) memories include user settings, initial values for Ill
chip set and production data. These values can be changed from the user interface in the service mode by using the production computer
the NVEDIT programme.
Warning ! The NVEDIT programme is a very dangerous tool. It reads and writes directly to EEPROM memories. If you do not exactly
know what you are doing, please do not use the NVEDIT programme !
Modifications in EEPROM register bits may be needed in following cases:
- In production has been used unproper value that has be corrected as a service treatment;
- The EEPROM initialization programme does not match to the DSP and other It's status, mask versions etc.;
- In service is used older or newer DSP IC mask version that predicts some register value adaption;
- The TV is customized by some special demand.
To start the NVEDIT programme
1. Go to the service mode
2. Select the NVEDIT programme. The password is:
red I blue / green I yellow (SALORA, LUXOR. SCHAUB LORENZ)
ZOOM I VOLUME - I TEXT (NOKIA)
3. The display shows
- status row
- warning info
- EEPROM selection row (preset is TV EEPROM)
To use the NVEDIT programme
1. The active EEPROM memory can be selected using the following colour buttons:
- Red = TV (The size is 16 KBits and it is located on the main board)
- Green = PIP (The size is 4 KBits and it is located on the PIP module)
- Yellow = NVM (The size is 4 KBits and it is located on the main board)
2. Decimal address and data can be given to the active field using the number buttons. Unfinished or incorrect addresses and unfinished
data selection can be aborted using the " i " button (SALORA, LUXOR, SCHAUB LORENZ) or the "ALl" button (NOKIA). After the las
address digit has been entered, the programme shows the current data and after the last data digit, the programme stores automatica
the new data to the active EEPROM memory.
3. Note the maximum values which can not be exceeded:
- Maximum address value for TV memory = 2047
- Maximum address value for PIP and NVM memories = 0511
- Maximum data for all memories = 255
To exit from NVEDIT programme
- Press the STANDBY button
Einstelltabelle / List of adjustments / Liste de reglage / Elenco delle regolazioni
STEP +I-
Chrominance del
Horizontal centering Luminance delay Colour synchronization
Horizontale Bildverschiebung Luminanzverzogerung Farbsynchronisierung ChrominancelLu
Cadraga horizontal Retardemant de la luminance Syncronisation couleurs
Centratura orizzontale Ritardo di luminanza Sincronizzazione colore
A0 i-717 : HO HL? so so
Vertical centering Vertical linearity
2. ~~~ @~
Cadragevertica,e
Vertikale Bildverschiebung
"" if;;:, Vertikale Linearitiit
Linearit verticale
Centratura verticale Ampiezza verticale Linearit& verticale
YO %!7 zo 1'17 "`. co cL7 Zl i-1
Width Ed "! Trapezium distortion correction 1 ta `*" Pincushion distortion correction 1 IElI Trapezium distor
3. %I Breite
Largeur
1. Korrektur der Trapezverzerrung
Correction de trapeze 1
1. Korraktur der Kissenverzerrung
Correction ast-ouast 1
2. Korraktur der 1
Correction de tra
Ampiezza orizzontale COrreziOne dell'effetto trapezia 1 Correzione dell'affetto cuscino 1 Correzione dell%
Kl [I .:. K2 I- i' St 5r
Summing point 1
I `. Summing point 2 I. :(
DTI start time
4.1' I Summierungspunkt
Point d'addition 1
1 Summierungspunkt
Point d'addition 2
2
)I
Einschaltzeitpunl
Moment de d4mr
Punto di somma 1 Punto di somma 2 Punto d'inizio del
.' cr cf- . .`l CG c ci :_" cb ch : 1_ co l-0
m _`.' Black level, green m .`I Black level. blue 0 i., Contrast
5. 1: 1' EE~~~g$~;ouge Schwarzpegel, GrOn Schwarzpegel, Blau Kontrast
`(i Blocage du canal vert Blocaga du canal bleu Contraste
Cut-off del rosso Cut-off del Verde Cut-off del blu Contraste
9 dr L+- R ". dG 66 G db ulb B co l-a
Gain, red 0.` Gain. green cl ; Gain, blue cl `-' Contrast
6. t:h- Verstlrkung,
Gain, Rouge
Rot
in *.
Verstlrkung.
Gain, vert
GrOn VerstPrkung,
Gain, bleu
Blau Kontrast
Contrast9
Guadagno del rosso . Guadagno del Verde Guadagno del blu Contraste
HA NR x .' CA CN (> "<.~
CL cL a co L-a
enu
SF+
Teletext horizontal centering Contrast, Menu & MIX Menu i"' Contrast, Teletext Textn/ Contrast
7.1-11-r Horizontale Bildverschiebung,
Centrage horizontal de t&texte
Videotext ." i. Kontrast.
Contraste
Menu 8 MIX
Menu 8 MIX MIX 1;
:
Kontrast,
Contraste
Videotext
tbl&xte Max
Kontrast
Contraste
Cpntratura orizzontale dal t&video Contrasto del menu 8 MIX Contrast0 del t&video Contras&
Bii 2 UHF only IO = no I 1 = yes Bii 5 A2 Stereo IO = no / 1 = yes
Bit 3 TUNER / 0 = Salcomp / 1 = NSF Bii6 AVConnectorsIO=no/~ =yes
Bii 4 DTI IC IO = no I 1 = yes
L
Bit0 PALCClR/O=no/l =yes Bit4 NTSC4,4MHzIO=no/i =yes
Biil PALUK/O=no/l =yes Bit5 NTSC3,56MHz/O=no/l =yes
lb Bii2
Bit3
SECAMElO=noIl
SECAMLIO=no/l
=yes
=yes
.Bt 6 SECAM
BR7
video / 0 = no I 1 = yes
NTSC3,58MHzVideo/O=no/l =yes
.
Bit 1 16:9 / 0 = no I 1 = yes
.b BP 2 0 = Normal
Bit 3 Video identfication
use I 1 = Production
startfromstandby
mode
(EXTl)
v.9l/o=lvpp/l=2vpp
ACVP) / 0 = no / 1 = yes
o=no/1 =yes
Byte 4 Bit0 WIDE/O=noll =yes
Bit 4 DTI / 0 = no / 1 = yes
Bii 1 LOUDNESS IO = no I 1 = yes
b Bii 2 PROGRAMME
Bit3 VOLUMEBAR/O=no/l=yes
INFO IO = no I l= yes
Bit 5 Time out / 0 = no / 1 = yes
Bit 6 Vertical blanking
Bit 7 S-Filter IO = no I 1 = yes
/ 0 = DPU / 1 = PIP
Bit 0 Tuner/ IC2/ TV tuner PLU TSA 551 I Bit 4 STSSl ICOO7/ Crosspoint 2 switch/ TEA 64151 Record select
Bit 1 STEJ/ IC401/ IF I-O/ PCF 65741 FM radio Bit 5 STSS/ ICOOl/ Interface I-O/ PCF 6574/ Rec. select, SCARTP & ?`,
b Bit 2 STEJi
Bit 3 STSS/
ICZOO/ FM PLU TSA 60571 FM radio
ICOO3/ Cross point 1 switch/ TEA 6415/
SCART3
Bit 6 STSS/
video & SCARTl3
ICOO5/ Interface
16:9 identification
2 I-O/ PCF 6574/ Fixed level RCA output ' `:
SCART3. Record select Bit 7 STSSi ICOOZ/ Audio c&s 11 TEA 64201 SCARTS, Record select : `1
"' ," 1M ( & 1 I C) Bit 0 STB/ IC250/ TPUl TPU 2735
Bit 1 STEM/ IC301/ PIP DPU/ VSP 2660/ PIP Bit 4 STSSl ICOO6/ Audio cross 21 TEA 6420/ Ramrd select
b Bit 2 STQM/
Bit 3 STBM/
IC203/ PIP memory/
ICl/ Added memory/
NVM 3060/ PIP
NVM 3060/
Bit 5 free
Bit 6 STQMl ICZOl/ Video switch IC/ TEA 6415
b
Selezione programma PIP
.^ Centratura oriztontale PIP Sincronizzazione colore, PIP
b