Teac CT-M342 User manual

SERVICE MANUAL
34 cm CTV
Effective: MAY 2000 CTM342HSERV

SERVICE MANUAL
14" 20" 21"
SOLID STATE
Color Television
Receiver
ART-TECH. TV.
This manual is the latest at the time of printing, and does not include the modification
which may be made after the printing, by the constant improvment of product.
Checked by:________________________________________________________
Document:___________ Approved by: ___________Date: ___________
SM - 32PM ( Sunny Cheung )
(PAK FUNG PAN WONG YIM FAI)
2
TOSHIBA I C IC
PALSECAM VERSION
5-11-99

CONTENTS
1. SPECIFICATION.....................................
2. BLOCK DIAGRAM..................................
3. ALIGMENT INSTRUCTION.......................
4. VOLTAGE TABLE...................................
5. IC601 DATA...........................................
6. WIRING DIAGRAM.................................
This manual is the tatest at the time of
Printing , and does not include the moditieation
Which may be made ofter the Printing, by the
Constant improvement of Product.
SM-32PMP.1

ITEMS OF MEASUREMENT
VIDEO SENS. AT S/N 30db
SOUND SENS. AT S/N 30db
AGC CHARACTER
SELECTIVITY -1.5MHz
+ 8 MHz
COLOR SENS.
COLOR LOCK - IN RANGE
VERTICAL LOCK-IN RANGE
HORIZONTAL LOCK - IN RANGE
MAX BRIGHTNESS
MAX OUTPUT POWER
OUTPUT POWER AT 10% THD
BUZZ
AFC RANGE
MIN. VOL HUM
RESOLUTION HORIZONTAL
VERTICAL
LINEARITY DISTORTION VERTICAL
HORIZONTAL
RASTER DISTORTION
REMOTE CONTROL DISTANCE
ANGLE
POWER CONSUMPTION(ATNORMALCONDITION)
POWER CONSUMPTION(ATMAX.CONDITION)
CONVERGENCE DISLOCATION AT AREA "A"
AREA "B"
( see fig.1 )
VIDEO INPUT LEVEL: 1.0V P-P+3dB
AUDIO INPUT LEVEL: 0.5V RMS +3dB
L-VHF
H-VHF
UHF
L-VHF
H-VHF
UHF
B
A
Fig.1
UNIT
dbuv
dbuv
dbuv
dbuv
dbuv
dbuv
db
db
db
dbuv
Hz
Hz
Hz
cd / m2
W
W
db
MHz
MHz
mV
LINES
LINES
%
%
%
METER
DEGREE
WATTS
WATTS
%
%
H
STANDARD
< 57
< 57
< 60
< 42
< 42
< 48
> 60
> 35
> 40
< 45
> +300
> 6
> 400
> 140
> 1
> 0.7
< -40
> +1
> -0.5
< 20
> 300
> 400
< 10
< 10
< 5
> 5
> +15
< 60
< 70
< 0.4
< 0.8
MODEL: 14"
SM - 32PM P.2

ITEMS OF MEASUREMENT
VIDEO SENS. AT S/N 30db
SOUND SENS. AT S/N 30db
AGC CHARACTER
SELECTIVITY -1.5MHz
+ 8 MHz
COLOR SENS.
COLOR LOCK - IN RANGE
VERTICAL LOCK-IN RANGE
HORIZONTAL LOCK - IN RANGE
MAX BRIGHTNESS
MAX OUTPUT POWER
OUTPUT POWER AT 10% THD
BUZZ
AFC RANGE
MIN. VOL HUM
RESOLUTION HORIZONTAL
VERTICAL
LINEARITY DISTORTION VERTICAL
HORIZONTAL
RASTER DISTORTION
REMOTE CONTROL DISTANCE
ANGLE
POWER CONSUMPTION(ATNORMALCONDITION)
POWER CONSUMPTION(ATMAX.CONDITION)
CONVERGENCE DISLOCATION AT AREA "A"
AREA "B"
( see fig.2 )
VIDEO INPUT LEVEL: 1.0V P-P+3dB
AUDIO INPUT LEVEL: 0.5V RMS +3dB
L-VHF
H-VHF
UHF
L-VHF
H-VHF
UHF
H
B
A
Fig.2
STANDARD
< 57
< 57
< 60
< 42
< 42
< 48
> 60
> 35
> 40
< 45
> +300
> 6
> 400
> 120
> 1.8
> 1.3
< -40
> +1
> -0.5
< 20
> 300
> 400
< 10
< 10
< 5
> 5
> +15
< 70
< 85
< 0.4
< 0.8
UNIT
dbuv
dbuv
dbuv
dbuv
dbuv
dbuv
db
db
db
dbuv
Hz
Hz
Hz
cd/m2
W
W
db
MHz
MHz
mV
LINES
LINES
%
%
%
METER
DEGREE
WATTS
WATTS
%
%
MODEL: 20"-21"
SM - 32PM P.3

SUPPLY VOLTAGE : AC220V 50Hz > + 10% / -20%
SPECIFICATION
SYSTEM:
CHANNEL L - VHF :
H - VHF :
UHF :
VIF FREQUENCY :
SIF FREQUENCY :
CHROMA IF FREQUENCY:
INTER-CARRIER FREQUENCY:
SCANNING HORIZONTAL :
VERTICAL :
ANTENNA INPUT IMPEDANCE:
CRT:
PAL - BG
2 - 4
5 -12
21 - 69
38.9
33.4
34.47
5.5
PAL - I
(UK)
21 -69
39.5
33.5
35.07
6
PAL - SECAM -
BG / DK
( HYPER )
1 - 5
6 - 12
21 - 69
38.9
32.4 33.4
34.47 34.47
6.5 5.5
PAL - BG
( CATV )
E2 - S2
E5 - S20
E21 - E69
38.9
33.4
34.47
5.5
PAL - I / I
4 - 13
21 - 69
38.9
32.9
34.47
6.0
PAL - SECAM -
BG / DK
1 - 5
6 - 12
21 - 69
38.0
31.5 32.5
33.57 33.57
6.5 5.5
PAL - BG
( HYPER )
E2 - S10
E5 - S41
E21 - E69
38.9
33.4
34.47
5.5
L'
FB - FC
32.7
39.2
6.5
CH
CH
CH
MHz
MHz
MHz
MHz
15625 LINE
50 Hz
75 OHM
14"
SECAM - L
1 - Q
21 - 69
38.9
32.4
34.47
6.5
MODEL : 14"
SM -32PM P.4

SUPPLY VOLTAGE : AC220V 50Hz > + 10% / -20%
SPECIFICATION
SYSTEM:
CHANNEL L - VHF :
H - VHF :
UHF :
VIF FREQUENCY :
SIF FREQUENCY :
CHROMA IF FREQUENCY:
INTER-CARRIER FREQUENCY:
SCANNING HORIZONTAL :
VERTICAL :
ANTENNA INPUT IMPEDANCE:
CRT:
PAL - BG
2 - 4
5 -12
21 - 69
38.9
33.4
34.47
5.5
PAL - I
(UK)
21 -69
39.5
33.5
35.07
6
PAL - SECAM -
BG / DK
( HYPER )
1 - 5
6 - 12
21 - 69
38.9
32.4 33.4
34.47 34.47
6.5 6.5
PAL - BG
( CATV )
E2 - S2
E5 - S20
E21 - E69
38.9
33.4
34.47
5.5
PAL - I / I
4 - 13
21 - 69
38.9
32.9
34.47
6.0
PAL - SECAM -
BG / DK
1 - 5
6 - 12
21 - 69
38.0
31.5 32.5
33.57 33.57
6.5 5.5
PAL - BG
( HYPER )
E2 - S10
E5 - S41
E21 - E69
38.9
33.4
34.47
5.5
L'
FB - FC
32.7
39.2
6.5
CH
CH
CH
MHz
MHz
MHz
MHz
15625 LINE
50 Hz
75 OHM
20" - 21"
SECAM - L
1 - Q
21 - 69
38.9
32.4
34.47
6.5
SM - 32PM P.5
MODEL : 20" - 21"

SM-32PMP.6
ALIGNMENT INSTRUCTION
I.PLEASE READ BEFORE ATTEMPTING SERVICE
1.Donot connect anyantennaplug directlytothetuner socketanddo not
connect any equipments directly to the TV chassis,otherwise it may be
burnt outthe TV orequipment,execeptan isolationtransformeris used for
main power source or the TV sets.
2.Neverdisconnect any leadswhilereceiveris in operation.
3.Disconnectall power beforeattemptinganyrepairs.
4.Do not short any portion of the circuit while power is on.
5.Forsafety reasons,all partsreplacedshould be identical(forpartsand
part numbers see parts list).
6.Beforealignment thesetmust be pre-heatedfor 30 minutesormore and
erase magnetism thoroughly from CRT front chassis frame by erase coil.
II.TEST EQUIPMENT
1.ColourBar/Dot/Cross Hatch
2.Oscilloscope
3.VacuumTubeVoltmeter
4.Volt Ohumeter
I. B+ ADJUSTMENT
1.Connecta digital voltmetertoB+and Ground.
2.Set Brightness Contrest to minimum.
3.AdjustScreen Volume on FBTuntilthe picture canjustbeen seen.
4.Adjust VR901to obtaina readingof 112 +0.5V(FORsamsung CRT).
II. AFC ALIGNMENT
1.Disconnect the soldering pad ‘F’.
2.Inputthe signal fromPatternGenerator( IF 38.9MHz)colourbar to R101andGND.
3.Adjustthe T101 untilthecolour barshowonthe screer.
4.Select ‘SELF VCO’in D-MODE.
5.Pressthe AFC buttononthe handset.
6.About few seconds screen willbe show AFT OK.
*REMARK:No this factoryonNormal R.C.
III.AGC ALIGNMENT
1.Receive CH69(UHF) andinputfiled strangth.TUNER INputSignal62 +3dB,
2.Connectadigital Voltmeterbetween the TUNERAGCTerminal and Ground.
3.SelectRAGC item,Adjust thevalueto3F,and then adjusttheAGCvalue obtain the voltagedropdown0.4V.
Remark:1 The dropdownvoltage shouldbemorethan andtendsto 0.4V.
2 No observable noise can be seen.
IV.VERTICAL LINEARTY ADJUSTMENT
1.PAL(50Hz)Adjustment
(1).ReneiveCrosshatch Pattern (50Hz).
(2).SelectVLIS item adjustvaluetonormal regular picture.
2.NTSC(60Hz) Adjustment.
(1).ReneiveCross hatch Patter(60Hz).
(2).SelectVILN item adjustvaluetonormalregular picture.
3.Repeat 1.2. receive Cross hatch 50Hz and 60Hz is same picture.
V. VERTICAL HEIGHT ADJUSTMENT
1.PAL (50Hz) Adjust .
(1).ReciveMono scope Patter(50Hz).
(2).SelectHITS item adjustvaluetonormal regularpicture.
2.NTSC (60Hz).
(1).ReceiveMono scope Patter(60Hz).
(2).SelectHIT item adjustvaluetonormal regular picture
3.Repeat1.2. receive MonoScopePatter 50Hzand60Hzis samepicture.
5.HighVoltage Meter
6.AmpereMeter(0.5 Class,DC 3mAMax.)
7.DemagnetizingCoil
8.ClosedCaption Encoder
9.HighPotTester.

VI.VERTICAL S-CORRECTION ADJUSTMENT
1. Receive Cross hatch Pattern
2. SelectVSC itemadjustvalue to normal,regularpicture.
VERTICAL CENTER ADJUSTMENT
1.PAL(50Hz)Adjustment
(1).Receive Monscope Pattern(50Hz).
(2).Select VP50 itemadjustvalue toobtainthepicture atcenter.
2. NTSC (60Hz) Adjustment
(1). ReceiveMonscope Pattern (60Hz).
(2).Select VP60 itemadjustvalue toobtainthepicture atcenter.
3.Repeat 1.2.receiveMono Sope Pattern50Hzand 60Hzissame picture center.
VII. HORIZONTAL PHASE ADJUSTMENT
1.PAL(50Hz)Adjustment.
(1).ReceiveMonoScope Pattern (50Hz).
(2).SelectHPS item adjustvalueto normalregularPicture.
2.NTSC(60Hz)
(1).ReceiveMonoScope Pattern (60Hz).
(2).SelectHPOS item adjustvalueto normalregularPicture.
3.Repeat 1. 2.receiveMono ScopePattern(50Hz) and (60Hz)isSame Picture.
SM-32PMP.7
DISTRICT CENTRE (mm)
POSITION LIMIT(mm) SCANNING
SIZE(%)
SCANNING
SIZE
LIMIT(%)
THAILAND
FRANCE
GERMANY
*GROUP A
*GROUP B
*GROUP C
-1
+3
+3
-2
0
+3
0 ~ -2
0 ~ +5
0 ~ +5
-5 ~ -1
-2 ~ +2
0 ~ +5
90
90
90
90
90
90
88 ~ 92
88 ~ 94
90 ~ 95
88 ~ 94
88 ~ 94
88 ~ 94
mm -5 -4 -3 -2 -1 0 1 2 3 4 5 mm
LEFT RIGHT
CENTER OF
THE SCREEN
CRT MUST
FACE TO EAST
REMARK: 1. SUITABLE FOR 14" OR ABOVE TV.
2. Adjust the centre position must take the upper side of monoscope
pattern for standard.
3. Group A : AUSTRALIA, NEW ZEALAND, TAHITI.
4. Group B: HONG KONG, CHINA, AMERICA, CANADA, MALAYSIA,
MEXICO.
5. Group C: ENGLAND, ITALY, GERMANY, RUSSIA, SWITZERLAND,
JUGOSLAVIA, SPANISH.
If the above countries are not include, please consult to
Engineering Dept.

SM-32PMP.8
VIII. WHITE BALANCE ALIGNMENT STEP
(Deqaussthe picturebydeqaussing coilifnecessary)
1. Disconnect theany input signal,setthe blue blackOFF.
2. Enter to D HODE.
3.Adjust theRCUT,GCUT,BCUTvalue to 80,GDRV,BDRV to45,BRTStoCO.
4.Adjust the BRIGHT,CONT to min.
5. Akjust the screen VR (on the FBT) until the show cannot just be screen.
6. Connect the VOLT meter ‘+’ to CRTBOARD G2,(-) to GND and get the reading value.
7. Adjust thescreen VR leadthe reading valuereduce 25 + 5v
8. Adjust the BRTS set to F6,and set BRIGHT,CONT to mid.
9.
10.
IX. SUB-BRIGHTNESS ALIGNMENT
1. Receive a Colour Bar Pattern.
2.Press PICTUREmodeselect BRIGHTNESS, CONTRASTadjustvalue tominimum.
3. Select BRTS in D-MODE.
4. Adjust value the brightness bar can just be seen.
X. FOCUS ALIGHMENT
1. Set the Brightness and Contrast to middle position.
2.Receive a MonoscopePattern.
3. Adjust focus control to obtain sharpest picture.
¡C¡C
¡C¡C
¡C
XI. HIGH POT TESTING
1)Short the L-poleandN-pole of AClinecord.
2) Switch on the power switch of the TV Set.
3) Connect The High Pot Tester (-) to L and N pole, (+) to the
METAL PARTofCABINET.
REMARK:
(1). If no other specity,the strength of input signal should
be 70dB + 10dB.
(2). The HIGH POT TESTER can have < + 5% tolerance.
Receivea BlackandWhite Pattern.
SelectRemote handsetdirectkey (2) and(3)button adjust GCUTandBCUT tominimum
value,Press(1)button adjust RCUTtomiddlevalue.
Press Picture mode, select Brightness and Contrast adjust value to minimum.
Presshandset direct key(2)button to obtainayellow line.
Presshandset direct key(3)button toobtainawhite line.
Presshandset direct key(-/--)button again.
Press CH button select GDRV and BDRV item adjust value to make the
picture unifoumlywhite (9300K +3JND).
TEST SYANDARD
CONDITION
SAFETY STD. TEST STANDARN
FOR PRODUCTION
VDE,SAA 3.0KV 10mA / 1MIN >3.5KV <10mA / >10 SEC.
UL 1.0KV 5mA / 1MIN >1.25KV <5mA / >1 SEC.
11.
12.
13.
14.
15.
16.

Model: 21¡ª21¡ª
21¡ª21¡ª
21¡ª
Chassis:Chassis:
Chassis:Chassis:
Chassis: I C technology.I C technology.
I C technology.I C technology.
I C technology.
Picture Tube: SAMSUNG,SAMSUNG,
SAMSUNG,SAMSUNG,
SAMSUNG, Type:A51KQK99X01, S/N:2090344252
22
22
2
Service Mode DataService Mode Data
Service Mode DataService Mode Data
Service Mode Data
11
11
1
22
22
2
33
33
3
44
44
4
55
55
5
66
66
6
77
77
7
88
88
8
99
99
9
1010
1010
10
1111
1111
11
1212
1212
12
1313
1313
13
1414
1414
14
1515
1515
15
1616
1616
16
1717
1717
17
1818
1818
18
1919
1919
19
2020
2020
20
2121
2121
21
2222
2222
22
2323
2323
23
2424
2424
24
2525
2525
25
2626
2626
26
2727
2727
27
2828
2828
28
2929
2929
29
3030
3030
30
3131
3131
31
Item Parameter C ValueItem Parameter C Value
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
RCUTRCUT
RCUTRCUT
RCUT
GCUTGCUT
GCUTGCUT
GCUT
BCUTBCUT
BCUTBCUT
BCUT
GDRVGDRV
GDRVGDRV
GDRV
BDRVBDRV
BDRVBDRV
BDRV
CNTXCNTX
CNTXCNTX
CNTX
BRTCBRTC
BRTCBRTC
BRTC
COLCCOLC
COLCCOLC
COLC
TNTCTNTC
TNTCTNTC
TNTC
COLPCOLP
COLPCOLP
COLP
COLSCOLS
COLSCOLS
COLS
SCNTSCNT
SCNTSCNT
SCNT
CNTCCNTC
CNTCCNTC
CNTC
CNTNCNTN
CNTNCNTN
CNTN
BRTXBRTX
BRTXBRTX
BRTX
BRTNBRTN
BRTNBRTN
BRTN
COLXCOLX
COLXCOLX
COLX
COLNCOLN
COLNCOLN
COLN
TNTXTNTX
TNTXTNTX
TNTX
TNTNTNTN
TNTNTNTN
TNTN
ST3ST3
ST3ST3
ST3
SV3SV3
SV3SV3
SV3
ST4ST4
ST4ST4
ST4
SV4SV4
SV4SV4
SV4
SHPXSHPX
SHPXSHPX
SHPX
SHPNSHPN
SHPNSHPN
SHPN
TXCXTXCX
TXCXTXCX
TXCX
RGCNRGCN
RGCNRGCN
RGCN
VMOVMO
VMOVMO
VMO
VM1VM1
VM1VM1
VM1
HPOSHPOS
HPOSHPOS
HPOS
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
II
II
I
NN
NN
N
NN
NN
N
II
II
I
8383
8383
83
D8D8
D8D8
D8
8585
8585
85
4949
4949
49
4949
4949
49
3A3A
3A3A
3A
4747
4747
47
3030
3030
30
3A3A
3A3A
3A
3333
3333
33
2E2E
2E2E
2E
0E0E
0E0E
0E
2B2B
2B2B
2B
0606
0606
06
2323
2323
23
2121
2121
21
2525
2525
25
0000
0000
00
3030
3030
30
3030
3030
30
0909
0909
09
0909
0909
09
0909
0909
09
1010
1010
10
1212
1212
12
0505
0505
05
2A2A
2A2A
2A
1E1E
1E1E
1E
2C2C
2C2C
2C
0000
0000
00
0606
0606
06
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department 1/21/2
1/21/2
1/2
SM-32PMP.9
oo
oo
o
dd
dd
d
ee
ee
e
SAMSUNGSAMSUNG
SAMSUNGSAMSUNG
SAMSUNG
21¡ª21¡ª
21¡ª21¡ª
21¡ª

SM-32PMP.10
3232
3232
32
3333
3333
33
3434
3434
34
3535
3535
35
3636
3636
36
3737
3737
37
3838
3838
38
3939
3939
39
4040
4040
40
4141
4141
41
4242
4242
42
4343
4343
43
4444
4444
44
4545
4545
45
4646
4646
46
4747
4747
47
4848
4848
48
4949
4949
49
5050
5050
50
5151
5151
51
5252
5252
52
5353
5353
53
5454
5454
54
5555
5555
55
5656
5656
56
5757
5757
57
5858
5858
58
5959
5959
59
6060
6060
60
6161
6161
61
6262
6262
62
6363
6363
63
6464
6464
64
6565
6565
65
6666
6666
66
6767
6767
67
6868
6868
68
6969
6969
69
7070
7070
70
7171
7171
71
7272
7272
72
VP50VP50
VP50VP50
VP50
HITHIT
HITHIT
HIT
HPSHPS
HPSHPS
HPS
VP60VP60
VP60VP60
VP60
HITSHITS
HITSHITS
HITS
VLINVLIN
VLINVLIN
VLIN
VSCVSC
VSCVSC
VSC
VLISVLIS
VLISVLIS
VLIS
DPCDPC
DPCDPC
DPC
DPCSDPCS
DPCSDPCS
DPCS
KEYKEY
KEYKEY
KEY
KEYSKEYS
KEYSKEYS
KEYS
WIDWID
WIDWID
WID
WIDSWIDS
WIDSWIDS
WIDS
VCPVCP
VCPVCP
VCP
CNRCNR
CNRCNR
CNR
HCPHCP
HCPHCP
HCP
SBYSBY
SBYSBY
SBY
SRYSRY
SRYSRY
SRY
RAGCRAGC
RAGCRAGC
RAGC
AFTAFT
AFTAFT
AFT
HAFCHAFC
HAFCHAFC
HAFC
V25V25
V25V25
V25
V50V50
V50V50
V50
BRTSBRTS
BRTSBRTS
BRTS
VM2VM2
VM2VM2
VM2
MOD0MOD0
MOD0MOD0
MOD0
MOD1MOD1
MOD1MOD1
MOD1
MOD2MOD2
MOD2MOD2
MOD2
SELFSELF
SELFSELF
SELF
SELF VCOSELF VCO
SELF VCOSELF VCO
SELF VCO
SELF AGCSELF AGC
SELF AGCSELF AGC
SELF AGC
SELF BRTCSELF BRTC
SELF BRTCSELF BRTC
SELF BRTC
SELF CNTCSELF CNTC
SELF CNTCSELF CNTC
SELF CNTC
SELF TNTCSELF TNTC
SELF TNTCSELF TNTC
SELF TNTC
SELF COLSELF COL
SELF COLSELF COL
SELF COL
LOGOLOGO
LOGOLOGO
LOGO
LANGLANG
LANGLANG
LANG
IF FREQIF FREQ
IF FREQIF FREQ
IF FREQ
OSDOSD
OSDOSD
OSD
OPTOPT
OPTOPT
OPT
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
AA
AA
A
AA
AA
A
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
0303
0303
03
1616
1616
16
0404
0404
04
0000
0000
00
0202
0202
02
0C0C
0C0C
0C
0808
0808
08
FFFF
FFFF
FF
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0808
0808
08
0808
0808
08
2121
2121
21
2727
2727
27
0000
0000
00
3E3E
3E3E
3E
4A4A
4A4A
4A
0404
0404
04
3030
3030
30
0000
0000
00
1212
1212
12
0000
0000
00
0000
0000
00
8080
8080
80
6969
6969
69
7575
7575
75
2323
2323
23
0000
0000
00
2020
2020
20
0101
0101
01
0000
0000
00
0303
0303
03
0202
0202
02
0404
0404
04
SAMSUNG,Type:A51KQK99SAMSUNG,Type:A51KQK99
SAMSUNG,Type:A51KQK99SAMSUNG,Type:A51KQK99
SAMSUNG,Type:A51KQK99X0101
0101
01
Adjustment codes:Adjustment codes:
Adjustment codes:Adjustment codes:
Adjustment codes:
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department 2/22/2
2/22/2
2/2

Model: 21¡ª21¡ª
21¡ª21¡ª
21¡ª
Chassis:Chassis:
Chassis:Chassis:
Chassis: I C technology.I C technology.
I C technology.I C technology.
I C technology.
Picture Tube: SEG-HITACHI,SEG-HITACHI,
SEG-HITACHI,SEG-HITACHI,
SEG-HITACHI, Type:A51JSY63X13, S/N:SH9E210453
22
22
2
Service Mode DataService Mode Data
Service Mode DataService Mode Data
Service Mode Data
11
11
1
22
22
2
33
33
3
44
44
4
55
55
5
66
66
6
77
77
7
88
88
8
99
99
9
1010
1010
10
1111
1111
11
1212
1212
12
1313
1313
13
1414
1414
14
1515
1515
15
1616
1616
16
1717
1717
17
1818
1818
18
1919
1919
19
2020
2020
20
2121
2121
21
2222
2222
22
2323
2323
23
2424
2424
24
2525
2525
25
2626
2626
26
2727
2727
27
2828
2828
28
2929
2929
29
3030
3030
30
3131
3131
31
Item Parameter C ValueItem Parameter C Value
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
RCUTRCUT
RCUTRCUT
RCUT
GCUTGCUT
GCUTGCUT
GCUT
BCUTBCUT
BCUTBCUT
BCUT
GDRVGDRV
GDRVGDRV
GDRV
BDRVBDRV
BDRVBDRV
BDRV
CNTXCNTX
CNTXCNTX
CNTX
BRTCBRTC
BRTCBRTC
BRTC
COLCCOLC
COLCCOLC
COLC
TNTCTNTC
TNTCTNTC
TNTC
COLPCOLP
COLPCOLP
COLP
COLSCOLS
COLSCOLS
COLS
SCNTSCNT
SCNTSCNT
SCNT
CNTCCNTC
CNTCCNTC
CNTC
CNTNCNTN
CNTNCNTN
CNTN
BRTXBRTX
BRTXBRTX
BRTX
BRTNBRTN
BRTNBRTN
BRTN
COLXCOLX
COLXCOLX
COLX
COLNCOLN
COLNCOLN
COLN
TNTXTNTX
TNTXTNTX
TNTX
TNTNTNTN
TNTNTNTN
TNTN
ST3ST3
ST3ST3
ST3
SV3SV3
SV3SV3
SV3
ST4ST4
ST4ST4
ST4
SV4SV4
SV4SV4
SV4
SHPXSHPX
SHPXSHPX
SHPX
SHPNSHPN
SHPNSHPN
SHPN
TXCXTXCX
TXCXTXCX
TXCX
RGCNRGCN
RGCNRGCN
RGCN
VMOVMO
VMOVMO
VMO
VM1VM1
VM1VM1
VM1
HPOSHPOS
HPOSHPOS
HPOS
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
II
II
I
NN
NN
N
NN
NN
N
II
II
I
8383
8383
83
8484
8484
84
8686
8686
86
4A4A
4A4A
4A
4343
4343
43
3A3A
3A3A
3A
4343
4343
43
3030
3030
30
3A3A
3A3A
3A
3030
3030
30
2F2F
2F2F
2F
0E0E
0E0E
0E
2727
2727
27
0606
0606
06
2A2A
2A2A
2A
2121
2121
21
2525
2525
25
0000
0000
00
3030
3030
30
3030
3030
30
0909
0909
09
0909
0909
09
0909
0909
09
1010
1010
10
1212
1212
12
0505
0505
05
2727
2727
27
2727
2727
27
2C2C
2C2C
2C
0000
0000
00
0909
0909
09
A.B. Research and Development Department 1/21/2
1/21/2
1/2 SM-32PMP.11
oo
oo
o
dd
dd
d
ee
ee
e
HITACHIHITACHI
HITACHIHITACHI
HITACHI
21¡ª21¡ª
21¡ª21¡ª
21¡ª

SM-32PMP.12
3232
3232
32
3333
3333
33
3434
3434
34
3535
3535
35
3636
3636
36
3737
3737
37
3838
3838
38
3939
3939
39
4040
4040
40
4141
4141
41
4242
4242
42
4343
4343
43
4444
4444
44
4545
4545
45
4646
4646
46
4747
4747
47
4848
4848
48
4949
4949
49
5050
5050
50
5151
5151
51
5252
5252
52
5353
5353
53
5454
5454
54
5555
5555
55
5656
5656
56
5757
5757
57
5858
5858
58
5959
5959
59
6060
6060
60
6161
6161
61
6262
6262
62
6363
6363
63
6464
6464
64
6565
6565
65
6666
6666
66
6767
6767
67
6868
6868
68
6969
6969
69
7070
7070
70
7171
7171
71
7272
7272
72
VP50VP50
VP50VP50
VP50
HITHIT
HITHIT
HIT
HPSHPS
HPSHPS
HPS
VP60VP60
VP60VP60
VP60
HITSHITS
HITSHITS
HITS
VLINVLIN
VLINVLIN
VLIN
VSCVSC
VSCVSC
VSC
VLISVLIS
VLISVLIS
VLIS
DPCDPC
DPCDPC
DPC
DPCSDPCS
DPCSDPCS
DPCS
KEYKEY
KEYKEY
KEY
KEYSKEYS
KEYSKEYS
KEYS
WIDWID
WIDWID
WID
WIDSWIDS
WIDSWIDS
WIDS
VCPVCP
VCPVCP
VCP
CNRCNR
CNRCNR
CNR
HCPHCP
HCPHCP
HCP
SBYSBY
SBYSBY
SBY
SRYSRY
SRYSRY
SRY
RAGCRAGC
RAGCRAGC
RAGC
AFTAFT
AFTAFT
AFT
HAFCHAFC
HAFCHAFC
HAFC
V25V25
V25V25
V25
V50V50
V50V50
V50
BRTSBRTS
BRTSBRTS
BRTS
VM2VM2
VM2VM2
VM2
MOD0MOD0
MOD0MOD0
MOD0
MOD1MOD1
MOD1MOD1
MOD1
MOD2MOD2
MOD2MOD2
MOD2
SELFSELF
SELFSELF
SELF
SELF VCOSELF VCO
SELF VCOSELF VCO
SELF VCO
SELF AGCSELF AGC
SELF AGCSELF AGC
SELF AGC
SELF BRTCSELF BRTC
SELF BRTCSELF BRTC
SELF BRTC
SELF CNTCSELF CNTC
SELF CNTCSELF CNTC
SELF CNTC
SELF TNTCSELF TNTC
SELF TNTCSELF TNTC
SELF TNTC
SELF COLSELF COL
SELF COLSELF COL
SELF COL
LOGOLOGO
LOGOLOGO
LOGO
LANGLANG
LANGLANG
LANG
IF FREQIF FREQ
IF FREQIF FREQ
IF FREQ
OSDOSD
OSDOSD
OSD
OPTOPT
OPTOPT
OPT
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
AA
AA
A
AA
AA
A
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
0303
0303
03
1111
1111
11
0404
0404
04
0101
0101
01
0202
0202
02
0C0C
0C0C
0C
0808
0808
08
FFFF
FFFF
FF
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0808
0808
08
0808
0808
08
1F1F
1F1F
1F
4040
4040
40
0000
0000
00
3E3E
3E3E
3E
4A4A
4A4A
4A
0808
0808
08
3030
3030
30
0000
0000
00
1212
1212
12
0000
0000
00
0000
0000
00
8080
8080
80
6969
6969
69
7575
7575
75
2323
2323
23
0000
0000
00
2020
2020
20
0101
0101
01
0000
0000
00
0303
0303
03
0000
0000
00
0404
0404
04
SEG-HITACHI,Type:A51JSY63SEG-HITACHI,Type:A51JSY63
SEG-HITACHI,Type:A51JSY63SEG-HITACHI,Type:A51JSY63
SEG-HITACHI,Type:A51JSY63X1313
1313
13
Adjustment codes:Adjustment codes:
Adjustment codes:Adjustment codes:
Adjustment codes:
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department 2/22/2
2/22/2
2/2

Model: 20¡ª20¡ª
20¡ª20¡ª
20¡ª
Chassis:Chassis:
Chassis:Chassis:
Chassis: I C technology.I C technology.
I C technology.I C technology.
I C technology.
Picture Tube: LG,LG,
LG,LG,
LG, Type:A48QAD220X06, S/N:C9806005382 S
22
22
2
Service Mode DataService Mode Data
Service Mode DataService Mode Data
Service Mode Data
11
11
1
22
22
2
33
33
3
44
44
4
55
55
5
66
66
6
77
77
7
88
88
8
99
99
9
1010
1010
10
1111
1111
11
1212
1212
12
1313
1313
13
1414
1414
14
1515
1515
15
1616
1616
16
1717
1717
17
1818
1818
18
1919
1919
19
2020
2020
20
2121
2121
21
2222
2222
22
2323
2323
23
2424
2424
24
2525
2525
25
2626
2626
26
2727
2727
27
2828
2828
28
2929
2929
29
3030
3030
30
3131
3131
31
Item Parameter C ValueItem Parameter C Value
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
RCUTRCUT
RCUTRCUT
RCUT
GCUTGCUT
GCUTGCUT
GCUT
BCUTBCUT
BCUTBCUT
BCUT
GDRVGDRV
GDRVGDRV
GDRV
BDRVBDRV
BDRVBDRV
BDRV
CNTXCNTX
CNTXCNTX
CNTX
BRTCBRTC
BRTCBRTC
BRTC
COLCCOLC
COLCCOLC
COLC
TNTCTNTC
TNTCTNTC
TNTC
COLPCOLP
COLPCOLP
COLP
COLSCOLS
COLSCOLS
COLS
SCNTSCNT
SCNTSCNT
SCNT
CNTCCNTC
CNTCCNTC
CNTC
CNTNCNTN
CNTNCNTN
CNTN
BRTXBRTX
BRTXBRTX
BRTX
BRTNBRTN
BRTNBRTN
BRTN
COLXCOLX
COLXCOLX
COLX
COLNCOLN
COLNCOLN
COLN
TNTXTNTX
TNTXTNTX
TNTX
TNTNTNTN
TNTNTNTN
TNTN
ST3ST3
ST3ST3
ST3
SV3SV3
SV3SV3
SV3
ST4ST4
ST4ST4
ST4
SV4SV4
SV4SV4
SV4
SHPXSHPX
SHPXSHPX
SHPX
SHPNSHPN
SHPNSHPN
SHPN
TXCXTXCX
TXCXTXCX
TXCX
RGCNRGCN
RGCNRGCN
RGCN
VMOVMO
VMOVMO
VMO
VM1VM1
VM1VM1
VM1
HPOSHPOS
HPOSHPOS
HPOS
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
II
II
I
NN
NN
N
NN
NN
N
II
II
I
00
00
0
6565
6565
65
6464
6464
64
5555
5555
55
4A4A
4A4A
4A
3F3F
3F3F
3F
4545
4545
45
3030
3030
30
3A3A
3A3A
3A
3333
3333
33
2E2E
2E2E
2E
0E0E
0E0E
0E
2525
2525
25
0606
0606
06
2020
2020
20
2121
2121
21
2525
2525
25
0000
0000
00
3030
3030
30
3030
3030
30
0909
0909
09
0909
0909
09
0909
0909
09
1010
1010
10
1616
1616
16
0505
0505
05
2020
2020
20
2020
2020
20
2C2C
2C2C
2C
0000
0000
00
0A0A
0A0A
0A
A.B. Research and Development Department 1/21/2
1/21/2
1/2 SM-32PMP.13
oo
oo
o
dd
dd
d
ee
ee
e
LGLG
LGLG
LG
20¡ª20¡ª
20¡ª20¡ª
20¡ª

SM-32PMP.14
3232
3232
32
3333
3333
33
3434
3434
34
3535
3535
35
3636
3636
36
3737
3737
37
3838
3838
38
3939
3939
39
4040
4040
40
4141
4141
41
4242
4242
42
4343
4343
43
4444
4444
44
4545
4545
45
4646
4646
46
4747
4747
47
4848
4848
48
4949
4949
49
5050
5050
50
5151
5151
51
5252
5252
52
5353
5353
53
5454
5454
54
5555
5555
55
5656
5656
56
5757
5757
57
5858
5858
58
5959
5959
59
6060
6060
60
6161
6161
61
6262
6262
62
6363
6363
63
6464
6464
64
6565
6565
65
6666
6666
66
6767
6767
67
6868
6868
68
6969
6969
69
7070
7070
70
7171
7171
71
7272
7272
72
VP50VP50
VP50VP50
VP50
HITHIT
HITHIT
HIT
HPSHPS
HPSHPS
HPS
VP60VP60
VP60VP60
VP60
HITSHITS
HITSHITS
HITS
VLINVLIN
VLINVLIN
VLIN
VSCVSC
VSCVSC
VSC
VLISVLIS
VLISVLIS
VLIS
DPCDPC
DPCDPC
DPC
DPCSDPCS
DPCSDPCS
DPCS
KEYKEY
KEYKEY
KEY
KEYSKEYS
KEYSKEYS
KEYS
WIDWID
WIDWID
WID
WIDSWIDS
WIDSWIDS
WIDS
VCPVCP
VCPVCP
VCP
CNRCNR
CNRCNR
CNR
HCPHCP
HCPHCP
HCP
SBYSBY
SBYSBY
SBY
SRYSRY
SRYSRY
SRY
RAGCRAGC
RAGCRAGC
RAGC
AFTAFT
AFTAFT
AFT
HAFCHAFC
HAFCHAFC
HAFC
V25V25
V25V25
V25
V50V50
V50V50
V50
BRTSBRTS
BRTSBRTS
BRTS
VM2VM2
VM2VM2
VM2
MOD0MOD0
MOD0MOD0
MOD0
MOD1MOD1
MOD1MOD1
MOD1
MOD2MOD2
MOD2MOD2
MOD2
SELFSELF
SELFSELF
SELF
SELF VCOSELF VCO
SELF VCOSELF VCO
SELF VCO
SELF AGCSELF AGC
SELF AGCSELF AGC
SELF AGC
SELF BRTCSELF BRTC
SELF BRTCSELF BRTC
SELF BRTC
SELF CNTCSELF CNTC
SELF CNTCSELF CNTC
SELF CNTC
SELF TNTCSELF TNTC
SELF TNTCSELF TNTC
SELF TNTC
SELF COLSELF COL
SELF COLSELF COL
SELF COL
LOGOLOGO
LOGOLOGO
LOGO
LANGLANG
LANGLANG
LANG
IF FREQIF FREQ
IF FREQIF FREQ
IF FREQ
OSDOSD
OSDOSD
OSD
OPTOPT
OPTOPT
OPT
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
AA
AA
A
AA
AA
A
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
0303
0303
03
0505
0505
05
0404
0404
04
0000
0000
00
0101
0101
01
0D0D
0D0D
0D
0707
0707
07
FFFF
FFFF
FF
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0808
0808
08
0808
0808
08
1A1A
1A1A
1A
1919
1919
19
0000
0000
00
3E3E
3E3E
3E
4A4A
4A4A
4A
0A0A
0A0A
0A
3030
3030
30
0000
0000
00
1212
1212
12
0000
0000
00
0000
0000
00
8080
8080
80
6969
6969
69
7575
7575
75
2323
2323
23
0000
0000
00
2020
2020
20
0101
0101
01
0000
0000
00
0303
0303
03
0606
0606
06
0404
0404
04
LG,4828LG,4828
LG,4828LG,4828
LG,4828
Adjustment codes:Adjustment codes:
Adjustment codes:Adjustment codes:
Adjustment codes:
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department 2/22/2
2/22/2
2/2

Model: 14¡ª14¡ª
14¡ª14¡ª
14¡ª
Chassis:Chassis:
Chassis:Chassis:
Chassis: I C technology.I C technology.
I C technology.I C technology.
I C technology.
Picture Tube: SAMSUNG,SAMSUNG,
SAMSUNG,SAMSUNG,
SAMSUNG, Type:A34KQV42X02, S/N:7881202225
22
22
2
Service Mode DataService Mode Data
Service Mode DataService Mode Data
Service Mode Data
11
11
1
22
22
2
33
33
3
44
44
4
55
55
5
66
66
6
77
77
7
88
88
8
99
99
9
1010
1010
10
1111
1111
11
1212
1212
12
1313
1313
13
1414
1414
14
1515
1515
15
1616
1616
16
1717
1717
17
1818
1818
18
1919
1919
19
2020
2020
20
2121
2121
21
2222
2222
22
2323
2323
23
2424
2424
24
2525
2525
25
2626
2626
26
2727
2727
27
2828
2828
28
2929
2929
29
3030
3030
30
3131
3131
31
Item Parameter C ValueItem Parameter C Value
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
RCUTRCUT
RCUTRCUT
RCUT
GCUTGCUT
GCUTGCUT
GCUT
BCUTBCUT
BCUTBCUT
BCUT
GDRVGDRV
GDRVGDRV
GDRV
BDRVBDRV
BDRVBDRV
BDRV
CNTXCNTX
CNTXCNTX
CNTX
BRTCBRTC
BRTCBRTC
BRTC
COLCCOLC
COLCCOLC
COLC
TNTCTNTC
TNTCTNTC
TNTC
COLPCOLP
COLPCOLP
COLP
COLSCOLS
COLSCOLS
COLS
SCNTSCNT
SCNTSCNT
SCNT
CNTCCNTC
CNTCCNTC
CNTC
CNTNCNTN
CNTNCNTN
CNTN
BRTXBRTX
BRTXBRTX
BRTX
BRTNBRTN
BRTNBRTN
BRTN
COLXCOLX
COLXCOLX
COLX
COLNCOLN
COLNCOLN
COLN
TNTXTNTX
TNTXTNTX
TNTX
TNTNTNTN
TNTNTNTN
TNTN
ST3ST3
ST3ST3
ST3
SV3SV3
SV3SV3
SV3
ST4ST4
ST4ST4
ST4
SV4SV4
SV4SV4
SV4
SHPXSHPX
SHPXSHPX
SHPX
SHPNSHPN
SHPNSHPN
SHPN
TXCXTXCX
TXCXTXCX
TXCX
RGCNRGCN
RGCNRGCN
RGCN
VMOVMO
VMOVMO
VMO
VM1VM1
VM1VM1
VM1
HPOSHPOS
HPOSHPOS
HPOS
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
II
II
I
NN
NN
N
NN
NN
N
II
II
I
8080
8080
80
6767
6767
67
6D6D
6D6D
6D
4A4A
4A4A
4A
4444
4444
44
3A3A
3A3A
3A
4C4C
4C4C
4C
4040
4040
40
3A3A
3A3A
3A
3131
3131
31
2E2E
2E2E
2E
0E0E
0E0E
0E
2424
2424
24
0C0C
0C0C
0C
2222
2222
22
3232
3232
32
2525
2525
25
0000
0000
00
3030
3030
30
3030
3030
30
0707
0707
07
0707
0707
07
0707
0707
07
1010
1010
10
1010
1010
10
0505
0505
05
2525
2525
25
2020
2020
20
2C2C
2C2C
2C
0000
0000
00
1111
1111
11
A.B. Research and Development Department 1/21/2
1/21/2
1/2 SM-32PMP.15
oo
oo
o
dd
dd
d
ee
ee
e
SAMSUNGSAMSUNG
SAMSUNGSAMSUNG
SAMSUNG
14¡ª14¡ª
14¡ª14¡ª
14¡ª

SM-32PMP.16
3232
3232
32
3333
3333
33
3434
3434
34
3535
3535
35
3636
3636
36
3737
3737
37
3838
3838
38
3939
3939
39
4040
4040
40
4141
4141
41
4242
4242
42
4343
4343
43
4444
4444
44
4545
4545
45
4646
4646
46
4747
4747
47
4848
4848
48
4949
4949
49
5050
5050
50
5151
5151
51
5252
5252
52
5353
5353
53
5454
5454
54
5555
5555
55
5656
5656
56
5757
5757
57
5858
5858
58
5959
5959
59
6060
6060
60
6161
6161
61
6262
6262
62
6363
6363
63
6464
6464
64
6565
6565
65
6666
6666
66
6767
6767
67
6868
6868
68
6969
6969
69
7070
7070
70
7171
7171
71
7272
7272
72
VP50VP50
VP50VP50
VP50
HITHIT
HITHIT
HIT
HPSHPS
HPSHPS
HPS
VP60VP60
VP60VP60
VP60
HITSHITS
HITSHITS
HITS
VLINVLIN
VLINVLIN
VLIN
VSCVSC
VSCVSC
VSC
VLISVLIS
VLISVLIS
VLIS
DPCDPC
DPCDPC
DPC
DPCSDPCS
DPCSDPCS
DPCS
KEYKEY
KEYKEY
KEY
KEYSKEYS
KEYSKEYS
KEYS
WIDWID
WIDWID
WID
WIDSWIDS
WIDSWIDS
WIDS
VCPVCP
VCPVCP
VCP
CNRCNR
CNRCNR
CNR
HCPHCP
HCPHCP
HCP
SBYSBY
SBYSBY
SBY
SRYSRY
SRYSRY
SRY
RAGCRAGC
RAGCRAGC
RAGC
AFTAFT
AFTAFT
AFT
HAFCHAFC
HAFCHAFC
HAFC
V25V25
V25V25
V25
V50V50
V50V50
V50
BRTSBRTS
BRTSBRTS
BRTS
VM2VM2
VM2VM2
VM2
MOD0MOD0
MOD0MOD0
MOD0
MOD1MOD1
MOD1MOD1
MOD1
MOD2MOD2
MOD2MOD2
MOD2
SELFSELF
SELFSELF
SELF
SELF VCOSELF VCO
SELF VCOSELF VCO
SELF VCO
SELF AGCSELF AGC
SELF AGCSELF AGC
SELF AGC
SELF BRTCSELF BRTC
SELF BRTCSELF BRTC
SELF BRTC
SELF CNTCSELF CNTC
SELF CNTCSELF CNTC
SELF CNTC
SELF TNTCSELF TNTC
SELF TNTCSELF TNTC
SELF TNTC
SELF COLSELF COL
SELF COLSELF COL
SELF COL
LOGOLOGO
LOGOLOGO
LOGO
LANGLANG
LANGLANG
LANG
IF FREQIF FREQ
IF FREQIF FREQ
IF FREQ
OSDOSD
OSDOSD
OSD
OPTOPT
OPTOPT
OPT
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
AA
AA
A
AA
AA
A
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
0505
0505
05
1414
1414
14
0808
0808
08
0101
0101
01
0000
0000
00
0A0A
0A0A
0A
0808
0808
08
FFFF
FFFF
FF
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0808
0808
08
0808
0808
08
2525
2525
25
4040
4040
40
0000
0000
00
3E3E
3E3E
3E
4A4A
4A4A
4A
FDFD
FDFD
FD
3030
3030
30
0000
0000
00
0202
0202
02
0000
0000
00
0000
0000
00
8080
8080
80
6969
6969
69
7575
7575
75
2323
2323
23
0000
0000
00
2020
2020
20
0101
0101
01
0000
0000
00
0303
0303
03
0000
0000
00
0404
0404
04
Adjustment codes:Adjustment codes:
Adjustment codes:Adjustment codes:
Adjustment codes:
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department 2/22/2
2/22/2
2/2
342.Samsung342.Samsung
342.Samsung342.Samsung
342.Samsung

Model: 14¡ª14¡ª
14¡ª14¡ª
14¡ª
Chassis:Chassis:
Chassis:Chassis:
Chassis: I C technology.I C technology.
I C technology.I C technology.
I C technology.
Picture Tube: IRICO,IRICO,
IRICO,IRICO,
IRICO, Type:37SX110Y22-DC05, S/N:97020510
22
22
2
Service Mode DataService Mode Data
Service Mode DataService Mode Data
Service Mode Data
11
11
1
22
22
2
33
33
3
44
44
4
55
55
5
66
66
6
77
77
7
88
88
8
99
99
9
1010
1010
10
1111
1111
11
1212
1212
12
1313
1313
13
1414
1414
14
1515
1515
15
1616
1616
16
1717
1717
17
1818
1818
18
1919
1919
19
2020
2020
20
2121
2121
21
2222
2222
22
2323
2323
23
2424
2424
24
2525
2525
25
2626
2626
26
2727
2727
27
2828
2828
28
2929
2929
29
3030
3030
30
3131
3131
31
Item Parameter C ValueItem Parameter C Value
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
RCUTRCUT
RCUTRCUT
RCUT
GCUTGCUT
GCUTGCUT
GCUT
BCUTBCUT
BCUTBCUT
BCUT
GDRVGDRV
GDRVGDRV
GDRV
BDRVBDRV
BDRVBDRV
BDRV
CNTXCNTX
CNTXCNTX
CNTX
BRTCBRTC
BRTCBRTC
BRTC
COLCCOLC
COLCCOLC
COLC
TNTCTNTC
TNTCTNTC
TNTC
COLPCOLP
COLPCOLP
COLP
COLSCOLS
COLSCOLS
COLS
SCNTSCNT
SCNTSCNT
SCNT
CNTCCNTC
CNTCCNTC
CNTC
CNTNCNTN
CNTNCNTN
CNTN
BRTXBRTX
BRTXBRTX
BRTX
BRTNBRTN
BRTNBRTN
BRTN
COLXCOLX
COLXCOLX
COLX
COLNCOLN
COLNCOLN
COLN
TNTXTNTX
TNTXTNTX
TNTX
TNTNTNTN
TNTNTNTN
TNTN
ST3ST3
ST3ST3
ST3
SV3SV3
SV3SV3
SV3
ST4ST4
ST4ST4
ST4
SV4SV4
SV4SV4
SV4
SHPXSHPX
SHPXSHPX
SHPX
SHPNSHPN
SHPNSHPN
SHPN
TXCXTXCX
TXCXTXCX
TXCX
RGCNRGCN
RGCNRGCN
RGCN
VMOVMO
VMOVMO
VMO
VM1VM1
VM1VM1
VM1
HPOSHPOS
HPOSHPOS
HPOS
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
II
II
I
NN
NN
N
NN
NN
N
II
II
I
8282
8282
82
CACA
CACA
CA
8585
8585
85
5252
5252
52
4A4A
4A4A
4A
3F3F
3F3F
3F
3F3F
3F3F
3F
3030
3030
30
3A3A
3A3A
3A
3030
3030
30
2E2E
2E2E
2E
0E0E
0E0E
0E
2A2A
2A2A
2A
0C0C
0C0C
0C
2222
2222
22
3636
3636
36
2525
2525
25
0000
0000
00
3030
3030
30
3030
3030
30
0707
0707
07
0707
0707
07
0707
0707
07
1010
1010
10
1010
1010
10
0505
0505
05
2525
2525
25
2020
2020
20
2C2C
2C2C
2C
0000
0000
00
0B0B
0B0B
0B
A.B. Research and Development Department 1/21/2
1/21/2
1/2 SM-32PMP.17
oo
oo
o
dd
dd
d
ee
ee
e
IRICOIRICO
IRICOIRICO
IRICO
14¡ª14¡ª
14¡ª14¡ª
14¡ª

SM-32PMP.18
3232
3232
32
3333
3333
33
3434
3434
34
3535
3535
35
3636
3636
36
3737
3737
37
3838
3838
38
3939
3939
39
4040
4040
40
4141
4141
41
4242
4242
42
4343
4343
43
4444
4444
44
4545
4545
45
4646
4646
46
4747
4747
47
4848
4848
48
4949
4949
49
5050
5050
50
5151
5151
51
5252
5252
52
5353
5353
53
5454
5454
54
5555
5555
55
5656
5656
56
5757
5757
57
5858
5858
58
5959
5959
59
6060
6060
60
6161
6161
61
6262
6262
62
6363
6363
63
6464
6464
64
6565
6565
65
6666
6666
66
6767
6767
67
6868
6868
68
6969
6969
69
7070
7070
70
7171
7171
71
7272
7272
72
VP50VP50
VP50VP50
VP50
HITHIT
HITHIT
HIT
HPSHPS
HPSHPS
HPS
VP60VP60
VP60VP60
VP60
HITSHITS
HITSHITS
HITS
VLINVLIN
VLINVLIN
VLIN
VSCVSC
VSCVSC
VSC
VLISVLIS
VLISVLIS
VLIS
DPCDPC
DPCDPC
DPC
DPCSDPCS
DPCSDPCS
DPCS
KEYKEY
KEYKEY
KEY
KEYSKEYS
KEYSKEYS
KEYS
WIDWID
WIDWID
WID
WIDSWIDS
WIDSWIDS
WIDS
VCPVCP
VCPVCP
VCP
CNRCNR
CNRCNR
CNR
HCPHCP
HCPHCP
HCP
SBYSBY
SBYSBY
SBY
SRYSRY
SRYSRY
SRY
RAGCRAGC
RAGCRAGC
RAGC
AFTAFT
AFTAFT
AFT
HAFCHAFC
HAFCHAFC
HAFC
V25V25
V25V25
V25
V50V50
V50V50
V50
BRTSBRTS
BRTSBRTS
BRTS
VM2VM2
VM2VM2
VM2
MOD0MOD0
MOD0MOD0
MOD0
MOD1MOD1
MOD1MOD1
MOD1
MOD2MOD2
MOD2MOD2
MOD2
SELFSELF
SELFSELF
SELF
SELF VCOSELF VCO
SELF VCOSELF VCO
SELF VCO
SELF AGCSELF AGC
SELF AGCSELF AGC
SELF AGC
SELF BRTCSELF BRTC
SELF BRTCSELF BRTC
SELF BRTC
SELF CNTCSELF CNTC
SELF CNTCSELF CNTC
SELF CNTC
SELF TNTCSELF TNTC
SELF TNTCSELF TNTC
SELF TNTC
SELF COLSELF COL
SELF COLSELF COL
SELF COL
LOGOLOGO
LOGOLOGO
LOGO
LANGLANG
LANGLANG
LANG
IF FREQIF FREQ
IF FREQIF FREQ
IF FREQ
OSDOSD
OSDOSD
OSD
OPTOPT
OPTOPT
OPT
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
II
II
I
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
AA
AA
A
AA
AA
A
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
NN
NN
N
AA
AA
A
AA
AA
A
AA
AA
A
II
II
I
NN
NN
N
0202
0202
02
1212
1212
12
0404
0404
04
0202
0202
02
2E2E
2E2E
2E
0B0B
0B0B
0B
0808
0808
08
FFFF
FFFF
FF
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0000
0000
00
0808
0808
08
0808
0808
08
2424
2424
24
1E1E
1E1E
1E
0000
0000
00
3E3E
3E3E
3E
4A4A
4A4A
4A
1414
1414
14
3030
3030
30
0000
0000
00
0202
0202
02
0000
0000
00
0000
0000
00
8080
8080
80
6969
6969
69
7575
7575
75
2323
2323
23
0000
0000
00
2020
2020
20
0101
0101
01
0000
0000
00
0303
0303
03
1212
1212
12
0404
0404
04
Adjustment codes:Adjustment codes:
Adjustment codes:Adjustment codes:
Adjustment codes:
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.I Data adjustable individually for each unit.
I Data adjustable individually for each unit.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.A Adjustable parameter.Changes need Engineering Department approval.
A Adjustable parameter.Changes need Engineering Department approval.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.N Non adjustable parameter.
N Non adjustable parameter.
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department 2/22/2
2/22/2
2/2
Picture Tube: IRICO,Type:37SX110Y22-DC05, S/N:97020510