Video inputs: Phono jack x 2 (1Vp - p, 75Ω)
S-Video inputs: Din 4 pin x 1 (Separate Y/C signal input)
Audio inputs: Phono jack (L/R) x 2 (436mVrms, more than 40KΩ)
Video monitor outputs: Phono jack x 1 (1Vp - p, 75Ω)
Audio monitor outputs: Phono jack (L/R) x 1 (436mVrms, less than 600Ω)
Headphone jack: Mini stereo jack x 1
Speaker . . . . . . . . . . . . . . 8 cm x 13cm x 2 pcs.
Sound Output (RMS) . . . . 5W + 5W
Dimensions . . . . . . . . . . . 815.8 (W) x 582.8 (H) x 503.8 (D)mm
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.
TV
/
A
V
ME
N
U
+
-
P
TV/AV
TIMER
14
7
85236
-/--
0
9
A B
SURROUND
BASS
PP
P▲
CH SCAN
SWAP
P▼
MENU
PIC MODE
JXMYA
Page 2
Contents
-2-
Safety Notice
SAFETY PRECAUTIONS
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 pro-
vided on the cabinet back, inside the cabinet, on the
chassis or the picture tube.
3: When replacing a chassis in the cabinet, always be
certain that all the protective devices are installed
properly, such as, control knobs, adjustment covers
or shields, barriers, isolation resistor-capacitor networks etc.. Before returning any television to the
customer, the service technician must be sure that
it is completely safe to operate without danger of
electrical shock.
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 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 27 of the CPU to go continually Low (less than
0.75V) for about one second. The CPU detects that this has occurred and outputs the signal from pin 31 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.
■ Protection Circuit
Mechanical Disassemblies
CABINET BACK REMOVAL
1. Refer to Figure 1, remove 10 screws.
2. Pull off cabinet back and remove.
Figure 1. Cabinet Back Removal
CHASSIS REMOVAL
1. Remove cabinet back.
2. Discharge the picture tube anode (2nd anode lead) to the dag
coating (picture tube grounding lead).
4. Remove chassis completely by sliding it straight back.
PICTURE TUBE REMOVAL
CAUTION: Do not disturb the deflection yoke or magnet
assembly on the picture tube neck. Care must be taken
to keep these assemblies intact, unless picture tube is
being replaced . Discharge the picture tube to the coating before handling the tube.
1. Remove chassis, referring to Chassis Removal instructions.
2. Place cabinet’s front face down on the soft surface.
3. Remove the screw on each corner of the picture tube and
GENTLY lift the picture tube out of the cabinet.
4. Install a replacement picture tube in reverse order.
Properly install the degaussing coil and picture tube ground
ing lead on the picture tube. See Figure 2.
Note: If the Picture Tube is being replaced, mount the
Degaussing Coil on the picture tube. See Figure 2.
Figure 2.
Picture Tube Removal
MONITOR
AV1 INPUT
OUT
R
AUDIO
L
S-VIDEO
(MONO)
VIDEO
ANT. 75Ω
DEGAUSSING
COIL
DEGAUSSING
COIL HOLDER
DEGAUSSING
COIL SOCKET
To CRT
unit ground
PICTURE TUBE
GROUND LEAD
Page 10
[1] Initializing Procedure
1. Put a new memory IC.
2. Turn on the TV set.
3. Press and hold the TV/AV Selector on the TV set for more than 2 seconds. The following picture appears on the
screen.
4. Press the PROGRAMME UP on the TV set while the above On-Screen Display is still on the screen. The following
picture appears on the screen.
This completes the initialization of memory IC.
Following shows the initialized contents of memory data by this procedure.
- Plug & play: No executed
- Inhibit data: Cancelled
- Ch skip data: Cancelled
- Sound volume data : 10/63 steps.
- Volume Lock : OFF
- Tuning Lock: OFF
- Colour system: AUTO
1
CLR
-10-
Service Adjustments with Replacing Memory IC (IC802)
Note: The CPU (IC801) and memory IC (IC802) store the service adjustments data and controls data for each
circuit. When the Memory IC(IC802) is replaced, some of the service adjustments should be readjusted to
obtain the best performance. The necessary service adjustments are carried out by using the RC handset.
Please set up the TV set with following steps [1] to [2].
Press and hold for more than 2 seconds
TV/AV
TV/AV
MENU
MENU
+
-
+
-
P
P
Page 11
-11-
Service Adjustments with Replacing Memory IC (IC802)
Y Gamma setting. 0=OFF, 3=Max (Do not change)YGAM
Switching of Pre-shoot and Over shoot in AV mode. 0=Pre, 1=Over
Pre-shoot/Over shoot Adj. in AV mode.PORS
RF Coring Gain Adj.
DESCRIPTION
RF AGC Adj.RF AGC
H-Phase (H-Centering) Adj. (50Hz)H-PHA
V-Position (V-Centering) Adj. (50Hz) Fixed.V-POS00~63
V-Size Adj. (50Hz)V-SIZ
V-S Correction (50Hz). Strech or shrink at center of screen
V-Linearity Adj. (50Hz)
H-Centering Adj. (60Hz) H-P60
V-Size Adj. (60Hz)
OSD H-Position Adj.
OSD Contrast Adj.OSDC
Correction of the V-size accompanying brightness change.
Correction of the H-size accompanying brightness change.H-SCP
Sub Bias Adj.SBIAS
Red Bias Adj.RBIAS
Green Bias Adj.GBIAS
Blue Bias Adj.BBIAS
Red Drive Adj.RDRIV
Green Drive Adj.GDRIV
Blue Drive Adj.BDRIV
White Balance Adj.
B-Y DC level Adj.. Colour compensation (PAL)
R-Y DC level Adj.. Colour compensation (PAL)
NTSC B-Y DC level Adj. (Difference value from PAL.)
NTSC R-Y DC level Adj. (Difference value from PAL.)
SECAM B-Y DC level Adj. (Difference value from PAL.)
SECAM R-Y DC level Adj. (Difference value from PAL.)
G-Y angle Adj. (Colour Phase G-Y Demodulation 0=240 degree, 1=253 degree)
R-Y, B-Y Gain Blance Adj. (Do not change.)
R-Y, B-Y Angle Adj. (Do not change.)
NTSC G-Y Angle Adj. (Difference value from PAL.)
NTSC R-Y, B-Y Gain Balance Adj. (Difference value from PAL.)
NTSC G-Y, B-Y Angle Adj. (Difference value from PAL)
Coring Adj. (Base colour)
Black stretch effective point selection, 0=OFF, 1-3=FREE
Setting of Black stretch gain. 0=OFF, 1-3=FREE
Service Adjustments with Replacing Memory IC (IC802)
NO.
Notes: The initial value that the CPU writes down the CPU ROM data to the memory when replaced the memory IC.
TV set may not operate correctly with this initial value. It is required to set up the fine adjustment for service
adjustments described in the above.
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
ITEM
PORWN
PORSN
TINT
TINT 443
IFTRPS
IFMLVLModulation Level
TRAPTTrap Frequency Adj.
H-FRQ
FBTS
COOP
HBLKL
HBLKR
AFCRF
VSURF
CDMRF
AFCAV
VSUAV
CDMAV
HLVDRF
HLVDAV
VCO-SW
VCO-ADJ
CROSS-BW
AVNCON
AVNBRI
POMT
CHMT
SYST
S-STE
VOLTBL
MPP
BASS
A-AGC
SUB-BT
A STAT E
SURROUND
DATA
RANGE
0,1
00~03
-16~+15
-16~+15
-32~+31
-128~+127
00~255
00~01
00~03
00~03
00~07
00~31
0,1
0,1
0,1
00~255
00~07
00~63
0,1
00~07
00~07
00~07
0,1
0,1
00~07
0,1
0,1
00~07
0,1
0,1
0,1
00~03
00~03
00~127
00~127
00~127
00~31
00~15
0,1
0~1
0,1
0,1
0~2
0~2
0,1
0,1
INITIAL
DATA
0
0
0
-12
0
0
127
0
0
1
4
16
0
0
1
136
4
34
0
2
7
3
0
0
0
0
0
0
1
1
0
3
0
64
64
25
10
5
1
0
1
1
0
1
0
1
DESCRIPTION
Switching of RF Pre-shoot and Over shoot. 0=Pre, 1=Over
RF Pre-shoot/Over shoot Gain Adj.
RF Tint Adj.
NTSC 4.43 Tint Adj.
RF Sharpness Adj.SHRF
OSD TEXT Contrast.TEXTC
Volume Control Adj.VOLUM
De emphasis TC. 0=50µs (PAL), 1=75µs (NTSC)DEEM
VIF System Switch. 00=38MH, 01=38.9MH, 02=45.75MH, 03=58.75MHVIFSW
SIF System Switch.SIFSW
Video Level Adj. (36-pin Detect Out) (Fixed)V-LVL
FM Level Adj.FMLVL
Over Modulation Switch. 0=OFF, 1=ON (With Limitter)IFOM-S
FM Out or Monitor Out Switch. 2-pin Out, 0=FM OUT, 1=MONITOR OUTIFMN-S
SIF Trap Switch. 0=OFF, 1=ON
Correction of Horizontal Frequency. (Fixed)
Switching of H-blanking and Flyback Pulse. 0=INT. H-BLK,1=INT. & EXT.H-BLK
Setting of Colour Killer Level. 0= -30db, 7= -40db
H-Blanking Control. (Left)
H-Blanking Control. (Right)
RF AFC Gain & Gate Adj. 0=AUTO, 1=COMPULSION
RF V-Sync. Separation Sensibirity. 0=NORMAL, 1=HIGH
RF V-Countdown Circuit Adj. 50/60Hz Jage, Sync. Trigger 0=AUTO, 1=Ext. Trigger
AV AFC Gain & Gate Adj. (AV for item 67)
AV V-Sync. Separation Adj. (AV for item 68)
AV V-Countdown Circuit Adj. (AV for item 69)
Incorrect operation prevention at the time of a special signal (RF mode), 0=Fix, 1=Variable
Incorrecr operation prevention at the time of a special signal (AV mode), 0=Fix, 1=Variable
4.43Mhz Coring Adj. 0=for +, 1=for Minu
C-VCO Adj.
Pattern Output. 00=Normal, 01=Black, 02=White, 03=Cross hatch
Contrast Adj. of the blue back in AV mode.
Brightness Adj. of the blue back in AV mode.
Picture Mute at the time of power ON.
Picture Mute at the time of channel change.
Selection of the number of times of a Colour system judgment.
Service Adjustments with Replacing Memory IC(IC802)
[Entering to Service Mode]
1. Press and hold the MENU button on the Remote Control and press the VOLUME (+) button on the TV set.
Following setting items appears on the screen.
Display for [V-SCO] V-S Correction adjustment
Read Status
Item No.
Item
Data value
Display for [RF AGC] RF AGC adjustment
Read Status
Item No.
Item
Data value
Data value for Red
Display for [DRV] White balance adjustment
Read Status
Item No.
Item
Data value for Blue
To return to normal TV mode, press the MENU button on the TV set or the remote control handset.
2. Select item by pressing the TIMER (Item No. UP) or SOUND MUTE (Item No. DOWN) button on the remote control
handset.
3. Adjust data value by pressing the VOLUME + or VOLUME
-
button on the remote control handset.
Example
MENU
01➔02➔03➔04➔05......90...
...90➔89➔88➔87➔86......01
MENU
TV/AV
MENU
SI. 00100101S2.11111000
ADDRESS
01
RF AGC
+
-
P
DATA
30
TIMER
SI. 00100101S2.11111000
ADDRESS
05
V-SCO
P▲
P▼
DATA
9
SI. 00100101S2.11111000
ADDRESS
21
DRV
DATA
R 64
B 64
Page 14
-14-
Service Mode Adjustments
Vertical size
Following adjustments should be carried out when the memory IC is replaced. How to enter the service mode and
adjust values, please refer to “ Entering to Service mode” on page 13.
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 [RF AGC] in the service mode.
(3) Change value until the snow noise just disappears.
(4) Exit from service mode.
Item 01 [RF AGC] AGC
(1) Receive a monochrome circular pattern.
(2) Set the brightness and contrast to normal.
(3) Select [H-PHA] in the service mode.
(4) Change value to be optimum horizontal centre position.
(5) Exit from service mode.
Item 02 [H-PHA] HORIZONTAL CENTRE
Horizontal centre
(1) Receive a monochrome circular pattern.
(2) Set the brightness and contrast to maximum.
(3) Select [V-SIZ] in the service mode.
(4) Change value to be optimum vertical size.
(5) Exit from service mode.
Item 04 [V-SIZ] VERTICAL SIZE
(1) Receive a crosshatch pattern.
(2) Set the lever of SW501 (Vertical Center SW) as the
position of a center.
(3) Select a picture mode of NATURAL by pressing the
PICTURE MODE button.
(4) Select [V-SCO] in the service mode.
(5) Adjust Vertical S-letter Correction so that the difference
of “c”, “d” and “e” becomes less than 2 mm by pressing
the VOLUME + or - button.
(6) Confirm Vertical Linearity and adjust Vertical Center
then Vertical Size.
(7) Exit from service mode.
Item 05 [V-SCO] V-S CORRECTION
(1) Receive a crosshatch pattern.
(2) Set the lever of SW501 (Vertical Center SW) as the
position of a center.
(3) Select a picture mode of NATURAL by pressing the
PICTURE MODE button.
(4) Select [V-LIN] in the service mode.
(5) Adjust Vertical Linearity so that the difference of “a” and
“b” becomes less than 3mm by pressing VOLUME + or
- button.
(6) Exit from service mode.
Item 06 [V-LIN] VERTICAL LINEARITY
c
d
e
Upper
Center
Bottom
a
b
Upper
Center
Bottom
Page 15
-15-
4
C420-H3
(1) Receive the 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-14 RBIAS, 15 GBIAS, 16 BBIAS, 17 RDRIV and 19 BDRIV mode to 64.
(5) Select Item-20 mode to be one horizontal scanning line and turn the screen volume on the FBT to obtain just visible
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-21 DRV mode to enter the white balance adjusting mode.
(8) Press the 3 (Red Drive
-
), 4 (Red Drive +), -/-- (Blue Drive -) or RECALL (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.
Items 14-17, 19-21 GREY SCALE
Service Mode Adjustments
MAIN BOARD
SCREEN VR
(Under side)
Red Bias
-
Red Bias +
Green Bias
-
Blue Bias +
Red Drive +
Blue Drive
-
Blue Drive +
Green Bias +
Blue Bias
-
Red Drive
-
Press the MENU
button to exit
from service
mode.
TIMER
14
23
6
0
9
BASS
A B
P▲
P▼
MENU
TV/AV
7
85
-/--
SURROUND
PP
CH SCAN
SWAP
PIC MODE
JXMYA
JP411
T471-H4
T471-H5
T471-H6
T471-H7
JP403
J216
R477
T471A
T471-H11
T471-H2
T471
FBT.
T471-H8
T471-H1
T471-H10
C471
JP405
JP407
R483
JW24
JP483
FC3A CHASSIS
JP404
C420
D438
R481A
R441
R442
L442
KDY
KDY-1
C515
R488
D485
C527
JP409
JP408
R492
R477A
R481
C491
C514
C486
J410
D
R484
R487
KQ
1
R485
R475
Page 16
2
4
2
3
1
3
Q
4
5
0
R672
J607
Q
6
3
R
2
2
2
OUT
3
-16-
Service Adjustments
(1) Connect a DC meter to TP-B and the ground.
(2) Tune the receiver to an active channel and synchro-
nized picture. Select NATURAL picture mode by pressing the PICTURE MODE button on the remote control.
(3) Adjust B-voltage to become 140 ± 1V DC by using
VR651.
B-VOLTAGE SUPPLY CHECKING
Note: +B (+140V) Voltage Check 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) Maximize the beam current by adjusting the contrast
and brightness controls to maximum. Confirm high
voltage is within 28 KV and 30 KV at maximum
beam current.
(4) Eliminate the beam current by adjusting the contrast
and brightness controls to minimum. Confirm high
voltage does not exceed 32 KV at zero beam current.
If reading is not within range, check horizontal circuit.
No high-voltage adjustment is provided on this chassis.
HIGH VOLTAGE CHECK
(1) Receive a 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.
FOCUS ADJUSTMENT
TP-B
Focus VR (Upper size)
MAIN BOARD
(1) Receive a monochrome circular pattern.
(2) Set the brightness and contrast to maximum.
(3) Adjust the vertical centre of the picture with SW501.
VERTICAL CENTRE
Vertical centre
SW501
VR651
(1) Receive a monochrome circular pattern.
(2) Set the brightness and contrast to maximum.
(3) If the picture is too wide, or narrow, adjust horizontal
width control (VR462) for proper width.
(4) Select several other channels and check horizontal
width.
HORIZ. WIDTH ADJUSTMENT
VR462
D501
1
30
R644
C644
C613
Q611
E
Q612
R628
E
R624
R629
C434
T43
T4
643
R622
R631
L615
R623
!
Q613-H4
R431
R434
Q431
R433
C432
E
JP403
T471-H5
J216
R477
T471-H6
T471-H7
T471-H11
T471A
L616L613
Q613-H2
Q613A
C615
D611
D617
C618A
C618
C617
L611
C616
L612
D616
9109
C629
TP-B
J413
C424A
C424
T471-H10
C471
JP405
JP407
R
4
8
3
JW24
JP483
FC3A CHASSIS
JP404
T471-H8
T611-H3
T611-H5
T611-H6
T611-H7
T611-H8
CONVERTER TRANS.
C425A
C425
L432
JP409
JP408
R481A
R492
R477A
R481
J410
T611-H17
T611
T611-H16
T611-H13
T611-H12
T611-H11
D439
L652
L651
10
J604
L462
C465
R488
D485
C527
JW15
C491
C514
D486
C486
R484
R487
KQ
1
R485
R475
R518
R522
C510
R511
C520
R510
J502
D467
R486
D468
D448
D476
R474
C469
R515
R519
C651-H1C651-H2
L462-H2
C518
D652
R512
C652
C655
D651
C651
L462-H
R516
VERT.OUT
IC501
C449
65
R657
E
Q652
R655
R652
J612
J605
E
JW17
Q681
R671
D671
R662
VR651
R661
+B
R663
R664
R445
1-H2
J501
J504
D512
J029
C517
J028
IC501-H1
IC501A
H1
.
JP404
JP405
T471-H10
JP407
R4
8
3
JW24
C471
JP483
FC3A CHASSIS
J8
J8
J8
J611
JW16
D661
R488
D485
C527
JP409
C491
JP408
R481A
R492
R477A
R481
J410
C514
C486
R484
R487
KQ
1
R475
KDY-6
KDY-3KDY-1
C515
D486
R485
R486
R474
R525
JW15
R512
R518
R515
R519
R522
C510
R511
C520
C518
R510
J502
D467
D468
D448
D476
C469
R516
VERT.OUT
IC501
C449
C521
C524
J501
J504
C517
IC501A
R540
D512
IC501-H2
IC501-H1
E
J516
Q540
IC501-H3
R501
J1504
J515
J1501
JP1502
J026
J029
J028
VIDEO SW
(SOLDER
IC1501
SIDE)
L1501
L431
R423
2
C437
JP412
T471-H2
IC501-H3
T471-H4
T471-H5
T471-H6
T471-H7
T471-H11
T471
FBT.
T471-H8
T471-H1
2
432
C441-H2
C441-H3
C441
C441-H1
L441-H2
R435
C423
C423-H1
C423A
C487
C420-H3
JP436
C420-H1
C420
D438
JP404
R441
R442
L442
KDY
R488
D485
C527
JP409
C491
JP408
R481A
R492
C514
C423-H2
C423-H3
JW1
C420-H2
JP405
T471-H10
L441-H1
L441-H3
L441
C468
L442-H1
D441
D469
L442-H2
KDY-3KDY-1
C515
C464
D466
R514
J503
R462
KDY-6
R525
JW15
R518
R515
R519
R522
R466
D461
R465
C524
R516
R512
VERT.OUT
IC501
C463
R461
Q461-H2
Q461
R467
R469
R464
D462
R540
C521
IC501-H2
J501
J504
D512
V-CENTER
SW501
J209
IC1401
VIDEO SW
R473
Q461A
C470
C467
C540
230
J409
JP501
J1208
JW31
J1207
J1203
J1206
JW36
J1205
D1032
J1204
C1401
J018
J024
E
J021
Q1402
D1402
D1401
J025
C1082
K1004
JWW1
D642
R426
J414
J405
J406
Q461-H1
VR462
H-SIZE
D421
D465
VR463
JP463
J540
IC501-H3
J1501
J029
J
J
R
5
PCC
02
R463
E
J516
Q540
V-CENTER
SW501
R501
J1504
J515
JW36
JP1502
J026
J209
Page 17
-17-
Special Function
Once TUNING LOCK is switched on, further channel tuning
(Pre-set) is not possible. The Channel Swapping function also
is not possible.
(2) Tuning Lock setting
The following special functions can be set up on this TV
set.
With this function, a maximum sound volume limit can be set at
any level.
(3) Music Mode setting
When Music Mode is ON, Programme position from “91” to “99”
and “0” are set Music Mode. Only sound is provided and any
picture is not on the screen under Music Mode.
Set AV-START to ON and every time the TV set is switched on,
AV position will be the initial programme position.
(4) AV Start setting
TUNING LOCKED
AV
MUSIC
Turns black
screen
SOUND BASS ON
18
(1) Volume Lock setting
(5) Language selection for the on screen display
Either Thai or English can be selected as the language of the
screen display.
1
To enter into the special function setting mode, press and
hold the MENU button of the remote control, then press the
PROGRAMME DOWN button on the TV set.
2
Select an item of the special functions by pressing the
PROGRAMME UP or DOWN button on the remote control
or the TV set.
3
Set the selected special function “ ON “ by pressing the
VOLUME + or
-
button. To cancel, set to “ OFF”.
How to set the special function:
Note: When making the VOLUME LOCK setting, set thedesired maximum sound volume by pressing the VOLUME + or
-
button before entering Special Function setting mode.
4
Press the MENU button of the remote control to return to
the normal TV mode.
To select language:
1) Select LANG/by pressing the PRGRAMME UP or
DOWN button.
2) Select either Thai or English by pressing the VOLUME + or
-
button.
-
+
MENU
P▲
P▼
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
M
EXIT
M
EXIT
VOLUME LOCK
TUNING LOCK
MUSIC MODE
AV START
LANG /ENGLISH
P
SELECT ADJUST
VOLUME LOCK
TUNING LOCK
MUSIC MODE
AV START
LANG /ENGLISH
SELECT ADJUST
P▲
VOLUME LOCK
TUNING LOCK
MUSIC MODE
AV START
LANG /ENGLISH
OFF
ON
OFF
OFF
P▼
SELECT ADJUST
M
EXIT
MENU
Page 18
-18-
Purity and Convergence Adjustment
Signals: Use a pattern generator which can output red,
green, blue and white raster and crosshatch
pattern signals.
Procedure: Carry out purity adjustment first, and then carry
out convergence adjustment.
Preparation: The deflection yoke may have several
correction magnets attached to its outer
edge. If replacing the picture tube, the
positions of the magnets can be changed and
they can be re-used, so remove these
magnets and keep them safely so that they
do not get lost.
PURITY ADJUSTMENTS
1. Place the picture so that its front faces west.
2. Insert the power plug into a wall outlet, and then turn on
the power for the TV and de-magnetize the TV using its
own degaussing circuit.
3. Loosen the screw which is holding the deflection yoke
(with integrated purity magnets), and them move the
deflection yoke forward as far as it will go. Remove the
rubber wedge at this time.
4. Turn off the red and blue raster so that only the green
raster is on.
5. Adjust the angle between the tabs (wings) on purity
magnets to center the vertical green belt in the picture
tube screen. (See Figures 2 and 3.)
NOTE: This adjustment can only be carried out by
changing the angle, not by rotating the tabs up and
down.
6. Gently move the deflection yoke back to the position
where the green band fills the whole of the picture tube
screen, and then tighten the screw to secure the
deflection yoke in place.
7. If there is any color distortion around the edges, correct
it by attaching magnets to the outer edge of the
deflection yoke. The magnets should be attached so
that the line running from the position of the distortion to
the center of the picture tube intersects the deflection
yoke. The colors on the magnets indicate the north and
south poles of the magnets. Attach the magnets in
whichever direction causes the distortion to
disappear.(See Figures 1 and 4. The south and north
pole positions are shown as a guide.)
8. Switch the screen to red and blue rasters and check that
there is no color distortion. If there is any distortion,
adjust the angles of purity magnets tabs or the forwardback position of the deflection yoke, or change the
attachment positions of the
correction magnets.
CAUTION: The Convergence and Purity adjustments have been made at the factory. Readjustment
should be made only after picture tube or deflection yoke replacement, following the steps below:
Figure 1
Figure 2
Figure 3
Figure 4
Change the angle to adjust the green band so that it is
centered in the screen.
Rubber wedge
N
S
Correction
magnet
Deflection yoke
mounting scrrew
Move the deflection
yoke back and forth to
adjust the purity
Magnet attachment position
FOUR-POLE
MAGNET TABS
ANGLE
OF TABS
PURITY
MAGNET
TABS
Color distortion
Deflection
Yoke outer edge
SIX-POLE
MAGNET TABS
3
4
2
1
GREEN band
Page 19
Purity and Convergence Adjustment
-19-
CONVERGENCE ADJUSTMENT
Preparation: After carrying out purity adjustment and
before proceeding to convergence
adjustment, provisionally insert the rubber
wedge so that there is no vertical or
sideways play in the deflection yoke.
Signals: Display a crosshatch pattern.
1. Red/blue center adjustment
Adjust the angle between the tabs (1) and (2) in Figure
5 and rotate them together until the lines of the red and
blue crosshatch patterns (vertical and horizontal lines)
are superimposed in the center of the screen.
2. Green and red/blue center adjustment
Adjust the angle between the tabs (3) and (4) in Figure
5 and rotate them together until the lines of the green
crosshatch pattern are superimposed with the red/blue
crosshatch pattern (vertical and horizontal lines) which
were superimposed in step 1).
3. Vertical lines at screen center (Red and Blue)
Use the VR2 control (see Figure 8) at the top of the
deflection yoke to correct the vertical line convergence
at the center of the screen.(See Figure 9.)
4. Vertical lines at screen top and bottom
Use the VR1 control (see Figure 8) at the top of the
deflection yoke to correct the vertical line convergence
at the top and bottom of the screen. (See Figure 10.)
5. Horizontal lines at screen top and bottom
Rotate the Deflection yoke to the left or right to correct
the horizontal line convergence at the top and bottom of
the screen. (See Figure 11.)
If vertical lines are intersecting at the top and bottom,
use a screwdriver to adjust the Balance coil at the top of
the deflection yoke. (See Figure 12.)
Figure 6
Figure 7
Figure 9
Figure 5
Adjust the angle rotation of tabs
(1) and (2) to align the vertical
and horizontal lines.
Adjust the angle and rotation of
tabs (3) and (4) to align the vertical
and horizontal lines.
Use the VR2 control to correct.
Figure 10
Use the VR1 control to correct.
Figure 11
Rotate the DY to correct.
Figure 12
Use the Balance coil to correct
Balance
coil
VR1
VR2
Figure 8
FOUR-POLE
MAGNET TABS
ANGLE
OF TABS
PURITY
MAGNET
TABS
Red
Blue
Red/Blue
Green
SIX-POLE
MAGNET TABS
3
4
2
1
Red
Blue
Red
Blue
Red
Blue
Red
Blue
Page 20
Cabinet Parts List
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.
NOTES:
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
RESISTOR
CARBON 4.7K J A 1/4W
Rated Wattage
Performance Symbols:
A: General B: Non flammable Z: Low noise
Other: Temperature coefficient
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.
NOTE:
GND POWER AND GND PRE AMP SHOULD BE SEPARATED
AUDIO AMP.
TA8200AH
L
+
+
R
-
pre
GND
123456789101112
C003
R008
R003
1/16GJ
1/16GJ
10KC
10KC
C024
C025
HJ0.33G
VCC
C008
C018
C009
C010
16EM
25EM
35EM
25EM
330
47
3300CD
47
D004D003
XX
C004
16PM10P
R018
1/2DJ
R004
4.7
1/16GJ
C013
2.2KC
KZ0.1GQF
C023
KK0.01GQ
R017
25EM
1000
9V
C807
C811
KZ0.01
X
R841
GQF
1/16GJ
4.7KC
81
1
VDD
IC802
2
7
24LC08B/P
EEPROM
3
6
SCL
45
SDAVSS
C801
CJ15CGQ
C806
L801
25KZ
L2B95R6KN
0.1GQF
AT3AT3
X
L601A
5VRC
R861
1/16GJ
1.5KC
D605
R602-H1
2400010
X
2400010
R602-H4
R602-H6
D607
C605/.../C607
X
X
X
D861
RD3.6EL
:DZXLBB017
C607
C608
1000KK
1000(CBB:HB:CRD)
C805
16EM10
C862
25KZ
0.1GQF
Q861
AJ
5.5M
4.5M
C861
EM0.1
POWER ON(H)/ OFF(L)
RC
C606
D606
C605
D608
C608
X
D605/.../D608
RM11C:
RM11C:
RM11C:
RM11C:
ERC05-10B
ERC05-10B
ERC05-10B
ERC05-10B
R613
FJ680P
R876
1/16GJ
2.7KC
R875
1/16GJ
10KC
R811
R812
1/16GJ
1/16GJ
4.7KC
10KC
R819
R863
R817
1/16GJ
1/16GJ
1K
10KC
47KC
R893
C893
1/16GJ
EM2.2
1MC
R896
C896
X
X
R895
X
25KZ
0.1GQF
1
JW37
1
JW36
AT3 AT3 AT3 AT3
C609
C609A
400EM
400EM
270XH
270XH
C609-H2
C609A-H1
2400010
2400010
2400010
2400010
C609A-H2
C609-H1
AT3 AT3 AT3 AT3 AT3 AT3 AT3AT3 AT3 AT3 AT3 AT3
R620
1/2DJ
470K
C613
R621
1/2DJ
FK0.1BE:
470K
FK0.1D
R619
DJ22
D615
D614
1SS
ES1
133
C614
HJ0.22G
D618
D619
RD7.5EB3
X
:MTZJ7.5C
R617
R611
R616
DJ
X
10K
470
Q625
2SC
3068
R614
C611
22K
FJ0.01BE:
FJ0.01D
Q641
AB
R642
47K
COLOUR TELEVISION
CHASSIS
A
CE29KF8-00
SERIES
C5DTR
FFCC33--A
SERVICE
REF. NO.
B2
IC001
28V
D006
D005
MTZJ10B
1SS355
:RD10EB2
P.F
R010
2.7K
R020-H3
R020-H1
X
2400010
PW
JP020
GND
X
R020A
X
X
2400010
R020-H2
R020-H4
2400010
R020
IC001-H2
2400010
5WK2.7I
IC001-H1
2400030
:5WK2700K
IC001-H3
2400030
IC001-H4
R005
1/16GJ
2.2KC
R013
1/2DJ
4.7
C011
KZ0.1GQF
R016
DJ680DJ680
C022C020
25EM
1000
D001
Q001
1SS355
AH
C007
EM0.47
C006
R007
EM2.2
1/16GJ
33KC
R837 R838
1/16GJ
1/16GJ
15KC
15KC
CPU
CJ56
IC801
CGQ
QXXAVC044P
R842
1/16GJ
4.7KC
IIC
36
STATUS
5DA
IIC
2
35
ACK
SCL
EPROM
S-TERMINAL
3
34
SDA
X-SW
EPROM
4
33
VIF-M
SCL
ON-TIMER
5
32
VSS
X801
(H=ON)
V10B0
(560N:570N)
POWER
6
31
XIN
(L=OFF)
7
30
50/60 Hz
XOUT
R801
C802
1/16GJ
CJ27CGQ
C892
R627
22K
D643
1SS
133
R641
10K
MUTE
270KC
8
29
VDD
(H=MUTE)
C803
KZ0.01
GQF
REMOCON
9
28
SIF OPT
IN
AFT
POWER
10
27
S-CURVE
C804
FAIL
KZ0.047
GQF
OPT
SECAM
11
26
C-SYS
KILLER
TUNER
12
25
KEY-IN
OPT
C816
KZ0.01
GQF
TV/AV
13
24
RES
C894
R894
KK
100
0.033GQ
14
23
FILT
AV1/AV2
BLK
15
22
C-CAPTION
C891
X
16
21
B
BILINGUAL
R892
17
20
G
VS
1/16GJ
470KC
1819
R
HS
5VRC
R871
1/16GJ
10KC
R870
1/16GJ
22KC
V-SYNC
R877
KK3300GQ
Q871
AH
R878
C835
1/16GJ
EM1
5.6KC
C628
X
R615
220
C618
R626
R625
2SJ
630KK
2SJ
68K
0.047D
68K
C617
2000
D611
R622
Q611
KK220
DJ47
EG01C
2SC
CRD
2274
L613
(D:E:F)
R623
R624
ZZ0122
330K
1/2
Q613-H2
2400010
FJ10
Q613-H3
2400010
D617
1SS
L615
133
ZZ
R631
0122
D616
39K
RD20
Q612
EB2
D612
2SA984
ERA81-004
(E:F)
R638
D622
DJ1K
R636
1SS
10K
133
Q615
AD
Q621
D623
R634
AD
MTZJ
10K
6.2B
C612
R635
R637
R632
FJ
22K
22K
2SJ
470
0.27
(BE:D)
D641
R643
J
Q642
18K
C644
AD
25EM
47
R644
22K
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 service manual be
used for components replacement pointed out
by the mark.
C3742
16EM10
C3741
16EM10
9V
R3741
1/16GJ
68KC
1
R3742
1/16GJ
68KC
2
3
L/R, L/L, R/R
4
R3743
1/16GJ
68KC
5
R3744
1/16GJ
68KC
6
7
89
J031
10K
5VRC
R839
1/16GJ330C
C836C837
R840
CJ56
1/16GJ
CGQ
330C
R836
R869
1/16GJ
100
10KC
R835
R866
1/16GJ
100
10KC
R814
1/16GJ
10KC
R815
1/16GJ
10KC
C823
25KZ
R813
0.1GQF
1/16GJ
10KC
C824
KZ0.1
GQF
R852
10K
R816
C825
CJ100
1/16GJ
CGQ
10KC
R831
C856
C826
R818
470
KK
1K
1000GQ
25KZ
0.1GQF
R834
1/16GJ
10KC
C832
R830
KZ0.01GQF
R845
1/16GJ
R833
47KC
10K
R832
X
R873
R874
1/16GJ
1/16GJ
33KC
10KC
C829
25KZ
0.1GQF
R851
R853
1.5K
5.6K
C853
R855
CJ56CGQ
5.6K
C852
R857
CJ56CGQ
5.6K
C851
CJ56CGQ
R881
1/16GJ
3.3KC
R883
1/16GJ
33KC
Q881
AH
C880
KK3300GQ
R882
1/16GJ
3.3KC
R872
27K
ASSY PWB MAIN C5DR
1AA0B10S101AA
D610
PC817(C:D)
1234
C619
X
T611A
X
T611
L51B5390N
T611-H5
2400030
5
5
L611
C618A
X
X
C616
6
6
C615
X
T611-H6
2000
2400030
KK220
CRD
7
7
T611-H7
2400030
T611-H8
2400030
8
8
Q613
L612
2SK
ZZ0122
3102F
Q613-H1
2400010
L614
ZZ0122
Q613-1
2HEA0234
2
2
L616
Z21B
0140B
T611-H3
Q613-H5
2400010
2400010
2400030
3
3
Q613-H4
R633
2SJ
0.27
R628
1/2CK
5.6MXG
R629
1/2CK
5.6MXG
C629
250KK470XH
:250KM470XN
:400KK470X
IC3702
TC4053BF
SW
P.F
1K
H-SYNC
L651
ZZ0122
13
13
T611-H13
2400030
RU4BLF-L1
T611-H12
2400030
12
12
14
14
T611-H11
2400030
11
11
L652
15
15
T611-H16
2400030
16
16
L653
ZZ0122
T611-H17
2400030
17
17
L654
ZZ0122
R OUT
SDA
16
15
L IN
14
13
R3745
R3746
1/16GJ
1/16GJ
22KC
22KC
12
11
Q3702
10
AH
Q3703
AH
L OUT
ACK
1
STS
SCL
SDA
5
KX
J10AM050N
SCL
AUDIO CONTROL/SURROUND
IC3701
NJW1138MP
R3711R3721
100
1
IN1a
X
2
NC
3
NCNCNC
4
OUT1a
C3712
5
IN2a
C3713
FK4700D
;FK4700B(:E)
TONE-Hb
6
TONE-Ha
C3714
KK0.1GQ
7
TONE-La
TONE-Lb
8
OUT2a
C3716
9
AGC
EM1
C3717
10
SS-FIL
KK0.1GQ
C3718
11
CVB
EM4.7
C3719
EM4.7
12
CVA
13
SDA
R3731
100
14
SCL
R3732
100
1516
GND
AFT OUT
SCL
SDA
50 / 60 Hz
P.F
C828
KZ0.01GQF
SECAM KILLER
TV/AV
H-SYNC
V-SYNC
R666
1/16GJ
Q662
C655
C651
1000KK
160EM
680CTB
220XK
C651-H2
2400010
R661
D651
DJ100K
C651-H1
2400010
VR651
R3D6222NJ
Q661
:R3D7222NJ
AD
R662
4.7K
C656
1000KK
C652
3300CRD
R652
35EM
DJ10K
470T
R655
D652
DJ
J
10K
RN1Z
IC681
BA178M
5VRC
05T
C657
R694
123
JW31
X
2SJ
1
10
C681
10EM1000
R658
D653
DJ10K
RU4YXLF-L1
:FE301-1L43
C643
C658
25EM
X
1000T
B2
28V
D654A
D654
X
AUDIO
ERC91-02L
C654
R654
35EM
1/2DJ
2200MV
100K
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
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
7. Waveform were taken with PAL colour bar and controls adjusted for
8. This circuit diagram covers a basic or representative chassis only.There
9. Parts specified with "X" are not installed in this model.
10. Parts specified with "J" are just jumper wires.
22KC
AB
R667
R664
1/16GJ
1/2DJ
10KC
47K
B1
140V
Q663
AD
R673
1/16GJ
560KC
C663
D662
MTZJ
EM1
6.8A
R663
C639
R665
22K
R671
X
R672
150K
12K
220K
D661
MTZJ
6.8A
24V
Q652
2SB985(S:T):
2SA1707(S:T)
R657
DJ3.9K
D659
1SS133
R668
2SJ8.2
R669
2SJ
6.8
Q653
R659
2SB985
DJ
(S:T):
3.9K
2SA1707
(S:T)
MTZJ10B
L-ST
D671
H-ON
AA
Q681
AE
R681
22K
R682
Q654
1/16GJ
2SD1913
560KC
(QRA:RRA)
9V
D655
C665
1SS133
16EM470
R656
330
R651
1K
D664
C664
Q651
AE
16EM10
are expressed in µ F and more than 1 are pF.
ground.Voltage readings taken by using PAL colour bar signal are
with all controls at normal position. Some voltage may vary with signal
strength.
normal picture. Waveforms were taken by using a wide band oscilloscope and a low capacity probe.
may be some components or partial circuit differences between the
actual chassis and the circuit diagram.
SR-FIL
PROTECT
R1076
C1030
1/16GJ
16EM10
D1030
150C
02CZ12
R1030
(X:Y:Z)
:DZD12
(X:Y:Z)
R1033
82K
R1232
D1031
1/16GJ
X
6.8KC
R1036
82K
D1032
X
Q1230
AH
REAR VIDEO
MONITOR-OUT
D1061
X
C1065
X
R-OUT
C1061
D1062
16EM
X
10
GND
REAR-Y
REAR-C
SW2
H=FRONT
AV1/AV2
(L/H)
R1401
1/16GJ470C
R1402
1/16GJ470C
JP1503
X
6.8Vdc-1Vpp
C1501
KZ0.01
GQF
Q1503
AH
AV VIDEO
12345678
4Vdc-2Vpp
Q1501
AH
J12B2430N
1/16GJ
150C
L1003
R1031
R1032
C1068
1/16GJ
1/16GJ
J
X
100KC
2.2KC
C1077
C1069
C1031
X
X
16EM
10
R1034
L1004
JP1002
1/16GJ
X
J
2.2KC
C1032
16EM
10
C1067
C1073
C1070
R1035
1/16GJ
X
X
X
100KC
C1062
16EM220
R1060
D1060
02CZ12
75
(X:Y:Z)
:DZD12
(X:Y:Z)
C1060
R1063
L1001
16EM
1/16GJ
C1063
J
10
560C
X
C1075
R1064
X
1/16GJ
100KC
X
R1065
L1002
1/16GJ
JP1006
560C
J
C1064
R1066
1/16GJ
X
100KC
C1066
C1076
X
X
REAR
VIDEO
L=OTHER
C1084
KK0.01GQ
987654321
J11B0610N
C1081
KK0.01GQ
(C)
R1082
1/16GJ
75C
(Y)
C1082
16EM
10
R1081
1/16GJ
75C
4.5Vdc-1Vpp
D1401
AA
R1504
1/16GJ
R1403
R1503
27KC
1/16GJ
10KC
1/16GZ
0C
Q1504
AH
R1405
1/16GJ
Q1402
10KC
AC
TV/AV(L/H)
R1505
1/16GJ
Y SIGNAL
47KC
910111213141516
L=5 ON
L=2 ON
H=3 ON
H=1 ON
H=13 ON
L=12 ON
C-SIGNAL
Y/VIDEO(L/H)
IC1501
TC4053BF
VIDEO SW
6.5Vdc-1Vpp
C-SIGNAL
K1002
K1003
X
K1004
D1081
02CZ12
(X:Y:Z)
:DZD12
(X:Y:Z)
D1082
02CZ12
(X:Y:Z)
:DZD12
(X:Y:Z)
C1083
R1406
1/16GJ
10KC
D1402
AA
S-TERMINAL=L
V1 IN
L1 IN
R1 IN
V OUT
L OUT
MONITOR OUTREAR AV
R OUT
(C)
(Y)
S-TERMINAL
X
TV/AV
R IN
C3721C3711
EM4.7EM4.7
100
30
IN1b
R3722R3712
X
29
28
C3722
27
OUT1b
EM4.7EM4.7
26
IN2b
C3723
KK4700GQ
25
C3724
KK0.1GQ
24
R-OUT
23
OUT2b
22
21
VREF
20
CTH
19
CTL
18
AUX0
17
AUX1
Vcc
9V
C3726
KK0.1GQ
C3727
D3701
EM4.7
AA
C3728
EM4.7
L3701
L2B9
C3729
5R6KN
EM4.7
R3736
R3734
1/16GJ
22K
10KC
R3737
R3735
1/16GJ
22K
10KC
C3702
C3701
KZ0.01F
16EM22
PROTECT
50/60Hz
JW2
JW3 JW4 JW5
1
111
JW6 JW7 JW8 JW9
1111
JW11 JW12 JW13 JW14 JW15
1111 1
JW16 JW17 JW18 JW19 JW20
1111 1
JW24
JW21JW22 JW23
111 1 1
JW29 JW35
JW26JW34 JW28
111
FM OUT
9V
R180
1/16GJ
JP176
1.5KC
Q174
X
AH
Q176
AH
R178
1/16
GJ
R177
1KC
1/16GJ
1KC
R171
JP173
1/16GJ
X
1.5KC
C176
X
Q171
R174
R115
1/16GJ
AH
56
100C
C120
Q172
R188
AH
KZ
1/16GJ
0.022
1.2KC
R172
R121
1/16GJ6.8KC
D122
1SS356
R125
27K
Q122
AH
R228
150K
R241
D249
RD9.1EB2
:MTZJ9.1B
R OUT
B OUT
G OUT
ACL
D421
MTZJ16(A:C)
:RD16(EB1:EB3)
TP-M
JW10
X
1
C302
X
JW25
11
11. Expression of capacitance and resistance in circuit diagrme.
C138
1/16GJ
C125
1KC
KZ
X
0.022
GQF
C124
R124
KZ0.01
1/16GJ
X161A
GQF
10KC
R122
1/16GJ
2.2KC
C185
X
R245
1/16GJ
R244
47KC
1/16GJ
47KC
C358
EM1
R271
5V-1
1/16GJ
100C
R272
1/16GJ
100C
R226
1/16GJ
22KC
R227
1/16GJ
33KC
C221
R221
1/16GJ
KZ0.1
1KC
GQF
C222
R222
KZ0.1
1/16
GQF
GJ1KC
R223
C223
1/16
KZ0.1
GJ1KC
GQF
R237
R230
8.2K
47
9V
KZ0.01
GQF
R234R231
L234
1/16GJ
J
56C
L235
R235
J
1/16GJ
56C
R236
L236
1/16GJ
J
R359
56C
D357
82K
1SS355
V-OUT
C232
R357
HJ0.33G
2.2K
5V-1
D210
J
C230
C210
X
EM470
R211
JP202
150
1/16GZ0C
JP201
R212
X
X
1/16GJ
150C
24V
R243
2SJ470
R540
1.2K
Q540
AD
L462
L26A00200
L461
L26B0170N
:LM0045(:D)
Q461-H2
Capacitance (Example)
1000
M 2000
C
Resistance (Example)
J 1.2
1/2
N
GQF
R130
1/16GZ
0C
C123
1/16GZ0C
X
X161
SF6376U
C121
KZ0.01
GQF
C122
16EM
100
R185
X
R358
R186
1/16
X
GJ39KC
C273
KZ0.1
GQF
C271
CJ100
CGQ
C270
CJ100
CGQ
C225
EM1
C234
X
C235
X
C236
X
C233
EM10
C240
X
R232
X
R233
X
R356
1/16GJ
10KC
C231
HJ
0.33G
R210
C201
1/16GJ
PM1
3KC
C202
HJ0.015G
Q431
2SC3332
R432
(R:S)
1/16GJ1KC
R431
X
C431
HORIZ.
X
DRIVE
C540
25PM10
L462-H1
2400030X
2400010
L462-H3
134
L462-H2
C465
100GK
2.2
2400010
2400010
Q461-H1
Q461
2SB1274
(QRA:RRA)
Q461-1
2HEF0068
D
Characteristic
Capacitance value (220pF)
Allowable error (±20%)
Kind (Ceramic)
Rated voltage (1,000V)