
Part No. SKSM0533 C2WYV JANUARY 2001
Colour Television
Service Manual
Model CE28DN7-C
Service Ref. No. CE28DN7-C-00
PRODUCT CODE: 111351318
ORIGINAL VERSION: Chassis No. EB6-B
Give complete "SERVICE REF. NO." for parts
order or servicing, it is shown on the rating sheet
on the cabinet back of the TV set.
Note
This TV receiver will not work properly in foreign
countries where the television transmission
system and power source differ from the design
specifications. Refer to the specifications for the
design specifications
CE28DN7-C
Contents
Safety precautions/Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Block diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3~5
Cabinet Disassembly. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Adjustment and Repair Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7~11
CPU Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12~13
Component Locations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14~15
IC Block Diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16~20
Pin description of semiconductors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
Part Description and reading of schematic diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
Cabinet Parts List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
Electric Parts List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24~31
Please use Schematic Diagram for CE28DN7-C-00.
Part no SKP20350.

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C2WYV
SAFETY PRECAUTION
X-RADIATION PRECAUTION
The primary source of X-RADIATION in the television receiver is the picture tube. The picture tube is specially
constructed to limit X-RADIATION emissions. For continued X-RADIATION protection, the replacement tube
must be the same type as the original including suffix letter. Excessive high voltage may produce potentially
hazardous X-RADIATION. To avoid such hazards, the high voltage must be maintained within specified limit.
Refer to this service manual, high voltage adjustment for specific high voltage limit. If high voltage exceeds
specified limits, take necessary corrective action. Carefully follow the instructions for +B1 volt power supply
adjustment, and high voltage adjustment to maintain the high voltage within the specified limits.
PRODUCT SAFETY NOTICE
SPECIFICATIONS
Product safety should be considered when a component replacement is made in any area of a receiver.
Components indicated by mark in the parts list and the schematic diagram designate components in which
safety can be of special significance. It is particularly recommended that only parts designated on the parts list in
this manual be used for component replacement designated by mark . No deviations from resistance wattage
or voltage ratings may be made for replacement items designated by mark .
1: An isolation transformer should be connected in the
power line between the receiver and the AC line
when a service is performed on the primary of the
converter transformer of the set.
2: Comply with all caution and safety-related notes
provided on the cabinet back, inside the cabinet, on
the chassis or the picture tube.
3: When replacing a chassis in the cabinet, always be
certain that all the protective devices are installed
properly, such as, control knobs, adjustment covers
or shields, barriers, isolation resistor-capacitor networks
etc. Before returning any television to the customer,
the service technician must be sure that it is completely
safe to operate without danger of electrical shock.
Power source AC 220~240V, 50Hz
Television system System BG, DK
Colour system PAL/NTSC4.43 (PAL/NTSC4.43/MTSC3.58 IN AV MODE)
Receiving channel UHF: 21~69
VHF: E2-E12, R1-R12
CATV: X, Y, Z, S1-S41
Aerial input impedance 75ohm
AV terminal
21 Pin SCART Terminal AV1:CENELEC standard with RGB
AV2:CENELEC standard with S-inputs
Front AV AV3:RCATerminal, Video and Audio (L/R)
Sound output(Music) 8W x 2
Dimensions (WxHxD) 854 x 701 x 601mm
Weight 32 Kg
!
!
!

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C2WYV
OPTION SETTING
[After replacing the Memory IC (IC803)]
The memory IC, IC803, stores the option data of TV set and service adjustments data for each circuit, therefore,
when the memory IC is replaced, it should be performed following setting and “SERVICE ADJUSTMENT” on next
page.
To enter to the Option Mode
+ Press and hold the F/OK button on the remote control and P▼ button on the front panel of the TV. The option
window will appear on the screen. Set the options as shown below.
To set the option mode
+ Highlight the desired option item by using the P▲ or P▼ button .
+ To switch the option mode, use the Volume - (LEFT) or Volume + (RIGHT) button.
+ The data which is set in the option mode is stored into the memory IC automatically.
Following table shows the available option items and default setting mode.
Exit from the Service Mode
+ Press the RECALL button.
Option Mode Mode Description & Note
ON-TIMER ON or OFF On-timer available, default “ON”
SORT MODE AUTO TUNE/SORT Tuning mode, default “AUTO TUNING”
or AUTO TUNING
or A TS EURO PLUS
PLUG & PLAY ON or OFF Plug & Play mode, default “ON”
WELCOME TEXT ON or OFF Display message when first set up, default “OFF”
CODE TEST OFF or ON For factory use, default “OFF”
WSS ON or OFF Wide Screen Signaling available, default “ON”
WIDE ON or OFF Wide mode, default “ON”
OPTION 4 or 7 LANGUAGE Language option , default “4 LANGUAGE”
312/313 Mode ON or OFF Teletext mode, default OFF
AV3 OPTION ON or OFF Front AV disable, default ON
3D SURROUND ON or OFF 3D Surround available, default ON
SIF OPTION BG, I, L/L’ or BG or BG/DK Television default system, Default “BG, I, L/L’”
OPTION SETTINGS FOR CE28DN7-C-00
OPTION
ON-TIMER ON
SORT MODE
PLUG & PLAY
WELCOME TEXT
CODE TEST
WSS
WIDE
OPTION
312/313 Mode
AV3 OPTION
3D SURROUND
SIF OPTION
AUTO VOLUME
ADJUST : EXIT : RECALL
AUTO TUNING
ON
ON
OFF
ON
OFF
4 LANGUAGE
ON
ON
ON
BG + DK
OFF
?

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C2WYV
ADJUSTMENTS
IMPORTANT NOTICE
Do not attempt to adjust the following service adjustments except when adjustments are required in servicing
otherwise it may cause loss of performance and product safety.
1. Receive white raster pattern.
2. Set controls to normal.
3. Connect digital voltmetre to test point TP-B and GND.
4. Adjust voltage to 150 ±0.5V by using VR641.
1. Input and tune an RF signal which is UHF to the clearest station.
2. Connect digital voltmetre to test point TP-A and GND.
4. Enter to the service mode and select mode “REGU-
LAR”, and select item no.1 “REGULAR 1, AGC”.
5. Press the LEVEL+ or LEVEL - button to adjust volt-
age to be 3.2Vdc.
By using FOCUS VR, adjust focus control for well
defined scanning lines.
SCREEN ADJUSTMENT
1. Receive black & white pattern.
2. Enter to the service mode and select mode “REGU-
LAR”, and select item no. 2 “REGULAR 2, CUT”. The
horizontal line will appear on the screen.
3. Set the SCREEN VR for one colour to be just visible.
4. Using the numeric buttons shown set each colour to
minimum by decreasing to the point where any further
decrease resets the adjustment to maximum value.
BIAS ADJUSTMENT
5. By using the buttons 1, 2, 4, 5, 7, 8 on the remote
control, adjust the line to be white.
The key allocation is as follows;
Button No. Operation
1 Increase Red
2 Decrease Red
4 Increase Green
5 Decrease Green
7 Increase Blue
8 Decrease Blue
DRIVE ADJUSTMENT
6. Select item no.3 “REGULAR 3, GRY” (G-Drive) or 4
“REGULAR 4, GRY” (B-Drive) and adjust both initially
to 3F.
7. Change data value of each item by using
LEVEL + or
LEVEL - button to obtain the proper white balance.
PCC ADJUSTMENT
1. Receive cross hatch pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “WIDE”,
and select item no. 7 “WIDE 7.P PCC”.
3. Press the LEVEL+ or LEVEL - button to adjust the
vertical line to be straight.
TRAPEZOID ADJUSTMENT
1. Receive cross hatch pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “WIDE”,
and select item no. 8 “WIDE 8.P TRP”.
3. Press the LEVEL+ or LEVEL - button to correct the
trapezum distortion of the vertical line.
PCC ADJUSTMENT
GREY SCALE ADJUSTMENT
FOCUS ADJUSTMENT
AGC ADJUSTMENT
+ B VOLTAGE ADJUSTMENT

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C2WYV
CORNER ADJUSTMENT
1. Receive cross hatch pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “WIDE”,
and select item no. 10 “WIDE 10.P CNR”.
3. Press the LEVEL+ or LEVEL - button to correct the
distortion of the vertical line around the corners.
HORIZONTAL CENTRING ADJUSTMENT
1. Receive circular pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “WIDE”,
and select item no. 2 “WIDE 2.P H-P”.
3. Press the LEVEL+ or LEVEL - button to adjust the
horizontal centre.
HORIZONTAL WIDTH ADJUSTMENT
1. Receive circular pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “WIDE”,
and select item 6 “WIDE 6.P H-W”.
3. Press the
LEVEL+ or LEVEL - button to adjust the
horizontal width.
1. Receive circular pattern and set screen mode to
“FULL”.
2. Set controls to normal.
3. Connect high-voltage meter to the anode of CRT and
GND.
4. Confirm that voltage is 26.0±1.0kV at 1.4mA for 28”
model.
VERTICAL CENTRING ADJUSTMENT
1. Receive circular pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “WIDE”,
and select item no. 1 “WIDE 1.P V-P”.
.3 Press the LEVEL+ or LEVEL - button to adjust the
vertical centre.
VERTICAL HEIGHT ADJUSTMENT
1. Receive circular pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “WIDE”,
and select item no. 5 “WIDE 5.P V-S.
3. Press the LEVEL+ or LEVEL - button to adjust the
vertical height.
1. Receive circular pattern and set screen mode to
“FULL”.
2. Enter to the service mode and select mode “REGULAR”, and select item no. 8 “REGULAR 8 OSD”. The
OSD test bar will appear on the top of screen.
3. Press the LEVEL+ or LEVEL - button to adjust prop-
er OSD positioning.
OSD POSITIONING ADJUSTMENT
VERTICAL ADJUSTMENT
HIGH-VOLTAGE CONFIRMATION
HORIZONTAL ADJUSTMENT
❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚

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C2WYV
PARTS DESCRIPTION AND READING IN SCHEMATIC DIAGRAM
1. The parts specification of resistors, capacitors and
coils are expressed in designated code. Please
check the parts description by the following code
table.
2. Some of transistors and diodes are indicated in
mark for the substitution of parts name. Please
check the parts name by the following code table.
3. Voltages and waveforms were taken with a video
colour bar signal(1Vp-p at 75 ohms terminated) and
controls to normal.
4. Voltages were taken with a high-impedance digital
voltmetre.
Example 2000 K K 1000 BG
Characteristic
Example 160 E M 10
Capacitance value
Tolerance
Type
Rated voltage
Excepting electric capacitors, all
capacitance values of less than 1
are expressed in µF and more
than 1 are in pF.
Example L2 C1 4R7 K N
Tolerance
Inductance value
Manufacture code
Unique code
Mark Material
E Electrolytic
P Electrolytic (non-Polarised)
C Ceramic (temperature compensation)
K Ceramic
F Polyester
N Polypropylene
M Metalised polypropylene
H Metalised polypromylar
B Ceramic (semiconductor)
G Metalised polyester
Y Composite film
S Styrol
T Tantalum oxide solid electrolytic
U Organic semiconductive electrolyte
D Electric double layer electrolytic
Mark Tolerance
A not specified
B ±0.1
C ±0.25
D ±0.5
F±1
G±2
E ±2.5
H±3
J±5
K±0
M±20
N±30
P +100 -0
Q +30 -10
T +50 -10
U +75 -10
V +20 -10
W +100 -10
X +40 -20
Y +150 -10
Z +80 -20
Mark Tolerance (nH) Mark Tolerance (%)
C ±0.25 G ±2
D ±0.5 J ±5
S ±0.3 K ±10
A ±0.2 L ±15
M±20
Coil Reading
Capacitor Reading
Example 1/2 D J 10K B
Example 6 W K 8.2
Example 1/2 C K 1M
Resistor Reading
Characteristic
Z (Carbon fuse)
B (Non-burnable)
Resistance value
Tolerance (see below table)
Material (see below table)
Rated wattage (W)
K indicates in KΩ
M indicate in MΩ
Note: Resistor which is indicated with resistance value only are
1/6W carbon resistor. Resistor which is indicated with material, tolerance and value are 1/4W rated wattage.
Mark Material
D Carbon
N Metal film
S Oxide metal film
C Solid
G Metal glaze
W Wire wounding or cement
H Ceramic
F Fusible
Mark Tolerance
A ±0.05
B ±0.1
C ±0.25
D ±0.5
F±1
G±2
J±5
K±10
M±20
P +5 -15
Z used in 0 ohm
● Material table
● Tolerance table
● Material table
● Tolerance table
Mark Type number
-- 1S1555,1S2473,1S2076,1SS133,DS442,1SS176
K 1S1555,1S2473,1S2076,DS442
L 1S1555,1S2076A,1S2471
M 1SS133,1SS176,GMA01
N 1S1555,1S2473,1S2076,1SS133,DS442,1SS176,1N4148
P 1S1555,1S2076A,1S2471,1N4148
R 1S1555,1S2076,1S2473,DS442,1N4148
AA 1S1555,1S2076,1S2473,1SS133,DS442,1SS176,1N4148,GMA01
● Diode
Mark Type number
-- 2SC536 2SC945A 2SC1815 2SC1740 2SC1740S KSC945C
A E, F, G P, Q, R O, Y, G Q, R, S Q, R, S
B E, F, G P, Q, R O, Y, G Q, R, S
D F, G P, Q Y, G Q, R, S
F F, G P G R, S
H F, G P, Q Y, G Q, R, S Y, G
I E, F, G P, Q, R O, Y, G Q, R, S Y, G
G F, G P G R, S G
AD F, G Q, R Y, GR Q, R, S
AE E, F, G Q, R O, Y, GR Q, R, S
● Transistor (NPN type)
Mark Type number
-- 2SA608 2SA564A 2SA1015 2SA933 2SA933S KSA733C
Y E, F Q, R O, Y, G Q, R
WF R Y, GR
V E, F Q, R O, Y, G Q, R Y, G
U F R Y, G R G
Z E, F Q, R O, Y, G Q, R Q, R
AB F R Y Q, R
AE E, F Q, R O, Y R
● Transistor (PNP type)
Diode/Transistor Type Reading

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C2WYV
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CHASSIS ELECTRICAL PARTS LIST
Product safety should be considered when a component replacement is made in any area of a receiver.
Components indicated by a mark in this parts list and the circuit diagram show components whose value have
special significance to product safety. It is particularly recommended that only parts specified on the following
parts list be used for components replacement pointed out by the mark .
1AA0B10H050U0 ASSY,PWB,MAIN C2WYV
CAPACITOR
C001 403 314 5915 SMD CAP GRM40X7R474K16
C002 403 215 2310 CERAMIC 0.012U K 50V
C003 403 314 5915 SMD CAP GRM40X7R474K16
C004 403 215 2310 CERAMIC 0.012U K 50V
C005 403 258 3619 25 YK 33 M TA 0511
C006 403 258 3619 25 YK 33 M TA 0511
C007 403 164 0214 CERAMIC 0.1U Z 25V
C008 403 164 0214 CERAMIC 0.1U Z 25V
C009 403 164 0214 CERAMIC 0.1U Z 25V
C010 403 164 0214 CERAMIC 0.1U Z 25V
C011 403 190 4702 ELECT 1000U M 50V
C012 403 190 4702 ELECT 1000U M 50V
C015 403 047 5065 ELECT 470U M 25V
C021 403 154 1917 35 YK 1000 M TA K1220
C052 403 113 3815 CERAMIC 1000P K 50V
C053 403 149 9218 CERAMIC 0.01U Z 50V
C054 403 068 9016 CERAMIC 100P K 50V
C1001 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
C101 403 233 1517 50 YK 4R7 M TA 0511
C1010 403 157 3611 CERAMIC 100P J 50V
C1011 403 279 4312 CERAMIC 0.33U K 16V
C1012 403 157 3611 CERAMIC 100P J 50V
C1013 403 279 4312 CERAMIC 0.33U K 16V
C1014 403 113 3815 CERAMIC 1000P K 50V
C1015 403 233 0817 ELECT 10U M 50V
C1016 403 113 3815 CERAMI 1000P K 50V
C1017 403 189 2425 ELECT 16MS7 10M TZ 0407
C1018 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
C102 403 039 3527 ELECT 470U M 6.3V
C1020 403 149 9218 CERAMIC 0.01U Z 50V
C1021 403 157 3611 CERAMIC 100P J 50V
C1022 403 279 4312 CERAMIC 0.33U K 16V
C1024 403 157 3611 CERAMIC 100P J 50V
C1025 403 279 4312 CERAMIC 0.33U K 16V
C1026 403 113 3815 CERAMIC 1000P K 50V
C1027 403 233 0817 ELECT 10U M 50V
C1028 403 113 3815 CERAMIC 1000P K 50V
C1029 403 233 0817 ELECT 10U M 50V
C103 403 039 3527 ELECT 470U M 6.3V
C104 403 233 0817 ELECT 10U M 50V
C1042 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
C1043 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
C1044 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
Ref. No.
Part No.
Description
Chassis construction
CE28DN7-C-00
1AA0B10H050U0 ASSY,PWB,MAIN C2WYV (Page 24~29)
1AA0B10H043L0 NO 3D. NIC.SW.C2KRV (Page 29~30)
1AA0B10E59500 ASSY,PWB,CRT C2WC (Page 30~31)
1AA0B10H047B0 ASSY,PWB,HARMONICS EB6 AC (Page 31)
OUT OF CIRCUIT-013C2WVV (Page 31)
Read description in the Capacitor and Resistor as follows:
CAPACITOR
CERAMIC 100P K 50V
Tolerance Symbols:
Less than 10PF
A: Not specified B: ±0.1PF C: ±0.25PF
D: ±0.5PF F: ±1PF G: ±2PF
R: ±0.25-0PF S: ±0-0.25PF E: +0-1PF
More than 10PF
A: Not specified B: ±0.1% C: ±0.25%
D: ±0.5% F: ±1% G:±2%
H: ±3% J: ±5% K: ±10%
L: ±15% M: ±20% N: ±30%
P: +100-0% Q: +30-10% T: +50-10%
U: +75-10% V: +20-10% W:+100-10%
X: +40-20% Y: +150-10% Z: +80-20%
Material:
CERAMIC............Ceramic
MT-PAPER ..........Metallized Paper
POLYESTER ......Polyester
MT-POLYEST ......Metallized Polyester
POLYPRO............Polypropylene
MT-POLYPRO ....Metallized Polypropylene
COMPO FILM......Composite film
MT-COMPO ........Metallized Composite
STYRENE............Styrene
TA-SOLID............Tantalum Solid
AL-SOLID............Aluminium Solid
ELECT ................Electrolytic
NP-ELECT ..........Non-polarised Electrolytic
OS-SOLID ..........Aluminium Solid with Organic Semiconductive Electrolytic
DL-ELECT ..........Double Layered Electrolytic
RESISTOR
CARBON 4.7K J A 1/4W
Rated Wattage
Performance Symbols:
A: General B: Non flammable Z: Low noise
Other: Temperature coefficient
Material:
CARBON Carbon
MT-FILM Metal Film
OXIDE-MT Oxide Metal Film
SOLID Composition
MT-GLAZE Metal Glaze
WIRE WOUND Wire Wound
CERAMIC RES Ceramic
FUSIBLE RES Fusible
Rated Voltage
Rated value: P=pico farad, U=Micro farad
Note: Parts order must contain Service Ref. No., Part No., and descriptions.
Tolerance Symbols:
A: ±0.05% B: ±0.1%
C: ±0.25% D: ±0.5%
F: ±1% G: ±2%
J: ±5% K: ±10%
M: ±20% P: +5-15%
Rated value, ohms:
K: 1,000, M: 1,000,000
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C2WYV
Ref. No.
Part No.
Description
Ref. No.
Part No.
Description
C3484 403 248 1618 ELECT 47U M 16V
C3485 403 149 9218 CERAMIC 0.01U Z 50V
C3486 403 248 1410 ELECT 1U M 50V
C3487 403 248 1410 ELECT 1U M 50V
C3492 403 149 9218 CERAMIC 0.01U Z 50V
C3493 403 149 9218 CERAMIC 0.01U Z 50V
C3494 403 164 0214 CERAMIC 0.1U Z 25V
C3495 403 164 0214 CERAMIC 0.1U Z 25V
DIODE
D1201 407 099 6716 Z.DIODE MTZJT-7713A
INTERGRATED CIRCUIT
IC1201 409 116 1800 IC LA7952
IC1202 409 268 8504 IC NJM2233BD
IC1203 409 009 2501 IC HD14052BP
IC3102 409 241 5407 IC BA178M05T
IC3451 409 445 1403 IC TDA9875A/V2
COIL
L1201 645 008 2467 PEAKING COIL
L1202 645 008 2467 PEAKING COIL
L1204 645 008 2467 PEAKING COIL
L1205 645 008 2467 PEAKING COIL
L1206 645 008 2467 PEAKING COIL
L3450 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
L3452 645 011 0252 INDUCTOR,2.2U K
L3456 645 011 0252 INDUCTOR,2.2U K
L3457 645 011 0252 INDUCTOR,2.2U K
L3459 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
L3469 645 008 2467 PEAKING COIL
TRANSISTOR
Q1201 405 134 5925 TR 2SA1037AK-T146-R
Q1202 405 014 4519 TR 2SC2412KT146/R
Q1203 405 014 4519 TR 2SC2412KT146/R
Q1205 405 014 4519 TR 2SC2412KT146/R
Q1206 405 134 5925 TR 2SA1037AK-T146-R
Q1207 405 134 5925 TR 2SA1037AK-T146-R
Q3452 405 014 4519 TR 2SC2412KT146/R
Q3453 405 014 4519 TR 2SC2412KT146/R
Q3454 405 014 4519 TR 2SC2412KT146/R
Q3455 405 014 4519 TR 2SC2412KT146/R
RESISTOR
R1200 401 105 1412 MT-GLAZE 150 JA 1/16W
R1201 401 105 0415 MT-GLAZE 270 JA 1/16W
R1202 401 105 3218 MT-GLAZE 270 JA 1/16W
R1203 401 105 3218 MT-GLAZE 270 JA 1/16W
R1204 401 105 0415 MT-GLAZE 100 JA 1/16W
R1205 401 105 0415 MT-GLAZE 100 JA 1/16W
R1206 401 105 3218 MT-GLAZE 270 JA 1/16W
R1207 401 105 0415 MT-GLAZE 100 JA 1/16W
R1208 401 105 0415 MT-GLAZE 100 JA 1/16W
R1211 401 105 0415 MT-GLAZE 100 JA 1/16W
R1212 401 105 0415 MT-GLAZE 100 JA 1/16W
R1213 401 105 0415 MT-GLAZE 100 JA 1/16W
R1214 401 105 0415 MT-GLAZE 100 JA 1/16W
R1215 401 105 0415 MT-GLAZE 100 JA 1/16W
R1216 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
R1217 401 105 5212 MT-GLAZE 470 JA 1/16W
R1219 401 105 1016 MT-GLAZE 1.2K JA 1/16W
R1220 401 105 1016 MT-GLAZE 1.2K JA 1/16W
R1221 401 105 5311 MT-GLAZE 4.7K JA 1/16W
R1222 401 105 5311 MT-GLAZE 4.7K JA 1/16W
R1223 401 105 5212 MT-GLAZE 470 JA 1/16W
R1224 401 105 5311 MT-GLAZE 4.7K JA 1/16W
R1225 401 105 5311 MT-GLAZE 4.7K JA 1/16W
R1226 401 105 5212 MT-GLAZE 470 JA 1/16W
R1227 401 105 3218 MT-GLAZE 270 JA 1/16W
R1228 401 105 6011 MT-GLAZE 5.6K JA 1/16W
R1229 401 105 2013 MT-GLAZE 1.8K JA 1/16W
R1230 401 105 3218 MT-GLAZE 270 JA 1/16W
R1231 401 105 1412 MT-GLAZE 150 JA 1/16W
R1232 401 105 5212 MT-GLAZE 470 JA 1/16W
R3451 401 105 0415 MT-GLAZE 100 JA 1/16W
R3452 401 105 0415 MT-GLAZE 100 JA 1/16W
R3453 401 105 0613 MT-GLAZE 10K JA 1/16W
R3471 401 105 3218 MT-GLAZE 270 JA 1/16W
R3473 401 105 5212 MT-GLAZE 470 JA 1/16W
R3474 401 105 2815 MT-GLAZE 2.2K JA 1/16W
R3475 401 105 5212 MT-GLAZE 470 JA 1/16W
R3476 401 105 2815 MT-GLAZE 2.2K JA 1/16W
R3479 401 105 1610 MT-GLAZE 15K JA 1/16W
R3480 401 105 1610 MT-GLAZE 15K JA 1/16W
R3485 401 105 5212 MT-GLAZE 470 JA 1/16W
R3486 401 105 2815 MT-GLAZE 2.2K JA 1/16W
R3487 401 105 5212 MT-GLAZE 470 JA 1/16W
R3488 401 105 2815 MT-GLAZE 2.2K JA 1/16W
MISCELLANEOUS
J1205 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J1215 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J1223 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J1224 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3450 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3451 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3452 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3457 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3458 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3459 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3460 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3461 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3462 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3463 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3464 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
J3471 401 105 7919 MT-GLAZE 0.000 ZA 1/16W
K12H 645 004 2713 HOUSING PLUG 5P
K12J 645 040 4610 PLUG,PWB-PWB 15P
K12M 645 039 9411 PLUG,PWB-PWB 20P
X3451 645 024 7484 OSC,CRYSTAL 24.576MHZ
Z1200 610 285 9614 SHIELD CASE-B-N-C2HC
1AA0B10E59500 ASSY,PWB,CRT C2WC
CAPACITOR
C702 403 074 5712 CERAMIC 560P K 50V
C712 403 074 5712 CERAMIC 560P K 50V
C722 403 074 5712 CERAMIC 560P K 50V
C731 403 077 2728 CERAMIC 1000P P 2K
C732 403 074 5712 CERAMIC 560P K 50V
C735 403 281 1108 ELECT 22U M 250V
C751 403 248 1608 ELECT 47U M 16V
DIODE
D701 407 012 4416 DIODE 1SS133-T-77
D711 407 012 4416 DIODE 1SS133-T-77
D721 407 012 4416 DIODE 1SS133-T-77
D751 407 012 4416 DIODE 1SS133-T-77
INTERGRATED CIRCUIT
IC701 409 468 8403 IC TDA6103Q/N3
IC701-1 610 283 8657 ASSY,CRT HEAT SINK C2HC
COIL
L701 645 007 9856 PEAKING COIL 220UH K
L711 645 007 9856 PEAKING COIL 220UH K
L712 645 007 9856 PEAKING COIL 220UH K
TRANSISTOR
Q701 405 041 6507 TR 2SC2621-D-RA

5
4
3
2
1
SP901
VS003PGA:
VS0179GB
KL
J10EA020N
K1921
J12B04900
:J12B05400
TO_DB
& SW
K12H
1
KH
J10EA050N
K1101
J31B01000
C1110
U20B20900
CJ10CGQ
A1901
J30B0250N
SP902
VS003PGA:
VS0179GB
KR-2
J30B0250N
KR-1
C1926
16PM10D
R1922
1/2DJ150
R1921
1/2DJ150
C1925
R1912
1/16
16PM10D
GZ0C
R1913
R1907
22
C1924
KZ0.01
GQF
C1922
KZ0.01
GQF
D1906
MTZJ8.2B
:RD8.2EB2
R1113
L1111
1/16GZ
0C
J
R1106
1/16GJ
2.2KC
C1107
R1107
1/16GJ
KK
100KC
1000GQ
R1102
1/16GJ
100KC
1
2
3
45
C1900TM
6.3EM100S
1/16GJ
4.7KC
JS002
J
R1908
1/16GJ
330C
1/16GJ
1.5KC
R1906
1/16GZ
0C
R1903
R1902
1/16GJ
8.2KC
R1901
1/16GJ
15KC
24LC04B/P:
X24C04P
R1910
R1909
R1905
1/16GJ
2.2KC
75
R1917
1/16GJ
180C
R1916
1/16GJ
330C
D1901
LN28RPL
D1901A
3M07794-A
C1109
16EM10
C1108
16EM10
L801
L2B95R6KN
IC803
8
C801
KZ0.01
GQF
7
6
10K
R1904
1/16GJ
2.7KC
R1903A
1/16GZ
0C
R1902A
1/16GZ
0C
R1901A
1/16GZ
0C
L1923
Z21B
0040N
C1923
KZ0.01
GQF
L1922
C1921
L2G3
KZ0.01
120KN
GQF
L1921
L2G3
120KN
C1111
J
L1106
L2B
9100KN
R1101
L1101
1/16GJ
L2B9
2.2KC
100KN
C1102
KK
1000GQ
SW1904
S10B1170N
SW1903
S10B1170N
SW1902
S10B1170N
SW1901
S10B1170N
Q1901
AH
R820
Q1902
1/16GJ
33KC
AH
R818
Q810
1/16GJ
AH
47KC
R819
4.7K
R815
1/16GJ
100C
R872
1/16GJ
10KC
R874
470
R875
470
X
R883
SCL
24
R873
1/16G
J10KC
SDA
23
R876
10K
PITTARI
22
R878
10K
SUPPER 3D
21
R882
R879
1/16G
220
J10KC
SAA7710 RESET
20
R880
1/16G
J39KC
PROTECT
19
R881
1/16GJ
1KC
MMU5
18
C835
KK4700
MMU4
17
GQ
MMU2
16
MMU1
15
ADDR14
14
ADDR13
13
C834
CJ27
CGQ
OSCOUT
12
C833
OSCIN
11
CJ27
X801
CGQ
EX0046
XC
VDDM
10
L805
L2B9
GNDM
9
5R6KN
C831
C832
25KZ
0.1GQF
RWN
8
10EM47
ADDR8
7
ADDR9
6
ADDR11
5
DSN
4
ADDR10
3
MMU3
2
MMU0
1
VCC
VPP A16 A15 A12 A7 A6 A5 Q1Q0A0A1A2A3A4
12345678910111213141516
L804
L2B95R6KN
R801
R802
1/16GJ
1/16GJ
47KC
10KC
R805
L802
1/16G
L2B95R6KN
J5.6KC
C808
10EM47
R806
R808
R807
100
R814
1/16
GZ
0C
S-OUT
KEY IN
ADDR6
ADDR7
1/16G
1/16G
J10KC
J10KC
R810
1/16GZ
0C
CLK
S-IN
THRESHOLD
IC801
QXXAVB332---M
ADDR3
ADDR4
ADDR5
JS006
1/16GZ0C
A9A8A13A14NCP
A11
QXXAAJQ0279A-
IC802
R803
1/16G
J10KC
C806
10EM47
C807
25KZ
0.1GQF
VDD
GND
LED2
JIMAKU
8PIN(SC1)
8PIN(SC2)
DAT2
DAT1
DAT0
ADDR0
ADDR1
ADDR2
JS005
1/16GZ0C
Q5Q6Q7EA10G
R804
1/16GJ
10KC
R817
1/16GZ0C
RC IN
POWER&RL
( )L/L’
ADDR12
ADDR15
80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65
C828
KZ0.01
GQF
C829
10EM47
R822
1/16GJ
10KC
R826
1/16GJ
10KC
R830
R829
1/16GJ
1/16GJ
33KC
33KC
40393837363534333231302928272625
R831
17181920212223242526272829303132
Q3Q4
VSSQ2
H-BLK ON/OFF
H-SYNC/C-SYNC
DAT6
1/16GJ
10KC
MUTE
MAXBASS
41
&ACK
R832
1/16GJ
STATUS
42
10KC
R840
R833
50/60
43
X
1/16GJ
10KC
R846
FB-OUT
44
1/16GJ
100C
R843
B-OUT
45
1/16GJ220C
R844
G-OUT
46
1/16GJ220C
R-OUT
47
R845
1/16GJ220C
V-SYNC
48
R848
R847
1/16GJ
1/16GJ
2.7KC
2.7KC
49
R836
C811
R837
1/16GJ
16KK0.22
1/16GJ
6.8KC
BA
5.6KC
WSCR
50
WSCF
51
C812
CJ220
CGQ
VDDA
52
R838
C816
1/16GJ
KK4700
5.6KC
PXFM
RESET
MCFM
JTRST0
TXCF
CVBSO
TEST0
CVBS2
CVBS1
GNDA
DAT3
DAT4
DAT5
GQ
53
C817
CJ22
CGQ
54
R839
1/16GJ
5.6KC
C818
KK4700
55
GQ
C819
56
CJ22
R842
CGQ
1/16GJ
15KC
C822
57
KK2200
GQ
58
59
C824
CJ82
CGQ
60
C826
61
PM
0.47K
62
63
64
R861
1/16GJ
680
Q807
AJ
RESET
OUT
R862
1/16GJ
8.2KC
D826
R863
C827
KZ0.01
MTZJ4.3B
1/16GJ
GQF
:RD4.3EB2
4.7KC
C800
10EM47
AFT
DAT7
C021
35EM
1000
C830
KK560GQ
D831
1SS355
R849
1/16GJ
2.7KC
R852
1/16GJ
27KC
R853
1/16GJ
22KC
C810
16KK0.22
BA
Q804
AH
+9V
R854
1/16GJ
4.7KC
R856
1/16GJ
5.6KC
C814
R855
Q805
KK6800GQ
1/16GJ
AH
10KC
R857
1/16GJ
33KC
+9V
Q806
AH
R859
R858
1/16GJ
330
560C
L803
R864
L2B95R6KN
1/16GJ
330C
KCP
X
DJ680
KCPA
J10AN050N
-
P_
+
+27V
C012
25EM
1000CD
R014
C010
25KZ
0.1GQF
1000CD
R016
DJ680
1
R SP AMP
R_
L SP AMP
VCC
PW
GND
F001
R006
J
C009
25KZ
0.1GQF
R010
C011
25EM
C007
25KZ
0.1GQF
BLK
1.5K
R008
1.5K
4.7
C003
16KK0.47
(BA:GMB)
R004
1/16GJ
1.2KC
C008
25KZ
0.1GQF
R009
4.7
R1032
1/16GZ
2.2KC
C1050
CJ100CGQ
Q141
2SC
R143
2814F4P:
1/16GZ
2SC
0C
2814-F5
R144
1/16GJ
220C
R139
1/16GJ
C138
27C
KZ0.01
GQF
JS112
C131
KZ0.01
GQF
D131
D132
J
X
R149
56
J
J
J
JS103
JS105
JS104
JS106
B
G
R
IC001
TDA7263M
+
-
C006
25EM33
KK0.012
GQ
R003
1.5K
R140
1/16GZ
0C
R141
1/16GJ
5.6KC
C136
KZ0.01
GQF
R142
1/16GJ
1KC
J
C145
KZ0.01
GQF
L240
L2B9100KN
J
L241
L2B9100KN
L242
L2B9100KN
IC001-1
4AA0HA0016---
pre
GND
C053
1234567891011
KZ0.01
IC001H1
GQF
2400010
C005
C054
25EM
KK100
33
IC001H2
2400010
C002
KEM1
KK0.012
J30B
GQ
PB101
R005
47
R007
47
C004
C015
25EM47
X132
SF533OU1
SB5387P
R238/40/42
R256
1/16GJ
1KC
R257
1/16GJ
1KC
R258
1/16GJ
1KC
C244
KK0.01
GQ
R244
1/16GJ
330C
KK1800
GQ
0250N
A4B10E25100
C001
16KK0.47
(BA:GMB)
R002
1/16GJ
R022
R001
1.2KC
1/16GJ
1.5K
47KC
R018
Q001
1/16GJ
AH
10KC
R013
1/16GJ
R015
1KC
220
R021
1/16GJ
1KC
MUTE
C135
C139
KZ0.01
GQF
63GJ0.22V:
C146
HJ0.22
16EM47
IC201
TB1251CN VER 6
L124
J
1
IF Vcc
SIF IN
H CORR.
C140
IN
16EM10
RIPPLE
2
AFT OUT
FIL
IF DET
3
SIF OUT
OUT
AUDIO
LOOP
4
OUT
FILTER
5
IF GND
DC NF
6
IF IN
PIF tank
7
IF IN
R157
1/16GJ
10KC
1/16GJ
33KC
R230
C235
25KZ0.1GQF
C236
25KZ0.1GQF
C237
25KZ0.1GQF
C240
KK2200GQ
1/16GF
5.6KC
16EM10
V10B2960N
25KZ0.1GQF
R239/41/43
1/16GJ
2.2KC
R240
63GJ0.47V:
HJ0.47
1/16GJ
82KC
R158
1/16GJ
39KC
C144
EM2.2
C231
KK2200
GQ
X231
C234
R238
R239
R242
R241
R243
C247
C241
R245
C242
EM0.47
R248
PIF tank
DE-EMP./
8
RF_AGC
Mon OUT
9
SIF_IN
10
IF AGC
APC
11
VSM OUT
FILTER
12
X’TAL
13
CW OUT
RGB VCC
14
(9V)
Y/C Vcc
15
Ys/Ym
SW
16
EXT.R IN
EW OUT
17
EXT.G IN
18
EXT.B IN
19
Y/C GND
SYNC IN
20
R OUT
Dig. VDD
21
G OUT
22
B OUT
23
IK IN
24
V RAMP
Dig. GND
25
V NFB
26
V OUT
FBP IN/
27
ref R
SCP OUT
28 29
ABCL IN
FILTER
ABL IN
R254
1/16GJ
100KC
EHT IN
LOOP
Filter
V IN
U IN
C IN
(5V)
DC
Restor
Y IN
BLACK
Det
SDA
SCL
H OUT
H Vcc
(9V)
H AFC
R255
1/16GJ
56KC
X131
JS101
1/16GJ
220C
C143
1/16GZ0C
C230
16KK0.22
BA
C232
CC10CGQ
R234
C233
100
16EM47
R235
100
R236
100
R237
100
1/16GJ
100C
Q242
Q243
Q244
Q242/
43/44
AJ
AJ
AJ
C243
R246
1/16GJ
39KC
+9V
F1BEB0171
TUNER(WITH PLL & BAND SW)
A101
12
GND
BT(30V)
N.C
IF
11 987654321
C103
6.3EM
C106
470
D101
KZ0.01
GQF
RD36EB1
:MTZJ36A
C202
X
C204
C205
KZ0.01GQF
PM1
C211
1/16GJ
100C
C218
KZ0.01GQF
KZ0.01GQF
C208
C214
KZ0.01GQF
1/16GJ
220KC
1/16GJ
10KC
16EM47
R213
R216
C124
CC3CGQ
C203
16KK0.22
BA
R211
1/16GJ100C
R212
C110
KZ0.01
C104
GQF
EM10
L102
J
+5V
+5V
Q121
AH
L121
6.8UK
R126
1/16
R124
GJ
1/16GJ
100C
2.7KC
X121
F32B
0250N
R127
1/16GJ
L171
560C
L14B
1630N
R251
C251
1/16GJ
16KK0.47
120KC
(BA:GMB)
R202
1/16GJ
27KC
C252
16KK0.47
(BA:GMB)
L201
J
270
C216
16EM
10
R217
10K
150V
R103
1SJ33K
56
C121
KZ0.01
GQF
55
C122
25KZ
0.1GQF
54
C141
16KZ1
(FA:GMF)
53
52
C125
KZ0.01F
51
50
49
C201
KZ0.01GQF
48
47
R201
46
1/16GJ
150C
45
44
43
C206
KZ0.01GQF
42
C207
KZ0.01GQF
41
C209
25KZ0.1GQF
40
C210
39
C212
PM1
38
KK1000
GQ
37
C213
16EM10
36
35
R214
34
R215
1/16GJ
100C
33
32
C217
16EM
470CD
31
30
C219
KK5600GQ
C220
16KZ1FA
1AA0B10H050U0 ASSY,PWB,MAIN C2WYV
1AA4B10E25100 F PWB,MAIN C2HC
IIC SDA-3
IIC SCL-3
ADDRESS
BP(5V)
MB(5V)
TU
C102
6.3EM
470
R102
R101
1/16GJ
1/16GJ
100C
C109
100C
KZ
0.01
GQF
L101
J
R132
R128
1/16GJ
1/16GJ
1KC
R135
1KC
1/16GJ
470C
R129
1/16
C130
Q131
GJ
CJ27
AJ
0.000
CGQ
R133
Q122
1/16GJ
R134
1KC
AH
1/16GJ
Q132
1KC
AJ
R130
1/16GJ
1KC
R153
1/16GJ
470C
R253
Q153
220K
AJ
1413
GND
15
AGC
TP-A
J30B0250N
C101
25EM4.7
C128
L123
10EM
220CD
DJ27B
R136
Q133
AH
1/16GJ
100C
R137
1/16GJ
470C
R138
1/16GJ
470C
+5V
R1025
1/16GJ
Q1001
R1024
4.7KC
AH
1/16GJ
22KC
R1028
1/16GJ
Q1003
330C
AH
R1027
1/16GJ
R1026
1KC
1/16GJ
Q1002
100C
AJ
R1029
22K
Q1010
R1031
1/16GJ
39K
15V-1
R633
J
R634
1SJ15
R635
J
1
2
3
MAX-BASS
4
5
6
7
SIF
8
9
SDA
10
SCL
11
9V
12
TV-IN
13
14
C-OUT
15
SAA77-RESET
16
S-3D
17
Y-OUT
18
19
50/60
20
KM
J11RF200N
DB&SW
ASSY,PWB
KJ
J11RF150N
1
2
SC1-V-IN
3
4
5
6
7
SC2-MONTER-OUT
8
9
10
11
12
13
14
15
B
AH
C643
16EM
1000CD
L-OUT
SC1-L-IN
SC1-R-IN
SC1-L-OUT
SC2-V-IN
SC1-R-OUT
SC2-R-IN
SC2-L-IN
SC2-C
SC2-L-OUT
SC2-R-OUT
ASSY,PWB,CRT C2WC
1AA0B10E59500
R707
J1
<B-DRIVE>
R759
470
R758
470
R706
R
J1
1
1
B
R756
470
2
2
G
3
3
4
4
+9V
5
5
K7P
J10EA050N
J10EA
R727
050N
KP
R1030
1.5K
R-OUT
D1013
DSS355
D1012
DSS355
D1011
DSS355
MTZJ11C
:RD11EB3
J1
1SS133:1SS176
1SS133:1SS176
1SS133:1SS176D711
D721
D701
Q740
R752
Q751
10K
Q740/Q751
2SA608(ECNP
:FCNP:GCNP)
:QT0379(A:B)
R753
D751
10K
R754
1SS133
J1
:1SS176
C751
16EM
330CD
C732
C735
KK560
250EM22
(CY:BE)
L733
J1
K7Q
J10EA030N
C1001
KK0.000
L1015
D1002
UDZ12B
J
:RD11EB3
R1003
75
D1002
UDZ12B
Q1011
:RD11EB3
AH
R1006
1/16GJ
D1003
470C
UDZ12B
:RD11EB3
R1008
1/16GJ
470C
D1007
UDZ12B
Q1008
AJ
R1010
1/16GJ
R1033
D1008
470C
1/16GJ
UDZ12B
150C
Q1007
:RD11EB3
AJ
D1010
UDZ12B
R1037
:RD11EB3
Q1006
1/16GJ
AJ
150C
L1010
C1011
L2B9
C1010
16KK0.33
100KN
CJ100
(BA:GMB)
CGQ
D1004
C1013
L1011
16KK0.33
L2B9
(BA:GMB)
100KN
C1012
CJ100
CGQ
D1009
L1012
C1015
MTZJ11C
L2B9
16EM10
:RD11EB3
100KN
C1014
KK1000GQ
L1013
C1017
L2B9
16EM10S
100KN
C1016
KK1000GQ
C1018
L1014
KZ0.00
J
D1021
MTZJ11C
:RD11EB3
KZ0.01
GQF
D1022
MTZJ11C
:RD11EB3
L1016
L1020
J
L2B9
100KN
C1022
C1021
16KK0.33
CJ100
(BA:GMB)
CGQ
D1023
MTZJ11C
:RD11EB3
C1025
16KK0.33
C1024
R1021
(BA:GMB)
1/16GJ
CJ100
D1024
2.2KC
CGQ
MTZJ11C
C1027
:RD11EB3
16EM10
R1022
C1026
1/16GJ
D1025
KK1000GQ
560C
MTZJ11C
:RD11EB3
C1029
16EM10
R1023
C1028
1/16GJ
D1026
560C
KK1000GQ
MTZJ11C
:RD11EB3
L701
R704
Q701
2SJ
L2C1
2SC2621
12K
221KN
B-OUT
(DRA:ERA)
:2SC26881
(K:L:M)
R702
R705
220
1/2DJ
3.3K
C702
KK560
R714
L711
Q711
2SJ
L2C1
2SC2621
12K
221KN
R-OUT
(DRA:ERA)
:2SC26881
(K:L:M)
R712
R715
220
1/2DJ
3.3K
C712
KK560
L712
R724
Q721
L2C1
2SJ
2SC2621
221KN
12K
G-OUT
(DRA:ERA)
:2SC26881
(K:L:M)
R725
R722
1/2DJ
220
3.3K
R741
1.2K
C722
KK560
R742
5.6K
D741
PB701
J1
A4B10E27400
D742
:A4B10E2740A
J1
R744
680
K7M
J30B0250N
Q901
K701
A66EHJ
J11B3090N
13X38
:J11B3100N
<CRT SOCKET>
11
8
6
10
9
AT1
75
C731
2000KP1000AHE
K7D1
:2000KZ1000HE
321
J30B0250N
L1003
ZZ0122
R1002
75
21
20
19
18
17
R1005
75
16
15
R1036
R1035
1/16GJ
1/16GJ
14
150CJ
150CJ
13
12
R1034
11
1/16GJ
150C
10
9
R1038
8
1/16GJ
150C
7
6
R1012
5
1/16GJ
2.2KC
4
3
2
R1013
1
1/16GJ
2.2KC
K1001
J1EK1745:J11B0490N
R1014
1/16GJ
R1016
560C
39K
R1015
1/16GJ
560C
L1017
ZZ0122
21
20
19
18
R1017
17
75
16
15
R1018
14
75
13
C1020
12
11
R1019
10
75
9
8
R1020
1/16GJ
7
2.2KC
6
5
4
L1021
L2B9
3
100KN
2
1
L1022
L2B9
K1002
100KN
J1EK1745:J11B0490N
L1023
L2B9
100KN
R1001
1/16GJ
39KC
COLOUR TELEVISION
The service Precaution:
CHASSIS SERIES
MODEL NUMBER
SERVICE REF.NO.
EEBB66B
CE28DN7-C
CE28DN7-C-00
Part No. SKP20350 C2WYV (SHEET 1-3)
The area enclosed by this line
( ) is directly connected
B
with AC mains voltage. When
servicing the area, connect an
isolating transformer between
TV receiver and AC line to eliminate hazard of electric shock.
Q681
2SD1913QRA
:2SD1913RRA
:2SD1913SRA
C683
10EM
1000T
C682
Q682
D685
KZ
AJ
0.01FA
1SS133
D682
:1SS176
MUTE
RD5.6EB3
R685
:MTZ5.6C
22K
MUTE2
R684
8.2K
C680TM
63GJ0.22V:
HJ0.22
KE-1
C600
JS109
J30B
500KK
J
0250N
4700A
2400030
PS601H2
KE-2
L901
J30B
L81B03400
2400030
2400030
0250N
:L81B03500
PS601H1
PS601H3
PS601
EV0038
L601-2
2400030
C601
250HM0.1XD
L601-1
:250GM0.1XBC
2400030
:250MK0.1VA
L607
Z20103
KF-1
---
SW601
J30B
W901
S10B2490N
0250N
0W10B
SW601-2
00100
2400010
SW601-4
2400010
4A250VTCSL
SW601-3
2400010
SW601-1
F601
2400010
KF-2
F601B
J30B
F601A
J3EZ0333-
0250N
J3EZ0333-
:J20B00100
:J20B00100
ASSY,PWB HARMONICS EB6
Product safety notice:
Product safety should be considered
when a component replacement is
made in any area of a receiver.
Components indicated by a mark /
this circuit diagram show components
whose values have special significance
to product safety. It is particularly recommended that only parts specified on
the part service manual be used for
components replacement pointed out
by the mark.
D683
R682
EM01Z
2SJ22
R681
1/2DJ
1.8K
C681
25EM
1000MJ
C684
EM3.3
T681-6
C602
250HM
0.1XD
:250GM
0.1XBC
:250MK
0.1VA
L601-3
2400030
L601A
F35B0
570N
2400030
L601-4
L608
Z20103
---
KGG-1
J30B
0250N
K16H-1
J30B
0250N
L1600
L26B3610N:
L26B3650N
L1600H2L1600H1
L1600H12 L1600H11 L1600H9 L1600H8 L1600H7
1AA0B10H0470B0
L442
L442-1
L1AA0040-
2400030
C
K
L441
C421
1500MH
4000XK
E
12 x 103= 12k
C421-2
2400030
2400030
C421-1
C422
400NJ
0.027EAQ
L26B0170N
:L26B0260N
:LM0045
:LM0045D
L442-2
2400010
R441
1SJ1K
C441-2
2400030
C441
400NJ
0.3EAQ
2400030
C441-1
L462-1
2400010
L462
AA0025
:AA0025A
:L26B0540N
L462-2
2400030
R466
C466
J
100GJ2.2P
L461
C463
100FK6800
(A:B)
JS115
J
R469
27K
R468
J
C468
25EM
RD20EB1
22
:MTZ20A
T451
L40B10200
T451-6
2400010
T451-5
2400010
T451-3
2400010
R446
T451-4
DJ5.6K
2400010
T451-1
2400030
R435
5WJ10
T451-10
(I:VC)
2400010
R435-2
T451-2
2400030
2400010
C437
2400010
R435-1
250GJ
0.47
150V
TP-B
DJ150K
J30B0250N
C481
500KK
2700A
D481
R481
DJ
EU1
220K
R482
C482
6.8K
250GK
0.1P
R474
1/2DJ
270
D469
EU1
D466
R451
3
2SJ1.8
3
2
2
1
1
6
5
3
4
1
2
R455
DJ390K
R453
1K
R454
C450
100PM
R450
2.2X
15K
PRO
TECT
D445
D482
1SS133
1SS133
:1SS176
:1SS176
KQ
J10EA030N
HV
T451-11
2400010
11
2400010
710
T451-7
R452
J1
C451
100PM
1.0X
R448
1/2DJ
330
D442
1S1553
:1S2076A
D446
R447
C445
4.7K
EM10
MTZJ8.2A
15V-1
D681
EM01Z
D684
ED0274
D603/.../D606
:1S1555
ERC05-10B
:RM11C
T681-9
C603/.../C606
T681
2400010
2400010
1000KM1000AHD
PT0146
:1000KK1000(CBB:HB)
:L5PT0250-
T681-5
T681-1
2400010
2400010
R602
5WK1
(I:VC)
R602-2
2400010
D603
R602A-2
C603
C604
D604
R611
5.6K
Q611
2SA608
(ECNP:FCNP
:GCNP)
:QT0379
D619
MTZJ
11C:
RD11
EB3
R623
3.3K
D614/D616/D618
1S1553
:1S2076A
KGG-2
J30B
0250N
K16H-2
J30B
0250N
L1600H4L1600H3
L1600H6L1600H5
R612
470
D613
M
D615
2341
PC123F2
C607
400EM
D605
150XD
C605
C607-2
2400010
C607-1
2400010
C606
D606
C613
FK4700
(BE:D)
(A:B)
R620
R625
1/2DJ
2SJ18
120K
C616
R621
2000KK
1/2DJ
1000
120K
(NH
:CTB)
R622
D614
DJ
15K
L
Q613
R619
DJ22
C614
63GK0.1V
:HJ0.1G
D618
D617
ES1Z
D616
R626
:ES1
1.8K
R615
R617
22K
1.2K
!\ in
Q613-1
2SC4429LYB
:2SC4429MYB
0HA0017---
R628
Q613-C
2400010
2SJ56
2400010
Q613-B
L611
Z13
2400010
J
Q613-E
2400010
Z14
2400010
L612
DG
Z15
2400010
J1
Z16
2400010
R631
1/2CK
5.6MXG
C615
C617
Q612
FJ0.015
FK0.022
2SC3807
(BE:D)
(BE:D)
RYA
Circuit diagram notes :
1. All resistance values are in ohms, K=1,000, M=1,000,000.
2. All resistance rated wattages are 1/6W unless otherwise
noted.
3. Excepting electrolytic capacitors, all capacitance values of
less than 1 are expressed in µF and more than 1 are pF.
4. All capacitance rated voltages are 50V unless otherwise
noted.
5. All inductance values are in µH.
6. Voltage readings taken a digital voltmeter are from point indicated chassis ground. Voltage readings taken by using a
colour bar signal are with all controls at normal position.
Some voltages may vary with signal strength.
7. Waveforms were taken with colour bar and controls adjusted
for normal picture. Waveforms were taken by using a wide
band oscilloscope and a low capacity probe.
T611-2
2
2400030
3
T611-5
5
2400030
6
7
T611-8
810
2400030
T611
L51B3230N
:L51B3380N
Q432-B
Z21B0040N
Z12
Q432-1
0HA
0019---
Q432-C
2400010
2400010
Q432-E
2400010
2400010
Z10
2400010
Z09
Z08
2400010
L432
2400010
Z07
24V
Z11
2400010
2400010
N/2 + 1
7
6
5
4
3
2
1
L71B0250N
C423
1500MH
8000XK
C423-2
2400030
D438
ERD07
-15L
2400030
C423-1
D439
C424
ERB44
400NJ
-04
0.015EAQ
R470
R473
100K
680
R472
Q462
2SC536
J
(E-NP:F-NP
:G-NP)
:QT0378
R471
(A:B)
680
Chip Components
Transistor
B
Diode
A
Resistor
123
R523
1/16GJ
4.7KC
R514
C647
KK680GQ
C052
T611-17
17
2400030
16
15
18
14
L642
T611-13
13
2400030
T611-12
C641
12
2400030
1000KK1000
T611-11
(NH:CTB)
11
2400030
R632
1/2CK
5.6MXG
C631
400KM2200XS
:400KK2200(XH:XP)
:250KK2200XH
C636
16EM1000T
D635
L635
RU4YXLF-L1
ZZ0122
L641
ZZ0208
L632
J
C642-2
J
2400010
D642A
RU3AM
C642
200EM220XD
C642-1
2400010
15V-1
C640
R638
25EM
R638-1
2200T
D633
5WK2.7
ERC91-02L
2400010
(I:VC)
C637
R638-2
2400010
35EM
2200T
D630
EU2(:Z)
C633
35EM470T
150V
R647
R646
1/2DJ68K
DJ180K
R642
Q641
DJ150K
AH
VR641
R30132XMT
:R3D6222NJ
:R3D7222NJ
R645
R641
D645
DJ22K
MTZJ6.2C
6.2K
:RD6.2EB3
8. This circuit diagram covers a basic or representative chassis only. There may be
some components or partial circuit differences between the actual chassis and
the circuit diagram.
9. ■ Diode 1S1555 may be replaced with
1S2473, 1S2076 or DS472 unless otherwise noted.
■Transistor 2SC536(Q,R,S),
2SC1740(Q,R,S), 2SC945A(Q,R,P) or
2SC1815(G,O,Y) unless otherwise
noted.
■ Transistor 2SA608(E,F) may be
replaced with 2SA933(Q,R),
2SA564(QA,RA), or 2SA1015(O,Y)
unless otherwise noted.
R637
7WK8.2
(I:VC)
R637-1
2400010
8V
R643
2SJ15
R653
1/16GJ
22KC
+27V
R637-2
D637
2400010
M
R654
1/16GJ
10KC
R644
Q652
AH
1SJ3.3
R648
47K
Expression of capacitance and resistance in circuit diagram.
Capacitance (Example)
1000
C M2000 D
Resistance (Example)
N J 1.2
1/2
KK1000GQ
L640
D634
ZZ0122
EU2(:Z)
IC642
L78M09CV ST
123
IC641
BA178M05T
:MC78M05CT
:UPC78M05AHF
:L78M05CV
L645
LM0043:
L2E7
121KN
C649
16EM
470CD
L646
321
L2E7
121KN:
LM0043
C648
6.3EM470
PRO
TECT
D641
M
+9V
D643
M
+5V
Characteristic
Capacitance value (220pF)
Tolerance (±20%)
Kind(Ceramic)
Rated voltage (1,000V)
Resistance value (1.2Ω)
Tolerance (±5%)
Kind (M.carbon)
Rated wattage(1/2W)
0HEA0073--
24V
IC501-1
IC501
LA7833
J= ± 5%
K= ± 10%
M= ± 20%
T, A, U, D : Electrolytic
C, K, B : Ceramic
F : Mylar film
M, N : Polypropylene
Z : Metallized paper
D : Carbon
N : Metallized carbon
S : Oxide metallized
W : Wire wounding
C : Solid
J
L551
R515
J
2SJ4.7
C501
25EM
V OUT
2200CD
R535
PRO
1/16GZ
TECT
C502
0C
35EM220
7
6
D501
ERA15-02
:EM01Z
5
C503
CJ39
CGQ
4
3
2
JS107
1
J
IC501H3
2400010
IC501H2
2400010
R513
1SJ470
R512
1SJ470
SW501
S10B1370N:
B4S10B00100
KDY-6
J30B
0250N
L501
L2G33R3KN
KDY-5
J30B
0250N
Q501
AH
R504
1/16GJ
56KC
C514
EM10
R505
18K
R507
82
C513
EM10
D502
C512
1Z75
25EM
2200T
R509
1SJ0.82
KDY-3
KDY-1
J30B
J30B
0250N
0250N
DY1
X
R506
10K
R508
J
Terminal guide
E
B
C : Collector
B : Base
E : Emitter
R247
1/16GZ
0C
R431
J
R436
DJ5.6K
L431
D431
MTZJ9.1
L2G31R0MN
(A:B):
RD9.1EB
T431
(1:2)
AD0002
R433
:AD0002C
1/2DJ1K
R432
1/16GJ
R437
1KC
330
Q431
2SC
R434
3332
C431
1/16GJ
(R:S)
25KZ
100C
0.056FA
D463
R461
M
1/16GZ
0C
R464
4.7K
C
E
B
B
B
C
K
E
C
A
K
K
E
E
C
C
B
A : Anode
K : Kathode
Q432
2SD1556-3E
C432
:TXXAVB002
500KK
1000A
C434
35EM
R430
47CD
2SJ120
C433
500KK
R449
3900A
2SJ270
JS132
J
R462
1/16GZ
0C
Q461-1
2HEA0127--
Q461
2SB1274
(QRA:RRA:SRA)
:2SB1565
R463
(DRA:ERA:FRA)
J
C467
J
N/2
1
N
A
A
10
9
3
2
1

MAIN BOARD
ADJUSTMENTS
IMPORTANTNOTICE
Do not attempt to adjust the following service adjustments except when adjustments are required in servicing
otherwise it may cause loss of performance and product safety.
1.Receive white raster pattern.
2.Set controls to normal.
3.Connect digital voltmetre to test point TP-B and GND.
4.Adjust voltage to 130 ±0.5V using VR641 (21" model).
Adjust voltage to 150
±0.5V using VR641 (25" model).
Adjust voltage to 150 ±0.5V using VR641 (28" model).
1.Input and tune a VHF RF signal which has the
strongest signal strength.
2.Connect digital voltmetre to test point TP-A and GND.
4.Enter to the ser vice mode and select mode “REGULAR”, and select item no.1 “REGULAR 1, AGC”.
5.Press the
LEVEL+ or LEVEL - button to adjust voltage
to be 3.2Vdc.
By using FOCUS VR, adjust focus control for well
defined scanning lines.
SCREEN
ADJUSTMENT
1.Receive black & white pattern.
2.Enter to the ser vice mode and select mode “REGULAR”, and select item no.2 “REGULAR 2, CUT”. The
horizontal line will appear on the screen.
3.Set the SCREEN VR for one colour to be just visible.
4.Using the numeric buttons shown set each colour to
minimum by decreasing to the point where any further
decrease resets the adjustment to maximum value.
BIAS
ADJUSTMENT
5.By using the buttons 1, 2, 4, 5, 7, 8 on the remote
control, adjust the line to be white.
The key allocation is as follows;
Bu
tton No. Operation
1 Increase Red
2 Decrease Red
4 Increase Green
5 Decrease Green
7 Increase Blue
8 Decrease Blue
DRIVE
ADJUSTMENT
6.Select item no.3 “REGULAR 3, GRY” (G-Drive) or 4
“REGULAR 4, GRY”(B-Drive) and adjust both initially
to 3F.
7.Change data value of each item by using LEVEL + or
LEVEL - button to obtain the proper white balance.
PCC ADJUSTMENT
1.Receive cross hatch pattern and set screen mode to
“FULL”.
2.Enter to the ser vice mode and select mode “WIDE”,
and select item no.7 “WIDE 7.P PCC”.
3.Press the LEVEL+ or LEVEL - button to adjust the
vertical line to be straight.
TRAPEZOID ADJUSTMENT
1.Receive cross hatch pattern and set screen mode to
“FULL”.
2.Enter to the ser vice mode and select mode “WIDE”,
and select item no.8 “WIDE 8.P TRP”.
3.Press the LEVEL+ or LEVEL - button to correct the
trapezum distortion of the vertical line.
PCC ADJUSTMENT
GREY SCALE ADJUSTMENT
FOCUS ADJUSTMENT
AGC ADJUSTMENT
+ B VOLTAGE ADJUSTMENT
CORNER ADJUSTMENT
1.Tune the receiver to a cross hatch pattern.
2.Enter to the ser vice mode and select mode “WIDE”,
and select item no.10 “WIDE 10.P CNR”.
3.Press the
LEVEL+ or LEVEL - button to correct the
distortion of the vertical line around the corners.
HORIZONT
AL CENTRING ADJUSTMENT
1.Tune the receiver to a circular pattern.
2.Enter to the ser vice mode and select mode “WIDE”,
and select item no.2 “WIDE 2.P H-P”.
3.Press the
LEVEL+ or LEVEL - button to adjust the
horizontal centre.
HORIZONT
AL WIDTH ADJUSTMENT
1.Tune the receiver to a circular pattern.
2.Enter to the ser vice mode and select mode “WIDE”,
and select item 6 “WIDE 6.P H-W”.
3.Press the
LEVEL+ or LEVEL - button to adjust the
horizontal width.
1.Tune the receiv er to a circular pattern.
2.Set controls to normal.
3.Connect high-voltage meter to the anode of CRT and
GND.
4.Confir m that voltage is 38.0±1.0kV for 21” model.
Confirm that voltage is 29.0±1.0kV for 25”model.
Confirm that voltage is 29.0±1.0kV for 28”model.
VER
TICAL CENTRING ADJUSTMENT
1.Tune the receiver to a circular pattern.
2.Enter to the ser vice mode and select mode “WIDE”,
and select item no.1 “WIDE 1.P V-P”.
.3 Press the LEVEL+ or LEVEL - button to adjust the
vertical centre.
VER
TICAL HEIGHT ADJUSTMENT
1.Tune the receiver to a circular pattern.
2.Enter to the ser vice mode and select mode “WIDE”,
and select item no.5 “WIDE 5.P V-S.
3.Press the
LEVEL+ or LEVEL - button to adjust the
vertical height.
1.Tune the receiver to a circular pattern.
2.Enter to the ser vice mode and select mode “REGULAR”, and select item no.7 “REGULAR 7.HBF”.
3.Press the LEVEL+ or LEVEL - button to adjust the
centre of picture image to be screen centre.
1.Tune the receiver to a circular pattern.
2.Enter to the ser vice mode and select mode “REGULAR”, and select item no.8 “REGULAR 8 OSD”. The
OSD test bar will appear on the top of screen.
3.Press the LEVEL+ or LEVEL - button to adjust proper
OSD positioning.
OSD POSITIONING ADJUSTMENT
H-BLANK ADJUSTMENT
VERTICAL ADJUSTMENT
HIGH-VOLTAGE CONFIRMATION
HORIZONTAL ADJUSTMENT
T611
Q613
Q461
BLOCK DIAGRAM (OUTLINE)
Aerial
PC-IN
POWER
26
25
IC801
SCL
24
IC803
MEMORY
PROTECT-IN
BLOCK DIAGRAM (AV SELECTOR/ NICAM DECODER)
FIG. 2
Part No. SKP20350 C2WYV (SHEET 3-3)
CPU
SDA
23
1 - 15
19
80 - 63
IC802
ROM
FRONT-AV
IF/VIDEO/
CHROMA
AUDIO-OUT
I2C BUS
TP-B
T451
A101
TUNER
Q141
BLK
44
B
45
G
46
R
47
CVBS-IN
60
61
K12H
FRONT AV3
MONITOR-OUT
SC-1
SC-2
IC201
IC001
SC-1
(VIDEO/AUDIO-L/R)
SC-2
(VIDEO/Y/C/AUDIO-L/R)
K12J
(VIDEO)
C-OUT
Y-OUT
SIF-IN
AUDIO L/R-OUT
AV-SELECTOR
1(V)
2(L)
4(R)
13(V)
14(L)
16(R)
7(V)
8(L)
9(Y)
10(R)
11(C)
41(V)
SDA/SCL
I2C BUS
IC1201
<MM1313>
PTION SETTING
[After replacing the Memory IC (IC803)]
The memory IC, IC803, stores the option data of TV set and service adjustments data for each circuit, therefore,
when the memory IC is replaced, it should be performed following setting and SERVICE ADJUSTMENT on next
page.
To enter to the Option Mode
+ Press and hold the F/OK button on the remote control and P▼button on the front panel of the TV.The option win-
dow will appear on the screen. Enter the settings as shown below for the correct SERVICE REF. NO..
KMA
T681
VR641
IC501H2
IC801
UNDERSIDE OF BOARD
IC501
IC802
KMB
IC001
IC201
KX
T131
Q432
IC501H3
A101
KJ
Q121~Q133
H-OUT
Q431
&
IC701
VIDEO-OUT
R
G
B
T431
3
K1001
R
G
B
TV-IN
SIF-IN
C-OUT
Y-OUT
Refer also
to FIG.-2.
AV SELECTOR
NICAM DECODER
Q432
PCC
CONTROL
CS
CONTROL
13
8
15
18
K1002
Q242
L-OUT
R-OUT
Y-IN
C-IN
6
7
9
IF/VIDEO/
CHROMA/
34
35
15
16
17
18
26
Q1204/1207
Q1205
IC201
DEF
Q1202
AUDIO-OUT
20
21
22
54
3
43
39
40
41
32
V-OUT IC501
6
Q1203
37
36
STEREO
<TDA9875>
12
60
61
4
5
Q243
Q244
C
Y
SYNC-IN
EW-OUT
IC3451
NICAM
X132
VIF
X131
SIF
BLK
R
G
B
MONITOR-OUT
(V)34
31
29
33
32
Y-OUT
37
C-OUT
38
TV-OUT
SC-1
SC-2
MONTO
-OUT
KM
CRT
AV1
AV2
T451
FBT
FOCUS
SCREEN
D.Y
V
H
TP-A
BLOCK DIAGRAM (SYSTEM CONTROL)
RC-IN
KEY-IN
MUTE
POWER
25 26 28
40
44
45
46
IC801
47
24
CPU
23
19
60
1 - 7, 63 - 80
61
IC802
ROM
FIG. 3
I2C BUS
CONTROL
IC803
MEMORY
POWER-FAIL
DETECT
SCL
SDA
BLK-OUT
B-OUT
G-OUT
R-OUT
CVBS
Q806
To set the option mode
+ Highlight the desired option item by using the P▲ or P▼ button .
+ To switch the option mode, use the Volume - (LEFT) or Volume + (RIGHT) button.
+ The data which is set in the option mode is stored into the memory IC automatically.
Following table shows the available option items and default setting mode.
Option Mode Mode Description & Note
ON-TIMER ON or OFF On-timer available, default OFF
SORT MODE AUTO TUNE/SORT Tuning mode, default AUTO TUNING"
PLUG & PLAY ON or OFF Plug & Play mode, default ON
WELCOME TEXT ON or OFF Display message when first set up, default ON
CODE TEST OFF or ON For factory use, default OFF
WSS ON or OFF Wide Screen Signaling available, default ON
WIDE ON or OFF Wide mode, default ON
OPTION 4 LANGUAGE
312/313 Mode ON or OFF Teletext mode, default OFF
AV3 OPTION ON or OFF Front AV disable, default ON
SIF OPTION ON or OFF Television system, default BG I L/L’
Exit from the Service Mode
+ Press the RECALL button.
SERVICE ADJUSTMENTS
Note:Some items of the ser vice adjustments for this chassis are controlled by the CPU, IC801, and the
adjustments are carried out by using the RC handset.
[After replacing the Memory IC (IC803)]
The memory IC, IC803, stores the service adjustments data for each circuit, therefore, when the memory IC is
replaced, it should be performed “OPTIONSETTING” on previous page and the following adjustments, refer to
further adjustment on page 14.
ADJUSTABLESERVICE ADJUSTMENT
REGULAR
Item No. OSD Description
1 AGC AGCAdjustment
2 CUT Cut-Off Drive Adjustment
3 GRY G-Drive Adjustment
4 GRY B-Drive Adjustment
7 HBP H-Blanking Phase Adjustment
8 OSD OSD Positioning Adjustment
WIDE
Item No. OSD Description
1 P V-P Vertical Centre Adjustment
2 P H-P Horizontal Centre Adjustment
5 P V-S Vertical Size Adjustment
6 P H-S Horizontal Size Adjustment
7 P PCC Pcc Adjustment
8 P TRP Trapezoid Distortion Adjustment
10 P CNR Corner Adjustment
IMPORTANTNOTICE
Do not attempt to adjust service adjustments not listed on the above otherwise it may cause
loss of performance and product safety.
To enter to the Service Mode
+ Press and hold the GREEN button on the remote control and then press the P▼button inside of the door. The
adjustment window will appear on the screen.
To select the mode and service item and change data value
+ Highlight the desired adjustment mode by using the P▲ or P▼ button and then press the F/OK button.
+ To select the adjustment item, use the P▲or P▼ button.
+ To change the service data, use the Volume -(LEFT) or Volume + (RIGHT) button.
+ The data which is set in the service mode is stored into the memory IC automatically.
Adjustment No.
and Item name
Exit from the Service Mode
+ Press the RECALL button or turn off the TV set by using the Mains switch.
INITIALISATION OFMEMORY IC
To initialise the memory IC (IC803), press and hold the NORMALbutton on te remote control and then press the P▲
button on the front panel of the TV set, and then turn the Mains switch Off and On.Now the initialisation is
completed.
When initialised the memory IC, all of the setting data (option data and service adjustment data) stored in the IC are
reset to the default value.So it is necessary to set the option settings and readjust the service adjustments listed on
left page.
or AUTO TUNING
or ATS EUROPLUS
or ALL LANGUAGE
REGULAR mode
REGULAR
1, AGC 38
OPTION
ON-TIMER ON
SORT MODE
AUTO TUNING
PLUG & PLAY
WELCOME TEXT
CODE TEST
WSS
WIDE
OPTION
312/313 Mode
AV3 OPTION
3D SURROUND
SIF OPTION
AUTO VOLUME
ADJUST : EXIT : RECALL
REGULAR
WIDE
OTHERS
TB1251
SELECT:
EXIT : RECALL
Adjustment Data
ON
SERVICE REF. NO. CE28DN6-C-00
ON
CE25DN6-C-00
OFF
ON
CE21DN6-C-00
OFF
4 LANGUAGE
ON
ON
ON
BG & DK
OFF
Destination option , default 4 LANGUAGE
ADJUST
OK
Adjustment No.
and Item name
WIDE mode
WIDE
1. P V-P 1F
Adjustment Data
❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚❚
A2 STEREO BOARD
CPU PORT FUNCTIONS
Pin No. Function Name Function IN/OUT
1 MMU0 External memory 0 OUT
2 MMU3 External memory 3 OUT
3 ADDR10 Address bus 10 OUT
4 DSN Data Strobe
5 ADDR11 Address bus 11 OUT
6 ADDR9 Address bus 9 OUT
7 ADDR8 Address bus 8 OUT
8 R WN Read Write Strobe
9 GND
10 VDD Power Supply IN
11 OSC-IN Clock Input IN
12 OSC-OUT Clock Output OUT
13 ADDR13 Address bus 13 OUT
14 ADDR14 Address bus 14 OUT
15 MMU1 External memory 1 OUT
16 MMU2 External memory 2 OUT
17 MMU4 External memory 4 OUT
18 MMU5 External memory 5 OUT
19 P3.7/CSO Protect - Power failure detect input IN
20 P3.6/ASN Dolby CLK(L/L’) OUT
21 P3.5 Dolby SO(Super 3D) OUT
22 P3.4 PITTARI switch OUT
23 P5.1 IIC BUS SDA IN/OUT
24 P5.0 IIC BUS SCL OUT
25 P2.0 Remote Control Signal Input IN
26 P2.3 Power Relay & LED Drive On:L OUT
27 P2.4 SUB CPU SO OUT
28 P0.2 Key switch input IN
29 P0.1 SUB CPU CLK OUT
30 P0.0 SUB CPU SI IN
31 P4.7 THRESHOLD switch OUT
32 P4.6 JIMAKU(Caption) switch OUT
33 P4.5 On-Timer LED Drive ON: L OUT
34 VDD IN
35 GND
36 P2.1 AV1 Scart function input IN
37 P2.2 AV2 Scart function input IN
38 P2.5 RF AGC input IN
39 P4.4 H-Blank On/Off OUT
40 P4.3 AMP Mute Mute On: H OUT
41 P4.2 Dolby RQ OUT
42 P4.1 H-Blank Phase OUT
43 P4.0 50/60Hz output 50Hz: H OUT
44 FB BLKOutput for OSD (Active H) OUT
45 B Blue Output for OSD (Active H) OUT
46 G Green Output for OSD (Active H) OUT
47 R Red Output for OSD (Active H) OUT
48 V-SYNC V-Sync Input (Active H) IN
49 H-SYNC H-Sync Input (Active H) IN
50 WSCR VPS/WSS Slicer Line PLL
51 WSCF VPS/WSS Slicer Line PLL
52 VDD-A Analogue P
53 PXFM Pixel Frequency Multiplier
54 RESET Reset Input (Active L) IN
55 MCFM Pixel Frequency Multiplier
56 JTRSTO
57 TXCF
58 CVBS0
59 TEST0
60 CVBS1
61 CVBS2 Video Signal Input IN
62 GND-A
63 DAT3 Data bus 3 IN
64 DAT4 Data bus 4 IN
65 DAT5 Data bus 5 IN
66 DAT6 Data bus 6 IN
67 DAT7 Data bus 7 IN
68 DAT2 Data bus 2 IN
69 DAT1 Data bus 1 IN
70 DAT0 Data bus 0 IN
71 ADDR0 Address bus 0 OUT
72 ADDR1 Address bus 1 OUT
73 ADDR2 Address bus 2 OUT
74 ADDR3 Address bus 3 OUT
75 ADDR4 Address bus 4 OUT
76 ADDR5 Address bus 5 OUT
77 ADDR6 Address bus 6 OUT
78 ADDR7 Address bus 7 OUT
ADDR12 Address bus 12 OUT
79
ADDR15 Address bus 15 OUT
80
ower Supply
Video signal Input IN
CRT BOARD
IN