AV1 (Video): Composite Video Input (Phone Jack) x 1
S-Video Input (Separated Y/C) DIN 4-pin Jack x 1
AV1 (Audio):L/R Stereo Input (Phone Jack) x 1 set
AV2 (Video):Composite Video Input (Phone Jack) x 1
AV2 (Audio):L/R Stereo Input (Phone Jack) x 1 set
AV3 (Video): Component Y, C
AV3 (Audio): L/R Stereo Input (Phone Jack) x 1 set
Output TerminalsVideo Monitor Output: Phono jack x 1
Audio Monitor Output: L/R Stereo Output (Phone Jack) x 1 set
Headphone Jack: Mini stereo jack x 1
Give complete “SERVICE REF. NO.” for
parts order or servicing. It is shown on the
rating plate at the cabinet back of the unit.
This T.V. receiver will not work properly in
foreign countries where the television transmission system and power source differ from
the design specifications. Refer to the specification table.
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 resistorcapacitor 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.
X-RADIATION PRECAUTION
The primary source of X-RADIATION in 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 check to maintain the high voltage within the specified limits.
PRODUCT SAFETY NOTICE
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 .
This set has an On-screen Service Menu system included in the CPU that allows remote operation for most of the
service adjustments.
IC802 (EEPROM) Replacement
When IC802 (EEPROM) is replaced, IC201 (CPU) will automatically write the initial reference data into IC802 for basic TV operation.
However, the bus data should be checked and some bus data should be set up before attempting the service adjustments. (See
pages 9 ~ 11 for detailed information.)
Service Adjustment-1
1. Enter the Service Menu
While pressing the MENU button on the television, press the Number Key 2 on the remote control unit.
The Service Menu now appear.
S1.00110111 S2.01111000
ADDRESS DATA
02 H-PHA 16
Item No.
Item
[ Service Mode Display ]
Data value
2. Service Adjustments:
Press the CHANNEL UP/DOWN button on the remote
control handset to select the desired service menu item you want to adjust.
Use the VOLUME + / - button to adjust the data. The
+ or - button will increase or decrease the data sequentially.
3. Exit from the Service Menu
Press the MENU button to turn off the Service Menu
display.
The data which is set in the service mode is stored
into the memory IC automatically.
VOLUME
-
MENU
CHANNEL UP
VOLUME +
CHANNEL DOWN
MENU
-8-
Page 9
Service Adjustments
On-screen Service Menu
Following table shows the initial values which have been stored in the CPU ROM, and items for the service adjustments.
When IC802 (EEPROM) is replaced, check the bus data to confirm they are the same as below. The shaded menu should be
checked and be set up or readjusted according to the procedures described in the following pages.
Initial Setup Data marked with an ∗ should be changed from Initial Value Data.
No. Item Initial value Range Description
01 RFAGC 17 00~63 RF AGC adjustment
02 H-PHA 09 00~31 H-PHASE adjustment (50Hz)
03 V-DC 22 00~63 Vertical position adjustment (50Hz)
04 V-SIZ 83 00~127 Vertical size adjustment (50Hz)
05 V-SCO 18 00~31 Vertical-S compensation (50Hz)
06 V-LIN 16 00~31 Vertical linearity adjustment (50Hz)
07 H-P60 +4 -16 ~ +15 Difference value of H-PHASE adjustment (60Hz)
08 V-P60 0 -32~ +31 Difference value of V-POSITION adjustment (60Hz)
09 V-S60 0 -64~ +63 Difference value of V-SIZE adjustment (60Hz)
10 VSC60 0 -16~ +15 Difference value of Vertical-"S" compensation (60Hz)
11 VLI60 0 -16~ +15 Difference value of Vertical linear adjustment (60Hz)
12 H-PHAZ -1 -16~ +15 Difference value of H-PHAZ adjustment (ZOOM)
13 V-SZZ5 +33 -64~ +63 Difference value of V-SIZE adjustment (ZOOM 50Hz)
14 V-SCOZ +7 -16~ +15 Difference value of Vertical-"S" compensation (ZOOM)
15 V-LINZ +4 -16~ +15 Difference value of Vertical linear adjustment (ZOOM)
16 V-SIZZ6 +31 -64~ +63 Difference value of V-SIZE adjustment (ZOOM 60Hz)
17 OSDHP 38 01~255 OSD horizontal remark position
18 OSDC 05 00~07 OSD contrast
19 EWDC 44 00~ 63 EW DC(50Hz)
20 EWAMP 06 00~ 63 EW Amp(50Hz)
21 EWTl 11 00~ 63 EW Tilt(50Hz)
22 EWCTP 05 00~ 15 EW Corner Top(50Hz)
23 EWCBM 03 00~ 15 EW Corner Bottom(50Hz)
24 EWAMZ +6 -32~ +31 Difference value of EW Amp (ZOOM 50Hz)
25 EWDCN 0 -32~ +31 Difference value of EW DC (60Hz)
26 EWAMN 0 -32~ +31 Difference value of EW Amp (60Hz)
27 EWTLN -1 -32~ +31 Difference value of EW Tilt (60Hz)
28 EWCTPN +1 -8~ +7 Difference value of Corner Top (60Hz)
29 EWCBN -2 -8~ +7 Difference value of Corner Bottom (60Hz)
30 EWAMZN +5 -32~ +31 Difference value of EW Amp (ZOOM 60Hz)
31 EWCOR 00 0,1 EW COR SW
32 V-SCP 03 0~7 V-SIZE COMP
33 H-SCP 07 0~7 H-SIZE COMP
34 SBIAS 31 00~127 Sub Bias adjustment
35 RBIAS 02 00~255 Red Bias adjustment
36 GBIAS 06 00~255 Green Bias adjustment
37 BBIAS 04 00~255 Blue Bias adjustment
38 RDRIV 84 00~127 Red Drive adjustment
39 GDRIV 08 00~15 Green Drive adjustment
40 BDRIV 78 00~127 Blue Drive adjustment
41 -- -- -- White balance (a lateral line)
42 DRV -- -- Bright and Dark of White balance adjustment
43 B-YD 11 00~15 B-Y DC Level
44 R-YD 11 00~15 R-Y DC Level
45 B-YDN 0 -16~ +15 Difference value of NTSC B-Y DC Level
46 R-YDN 0 -16~ +15 Difference value of NTSC R-Y DC Level
47 B-YDD -4 -16~ +15 Difference value of DVD B-Y DC Level( 50Hz)
48 R-YDD -3 -16~ +15 Difference value of DVD R-Y DC Level( 50Hz)
49 B-YDD6 -4 -16~ +15 Difference value of DVD B-Y DC Level( 60Hz)
50 R-YDD6 -4 -16~ +15 Difference value of DVD R-Y DC Level( 60Hz)
-9-
Page 10
Service Adjustments
No. Item Initial value Range Description
51 G-YA 00 00,01 G-Y Angle
52 RBGB 10 00~15 R-Y/B-Y Gain Balance
53 RBAG 08 00~15 R-Y/B-Y Angle
54 G-YAN 00 00~01 Difference value of NTSC G-Y Angle
55 RBGBN +7 -8~+7 Difference value of NTSC R-Y/B-Y Gain Balance
56 RBAGN +4 -8~+7 Difference value of NTSC R-Y/B-Y Angle
57 RBADP 0 -8~+7 Difference value of DVD PAL R/B Angle
58 RBDN -2 -8~+7 Difference value of DVD NTSC R/B Angle
59 RBBDP 0 -8~+7 Difference value of DVD NTSC R/B Balance
60 RBBDN 0 -8~+7 Difference value of DVD PAL R/B Balance
61 COGV 03 00~03 Coring Gain
62 BLKS 01 00~03 BLk. str. start(W/Defeat)
63 BLKG 00 00~03 BLk. STR. gain
64 BRTA 00 00~01 Brt.Abl.Deft
65 BRST 00 00~01 Mid. Stp.Def
66 BRTH 00 00~07 Bright. Abl. Threshold
67 WPL 00 00~03 WPL Ope.Point(W/Defeat)
68 YGAM 00 00~03 Y Gamma Start
69 PRES 02 00~03 AV Mode Pre shoot adj
70 OVERS 03 00~03 AV Mode Over shoot adj.
71 RFCO +1 -2~+1 Difference value of RF Coring Gain
72 PRESN 00 00~03 RF Mode Pre shoot adj
73 OVERSN 03 00~03 RF Mode Over shoot adj
74 TINT -8 -16~+15 Tint
75 SHRF +5 -16~+15 Difference value of RF sharpness
76 SHRFD 0 -16~+15 Difference value of DVD PAL sharpness
77 CODP -10 -16~+15 Difference value of DVD PAL Colour
78 CODN 0 -16~+15 Difference value of DVD NTSC Colour
79 RFCOL +5 -16~+15 Difference value of TV Color
80 TIDN -8 -16~+15 Difference value of DVD NTSC Tint
81 SHRFS 0 -16~+15 Difference value of S-video Sharpness
82 TISN 0 -16~+15 Difference value of S-video NTSC Tint
83 COSPN 0 -16~+15 Difference value of S-video COLOR PALN
84 COSPM 0 -16~+15 Difference value of S-video COLOR PALM
85 COSN -1
86 ZOMCOL -6 -16~+15 Difference value of Colour(ZOOM)
87 ZOMCON -8 -16~+15 Difference value of Contrast(ZOOM)
88 ZOMBRI -6 -16~+15 Difference value of Brightness(ZOOM)
89 TEXC +3 -4~+3 OSD TEXT Contrast
90 AUFL 00 00~01 Auto. Flesh
91 COOP 07 00~07 Color Killer opt.
92 VCOFRQ 00 0~255 VCO Fre
93 DEEM 00 00~01 De-emphasis TC
94 V-LVL 06 00~07 Video Level
95 VER -- -- VERSION and DATA
96 STRAP 04 00~07 Trap Test
97 IFOM-S 00 00~01 OVER MOD. SW
98 IFMN-S 00 00~01 AUDIO MONITOR SW,MONITOR/FM
99 IFTRPS 00 00~01 IC built-in SIF TRAP ON/OFF
100 OVMLVL 08 00~15 Video level coarse adjustment & MOD.operating dot setting
101 VBSW 00 00~01 VBLK SW
102 FBTS 00 00~01 FBPBLK. SW
103 HBLKL 05 00~07 H-Blanking Control Left
104 HBLKR 03 00~07 H-Blanking Control Right
105 AFCRF 00 00~01 Adj. of AFC Gain & gate (RF)
-16~+15 Difference value of S-video COLOR NTSC
-10-
Page 11
Service Adjustments
No. Item Initial value Range Description
106 VSURF 00 00~ 01 Adjustment of Vertical Sync. Separation Sensitivity (RF)
107 CDMRF 00 00~07 Vertical Count Down Loop Adjustment (RF)
108 AFCAV 01 00~01 Adjustment of AFC Gain & Gate (AV)
109 VSUAV 00 00~01 Adjustment of Vertical Sync. Separation Sensitivity (AV)
110 CDMAV 00 00~07 Vertical Count Down Loop Adjustment (AV)
111 HLK-T 00 0, 1 H-lock, V-det. (under RF mode)
112 HLK-V 00 0, 1 H-lock, V-Det. (under AV mode)
113 VCOADJ 04 00~ 07 C. Vco Adjust (according to NTSC and PAL-N)
114 GRAY 00 0, 1 GRAY MODE
115 CROSS 00 0~3 CROSS B/W
116 HL-TON 00 0~3 HALF TONE LEVEL
117 AVNCON 64 00~127 CONTRAST (no signal in AV)
118 AVNBRI 64 00~127 BRIGHT (no signal in AV)
119 POMT 12 00~127 POWER MUTE TIME
120 CHMT 05 00~31 CH MUTE TIME
121 SYST 03 00~255 System N
122 RELAY 125 00~255 RELAT ON TIME(8msecXN)
123 CCD 35 1~63 Horizontal Position of Closed Captioning
124 V-POSZ -1 -32~+31 V-POSITION(ZOOM)
125 EWDCZ +1 -32~+31 E/W DC ZOO
126 EWTLZ +4 -32~+31 E/W TILT ZOOM
127 EWCTPZ +7 -8~+7 E/W CORNER TOP ZOOM
128 EWCBZ +5 -8~+7 E/W CORNER BOTTOM ZOOM
129 VSCPZ 0 -4~+3 V.SIZE COMP(ZOOM)
130 HSCPZ 0 -4~+3 H.SIZE COMP(ZOOM)
131 AVTVTM 01 0~255 FEATHER MENU AV/TV CHAGNE
132 FM-G 01 00~01 FM gain
133 VSHIFT 00 0~15 V. SHIFT
134 CTRAP 04 0~7 C.TRAP adjust
135 CBPF 00 0~3 C.BPF adjust
136 C-KILL 00 0~1 C-KILL ON
137 G-YAMP 08 0~15 G-YAMP
138 B-YDPM 0 -16~+15 Different value of PALM B-Y DC level
139 R-YDPM 0 -16~+15 Different value of PALM R-Y DC leve
140 APCOFF 00 0~7 APC Offset
141 SYNCSP 02 0~7 Sync Sep Sence
142 YTH 00 0~3 Y TH
143 YGAIN 00 0~3 Y Gain
144 RWIDTH 00 0~3 R WIDTH
145 ROFSET 00 0~3 R OFSET
146 BWIDTH 00 0~3 B WIDTH
147 BOFSET 00 0~3 B OFSET
148 RGBTMP 00 0~1 RGB TEMP SW
149 VCOPLM 02 00~07 C.VCO Adjust (according to PAL-N)
150 OPTPOW 00 0~1 Last Power Status Option
151 OPTAVN 00 0~1 2AV or 3AV System Option
-11-
Page 12
Service Adjustments
Important Notice:
Do not attempt to adjust service adjustments not listed on below otherwise it may cause loss of performance and for
correct operation.
Item 01 [RFAGC] AGC
NOTE: Do not attempt this adjustment with weak signal.
1. Tune the receiver to most clearest (or strongest) VHF
station in your area. Set the brightness and contrast
controls to maximum. Set the colour control to minimum.
2. Select Item No. 01 [RFAGC] in the service mode.
3. Change value until the snow noise just disappears.
4. Exit from the service mode.
Item 02 [H-PHA] HORIZONTAL CENTRE
1. Receive a monochrome circular pattern.
2. Set the brightness and contrast to normal.
3. Select Item No. 02 [H-PHA] in the service mode.
4. Change value to be optimum horizontal centre posi-
tion.
5. Exit from the service mode.
Horizontal centre
Item 17 [OSDHP] OSD H-POSITION
1. Receive a monochrome circular pattern.
2. Set the brightness and contrast to normal.
3. Select Item No. 17 [OSDHP] in the service mode.
4. Change value to be proper OSD horizontal position.
5. Exit from the service mode.
Item 19 [EWDC] HORIZONTAL WIDTH
1. Receive a monochrome circular pattern.
2. Set the brightness and contrast to maximum.
3. Select Item No.19 [EWDC] in the service mode.
4. Change value to be proper horizontal width.
5. Exit from the service mode.
Vertical size
Item 03 [V-DC] VERTICAL CENTRE
1. Receive a monochrome circular pattern.
2. Set the brightness and contrast to maximum.
3. Select Item No. 03 [V-DC] in the service mode.
4. Change value to be optimum vertical centre position.
5. Exit from the service mode.
Vertical centre
Item 04 [V-SIZ] VERTICAL SIZE
1. Receive a monochrome circular pattern.
2. Set the brightness to normal and contrast to maximum.
3. Select Item No. 04 [V-SIZ] in the service mode.
4. Change value to be optimum vertical size.
5. Exit from the service mode.
Item 123 [CCD] CAPTION H-POSITION
1. Tune receiver to a caption channel.
2. Check that CAPTION position is in the horizontal
center of the screen. If CAPTION center is too right or
left, perform steps 3-6. (See figure below.)
3. Select Item No. 123 [CCD] in the service mode.
4. Adjust data with + or - key for proper horizontal center.
5. Exit from the service mode.
XXX XXXX XXXX XXX
A
Caption H-position Adj.
A=B
B
-12-
Page 13
Service Adjustments
Items 35-42 GREY SCALE
1. Receive a monochrome circular pattern.
2. Set the brightness and colour to normal, contrast to maximum.
3. Enter to the service mode.
4. Set each value of Item-35 RBIAS, 36 GBIAS, 37 BBIAS mode to 00. Set each value of Item-38 RDRIV, 40 BDRIV
mode to 64, 39 GDRIV to 08.
5. Select Item-41 mode to be one horizontal scanning line and turn the screen volume on the FBT to obtain just vis-
ible one coloured line.
6. Press the 1 (Red Bias +), 4 (Red Bias -), 2 (Green Bias +), 5 (Green Bias -), 3 (Blue Bias +) or 6 (Blue Bias -)
button to adjust the brightness of each colour until a dim white line produced. Please see the control button alloca-
tions in this mode.
7. Select Item-42 DRV mode to enter the white balance adjusting mode.
8. Press the 7 (Red Drive +), RECALL (Red Drive -), 8 (Green Drive +), 0 (Green Drive -), 9 (Blue Drive +) or
SLEEP (Blue Drive -) button alternately to produce normal black and white picture.
9. Exit from the service mode.
10. Check for proper grey scale tracking at all brightness levels.
NOTE: If the grey scale adjustment is made after picture tube replacement, check the high voltage.
Green Bias +
Red Drive
Red Drive +
Green Drive +
Green Drive
-
Red Bias +
Red Bias
-
Press the MENU button to exit from service
mode
Green Bias
Blue Bias +
Blue Bias
-
Blue Drive +
Blue Drive
-
-
-
MAIN BOARD
-13-
SCREEN VR
(Under side)
Page 14
Service Adjustments
T
V
/A
V
C
H
V
O
L
M
E
N
U
Service Adjustment-2 (MTS Adjustment)
Following table shows the initial values of MTS Adjustment which have been stored in the CPU ROM.
1. Enter the Service Menu
While pressing the MENU button on the televi-
sion, press the Number Key
unit. The Service Menu now appear.
3 on the remote control
[ MTS Adjustment Mode ]
2. Service Adjustments:
Press the CHANNEL UP/DOWN button on the remote
control handset to select the desired service menu item you want to adjust.
Use the VOLUME + / - button to adjust the data. The
+ or - button will increase or decrease the data sequentially.
3. Exit from the Service Menu
Press the MENU button to turn off the Service Menu
display.
The data which is set in the service mode is stored
into the memory IC automatically.
MENU
[ Entering the Service Menu ]
VOLUME
-
[ Service Adjustment ]
CHANNEL UP
VOLUME +
CHANNEL DOWN
[ Exit from the Service Menu ]
-14-
Page 15
Service Adjustments
SOUND LEVEL ADJUSTMENT
1. Receive the channel with audio 1KHz 100% modulation
signal.
2. Connect a DC Volt-Meter to TP-317(JD64) and the ground.
3. Set the Surround OFF. Press and hold the MENU button
on the TV set, and press “3” button on the remote control
transmitter to enter the service mode.
5. Adjust voltage to become DC 400mVrms±20mVrms at
TP-317(JD64)by pressing the VOLUME (+/-) button on
the remote control or TV set.
6. To exit from the service mode, press the MENU button.
MAIN BOARD
TP317
STEREO SEPARATION ADJUSTMENT
1. Connect an oscilloscope:
Probe-A to TP-317(JD64).
Probe-B to TP-318(JE53).
2.
Turn on the TV set, and receive the multi sound programme.
Set the Surround OFF.
3. Press and hold the MENU button on the TV set, and press
“3” button on the remote control transmitter to enter the
service mode.
4. Select “LOW SEPARATION” by pressing the CHANNEL
UP/DOWN button on the remote control or TV set.
5. Adjust the level of 300Hz at TP-317 (JD64 to become
minimum level by pressing the VOLUME (+/-) button
on the remote control or TV set.
MAIN BOARD
TP-317(R)
JD64
Minimum leakage
300Hz
JE53
-15-
Page 16
Service Adjustments
T
V
/A
V
C
H
V
O
L
M
E
N
U
6. Select “HI SEPARATION” by pressing the CHANNEL
UP/DOWN button on the remote control or TV set.
7. Adjust the level of 4KHz at TP-318 (JE53)
minimum level by pressing the
VOLUME (+/-) button
to become
TP-318 (L)
Minimum leakage
on the remote control or TV set.
8. Repeat steps 4 to 7 for best separation.
4KHz
9. To exit from the service mode, press the MENU button.
Service Adjustment-3
FINE TUNING
This adjustment is used to do a fine tuning of the channels with poor reception after they have been stored by the
automatic tuning.
This function is available for one channel only and the fine-tuned channel is memorized into IC802 (EEPROM).
1. Enter the Service Menu
While pressing the MENU button on the television,
press the “
unit. The Service Menu now appear.
4” or MENU button on the remote control
MENU
FINE TUNING- +
[ Entering the Service Menu ]
Fine tuning service mode
2. Service Adjustments:
Press and hold the VOLUME (+/
remote control handset or TV set to make fine tuning
adjustment. Press and hold the + frequency tuning, and press and hold the
frequency tuning.
Fine tuning data value will be automatically stored in
memory.
To return to normal TV mode, press the MENU button on
the TV set or remote control handset. (Or will automatically return to normal TV mode after 5 seconds.)
-
) button on the
button for higher
- for lower
VOLUME
-16-
-
[ Service Adjustment ]
[ Exit from the Service Menu ]
VOLUME +
Page 17
Service Adjustments
Service Adjustment-4
FOCUS ADJUSTMENT
1. Receive the monochrome circular pattern.
2. Set the brightness to normal and contrast
to maximum.
3. Adjust the focus control on the F.B.T. for
the best focus on the screen centre.
+B POWER SUPPLY CHECK
1. Connect a DC voltmeter to TP-B and the
ground.
2. Set the brightness to normal and contrast
to maximum.
3. Tune the receiver to an active channel
and synchronized picture.
4. The +B voltage must be 140± 2.0 volt DC.
FOCUS VR (Upper side)
TP-B
HIGH VOLTAGE CHECK
Note: +B (+140V) Voltage and Grayscale Adjustment must be completed before attempting High Voltage Check.
1. Connect high voltage voltmeter negative lead to ground, and connect + lead to anode of picture tube.
2. Tune receiver to an active channel and confirm TV is operating properly.
3. The high voltage must be 31KV ± 1.5KV and less than 33.5KV at 0 beam current (Brightness and contrast minimum
setting).
Note: If the picture tube is replaced, check the high voltage.
Protection Circuit
This TV set has a built-in power supply protection circuit.
It is provided to protect the TV set in case of a power supply circuit malfunctions. When something abnormality occurs
during TV reception, the TV set goes to the stand-by mode.
When an abnormality occurs during TV reception, it causes pin 23 of the CPU to go continually Low voltage for
about one second. The CPU detects that this has occurred and outputs the signal from pin 36 to switch off the
power supply lines.
Releasing the protective circuit and restoring power supply
To release the protective circuit and restore power supply, turn the power to the TV set OFF and then ON again via
either the main power switch or the ON-OFF button on the remote control. This will work only if the power supply trouble was temporary. If there is permanent trouble such as a damaged circuit, power cannot be restored and the circuit
will have to be repaired.
-17-
Page 18
MONITOR
OUT
L
R
AUDIO
AV 1
INPUT
(MONO)
Y
C
R
C
B
S-VIDEO
AV 3/DVD
INPUT
AUDIO
VIDEO
AUDIO
L
R
(MONO)
VIDEO
L
R
ANT. 75Ω
Cabinet Parts List
TV
/A
V
C
H
V
O
L
V
ID
E
O
L
AUDIO
R
P
O
W
E
R
M
E
N
U
Note: Parts order must contain Service Ref. No., Part No., and descriptions.
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.
!
Note: Parts order must contain Service Ref. No., Part No., and descriptions. The main PCB unit will be supplied without tuner and
flyback transformer. They should be ordered separately.
Read description in the Capacitor and Resistor as follows:
CAPACITOR
CERAMIC 100P K 50V
Rated Voltage
Tolerance Symbols:
Less than 10pF
A : Not specified B : ±0.1pFC : ±0.25pF
D : ±0.5pFF : ±1PFG : ±2pF
R : ±0.25-0pFS : ±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%
Rated value: P=pico farad, U=micro farad
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
NOTES:
RESISTOR
CARBON 4.7K J A 1/4W
Rated Wattage
Performance Symbols:
A: General B: Non flammable Z: Low noise
Other: Temperature coefficient
A1011AV4F1BAM0340 TUNER,U/V
A19011AV4U20B32400 UNIT,REMOCON RECEIVER
A19011AV4U20B35900 UNIT,REMOCON RECEIVER
A19011AV4U20B63800 UNIT,REMOCON RECEIVER
C001CEXLB1H470VEN ELECT 47U M 50V
C002CEXLB1H4R7VDN ELECT 4.7 U M 50V
C003CEXLB1H4R7VDN ELECT 4.7 U M 50V
C004CEXLB1H2R2VDN ELECT 2.2 U M 50V
C005CEXLB1E332VDN ELECT 3300U M 25V
C006CF1H104KADANN POLYESTER 0.1U K 50V
C006CF1H104KBEANN POLYESTER 0.1U K 50V
C007CF1H104KADANN POLYESTER 0.1U K 50V
C007CF1H104KBEANN POLYESTER 0.1U K 50V
C008CF1H104KADANN POLYESTER 0.1U K 50V
C008CF1H104KBEANN POLYESTER 0.1U K 50V
C009CF1H104KADANN POLYESTER 0.1U K 50V
C009CF1H104KBEANN POLYESTER 0.1U K 50V
C010CEXLB1H100VEN ELECT 10U M 50V
C011CEXLB1C101VDN ELECT 100U M 16V
C012CEXLB1E4R7VDN ELECT 4.7U M 25V
C013CK1H103KGQBNZ CERAMIC 0.01U K 50V
C1001CEXLB1H1R0VDN ELECT 1U M 50V
C1002CEXLB1H100VDN ELECT 10U M 50V
C1003CEXLB1HR10VDN ELECT 0.1U M 50V
C1004CEXLB1H100VDN ELECT 10U M 50V
C1005CK1H103KGQBNZ CERAMIC 0.01U K 50V
C1006CEXLB1H1R0VDN ELECT 1U M 50V
C1007CEXLB1H100VDN ELECT 10U M 50V
C1009CEXLB1H100VDN ELECT 10U M 50V
C101CEXLB1C471VDN ELECT 470U M 16V
C1010CKXAV1H104EAG CERAMIC0.1U K 50V
C1010CK1H104KGQBNG CERAMIC 0.1U K 50V
C1011CKXAV1H104EAG CERAMIC0.1U K 50V
C1011CK1H104KGQBNG CERAMIC 0.1U K 50V
C1021CEXLB1H100VDN ELECT 10U M 50V
C1022CEXLB1H100VDN ELECT 10U M 50V
C1023CEXLB1A471VDN ELECT 470U M 10V
C1031CEXLB1C101VDN ELECT 100U M 16V
C1032CK1H103KGQBNZ CERAMIC 0.01U K 50V
C1033CEXLB1C101VDN ELECT 100U M 16V
C1034CK1H103KGQBNZ CERAMIC 0.01U K 50V
C104CEXLB1H330VDN ELECT 33U M 50V
C106CEXLB1H220VDN ELECT 22 U M 50V
C1101CEXLB1H1R0VDN ELECT 1U M 50V
C1102CEXLB1H100VDN ELECT 10U M 50V
C1103CEXLB1H100VDN ELECT 10U M 50V
C111CK1H103KGQBNZ CERAMIC 0.01U K 50V
C1111CPXLB1C100ZAN NP-ELECT 10U M 16V
C1112CPXLB1C100ZAN NP-ELECT 10U M 16V
C112CK1H103KGQBNZ CERAMIC 0.01U K 50V
C114CK1H103KGQBNZ CERAMIC 0.01U K 50V
C121CK1H103KGQBNZ CERAMIC 0.01U K 50V
C122CEXLB1C101VDN ELECT 100U M 16V
C138CK1H223KGQBNZ CERAMIC 0.022U K 50V
C171CK1H152KGQBNZ CERAMIC 1500P K 50V
C172CK1H103KGQBNZ CERAMIC 0.01U K 50V
C174CC1H100DGQCNZ CERAMIC 10P D 50V
C1902CEXLB1H220VDN ELECT 22 U M 50V
C201CK1H103KGQBNZ CERAMIC 0.01U K 50V
C202CF1H153JBEANN POLYESTER 0.015U J 50V
C203CK1H103KGQBNZ CERAMIC 0.01U K 50V
C204CEXLB1E100VDN ELECT 10U M 25V
C210CEXLB1C101VDN ELECT 100U M 16V
C212CC1H150JGQCNZ CERAMIC 15P J 50V
C213RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
C215CPXLB1H1R0ZAN NP-ELECT 1U M 50V
C224CK1E473KGQBNZ CERAMIC 0.047U K 25V
C225CEXLB1HR47VDN ELECT 0.47 U M 50V
C226CEXLB1HR47VDN ELECT 0.47 U M 50V
C227CK1H103KGQBNZ CERAMIC 0.01U K 50V
C231CH1H474JAGANN MT-COMPO 0.47U J 50V
C232CK1H103KGQBNZ CERAMIC 0.01U K 50V
C233CEXLB1C470VDN ELECT 47U M 16V
C234CK1H103KGQBNZ CERAMIC 0.01U K 50V
C243CK1H103KGQBNZ CERAMIC 0.01U K 50V
C244CEXLB1A331VDN ELECT 330U M 10V
C245CEXLB1H1R0VDN ELECT 1U M 50V
C246CEXLB1HR47VDN ELECT 0.47 U M 50V
C247CEXLB1H2R2VDN ELECT 2.2 U M 50V
C248CEXLB1H1R0VDN ELECT 1U M 50V
C249CEXLB1H1R0VDN ELECT 1U M 50V
C250CEXLB1H1R0VDN ELECT 1U M 50V
C273CK1E104KGQBNZ CERAMIC 0.1U K 25V
C291CEXLB1C470VDN ELECT 47U M 16V
C3401CEXLB1HR10VDN ELECT 0.1U M 50V
C3404CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V
C3406CK1H123KGQBNZ CERAMIC 0.012U K 50V
C3407CK1H562KGQBNZ CERAMIC 5600P K 50V
C3408CEXLB1HR47VDN ELECT 0.47 U M 50V
C3411CEXLB1HR47VDN ELECT 0.47 U M 50V
C3412CEXLB1C470VDN ELECT 47U M 16V
C3413CEXLB1H4R7VDN ELECT 4.7 U M 50V
C3414CEXLB1C101VDN ELECT 100U M 16V
C3416CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V
C3417CEXLB1H4R7VDN ELECT 4.7 U M 50V
C3418CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V
C3420CK1H103KGQBNZ CERAMIC 0.01U K 50V
C3421CK1H272KGQBNZ CERAMIC 2700P K 50V
C3422CK1E473KGQBNZ CERAMIC 0.047U K 25V
C3423CT1A3R3KDRANG TA-SOLID 3.3U K 10V
C3424CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V
C3426CT1A100KDRANG TA-SOLID 10U K 10V
C3427CEXLB1H1R0VDN ELECT 1U M 50V
C3431CK1H472KGQBNZ CERAMIC 4700P K 50V
C3432CEXLB1HR10VDN ELECT 0.1U M 50V
C3433CK1H472KGQBNZ CERAMIC 4700P K 50V
C3434CK1H223KGQBNZ CERAMIC 0.022U K 50V
C3436CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V
C3439CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V
C3451CEXLB1H4R7VDN ELECT 4.7 U M 50V
C3452CEXLB1H4R7VDN ELECT 4.7 U M 50V
C355CKXLB2H151ZEN CERAMIC 150P K 500V
C355CK2H151KCBBJC CERAMIC 150P K 500V
C358CEXLB1H1R0VDN ELECT 1U M 50V
C420CMXAA3Y682AKN MT-POLYPRO 6800P H 1.5K
C420CMXLB3C682YCN MT-POLYPRO 6800P J 1.6K
C423CMXAA3Y682AKN MT-POLYPRO 6800P H 1.5K
C423CMXLB3C682YCN MT-POLYPRO 6800P J 1.6K
C424CNXLB2G153ZAN POLYPRO 0.015U J 400V
C424CN2G153JBEAQN POLYPRO 0.015U J 400V
C425CNXLB2G183ZAN POLYPRO 0.018U J 400V
C425CN2G183JBEAQN POLYPRO 0.018U J 400V
C432CKXLB2H102ZEN CERAMIC 1000P K 500V
C432CK2H102KCBBJN CERAMIC 1000P K 500V
C433CK2H392KCBBJN CERAMIC 3900P K 500V
C434CEXLB1V470VDN ELECT 47U M 35V
C437CG2E474JAAANN MT-POLYEST 0.47U J 250V
C441CMXAV2D154ABS MT-POLYPRO 0.15U M 200V
C442CMXAV2D154ABS MT-POLYPRO 0.15U M 200V
C463CK1H152KCBBJN CERAMIC 1500P K 50V
C465CG2A225KAAANN MT-POLYEST 2.2U K 100V
C468CEXLB1E220VDN ELECT 22U M 25V
!
!
Page 21
C469CEXLB1H100VDN ELECT 10U M 50V
C470CK1H103ZCBFJN CERAMIC 0.01U Z 50V
C471CPXAA2A2R2AAN NP-ELECT 2.2U M 100V
C471CPXLB2A2R2YAN NP-ELECT 2.2U M 100V
C471CPXLB2A2R2ZAN NP-ELECT 2.2U M 100V
C475CF1H473JBEANN POLYESTER 0.047U J 50V
C486CE2E330M4VANN ELECT 33U M 250V
C491CK2H681KCBBJN CERAMIC 680P K 500V
C501CF2A224KBEANN POLYESTER 0.22U K 100V
C502CEXLB1E102VEN ELECT 1000U M 25V
C503CEXLB1V471VDN ELECT 470U M 35V
C504CF2A104KBEANN POLYESTER 0.1U K 100V
C505CEXLB1C1R0VDN ELECT 1U M 16V
C506CEXLB1E102VDN ELECT 1K U M 25V
C510CF1H222KAAANN POLYESTER 2200P K 50V
C510CF1H222KADANN POLYESTER 2200P K 50V
C510CF1H222KBEANN POLYESTER 2200P K 50V
C511CK1H103KGQBNZ CERAMIC 0.01U K 50V
C512CK1H103KGQBNZ CERAMIC 0.01U K 50V
C513CK2H101KCBBJN CERAMIC 100P K 500V
C601CGXAA2E683BJN MT-POLYEST 0.068U M 250V
C601CGXAV27683DBN MT-POLYEST 0.068U M 275V
C607CK3A102KAHBNN CERAMIC 1000P K 1K
C607CK3A102KCBBJN CERAMIC 1000P K 1K
C609CEXAA2G271ABN ELECT 270U M 400V
C609CEXAA2G271ACN ELECT 270U M 400V
C609CEXAA2G271AMN ELECT 270U M 400V
C609CEXLB2G271UBN ELECT 270U M 400V
C611CFXLB1J682ZAN POLYESTER 6800P J 63V
C611CF1H682JADANN POLYESTER 6800P J 50V
C611CF1H682JBEANN POLYESTER 6800P J 50V
C612CC1H470JCACJC CERAMIC 47P J 50V
C613CK3D471KCRDNN CERAMIC 470P K 2K
C614CN2J473JBEAQN POLYPRO 0.047U J 630V
C615CFXLB1J473ZAN POLYESTER 0.047U J 63V
C615CH2A473JAHANN MT-COMPO 0.047U J 100V
C616CEXLB1H470VDN ELECT 47 U M 50V
C617CK3A471KANHNN CERAMIC 470P K 1K
C618CEXLB1E222VEN ELECT 2200U M 25V
C619CEXLB1A222VDN ELECT 2200U M 10V
C620CK1H103KGQBNZ CERAMIC 0.01U K 50V
C621CEXLB1C221VDN ELECT 220U M 16V
C622CEXLB1C100VEN ELECT 10U M 16V
C624CK3D471KCRDNN CERAMIC 470P K 2K
C627CKXAA2E102AHN CERAMIC 1000P K 250V
C627CKXAA2G102ANN CERAMIC 1000P M 400V
C628CKXAA2E102AHN CERAMIC 1000P K 250V
C628CKXAA2G102ANN CERAMIC 1000P M 400V
C629CKXAA2E102AHN CERAMIC 1000P K 250V
C629CKXAA2G102ANN CERAMIC 1000P M 400V
C631CK3A102KAHBNN CERAMIC 1000P K 1K
C631CK3A102KCBBJN CERAMIC 1000P K 1K
C632CEXLB1E102VEN ELECT 1000U M 25V
C651CK3A102KAHBNN CERAMIC 1000P K 1K
C651CK3A102KCBBJN CERAMIC 1000P K 1K
C652CEXLB1E102VEN ELECT 1000U M 25V
C661CK3D102KAHBJN CERAMIC 1000P K 2K
C661CK3D102KANHAN CERAMIC 1000P K 2K
C661CK3D102KANHNN CERAMIC 1000P K 2K
C663CF1H222JBEANN POLYESTER 2200P J 50V
C664CEXAA2C221AJN ELECT 220U M 160V
C664CEXAA2D221ADN ELECT 220U M 200V
C664CEXLB2C221UAN ELECT 220U M 160V
C671CK3A102KAHBNN CERAMIC 1000P K 1K
C671CK3A102KCBBJN CERAMIC 1000P K 1K
C672CEXLB1V102VEN ELECT 1000U M 35V
C681CK3A102KAHBNN CERAMIC 1000P K 1K
F601F31S4R0A2HOTS FUSE 250V 4A
IC001QLA42032-E--M IC LA42032-E
IC1001 QTC4052BF---P IC TC4052BF(EL)
IC1002 QTC4053BF---P IC TC4053BF(EL)
IC201QXXAVC865---N IC LA769337FB58H0-E
IC202QBA178M05T--N IC BA178M05T
IC202QKIA7805API-N IC KIA7805API
IC202QL78M05CV---N IC L78M05CV
IC202QMC78M05CTG-N IC MC78M05CTG
IC3401 QCXA2234Q---P IC CXA2234Q-T6
IC501QLA78041----N IC LA78041-E
IC601QTN6Q04-E---N IC TN6Q04-HA11-E
IC611QPQ09RD11---N IC PQ09RD11
IC611QPQ09RF11---N IC PQ09RF11J00H
IC661QSE140NL----N IC SE140NL
IC681QBA178M05T--N IC BA178M05T
IC681QKIA7805API-N IC KIA7805API
IC681QL78M05CV---N IC L78M05CV
IC681QMC78M05CTG-N IC MC78M05CTG
IC802Q24LC16B/P--N IC 24LC16B/P
JC42RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JC65RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JC66RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JD34RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JE591RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JF51RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JF53RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JF59RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JG54RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JG56RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JG57RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JH44RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JH45RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JH515RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JH58RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JH59RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JH591RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JP004RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JP288RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JP3411 RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
JP804RGFR000ZTCANZ MT-GLAZE 0.000 ZA 1/10W
KM1AV4J12B06000 JACK,PHONE D3.6
K11011LB4J12B08300 JACK,RCA-8
K13031LB4J12B02000 JACK,RCA-3
L1011AV4L2C1101KN INDUCTOR,100U K
L2021AV4L2B9120KN INDUCTOR,12U K
L4311LB4Z21B0160N CORE,PIPE
L4321LB4Z21B0160N CORE,PIPE
L4411LB4L71B0100N COIL,LINEARITY
L4421LB4L26B0180N INDUCTOR,133UH
L4611AV4L26B0170N INDUCTOR,2200U K
L4611LB4L26B0030N INDUCTOR,2.0MH
L4621LB4L26B0041N INDUCTOR,550UH
L601LQ0001LINE FILTER
L6011AV4F35B0470N LINE FILTER
L7011AV4L2C1331KN INDUCTOR,330U K
L702A1LB4Z21B0090N CORE,PIPE
L7111AV4L2C1331KN INDUCTOR,330U K
L7211AV4L2C1331KN INDUCTOR,330U K
Q701TXXAAQT0392-- TR 2SC4544
Q711TXXAAQT0392-- TR 2SC4544
Q721TXXAAQT0392-- TR 2SC4544
Q7417T200221TR 2SA1037K(P)-4
Q7427T200221TR 2SA1037K(P)-4
R701RGF1800JTCANZ MT-GLAZE 180 JA 1/10W
R703RDD4700JPAANN CARBON 470 JA 1/6W
R704RSXLB2123JXAS OXIDE-MT 12KJA 2 W
R704RS21202JGDAGN OXIDE-MT 12K JA 2W
R704RS21202JGDANN OXIDE-MT 12K JA 2W
R711RGF1800JTCANZ MT-GLAZE 180 JA 1/10W
R713RDD4700JPAANN CARBON 470 JA 1/6W
R714RSXLB2123JXAS OXIDE-MT 12KJA 2 W
R714RS21202JGDAGN OXIDE-MT 12K JA 2W
R714RS21202JGDANN OXIDE-MT 12K JA 2W
R715RDA2701JPCANN CARBON 2.7K JA 1/2W
R716RDA2701JPCANN CARBON 2.7K JA 1/2W
R717RDA2701JPCANN CARBON 2.7K JA 1/2W
R721RGF1800JTCANZ MT-GLAZE 180 JA 1/10W
R723RDD4700JPAANN CARBON 470 JA 1/6W
R724RSXLB2123JXAS OXIDE-MT 12KJA 2 W
R724RS21202JGDAGN OXIDE-MT 12K JA 2W
R724RS21202JGDANN OXIDE-MT 12K JA 2W
R732RDD10R0JPAANN CARBON 10 JA 1/6W
R741RGF1201JTCANZ MT-GLAZE 1.2K JA 1/10W
R742RGF5601JTCANZ MT-GLAZE 5.6K JA 1/10W
R744RGF5600JTCANZ MT-GLAZE 560 JA 1/10W
R745RGF1002JTCANZ MT-GLAZE 10K JA 1/10W
!!!
!
!
!!!
-25-
BA7E
Location
Part No. Description
Safety
Location
Part No. Description
Safety
Page 26
Oct./2006
NEWSAN S. A. Una empresa del grupo
SANYO Electric Co.
Page 27
KSP
COLOUR TELEVISION
CHASSIS
SERIES
SERVICE
REF. NO.
TRANSISTOR, DIODE AND INTEGRATED CIRCUIT TERMINAL GUIDE
C: COLLECTOR
B: BASE
E: EMITTER
A: ANODE
K: KATHODE
B
B
C
C
E
E
C
E
B
C
E
B
B
C
E
A
K
K
A
A
K
FUSIBLE
RESISTOR
PARTICULAR
PARTS SYMBOL
1
1
1
N/2
N/2 + 1
N
NON POLE
ELECTRIC
CAPACITOR
POSISTER
C
E
B
CHIP
COMPONENTS
K
A
TRANSISTOR
DIODE
123
RESISTOR
12 X 103=12K
Capacitance (Example)
1000
C
M 2000
D
Characteristic
Capacitance value (220pF)
Allowable error (±20%)
Kind (Ceramic)
Rated voltage (1,000V)
The area enclosed by this line() is directly connected with AC mains voltage.
When servicing the area, connect an isolating transformer between TV receiver and AC
line to eliminate hazard of electric shock.
BA7E
LL
BB
LL
BB
55----
55
C29LF39-00
AA
AA
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 in this
circuit diagram show components whose
values have special significance to product
safety. It is particularly recommended that only
parts specified on the part ser vice manual be
used for components replacement pointed out
by the mark.
CIRCUIT DIAGRAM NOTICE:
1. All resistance value 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 µ F and more than 1 are pF.
4. All capacitance rated voltages are 50V unless otherwise noted.
5. All inductance values are in µ H.
6.Voltage readings take with a "VTVM" are from point indicated chassis
ground.Voltage readings taken by using NTSC colour bar signal are
with all controls at normal position. Some voltage may vary with signal
strength.
7.Waveform were taken with NTSC colour bar and controls adjusted for
normal picture. Waveforms were taken by using a wide band oscilloscope and a low capacity probe.
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. Parts specified with "X" are not installed in this model.
10. Parts specified with "J" are just jumper wires.
11. Expression of capacitance and resistance in circuit diagrme.