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CT-M4828-H
Service Manual
50 pgs377.62 Kb0

Teac CT-M4828-H Service Manual

SERVICE MANUAL
48cm CTV
Effective: MARCH 2000 CTM4828HSERV
SER VICE MANUAL
SOLID STATE
Color Television
Receiver
P AL SECAM VERSION
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.
5-1 1-99
Document : ___________ Approved by : ___________Date :
SM - 32PM
___________
TOSHIBA I C IC
2
( Sunny Cheung )
Checked by : ________________________________________________________
(PAK FUNG PAN WONG YIM FAI)
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-32PM P .1
MODEL : 14"
ITEMS OF MEASUREMENT VIDEO SENS. AT S/N 30db
SOUND SENS. A T S/N 30db
AGC CHARACTER SELECTIVITY -1.5 MHz
+ 8 MHz COLOR SENS. COLOR LOCK - IN RANGE VERTICAL LOCK - IN RANGE HORIZONTAL LOCK - IN RANGE MAX BRIGHTNESS MAX OUTPUT POWER
L - VHF H - VHF UHF
L - VHF
H - VHF
UHF
STANDARD < 57
< 57 < 60
< 42 < 42 < 48
> 60 > 35
> 40 < 45 > +300 > 6 > 400 > 140 > 1
UNIT dbuv
dbuv dbuv
dbuv dbuv dbuv
db db
db
dbuv
Hz Hz Hz
cd / m2
W 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 ( AT NORMAL CONDITION ) POWER CONSUMPTION ( AT MAX. CONDITION )
CONVERGENCE DISLOCATION A T AREA "A"
AREA "B"
( see fig.1 )
> 0.7 < -40 > +1
> -0.5 < 20 > 300
> 400 < 10
< 10 < 5 > 5
> +15 < 60
< 70 < 0.4
< 0.8
W db
MHz MHz
mV
LINES LINES
% %
%
METER
DEGREE
WATTS WATTS
% %
H
VIDEO INPUT LEVEL : 1.0V P-P + 3dB AUDIO INPUT LEVEL : 0.5V RMS + 3dB
Fig.1
A
B
SM - 32PM P.2
MODEL : 20" - 21"
ITEMS OF MEASUREMENT VIDEO SENS. AT S/N 30db
SOUND SENS. A T S/N 30db
AGC CHARACTER SELECTIVITY -1.5 MHz
+ 8 MHz COLOR SENS. COLOR LOCK - IN RANGE VERTICAL LOCK - IN RANGE HORIZONTAL LOCK - IN RANGE MAX BRIGHTNESS MAX OUTPUT POWER
L - VHF H - VHF UHF
L - VHF H - VHF UHF
STANDARD < 57
< 57 < 60
< 42 < 42 < 48
> 60 > 35
> 40 < 45 > +300 > 6 > 400 > 120 > 1.8
UNIT dbuv
dbuv dbuv
dbuv dbuv dbuv
db db
db
dbuv
Hz Hz Hz
cd/m2
W 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 ( AT NORMAL CONDITION )
POWER CONSUMPTION ( AT MAX. CONDITION ) CONVERGENCE DISLOCATION A T AREA "A"
AREA "B"
( see fig.2 )
> 1.3 < -40 > +1
> -0.5 < 20 > 300
> 400 < 10
< 10 < 5 > 5
> +15 < 70
< 85 < 0.4
< 0.8
W db
MHz MHz
mV
LINES LINES
% %
%
METER
DEGREE
WATTS WATTS
% %
H
VIDEO INPUT LEVEL : 1.0V P-P + 3dB AUDIO INPUT LEVEL : 0.5V RMS + 3dB
Fig.2
A
B
SM - 32PM P.3
SPECIFICA TION
SUPPL Y VOLT AGE : AC220V 50Hz > + 10% / -20%
SYSTEM :
CHANNEL L - VHF : H - VHF : UHF :
VIF FREQUENCY : SIF FREQUENCY : CHROMA IF FREQUENCY : INTER-CARRIER FREQUENCY : SCANNING HORIZONT AL :
VERTICAL : ANTENNA INPUT IMPEDANCE : CRT :
SM -32PM P.4
PAL - I / I
4 - 13
21 - 69
38.9
32.9
34.47
6.0
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
1 - 5
6 - 12
21 - 69
38.0
31.5 32.5
33.57 33.57
6.5 5.5
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 15625 LINE
50 Hz
75 OHM
14"
PAL - BG
( HYPER )
E2 - S10 E5 - S41
E21 - E69
38.9
33.4
34.47
5.5
PAL - BG
( CATV )
E2 - S2
E5 - S20
E21 - E69
38.9
33.4
34.47
5.5
SECAM - L
1 - Q
21 - 69
38.9
32.4
34.47
6.5
MODEL : 14"
L'
FB - FC
32.7
39.2
6.5
CH CH
CH MHz MHz MHz MHz
SPECIFICA TION
SUPPL Y VOLT AGE : AC220V 50Hz > + 10% / -20%
SYSTEM :
CHANNEL L - VHF : H - VHF : UHF :
VIF FREQUENCY : SIF FREQUENCY : CHROMA IF FREQUENCY : INTER-CARRIER FREQUENCY : SCANNING HORIZONT AL :
VERTICAL : ANTENNA INPUT IMPEDANCE : CRT :
SM - 32PM P.5
PAL - I / I
4 - 13
21 - 69
38.9
32.9
34.47
6.0
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
1 - 5
6 - 12
21 - 69
38.0
31.5 32.5
33.57 33.57
6.5 5.5
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 15625 LINE
50 Hz 75 OHM 20" - 21"
PAL - BG
( HYPER )
E2 - S10 E5 - S41
E21 - E69
38.9
33.4
34.47
5.5
PAL - BG
( CATV )
E2 - S2
E5 - S20
E21 - E69
38.9
33.4
34.47
5.5
MODEL : 20" - 21"
SECAM - L
1 - Q
21 - 69
38.9
32.4
34.47
6.5
L'
FB - FC
32.7
39.2
6.5
CH CH
CH MHz MHz MHz MHz
ALIGNMENT INSTRUCTION I.PLEASE READ BEFORE A TTEMPTING SERVICE
1.Do not connect any antenna plug directly to the tuner socket and do not connect any equipments directly to the TV chassis,otherwise it may be burnt out the TV or equipment,execept an isolation transformer is used for main power source or the TV sets.
2.Never disconnect any leads while receiver is in operation.
3.Disconnect all power before attempting any repairs.
4.Do not short any portion of the circuit while power is on.
5.For safety reasons,all parts replaced should be identical(for parts and part numbers see parts list).
6.Before alignment the set must be pre-heated for 30 minutes or more and erase magnetism thoroughly from CRT front chassis frame by erase coil.
II.TEST EQUIPMENT
1.Colour Bar/Dot/Cross Hatch
2.Oscilloscope
3.V acuum Tube V oltmeter
4.Volt Ohumeter
5.High Voltage Meter
6.Ampere Meter (0.5 Class,DC 3mA Max.)
7.Demagnetizing Coil
8.Closed Caption Encoder
9.High Pot T ester .
I. B+ ADJUSTMENT
1.Connect a digital voltmeter to B+ and Ground.
2.Set Brightness Contrest to minimum.
3.Adjust Screen Volume on FBT until the picture can just been seen.
4.Adjust VR901 to obtain a reading of 1 12
+ 0.5V(FOR samsung CRT).
II. AFC ALIGNMENT
1.Disconnect the soldering pad ‘F’.
2.Input the signal from Pattern Generator ( IF 38.9MHz ) colour bar to R101 and GND.
3.Adjust the T101 until the colour bar show on the screer.
4.Select ‘SELF VCO’in D-MODE.
5.Press the AFC button on the handset.
6.About few seconds screen willbe show AFT OK. *REMARK: No this factory on Normal R.C.
III.AGC ALIGNMENT
1.Receive CH69 (UHF) and input filed strangth. TUNER INput Signal 62 + 3dB,
2.Connect a digital Voltmeter between the TUNER AGC Terminal and Ground.
3.Select RAGC item,Adjust the value to 3F ,and then adjust the AGC value obtain the voltage drop down 0.4V . Remark: 1 The drop down voltage should be more than and tends to 0.4V .
2 No observable noise can be seen.
IV .VERTICAL LINEARTY ADJUSTMENT
1.P AL (50Hz)Adjustment (1).Reneive Crosshatch Pattern (50Hz) . (2).Select VLIS item adjust value to normal regular picture.
2.NTSC (60Hz) Adjustment. (1).Reneive Cross hatch Patter (60Hz). (2).Select VILN item adjust value to normal regular picture.
3.Repeat 1.2. receive Cross hatch 50Hz and 60Hz is same picture.
V . VERTICAL HEIGHT ADJUSTMENT
1.P AL (50Hz) Adjust . (1).Recive Mono scope Patter (50Hz). (2).Select HITS item adjust value to normal regular picture.
2.NTSC (60Hz). (1).Receive Mono scope Patter (60Hz). (2).Select HIT item adjust value to normal regular picture
3.Repeat 1.2. receive Mono Scope Patter 50Hz and 60Hz is same picture.
SM-32PM P.6
VI.VERTICAL S-CORRECTION ADJUSTMENT
1. Receive Cross hatch Pattern
2. Select VSC item adjust value to normal,regular picture.
VERTICAL CENTER ADJUSTMENT
1. P AL (50Hz) Adjustment (1). Receive Monscope Pattern (50Hz). (2). Select VP50 item adjust value to obtain the picture at center .
2. NTSC (60Hz) Adjustment (1). Receive Monscope Pattern (60Hz). (2). Select VP60 item adjust value to obtain the picture at center.
3. Repeat 1.2. receive Mono Sope Pattern 50Hz and 60Hz is same picture center.
VII. HORIZONT AL PHASE ADJUSTMENT
1.PAL(50Hz)Adjustment. (1).Receive Mono Scope Pattern (50Hz). (2).Select HPS item adjust value to normal regular Picture.
2.NTSC(60Hz) (1).Receive Mono Scope Pattern (60Hz). (2).Select HPOS item adjust value to normal regular Picture.
3.Repeat 1. 2. receive Mono Scope Pattern (50Hz) and (60Hz) is Same Picture.
DISTRICT
THAILAND FRANCE GERMANY *GROUP A *GROUP B *GROUP C
mm -5 -4 -3 -2 -1 0 1 2 3 4 5 mm
LEFT RIGHT
REMARK :
1. SUIT ABLE 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, T AHITI.
4. Group B : HONG KONG, CHINA, AMERICA, CANADA, MALAYSIA, MEXICO.
5. Group C : ENGLAND, ITAL Y, GERMANY , RUSSIA, SWITZERLAND, JUGOSLA VIA, SPANISH. If the above countries are not include, please consult to Engineering Dept.
CENTRE (mm)
POSITION
-1 +3 +3
-2
0
+3
LIMIT (mm)
0 ~ -2 0 ~ +5 0 ~ +5
-5 ~ -1
-2 ~ +2 0 ~ +5
CENTER OF
THE SCREEN
SCANNING
SIZE (%)
90 90 90 90 90 90
CRT MUST FACE TO EAST
SCANNING
SIZE
LIMIT (%) 88 ~ 92
88 ~ 94 90 ~ 95 88 ~ 94 88 ~ 94 88 ~ 94
SM-32PM P .7
VIII. WHITE BALANCE ALIGNMENT STEP
(Deqauss the picture by deqaussing coil if necessary)
1. Disconnect the any input signal,set the blue black OFF .
2. Enter to D HODE.
3. Adjust the RCUT ,GCUT,BCUT value to 80,GDRV ,BDR V to 45,BRTS to CO.
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 VOL T meter ‘+’ to CRT BOARD G2,(-) to GND and get the reading value.
7. Adjust the screen VR lead the reading value reduce 25
8. Adjust the BRTS set to F6,and set BRIGHT ,CONT to mid. Receive a Black and White Pattern.
9. Select Remote handset direct key (2) and (3) button adjust GCUT and BCUT to minimum
10. value,Press(1) button adjust RCUT to middle value.
11.
Press Picture mode, select Brightness and Contrast adjust value to minimum.
12.
Press handset direct key (2) button to obtain a yellow line.
13.
Press handset direct key (3) button to obtain a white line.
14.
Press handset direct key (-/--) button again.
15.
Press CH button select GDRV and BDRV item adjust value to make the
16.
picture unifoumlywhite (9300 K + 3JND).
¡C¡C
¡C
¡C¡C
+ 5v
IX. SUB-BRIGHTNESS ALIGNMENT
1. Receive a Colour Bar Pattern.
2. Press PICTURE mode select BRIGHTNESS, CONTRAST adjust value to minimum.
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 Monoscope Pattern.
3. Adjust focus control to obtain sharpest picture.
XI. HIGH POT TESTING
1) Short the L-pole and N-pole of AC line cord.
2) Switch on the power switch of the TV Set.
3) Connect The High Pot T ester (-) to L and N pole, (+) to the
METAL P AR T of CABINET .
CONDITION
SAFETY STD. VDE,SAA
UL
REMARK: (1). If no other specity,the strength of input signal should
TEST SYANDARD
3.0KV 10mA / 1MIN
1.0KV 5mA / 1MIN
TEST STANDARN
FOR PRODUCTION
>3.5KV <10mA / >10 SEC.
>1.25KV <5mA / >1 SEC.
be 70dB (2). The HIGH POT TESTER can have < + 5% tolerance.
+ 10dB.
SM-32PM P .8
Model: Chassis:Chassis:
Chassis:
Chassis:Chassis:
21¡ª21¡ª
21¡ª
21¡ª21¡ª
22
2
22
I C technology.I C technology.
I C technology.
I C technology.I C technology.
Picture Tube:
Service Mode DataService Mode Data
Service Mode Data
Service Mode DataService Mode Data
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
Item Parameter C ValueItem Parameter C Value
11
1
11 22
2
22 33
3
33 44
4
44 55
5
55 66
6
66 77
7
77 88
8
88 99
9
99 1010
10
1010 1111
11
1111 1212
12
1212 1313
13
1313 1414
14
1414 1515
15
1515 1616
16
1616 1717
17
1717 1818
18
1818 1919
19
1919 2020
20
2020 2121
21
2121 2222
22
2222 2323
23
2323 2424
24
2424 2525
25
2525 2626
26
2626 2727
27
2727 2828
28
2828 2929
29
2929 3030
30
3030 3131
31
3131
RCUTRCUT
RCUT
RCUTRCUT GCUTGCUT
GCUT
GCUTGCUT BCUTBCUT
BCUT
BCUTBCUT GDRVGDRV
GDRV
GDRVGDRV BDRVBDRV
BDRV
BDRVBDRV CNTXCNTX
CNTX
CNTXCNTX BRTCBRTC
BRTC
BRTCBRTC COLCCOLC
COLC
COLCCOLC TNTCTNTC
TNTC
TNTCTNTC COLPCOLP
COLP
COLPCOLP COLSCOLS
COLS
COLSCOLS SCNTSCNT
SCNT
SCNTSCNT CNTCCNTC
CNTC
CNTCCNTC CNTNCNTN
CNTN
CNTNCNTN BRTXBRTX
BRTX
BRTXBRTX BRTNBRTN
BRTN
BRTNBRTN COLXCOLX
COLX
COLXCOLX COLNCOLN
COLN
COLNCOLN TNTXTNTX
TNTX
TNTXTNTX TNTNTNTN
TNTN
TNTNTNTN ST3ST3
ST3
ST3ST3 SV3SV3
SV3
SV3SV3 ST4ST4
ST4
ST4ST4 SV4SV4
SV4
SV4SV4 SHPXSHPX
SHPX
SHPXSHPX SHPNSHPN
SHPN
SHPNSHPN TXCXTXCX
TXCX
TXCXTXCX RGCNRGCN
RGCN
RGCNRGCN VMOVMO
VMO
VMOVMO VM1VM1
VM1
VM1VM1 HPOSHPOS
HPOS
HPOSHPOS
SAMSUNG,SAMSUNG,
SAMSUNG, Type:A51KQK99X01, S/N:2090344252
SAMSUNG,SAMSUNG,
oo
o
oo dd
d
dd ee
e
ee
II
I
II II
I
II II
I
II II
I
II II
I
II 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
AA II
I
II II
I
II NN
N
NN NN
N
NN II
I
II
SAMSUNGSAMSUNG
SAMSUNG
SAMSUNGSAMSUNG 21¡ª 21¡ª
21¡ª
21¡ª 21¡ª
8383
83
8383 D8D8
D8
D8D8 8585
85
8585 4949
49
4949 4949
49
4949 3A3A
3A
3A3A 4747
47
4747 3030
30
3030 3A3A
3A
3A3A 3333
33
3333 2E2E
2E
2E2E 0E0E
0E
0E0E 2B2B
2B
2B2B 0606
06
0606 2323
23
2323 2121
21
2121 2525
25
2525 0000
00
0000 3030
30
3030 3030
30
3030 0909
09
0909 0909
09
0909 0909
09
0909 1010
10
1010 1212
12
1212 0505
05
0505 2A2A
2A
2A2A 1E1E
1E
1E1E 2C2C
2C
2C2C 0000
00
0000 0606
06
0606
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
1/21/2
1/2
1/21/2
SM-32PM P .9
VP50VP50
VP50
3232
32
3232
3333
33
3333 3434
34
3434 3535
35
3535 3636
36
3636 3737
37
3737 3838
38
3838 3939
39
3939 4040
40
4040 4141
41
4141 4242
42
4242 4343
43
4343 4444
44
4444 4545
45
4545 4646
46
4646 4747
47
4747 4848
48
4848 4949
49
4949 5050
50
5050 5151
51
5151 5252
52
5252 5353
53
5353 5454
54
5454 5555
55
5555 5656
56
5656 5757
57
5757 5858
58
5858 5959
59
5959 6060
60
6060 6161
61
6161 6262
62
6262 6363
63
6363 6464
64
6464 6565
65
6565 6666
66
6666 6767
67
6767 6868
68
6868 6969
69
6969 7070
70
7070 7171
71
7171 7272
72
7272
SAMSUNG,Type:A51KQK99SAMSUNG,Type:A51KQK99
SAMSUNG,Type:A51KQK99X
SAMSUNG,Type:A51KQK99SAMSUNG,Type:A51KQK99
VP50VP50 HITHIT
HIT
HITHIT HPSHPS
HPS
HPSHPS VP60VP60
VP60
VP60VP60 HITSHITS
HITS
HITSHITS VLINVLIN
VLIN
VLINVLIN VSCVSC
VSC
VSCVSC VLISVLIS
VLIS
VLISVLIS DPCDPC
DPC
DPCDPC DPCSDPCS
DPCS
DPCSDPCS KEYKEY
KEY
KEYKEY KEYSKEYS
KEYS
KEYSKEYS WIDWID
WID
WIDWID WIDSWIDS
WIDS
WIDSWIDS VCPVCP
VCP
VCPVCP CNRCNR
CNR
CNRCNR HCPHCP
HCP
HCPHCP SBYSBY
SBY
SBYSBY SRYSRY
SRY
SRYSRY RAGCRAGC
RAGC
RAGCRAGC AFTAFT
AFT
AFTAFT HAFCHAFC
HAFC
HAFCHAFC V25V25
V25
V25V25 V50V50
V50
V50V50 BRTSBRTS
BRTS
BRTSBRTS VM2VM2
VM2
VM2VM2 MOD0MOD0
MOD0
MOD0MOD0 MOD1MOD1
MOD1
MOD1MOD1 MOD2MOD2
MOD2
MOD2MOD2 SELFSELF
SELF
SELFSELF SELF VCOSELF VCO
SELF VCO
SELF VCOSELF VCO SELF AGCSELF AGC
SELF AGC
SELF AGCSELF AGC SELF BRTCSELF BRTC
SELF BRTC
SELF BRTCSELF BRTC SELF CNTCSELF CNTC
SELF CNTC
SELF CNTCSELF CNTC SELF TNTCSELF TNTC
SELF TNTC
SELF TNTCSELF TNTC SELF COLSELF COL
SELF COL
SELF COLSELF COL LOGOLOGO
LOGO
LOGOLOGO LANGLANG
LANG
LANGLANG IF FREQIF FREQ
IF FREQ
IF FREQIF FREQ OSDOSD
OSD
OSDOSD OPTOPT
OPT
OPTOPT
II
I
II II
I
II II
I
II II
I
II II
I
II II
I
II II
I
II II
I
II 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
NN AA
A
AA AA
A
AA II
I
II NN
N
NN NN
N
NN AA
A
AA AA
A
AA II
I
II NN
N
NN AA
A
AA AA
A
AA NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN AA
A
AA AA
A
AA AA
A
AA II
I
II NN
N
NN
0101
01
0101
0303
03
0303 1616
16
1616 0404
04
0404 0000
00
0000 0202
02
0202 0C0C
0C
0C0C 0808
08
0808 FFFF
FF
FFFF 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
0000 0808
08
0808 0808
08
0808 2121
21
2121 2727
27
2727 0000
00
0000 3E3E
3E
3E3E 4A4A
4A
4A4A 0404
04
0404 3030
30
3030 0000
00
0000 1212
12
1212 0000
00
0000 0000
00
0000 8080
80
8080 6969
69
6969 7575
75
7575 2323
23
2323 0000
00
0000 2020
20
2020 0101
01
0101 0000
00
0000 0303
03
0303 0202
02
0202 0404
04
0404
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.
2/22/2
2/2
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
2/22/2
SM-32PM P .10
Model: Chassis:Chassis:
Chassis:
Chassis:Chassis:
21¡ª21¡ª
21¡ª
21¡ª21¡ª
22
2
22
I C technology.I C technology.
I C technology.
I C technology.I C technology.
Picture Tube:
Service Mode DataService Mode Data
Service Mode Data
Service Mode DataService Mode Data
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
Item Parameter C ValueItem Parameter C Value
11
1
11 22
2
22 33
3
33 44
4
44 55
5
55 66
6
66 77
7
77 88
8
88 99
9
99 1010
10
1010 1111
11
1111 1212
12
1212 1313
13
1313 1414
14
1414 1515
15
1515 1616
16
1616 1717
17
1717 1818
18
1818 1919
19
1919 2020
20
2020 2121
21
2121 2222
22
2222 2323
23
2323 2424
24
2424 2525
25
2525 2626
26
2626 2727
27
2727 2828
28
2828 2929
29
2929 3030
30
3030 3131
31
3131
A.B. Research and Development Department
RCUTRCUT
RCUT
RCUTRCUT GCUTGCUT
GCUT
GCUTGCUT BCUTBCUT
BCUT
BCUTBCUT GDRVGDRV
GDRV
GDRVGDRV BDRVBDRV
BDRV
BDRVBDRV CNTXCNTX
CNTX
CNTXCNTX BRTCBRTC
BRTC
BRTCBRTC COLCCOLC
COLC
COLCCOLC TNTCTNTC
TNTC
TNTCTNTC COLPCOLP
COLP
COLPCOLP COLSCOLS
COLS
COLSCOLS SCNTSCNT
SCNT
SCNTSCNT CNTCCNTC
CNTC
CNTCCNTC CNTNCNTN
CNTN
CNTNCNTN BRTXBRTX
BRTX
BRTXBRTX BRTNBRTN
BRTN
BRTNBRTN COLXCOLX
COLX
COLXCOLX COLNCOLN
COLN
COLNCOLN TNTXTNTX
TNTX
TNTXTNTX TNTNTNTN
TNTN
TNTNTNTN ST3ST3
ST3
ST3ST3 SV3SV3
SV3
SV3SV3 ST4ST4
ST4
ST4ST4 SV4SV4
SV4
SV4SV4 SHPXSHPX
SHPX
SHPXSHPX SHPNSHPN
SHPN
SHPNSHPN TXCXTXCX
TXCX
TXCXTXCX RGCNRGCN
RGCN
RGCNRGCN VMOVMO
VMO
VMOVMO VM1VM1
VM1
VM1VM1 HPOSHPOS
HPOS
HPOSHPOS
SEG-HITACHI,SEG-HITACHI,
SEG-HITACHI, Type:A51JSY63X13, S/N:SH9E210453
SEG-HITACHI,SEG-HITACHI,
oo
o
oo dd
d
dd ee
e
ee
II
I
II II
I
II II
I
II II
I
II II
I
II 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
AA II
I
II II
I
II NN
N
NN NN
N
NN II
I
II
HITACHIHITACHI
HITACHI
HITACHIHITACHI 21¡ª 21¡ª
21¡ª
21¡ª 21¡ª
8383
83
8383 8484
84
8484 8686
86
8686 4A4A
4A
4A4A 4343
43
4343 3A3A
3A
3A3A 4343
43
4343 3030
30
3030 3A3A
3A
3A3A 3030
30
3030 2F2F
2F
2F2F 0E0E
0E
0E0E 2727
27
2727 0606
06
0606 2A2A
2A
2A2A 2121
21
2121 2525
25
2525 0000
00
0000 3030
30
3030 3030
30
3030 0909
09
0909 0909
09
0909 0909
09
0909 1010
10
1010 1212
12
1212 0505
05
0505 2727
27
2727 2727
27
2727 2C2C
2C
2C2C 0000
00
0000 0909
09
0909
1/21/2
1/2
1/21/2
SM-32PM P .1 1
3232
32
3232 3333
33
3333 3434
34
3434 3535
35
3535 3636
36
3636 3737
37
3737 3838
38
3838 3939
39
3939 4040
40
4040 4141
41
4141 4242
42
4242 4343
43
4343 4444
44
4444 4545
45
4545 4646
46
4646 4747
47
4747 4848
48
4848 4949
49
4949 5050
50
5050 5151
51
5151 5252
52
5252 5353
53
5353 5454
54
5454 5555
55
5555 5656
56
5656 5757
57
5757 5858
58
5858 5959
59
5959 6060
60
6060 6161
61
6161 6262
62
6262 6363
63
6363 6464
64
6464 6565
65
6565 6666
66
6666 6767
67
6767 6868
68
6868 6969
69
6969 7070
70
7070 7171
71
7171 7272
72
7272
SEG-HITACHI,Type:A51JSY63SEG-HITACHI,Type:A51JSY63
SEG-HITACHI,Type:A51JSY63X
SEG-HITACHI,Type:A51JSY63SEG-HITACHI,Type:A51JSY63
VP50VP50
VP50
VP50VP50 HITHIT
HIT
HITHIT HPSHPS
HPS
HPSHPS VP60VP60
VP60
VP60VP60 HITSHITS
HITS
HITSHITS VLINVLIN
VLIN
VLINVLIN VSCVSC
VSC
VSCVSC VLISVLIS
VLIS
VLISVLIS DPCDPC
DPC
DPCDPC DPCSDPCS
DPCS
DPCSDPCS KEYKEY
KEY
KEYKEY KEYSKEYS
KEYS
KEYSKEYS WIDWID
WID
WIDWID WIDSWIDS
WIDS
WIDSWIDS VCPVCP
VCP
VCPVCP CNRCNR
CNR
CNRCNR HCPHCP
HCP
HCPHCP SBYSBY
SBY
SBYSBY SRYSRY
SRY
SRYSRY RAGCRAGC
RAGC
RAGCRAGC AFTAFT
AFT
AFTAFT HAFCHAFC
HAFC
HAFCHAFC V25V25
V25
V25V25 V50V50
V50
V50V50 BRTSBRTS
BRTS
BRTSBRTS VM2VM2
VM2
VM2VM2 MOD0MOD0
MOD0
MOD0MOD0 MOD1MOD1
MOD1
MOD1MOD1 MOD2MOD2
MOD2
MOD2MOD2 SELFSELF
SELF
SELFSELF SELF VCOSELF VCO
SELF VCO
SELF VCOSELF VCO SELF AGCSELF AGC
SELF AGC
SELF AGCSELF AGC SELF BRTCSELF BRTC
SELF BRTC
SELF BRTCSELF BRTC SELF CNTCSELF CNTC
SELF CNTC
SELF CNTCSELF CNTC SELF TNTCSELF TNTC
SELF TNTC
SELF TNTCSELF TNTC SELF COLSELF COL
SELF COL
SELF COLSELF COL LOGOLOGO
LOGO
LOGOLOGO LANGLANG
LANG
LANGLANG IF FREQIF FREQ
IF FREQ
IF FREQIF FREQ OSDOSD
OSD
OSDOSD OPTOPT
OPT
OPTOPT
II
I
II II
I
II II
I
II II
I
II II
I
II II
I
II II
I
II II
I
II 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
NN AA
A
AA AA
A
AA II
I
II NN
N
NN NN
N
NN AA
A
AA AA
A
AA II
I
II NN
N
NN AA
A
AA AA
A
AA NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN NN
N
NN AA
A
AA AA
A
AA AA
A
AA II
I
II NN
N
NN
1313
13
1313
0303
03
0303 1111
11
1111 0404
04
0404 0101
01
0101 0202
02
0202 0C0C
0C
0C0C 0808
08
0808 FFFF
FF
FFFF 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
0000 0808
08
0808 0808
08
0808 1F1F
1F
1F1F 4040
40
4040 0000
00
0000 3E3E
3E
3E3E 4A4A
4A
4A4A 0808
08
0808 3030
30
3030 0000
00
0000 1212
12
1212 0000
00
0000 0000
00
0000 8080
80
8080 6969
69
6969 7575
75
7575 2323
23
2323 0000
00
0000 2020
20
2020 0101
01
0101 0000
00
0000 0303
03
0303 0000
00
0000 0404
04
0404
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.
2/22/2
2/2
A.B. Research and Development DepartmentA.B. Research and Development Department
A.B. Research and Development Department
A.B. Research and Development DepartmentA.B. Research and Development Department
2/22/2
SM-32PM P .12
Model: Chassis:Chassis:
Chassis:
Chassis:Chassis:
20¡ª20¡ª
20¡ª
20¡ª20¡ª
22
2
22
I C technology.I C technology.
I C technology.
I C technology.I C technology.
Picture Tube:
Service Mode DataService Mode Data
Service Mode Data
Service Mode DataService Mode Data
Item Parameter C ValueItem Parameter C Value
Item Parameter C Value
Item Parameter C ValueItem Parameter C Value
11
1
11 22
2
22 33
3
33 44
4
44 55
5
55 66
6
66 77
7
77 88
8
88 99
9
99 1010
10
1010 1111
11
1111 1212
12
1212 1313
13
1313 1414
14
1414 1515
15
1515 1616
16
1616 1717
17
1717 1818
18
1818 1919
19
1919 2020
20
2020 2121
21
2121 2222
22
2222 2323
23
2323 2424
24
2424 2525
25
2525 2626
26
2626 2727
27
2727 2828
28
2828 2929
29
2929 3030
30
3030 3131
31
3131
A.B. Research and Development Department
RCUTRCUT
RCUT
RCUTRCUT GCUTGCUT
GCUT
GCUTGCUT BCUTBCUT
BCUT
BCUTBCUT GDRVGDRV
GDRV
GDRVGDRV BDRVBDRV
BDRV
BDRVBDRV CNTXCNTX
CNTX
CNTXCNTX BRTCBRTC
BRTC
BRTCBRTC COLCCOLC
COLC
COLCCOLC TNTCTNTC
TNTC
TNTCTNTC COLPCOLP
COLP
COLPCOLP COLSCOLS
COLS
COLSCOLS SCNTSCNT
SCNT
SCNTSCNT CNTCCNTC
CNTC
CNTCCNTC CNTNCNTN
CNTN
CNTNCNTN BRTXBRTX
BRTX
BRTXBRTX BRTNBRTN
BRTN
BRTNBRTN COLXCOLX
COLX
COLXCOLX COLNCOLN
COLN
COLNCOLN TNTXTNTX
TNTX
TNTXTNTX TNTNTNTN
TNTN
TNTNTNTN ST3ST3
ST3
ST3ST3 SV3SV3
SV3
SV3SV3 ST4ST4
ST4
ST4ST4 SV4SV4
SV4
SV4SV4 SHPXSHPX
SHPX
SHPXSHPX SHPNSHPN
SHPN
SHPNSHPN TXCXTXCX
TXCX
TXCXTXCX RGCNRGCN
RGCN
RGCNRGCN VMOVMO
VMO
VMOVMO VM1VM1
VM1
VM1VM1 HPOSHPOS
HPOS
HPOSHPOS
LG,LG,
LG , Type:A48QAD220X06, S/N:C9806005382 S
LG,LG,
oo
o
oo dd
d
dd ee
e
ee
II
I
II II
I
II II
I
II II
I
II II
I
II 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
AA II
I
II II
I
II NN
N
NN NN
N
NN II
I
II
LGLG
LG
LGLG 20¡ª20¡ª
20¡ª
20¡ª20¡ª
00
0
00 6565
65
6565 6464
64
6464 5555
55
5555 4A4A
4A
4A4A 3F3F
3F
3F3F 4545
45
4545 3030
30
3030 3A3A
3A
3A3A 3333
33
3333 2E2E
2E
2E2E 0E0E
0E
0E0E 2525
25
2525 0606
06
0606 2020
20
2020 2121
21
2121 2525
25
2525 0000
00
0000 3030
30
3030 3030
30
3030 0909
09
0909 0909
09
0909 0909
09
0909 1010
10
1010 1616
16
1616 0505
05
0505 2020
20
2020 2020
20
2020 2C2C
2C
2C2C 0000
00
0000 0A0A
0A
0A0A
1/21/2
1/2
1/21/2
SM-32PM P .13
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