Sharp 29H-FG3RU User manual

1
29H-FG3RU
1-1 1-2
SHARP CORPORATION
SERVICE MANUAL
29H-FG3RU
MODEL
In the interests of user-safety (Required by safety regulations in some countries) the set should be restored
to its original condition and only parts identical to those specified should be used.
WARNING
The chassis in this receiver is partially hot. Use an isolation transformer between the line cord plug and power
receptacle, when servicing this chassis. To prevent electric shock, do not remove cover. No user – serviceable
parts inside. Refer servicing to qualified service personnel.
»SPECIFICATIONS ........................................... 2
»IMPORTANT SERVICE NOTES ...................... 2
»ADJUSTMENT PRECAUTIONS ..................... 3
»TROUBLE SHOOTING TABLE ..................... 20
»SOLID STATE DEVICE BASE DIAGRAM ..... 24
»CHASSIS LAYOUT ........................................ 25
»BLOCK DIAGRAM ........................................ 26
»WAVEFORMS ............................................... 28
»DESCRIPTION OF SCHEMATIC DIAGRAM .. 28
»SCHEMATIC DIAGRAM
■CRT UNIT ................................................. 29
■MAIN UNIT ............................................... 30
■FRONT UNIT ............................................ 32
»PRINTED WIRING BOARD ASSEMBLIES ... 34
»REPLACEMENT PARTS LIST
■ELECTRICAL PARTS ............................... 40
■MISCELLANEOUS PARTS ...................... 46
■SUPPLIED ACCESSORIES ..................... 46
■PACKING PARTS ..................................... 46
■CABINET PARTS ..................................... 46
»PACKING OF THE SET ................................ 47
Page Page
CONTENTS
COLOUR TELEVISION
Chassis No.GB-4
S45H829HFG3RU
ËAV STEREO
ËChild Lock
ËDynamic Skin Tone
ËGraphic Equalizer
ËClock
ËSound Mode (Music / Movie /
News / Custom)
ËHotel Mode
Ë16 : 9 Mode
FEATURES
ËWorld Multi 28 System
Ë100-CH Program Memory
ËAV Mode (Standard / Dynamic /
Soft / Custom)
ËCATV Hyper Band Ready
Ë4 Line Digital Comb Filter
ËVelocity Modulation
ËBlue/Black Stretch Circuit
ËPicture Noise Reduction
ËWhite Temp. Select
ËAperture Control
ËGamma Correction
ËMulti Language OSD (English / Russian)
ËOn/Off/Reminder Timer
ËComfy View
ËRear AV-IN 1 & 2, S-Video In, AV Output
(Monitor Out), Headphone and Front AV-IN 3
ËAFT
ËComponent Input Terminal
ËMulti Language TELETEXT

2
29H-FG3RU
2-1 2-2
IMPORTANT SERVICE NOTES
Maintenance and repair of this receiver should be done by qualified
service personnel only.
SERVICE OF HIGH VOLTAGE SYSTEM AND PIC-
TURE TUBE
When servicing the high voltage system, remove static charge from it by
connecting a 10K ohm resistor in series with an insulated wire (such as a
test probe) between picture tube dag and 2nd anode lead. (AC line cord
should be disconnected from AC outlet.)
1. Picture tube in this receiver employs integral implosion protection.
2. Replace with the same type number of picture tube for continued safety.
3. Do not lift picture tube by the neck.
4. Handle the picture tube only when wearing shatterproof goggles and after discharging
the high voltage completely.
X-RAY
This receiver is designed so that any X-Ray radiation is kept to an absolute
minimum. Since certain malfunctions or servicing may produce potentially
hazardous radiation with prolonged exposure at close range, the followin
precautions should be observed:
1. When repairing the circuit, please make sure do not increase the high voltage of the set
to more than 34.0kV (at beam 0
µ
A).
2. To keep the set in a normal operation , please make sure it's function at 30.0kV
±
1.5kV
(at beam 1,700
µ
A). The set has been factory - adjusted to the above-mentioned high
voltage.
∴∴
∴∴
∴If there is a possibility that the high voltage fluctuates as a result of the repaires,
never forget to check for such high voltage after the work.
3. Do not substitute a picture tube with unauthorizerd types and/or brands which may
cause excessive X-ray radiation.
BEFORE RETURNING THE RECEIVER
Before returning the receiver to the user, perform the following safety checks.
1. Inspect all lead dress to make certain that leads are not pinched or that hardware is not
lodged between the chassis and other metal parts in the receiver.
2. Inspect all protective devices such as non-metal control knobs, insulating fishpapers,
cabinet backs, adjustment and compartment covers or shields, isolation resistor- ca-
pacity networks, mechanical insulators etc.
SPECIFICATIONS
Convergence ................................................................. Self Convergence System
Focus ......................................................... Bi-Potential, Uni-Potential Electrostatic
Sweep Deflection ...................................................................................... Magnetic
Intermediate Frequencies
Picture IF Carrier .................................................................................. 38.9MHz
Sound IF Carrier Frequency
6.5MHz .............................................................................................. 32.4MHz
6.0MHz .............................................................................................. 32.9MHz
5.5MHz .............................................................................................. 33.4MHz
4.5MHz .............................................................................................. 34.4MHz
Colour Sub-Carrier Frequency
PAL .................................................................................................. 34.47MHz
SECAM ................................................................................ 34.494/34.65MHz
NTSC ............................................................................................... 35.32MHz
Power Input .....................................................................220 ~ 240V AC 50/60 Hz
Power Consumption ...................................................................................... 135W
Audio Power Output Rating .......................................................
Speaker
Size ....................................................................................
Aerial Input Impedance
VHF/UHF .......................................................................... 75 ohms Unbalanced
Receiving Channel
PAL-B/G, SECAM-B/G
VHF-Channels .............................................................................. E2 thru E12
UHF-Channels ............................................................................. E21thru E69
CATV ........................................................................ X thru Z +2, S1 thru S41
PAL-D/K, SECAM-D/K
VHF-Channels ........................................................ R1 thru R12, C1 thru C12
UHF-Channels ...........................................................21thru 69, C21 thru C57
PAL-I, SECAM-I
VHF-Channels .................................................................. (IRELAND) B thru J
UHF-Channels ............................................................ (U.K. & H.K.) 21thru 69
NTSC-M
VHF-Channels ........................................................................... 2 thru 13 (US)
1 thru 12 (Japan)
UHF-Channels ......................................................................... 14 thru 69 (US)
13 thru 62 (Japan)
CATV .............................................................. A-6 thru A-1, A thru W+29 (US)
C13 thru C63 (Japan)
Receiving Frequency ................................................. 44.25 MHz thru 863.25 MHz
Dimensions ...................................................................................... Width: 722mm
Height: 582mm
Depth: 495mm
Weight(approx): 45.0 kg
Specifications are subject to change without prior notice.
5W X 2 +10W (at Max.)
4.3 x 21.8 cm X 2pcs(front)
+10cm round (rear woofer) x 1pc
+ 32mm round (tweeter) x2pcs

3
29H-FG3RU
3-1 3-2
ADJUSTMENT PRECAUTIONS
This model's setting are adjusted in two different ways: through the I2C bus control and
in the conventional analog manner. The adjustments via the I2C bus control include preset-
only items and variable data.
1. Setting the service mode by the microprocessor.
1Press and hold the local key "VOL DOWN" & "CH UP" when power on the main
switch,TV will enter into the SERVICE MODE. (The initial values of EEPROM are
2Press the CH DOWN / UP key on the remote controller to get ready to select the
mode one by one.
3Press the CH DOWN / UP key on the remote controller to select the modes
reversibly one by one.
4Using the VOLUME UP/ DOWN key on the remote controller, the data can be modi-
fied.
5Use the MENU Key on the remote controller to select the mode as shown in the
next page.
6When press the local key "VOL DOWN" & "CH UP" at the same time, it will be
released from the service mode.
2. Factory Presetting.
1After enter into the SERVICE MODE, at "INIT EEPROM" SERVICE ITEM
(which is under "CHECK MODE" section) press REMOTE CONTROLLER key of
code "ED" the initial values are automatically preset.
2The initial data are preset as listed in page 4-2 to 5-1.
3Make sure whether the data need to modify or not (Initial data).
Note: Once the chassis has been assembly together and in ready condition, please make sure it's go
through initialize process (see sect 2-(1) above)
Precaution: If haven't done this initialization, malfunction might be happen.
automatically preset when new EEPROM is used.)
SERVICE MODE
(1) In the Service Mode, Key is used to select the mode in the following order.

4
29H-FG3RU
4-1 4-2
SREC/SRAC/SYI/STTM SREC-SCA (SKD)
R/C CODE
MCL 1 (R/C CODE 117h) MCL 2 (R/C CODE 169h)
TV-CH. CH-No. Fv (MHz) S-SYSTEM CH-No. Fv (MHz) S-SYSTEM
0SKIP OFF FREE 590.25 5.5 B/G
1E-2 48.25 5.5 B/G AU-0 46.25 5.5 B/G
2 E-4/B-3 62.25 5.5 B/G AU-2 64.25 5.5 B/G
3OIR-3 77.25 6.5 D/K AU-3 86.25 5.5 B/G
4E-5 175.25 5.5 B/G AU-4 95.25 5.5 B/G
5E-6/B-5 182.25 5.5 B/G AU-5A 138.25 5.5 B/G
6OIR-7 183.25 6.5 D/K AU-6 175.25 5.5 B/G
7OIR-8 191.25 6.5 D/K AU-7 182.25 5.5 B/G
8E-8/B-7 196.25 5.5 B/G AU-8 189.25 5.5 B/G
9J-9 199.25 4.5 M AU-9 196.25 5.5 B/G
10 E-10/B-9 210.25 5.5 B/G AU-10 209.25 5.5 B/G
11 E-12/B-1 224.25 5.5 B/G AU-11 216.25 5.5 B/G
12 E-21 471.25 5.5 B/G SKIP OFF FREE
13 I-23 487.25 6.0 I SKIP OFF FREE
14 E-25 503.25 5.5 B/G SKIP OFF FREE
15 E-34 575.25 5.5 B/G SKIP OFF FREE
16 E-35 583.25 5.5 B/G SKIP OFF FREE
17 E-37 599.25 5.5 B/G SKIP OFF FREE
18 J-38 621.25 4.5 M SKIP OFF FREE
19 OIR-42 639.25 6.5 D/K SKIP OFF FREE
20 B-50 703.25 5.5 B/G SKIP OFF FREE
21 I-54 735.25 6.0 I SKIP OFF FREE
22 E-58 767.25 5.5 B/G SKIP OFF FREE
23 E-64 815.25 5.5 B/G SKIP OFF FREE
24 I-69 855.25 6.0 I SKIP OFF FREE
25 E-69 855.25 5.5 B/G SKIP OFF FREE
26 US-2 55.25 4.5 M SKIP OFF FREE
27 A-6 83.25 4.5 M SKIP OFF FREE
28 JA-6 183.25 4.5 M WE-28 527.25 5.5 B/G
29 JA-8 193.25 4.5 M SKIP OFF FREE
30 JA-12 217.25 4.5 M SKIP OFF FREE
31 US-14 471.25 4.5 M SKIP OFF FREE
32 JA-14 477.25 4.5 M SKIP OFF FREE
33 JA-50 693.25 4.5 M SKIP OFF FREE
34 US-83 885.25 4.5 M SKIP OFF FREE
35 S-2 112.25 5.5 B/G SKIP OFF FREE
36 S-10 168.25 5.5 B/G SKIP OFF FREE
37 SKIP OFF FREE 590.25 5.5 B/G
38 S-20 294.25 5.5 B/G SKIP OFF FREE
39 S-41 463.25 5.5 B/G SKIP OFF FREE
40 SKIP OFF FREE SKIP OFF FREE
41 B-43 647.25 5.5 B/G E-2 48.25 5.5 B/G
42 B-45 663.25 5.5 B/G WE-4 62.25 5.5 B/G
43 B-47 679.25 5.5 B/G OI-3 77.25 6.5 D/K
44 E-5 174.95 5.5 B/G E-5 175.25 5.5 B/G
45 E-5 175.55 5.5 B/G OIR-7 183.25 6.5 D/K
46 SKIP OFF FREE OIR-8 191.25 6.5 D/K
47 SKIP OFF FREE E-10 210.25 5.5 B/G
48 SKIP OFF FREE E-12 224.25 5.5 B/G
49 SKIP OFF FREE I-23 487.25 6.0 I
50 SKIP OFF FREE WE-25 503.25 5.5 B/G
51 SKIP OFF FREE E-34 575.25 5.5 B/G
INITIAL SETTING
(1) Execute MCL 1/2 key to set the following data in EEPROM.

5
29H-FG3RU
5-1 5-2
(1) The following default data has been factory-setting for the EEPROM.
Model-Set: The data in table below (1.1), Model set overview is updated to the respective EEPROM location base on
RC key input Model Set 1~10.
MODEL-SET KEY
1
2
3
4
5
6
7
8
9
10
Default Settings:
Note : The CHILD LOCK PASSWORD and
VIEW TIMER PASSWORD are common use.
Refer to next page for setting of each destination. Refer to next page for (*1) ~ (*4)
SHIPPING SETTING & CHECKING
OSD LANGUAGE
SOUND SYSTEM
Chinese
(AUTO)
Chinese
(AUTO)
English
(AUTO)
Arabic
(AUTO)
Russian
(AUTO)
Malay
(AUTO)
French
(AUTO)
English
*
Thai
(AUTO)
Iranian
(AUTO)
Table 1.1
Items
Default Settings
Items
Default Settings
GENERAL
EQUALIZER menu
Last power
ON
MODE
MOVIE
Last TV/AV mode
TV mode
INSET menu (for PIP model)
Last position-TV
Program 1
BRIGHTNESS
0
Last position-RADIO
Program 1
TINT
0
Flashback Program-TV
Program 1
FEATURE menu
Flashback Program-RADIO
Program 1
BLUE BACK
OFF
Favorite Program A
Program 10
AUTO SELECT
ON
Favorite Program B
Program 20
POWER SAVE (*1)
OFF
Favorite Program C
Program 30
COMFY VIEW (*2)
OFF
Favorite Program D
Program 40
SAFETY MODE (*3)
OFF
1 / 2 digit entry
2 digit entry
ROTATION
0
Volume
0
16:9 MODE
OFF
GAME Volume
0
DEMO
OFF
PIP
OFF
PIP location
Lower-Right
Last position-PIP
Program 1
CHILD LOCK menu
AFT
All Programs ON
LOCK TV
OFF
NICAM STEREO mode
All Programs STEREO
LOCK STATUS
OFF
NICAM BILINGUAL mode
All Programs M1
LOCK GAME (*4)
OFF
NICAM MONO mode
All Programs MONO
PASSWORD
0000
A2 STEREO mode
All Programs STEREO
TIMER menu
A2 BILINGUAL mode
All Programs MAIN
CLOCK
_ _:_ _
PICTURE menu
DAY
SUN
VIDEO MODE
DYNAMIC
ON TIMER
_ _:_ _
CONTRAST
60
STATUS
ONCE
COLOUR
+6
POSITION
_ _
BRIGHNESS
0
VOLUME
_ _
TINT
0
OFF TIMER
_ _:_ _
SHARPNESS
+6
REMINDER
_ _:_ _
PICTURE NR
OFF
BEEP REMINDER
OFF
WHITE TEMP
0 (CENTER)
VIEW TIMER menu
SOUND menu
VIEWING TIME
_ _:_ _
SURROUND
OFF
LOCK
OFF
BBE
ON
PASSWORD
0000
BALANCE
0
CH SETTING menu
AVL
ON
POSITION NAME
BLANK (For all position)
SUPER BASS/BASS+
ON
COLOUR
All Programs AUTO
SOUND
All Programs AUTO
SKIP
All Programs OFF
FM RADIO menu
SKIP
All Programs OFF
For model Set 8 processing only,
the respective EEPROM position
is updated again with MCL2 data
(just like MCL2 key has been
pressed)
SREC/SRAC/SYI/STTM SREC-SCA (SKD)
R/C CODE
MCL 1 (R/C CODE 117h) MCL 2 (R/C CODE 169h)
TV-CH. CH-No. Fv (MHz) S-SYSTEM CH-No. Fv (MHz) S-SYSTEM
52 SKIP OFF FREE E-37 599.25 5.5 B/G
53 SKIP OFF FREE JPN-38 621.25 4.5 M
54 SKIP OFF FREE OI-42 639.25 6.5 D/K
55 SKIP OFF FREE I-54 735.25 6.0 I
56 SKIP OFF FREE E-58 767.25 5.5 B/G
57 SKIP OFF FREE WE-64 815.25 5.5 B/G
58 SKIP OFF FREE I-69 855.25 6.0 I
59 SKIP OFF FREE JA-1 91.25 4.5 M
60 SKIP OFF FREE JA-6 183.25 4.5 M
61 SKIP OFF FREE JA-8 193.25 4.5 M
62 SKIP OFF FREE JA-12 217.25 4.5 M
63 SKIP OFF FREE US-14 471.25 4.5 M
64 SKIP OFF FREE JA-50 693.25 4.5 M
65 SKIP OFF FREE S-2 112.25 5.5 B/G
66 SKIP OFF FREE S-10 168.25 5.5 B/G
67 SKIP OFF FREE S-20 294.25 5.5 B/G
68 SKIP OFF FREE S-41 463.25 5.5 B/G
69 SKIP OFF FREE E-5 174.95 5.5 B/G
70 SKIP OFF FREE E-5 175.55 5.5 B/G
99 SKIP OFF FREE SKIP OFF FREE
~
~
~

6
29H-FG3RU
6-1 6-2
MODE DYNAMIC STANDARD SOFT
CONTRAST 60 60 50
COLOUR +6 +1 -5
BRIGHTNESS 0 0 0
TINT 0 0 0
SHARPNESS +6 1 - 4
PEICTURE NR OFF OFF OFF
WHITE TEMP 0 (center) 0 (center) 0 (center)
MODEL MAGNETIC FIELD (V.H) nT BACKGROUND LANGUAGE S-SYS FACTORY SET
HONG KONG 20,000 40,000 17,000K CHINESE AUTO SET 2
SINGAPORE -10,000 40,000 12,300K ENGLISH AUTO SET 3
MIDDLE EAST 30,000 20,000 18,000K ARABIC AUTO SET 4
AUSTRALIA -50,000 20,000 12.300K ENGLISH AUTO SET 8
RUSSIA 45,000 20,000 7,500K RUSSIAN AUTO SET 5
(1) Refer to below table (2.1) for setting of each destination.
Table 2.1
Table 2.2
(2) Refer to below table (2.2) for NORMAL setting of each AV mode.
(3) Refer to below note for *1 ~ *4.
(*1) : Only available for model with POWER SAVE function.
(*2) : Only available for model with COMFY VIEW function.
(*3) : Only available for model with SAFETY MODE function.
(*4) : Only available for model with GAME function.
OPTION MODE MENU
0001 Option Mode Picture Tube Used Type TUBE-TYPE
0002 PIF Frequency Setting PIF
0003 Sound M SND-M
0004 Sound DK SND-DK
0005 Sound I SND-I
0006 Sound BG SND-BG
0007 Colour System SECAM SECAM
0008 Colour System NTSC358 NTSC358
0009 Colour System NTSC443 NTSC443
0010 Game IC GAME-IC
0011 Picture In Picture PIP
0012 Headphone HEADPHONE
0013 Equalizer EQUALIZER
0014 Sub Woofer WOOFER
0015 BBE BBE
0016 SRS SRS
0017 DOLBY DOLBY
0018 Audio Confi
g
uration AUDIO-CFG
0019 Mono Bilingual BILINGUAL
0020 Hotel Mode HOTEL
0021 Hotel Volume HTL-VOL
0022 Hotel Program Number HTL-PRG
0023 HTL-USE-LAST HTL-USE-LAST
0024 OPC OPC
0025 Rotation Functionality ROTATION
0026 Childlock CHILD
0027 Wide Screen Signalling WSS
0028 Golden SCART GLD-SCART
0029 Thailand OSD Language THAI
0030 Arabic OSD Language ARABIC
0031 Iranian OSD Language IRANIAN
0032 Malay OSD Language MALAY
0033 Chinese OSD Language CHINESE
0034 French OSD Language FRENCH
0035 Russian OSD Language RUSSIAN
0036 Power On Last Status PW-LAST
0037 Background BACK-GND
0038 Tuner 2 TUNER2
0039 FM Radio FM-RADIO
0040 Curtain Effect CURTAIN
0041 Curtain Colour CURT-COLOUR
0042 AV1-IN AV1-IN
0043 AV1S-IN AV1S-IN
0044 AV2-IN AV2-IN
0045 Component Input DVD1-IN
0046 AV3-IN AV3-IN
0047 AV3S-IN AV3S-IN
0048 INCL-AV INCL-AV
0049 Reminder Timer TIM-REMINDER
0050 View Timer TIM-VIEW
0051 Switch Timer TIM-SWITCH
0052 Time Format TIME-FORMAT
0053 Off Timer TIM-OFF
0054 Commercial Skip Timer TIM-SKIP
0055 Teletext Pan-european TXT-EURO
0056 Teletext Western TXT-WEST
0057 Teletext On TXT-ON
0058 Teletext Split TXT-SPLIT
0059 Virgin Mode VIRGIN MODE
0060 ERR-1-8-SUP ERR-1-8-SUP
0061 ERR-XRAY ERR-XRAY
0062 ERR-SUPVOL ERR-SUPVOL
0063 ERR-VERTG ERR-VERTG
0064 LOGO ERR-VERTG
SETTING DATAITEM SERVICE MODE EEPROM ITEM OSD DATA INITIAL DATA
1
00/1 0
0
1
1
0/1
0/1
0/1
0/1
0/1
1
1
1
0
1
1
1
1
1
1
0
30
1
0
0
0
1
7
1
1
1
1
1
1
0
0
0
0
0
0
0
1
1
1
1
1
1
0
1
0
1
1
0
0
0
0
0
1
0
0
1
1
1
1
1
1
2
1
1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0..2
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0..2
0..60
0..99
0/1
0/1
0/1
0..7
0/1
0/1
0/1
0/1
0/1
0..4
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0..7
0/1
0/1
1
1
0
1
2
0
1
1
1
0
0
1
0
1
1
1
1
1
0
30
1
0
0
1
2
0
0
0
1
0
1
1
1
1
1
1
1
1
0
1
1
0
0
1
1
1
1
1
1
1
7
1
1
1
1
1
1
1
1
0
1
1
1

7
29H-FG3RU
7-1 7-2
Adjustment Mode Items
A001 RF-AGC 0...63 UOC-TV RF-AGC 32 19
A002 RF AGC PIP 0...63 PIP-IF RF AGC PIP 0 0
A003 V SLOPE 0...63 UOC-TV V SLOPE 40 35
A004 VER-AMP-N50 0...63 UOC-TV VER-AMP-N50 32 21
A005 VER-SHI-N50 0...63 UOC-TV VER-SHI-N50 25 25
A006 HOR-SHI-N50 0...63 UOC-TV HOR-SHI-N50 45 44
A007 EW-W-N50 0...63 UOC-TV EW-W-N50 40 40
A008 V-LIN 0...63 UOC-TV V-LIN 32 32
A009 S-COR 0...63 UOC-TV S-COR 30 32
A010 V SCROLL 0...63 UOC-TV V SCROLL 32 32
A011 VX-NORMAL 0...63 UOC-TV VX-NORMAL 32 32
A012 H-PAR 0...63 UOC-TV H-PAR 35 24
A013 H-BOW 0...63 UOC-TV H-BOW 25 28
A014 E/W-PAR 0...63 UOC-TV E/W-PAR 35 42
A015 UPCOR-PAR 0...63 UOC-TV UPCOR-PAR 45 47
A016 LOCOR-PAR 0...63 UOC-TV LOCOR-PAR 42 44
A017 E/W-TRAP 0...63 UOC-TV E/W-TRAP 32 32
A018 VER-AMP-N60 0...63 UOC-TV VER-AMP-N60 32 22
A019 VER-SHI-N60 0...63 UOC-TV VER-SHI-N60 25 24
A020 HOR-SHI-N60 0...63 UOC-TV HOR-SHI-N60 45 49
A021 EW-W-N60 0...63 UOC-TV EW-W-N60 40 41
A022 VER-AMP-P50 0...63 UOC-TV VER-AMP-P50 32 21
A023 VER-SHI-P50 0...63 UOC-TV VER-SHI-P50 32 25
A024 HOR-SHI-P50 0...63 UOC-TV HOR-SHI-P50 32 44
A025 EW-W-P50 0...63 UOC-TV EW-W-P50 32 40
A026 VX-43-COMPRESS 0...63 UOC-TV VX-43-COMPRESS 32 5
A027 VER-AMP-F50 0...63 UOC-TV VER-AMP-F50 32 32
A028 VER-SHI-F50 0...63 UOC-TV VER-SHI-F50 32 32
A029 HOR-SHI-F50 0...63 UOC-TV HOR-SHI-F50 32 32
A030 EW-W-F50 0...63 UOC-TV EW-W-F50 32 32
A031 VER-AMP-S50 0...63 UOC-TV VER-AMP-S50 32 32
A032 VER-SHI-S50 0...63 UOC-TV VER-SHI-S50 32 32
A033 HOR-SHI-S50 0...63 UOC-TV HOR-SHI-S50 32 32
SETTING DATA
OSD INITIAL DATAITEM EEPROM SETTING DATA RANGE IC
A034 EW-W-S50 0...63 UOC-TV EW-W-S50 32 32
A035 SUB-SLOPE-S 0...63 UOC-TV SUB-SLOPE-S 32 32
A036 SUB-VX-S 0...63 UOC-TV SUB-VX-S 32 32
A037 VER-AMP-C50 0...63 UOC-TV VER-AMP-C50 32 32
A038 VER-SHI-C50 0...63 UOC-TV VER-SHI-C50 32 32
A039 HOR-SHI-C50 0...63 UOC-TV HOR-SHI-C50 34 34
A040 EW-W-C50 0...63 UOC-TV EW-W-C50 32 32
A041 SUB-SLOPE-C 0...63 UOC-TV SUB-SLOPE-C 32 32
A042 SUB-VX-C 0...63 UOC-TV SUB-VX-C 32 32
A043 VER-AMP-P60 0...63 UOC-TV VER-AMP-P60 32 22
A044 VER-SHI-P60 0...63 UOC-TV VER-SHI-P60 32 24
A045 HOR-SHI-P60 0...63 UOC-TV HOR-SHI-P60 32 49
A046 EW-W-P60 0...63 UOC-TV EW-W-P60 32 41
A047 VER-AMP-F60 0...63 UOC-TV VER-AMP-F60 32 32
A048 VER-SHI-F60 0...63 UOC-TV VER-SHI-F60 32 32
A049 HOR-SHI-F60 0...63 UOC-TV HOR-SHI-F60 32 32
A050 EW-W-F60 0...63 UOC-TV EW-W-F60 32 32
A051 VER-AMP-S60 0...63 UOC-TV VER-AMP-S60 32 32
A052 VER-SHI-S60 0...63 UOC-TV VER-SHI-S60 32 32
A053 HOR-SHI-S60 0...63 UOC-TV HOR-SHI-S60 32 32
A054 EW-W-S60 0...63 UOC-TV EW-W-S60 32 32
A055 VER-AMP-C60 0...63 UOC-TV VER-AMP-C60 32 32
A056 VER-SHI-C60 0...63 UOC-TV VER-SHI-C60 32 32
A057 HOR-SHI-C60 0...63 UOC-TV HOR-SHI-C60 32 32
A058 EW-W-C60 0...63 UOC-TV EW-W-C60 32 32
A059 OF-ROTATE 0...127 UOC-TV OF-ROTATE 63 0
A060 DRI-RS 0...63 UOC-TV DRI-RS 32 32
A061 DRI-GS 0...63 UOC-TV DRI-GS 32 32
A062 DRI-BS 0...63 UOC-TV DRI-BS 32 32
A063 CUT-RS 0...63 UOC-TV CUT-RS 32 32
A064 CUT-GS 0...63 UOC-TV CUT-GS 32 32
A065 DRI-RC 0...63 UOC-TV DRI-RC 32 32
A066 DRI-GC 0...63 UOC-TV DRI-GC 32 32
A067 DRI-BC 0...63 UOC-TV DRI-BC 32 32
A068 CUT-RC 0...63 UOC-TV CUT-RC 32 32
A069 CUT-GC 0...63 UOC-TV CUT-GC 32 32
SETTING DATA
OSD INITIAL DATAITEM EEPROM SETTING DATA RANGE IC
A070 DRI-RW 0...63 UOC-TV DRI-RW 32 32
A071 DRI-GW 0...63 UOC-TV DRI-GW 32 32
A072 DRI-BW 0...63 UOC-TV DRI-BW 32 32

8
29H-FG3RU
8-1 8-2
A073 CUT-RW 0...63 UOC-TV CUT-RW 32 32
A074 CUT-GW 0...63 UOC-TV CUT-GW 32 32
A075 DRI-RS-DVD 0...63 UOC-TV DRI-RS-DVD 32 32
A076 DRI-GS-DVD 0...63 UOC-TV DRI-GS-DVD 32 32
A077 DRI-BS-DVD 0...63 UOC-TV DRI-BS-DVD 32 32
A078 CUT-RS-DVD 0...63 UOC-TV CUT-RS-DVD 32 32
A079 CUT-GS-DVD 0...63 UOC-TV CUT-GS-DVD 32 32
A080 DRI-RC-DVD 0...63 UOC-TV DRI-RC-DVD 32 32
A081 DRI-GC-DVD 0...63 UOC-TV DRI-GC-DVD 32 32
A082 DRI-BC-DVD 0...63 UOC-TV DRI-BC-DVD 32 32
A083 CUT-RC-DVD 0...63 UOC-TV CUT-RC-DVD 32 32
A084 CUT-GC-DVD 0...63 UOC-TV CUT-GC-DVD 32 32
A085 DRI-RW-DVD 0...63 UOC-TV DRI-RW-DVD 32 32
A086 DRI-GW-DVD 0...63 UOC-TV DRI-GW-DVD 32 32
A087 DRI-BW-DVD 0...63 UOC-TV DRI-BW-DVD 32 32
A088 CUT-RW-DVD 0...63 UOC-TV CUT-RW-DVD 32 32
A089 CUT-GW-DVD 0...63 UOC-TV CUT-GW-DVD 32 32
A090 SUB-BRI 0...63 UOC-TV SUB-BRI 32 39
A091 SUB-BRI-DVD 0...63 UOC-TV SUB-BRI-DVD 32 38
A092 SUB-COL 0...63 UOC-TV SUB-COL 32 34
A093 SUB-CON 0...63 UOC-TV SUB-CON 32 48
A094 SUB-CON-DVD 0...63 UOC-TV SUB-CON-DVD 32 49
A095 SUB-TINT-DVD 0...63 UOC-TV SUB-TINT-DVD 32 34
A096 SUB-TINT 0...63 UOC-TV SUB-TINT 32 34
A097 SUB-SHARP 0...63 UOC-TV SUB-SHARP 32 12
A098 P-POSOFH-50 0...31 PIP P-POSOFH-50 0 15
A099 P-POSOFV-50 0...7 PIP P-POSOFV-50 0 4
A100 P-POSOFH-60 0...31 PIP P-POSOFH-60 0 16
A101 P-POSOFV-60 0...7 PIP P-POSOFV-60 0 4
A102 P-SUB-TINT 0...63 PIP P-SUB-TINT 0 38
A103 P-CON-CTM 0...15 PIP P-CON-CTM 0 4
A104 P-CON-DYN 0...15 PIP P-CON-DYN 0 9
A105 P-CON-STD 0...15 PIP P-CON-STD 0 4
SETTING DATA
ITEM EEPROM SETTING DATA RANGE IC OSD INITIAL DATA
A106 P-CON-SOFT 0...15 PIP P-CON-SOFT 0 4
A107 P-SUB-BRI 0...15 PIP P-SUB-BRI 0 2
A108 P-BKGD-R 0...15 PIP P-BKGD-R 0 0
A109 P-BKGD-G 0...15 PIP P-BKGD-G 0 0
A110 P-BKGD-B 0...15 PIP P-BKGD-B 0 0
A111 P-SUB-COL 0...15 PIP P-SUB-COL 0 8
A112 P-SHP-MAIN-TV 0...7 PIP P-SHP-MAIN-TV 73
A113 VSD 0/1 UOC-TV VSD 0 0
A114 CUT OFF 0...63 UOC-TV CUT OFF 6 6
A115 VG2 0/1 UOC-TV VG2 0 1
A116 DCXO 0...127 UOC-TV DCXO 79 57
A117 DCXO-AUTO 0/1 UOC-TV DCXO-AUTO 0 0
SETTING DATA
OSD INITIAL DATAITEM EEPROM SETTING DATA RANGE IC

9
29H-FG3RU
9-1 9-2
Setting Mode 1-1
ITEM IC
IC INITIAL DATA SETTING DATA
S001 UOC-TV 00
S002 UOC-TV 32 32
S003 UOC-TV 0 1
S004 UOC-TV 0 12
S005 UOC-TV 1 1
S006 UOC-TV 1 1
S007 UOC-TV 0 0
S008 UOC-TV 0 0
S009 UOC-TV 7 11
S010 UOC-TV 7 11
S011 UOC-TV 7 9
S012 UOC-TV 7 7
S013 UOC-TV 7 7
S014 UOC-TV 7 7
S015 UOC-TV 7 7
S016 UOC-TV 7 7
S017 UOC-TV 7 7
S018 UOC-TV 7 7
S019 UOC-TV 7 7
S020 UOC-TV 7 7
S021 UOC-TV 7 7
S022 UOC-TV 7 7
S023 UOC-TV 7 7
S024 UOC-TV 7 7
S025 UOC-TV 1 1
S026 UOC-TV 2 1
S027 UOC-TV 0 0
S028 UOC-TV 1 1
S029 UOC-TV 1 1
S030 UOC-TV 1 1
S031 UOC-TV 1 1
S032 UOC-TV 1 1
S033 UOC-TV 0 0
S034 UOC-TV 1 1
S035 UOC-TV 7 7
S036 UOC-TV 1 1
S037 UOC-TV 0 1
S038 UOC-TV 0 0
S039 UOC-TV 1 1
S040 UOC-TV 0 1
S041 UOC-TV 1 1
S042 UOC-TV 1 1
S043 UOC-TV 0 1
EEPROM SETTING
V-LINCTRL
IFPLL
SOC1-0
YD N443
WHITE LMT
GD
AGC0-1
FFI
CFA0
YD PAL
YD SECAM
YD N358
YD AV-PAL
YD AV-SECAM
YD AV-N358
YD COMP-PAL
YD SAV-N443
YD AV-N443
YD SAV-PAL
YD SAV-SECAM
YD SAV-N358
YD COMP-SECAM
YD COMP-N358
YD COMP-N443
SBO1-0
CHSE1-0
FCO
OSO
DFL
EVG
HCO
SVMA
FBC
SLG1-0
CL3-0
GAM
TFR
BSD
CLD
BKS
AAS
DSK-EXT
BLS
DATA RANGE
0...2
0...63
0...3
0...15
0/1
0...3
0/1
V-LINCTRL
IFPLL
SOC1-0
WHITE LMT
GD
AGC0-1
FFI
CFA0
YD PAL
YD SECAM
YD N358
YD N443
YD AV-PAL
YD AV-SECAM
YD AV-N358
YD AV-N443
YD SAV-PAL
YD SAV-SECAM
YD SAV-N358
YD SAV-N443
YD COMP-PAL
YD COMP-SECAM
YD COMP-N358
YD COMP-N443
SBO1-0
CHSE1-0
FCO
OSO
CL3-0
GAM
DFL
EVG
HCO
SVMA
AAS
DSK-EXT (DSK)
BLS
OSD
TFR
CLD
BKS
BSD
FBC
SLG1-0
0/1
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...15
0...3
0...3
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0...3
0...3
0...15
0/1
0/1
0/1
0/1
S044 UOC-TV 0 0
S045 UOC-TV 0 1
S046 UOC-TV 0 2
S047 UOC-TV 3 3
LLB
DSA
RPA1-0
RPO1-0
0/1
0/1
0...3
0...2
LLB
DSA
RPA1-0
RPO1-0
ITEM IC
IC INITIAL DATA SETTING DATA
S048 UOC-TV 2 1
S049 UOC-TV 0 0
S050 UOC-TV 0 5
S051 UOC-TV 5 3
S052 UOC-TV 3 3
S053 UOC-TV 0 1
S054 UOC-TV 0 0
S055 UOC-TV 0 0
S056 UOC-TV 0 1
S057 UOC-TV 0 0
S058 UOC-TV 0 0
S059 UOC-TV 0 3
S060 UOC-TV 31 45
S061 UOC-TV 31 46
S062 UOC-TV 31 45
S063 UOC-TV 31 40
S064 UOC-TV 31 31
S065 UOC-TV 31 31
S066 UOC-TV 31 46
S067 UOC-TV 36 23
S068 UOC-TV 36 49
S069 UOC-TV 31 35
S070 UOC-TV 31 35
S071 UOC-TV 31 31
S072 UOC-TV 31 31
S073 UOC-TV 31 40
S074 UOC-TV 31 31
S075 UOC-TV 31 34
S076 UOC-TV 31 32
S077 UOC-TV 31 31
S078 UOC-TV 32 32
S079 UOC-TV 0 0
S080 UOC-TV 0 1
S081 UOC-TV 1 1
S082 UOC-TV 1 1
S083 UOC-TV 3 2
S084 UOC-TV 3 1
S085 UOC-TV 2 2
S086 UOC-TV 2 1
S087 UOC-TV 26 25
S088 UOC-TV 31 31
S089 UOC-TV 36 36
EEPROM SETTING
COR1-0
CRA0
SPR2-0
SVM2-0
SMD1-0
PEAKFREQPAL443
PEAKFREQPALM
PEAKFREQPALN
PEAKFREQNTSC443
PEAKFREQNTSCM
PEAKFREQSECAM
PEAKFREQAV
OF-COL-TV
OF-COL-AV
OF-COL-DVD
OF-COL-P
OF-COL-S
OF-COL-N4
OF-COL-N3
OF-SHP-TV
OF-SHP-AV
OF-SHP-DVD
OF-SHP-P
OF-SHP-S
OF-SHP-N4
OF-SHP-N3
OF-TINT-TV
OF-TINT-AV
OF-TINT-DVD
OF-TINT-ADJ
BB-TINT
VMA-SOFT
WS-SOFT
VMA-STD
WS-STD
VMA-DYN
U-COL-STD
WS-DYN
VMA-CTM
WS-CTM
U-COL-SOFT
U-COL-DYN
0/1
0...3
0...3
0...3
0...6
0...7
0...3
0...3
0...3
0...3
0...3
0...3
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0... 31...62
0...3
0...3
0...3
0...3
0...3
0...63
0... 31...62
0... 31...62
0...3
0...3
0...3
COR1-0
CRA0
SPR2-0
SVM2-0
SMD1-0
PEAKFREQPAL443
PEAKFREQPALM
PEAKFREQPALN
PEAKFREQNTSC443
PEAKFREQNTSCM
PEAKFREQSECAM
PEAKFREQAV
OF-COL-TV
OF-COL-AV
OF-COL-DVD
OF-COL-P
OF-COL-S
OF-COL-N4
OF-COL-N3
OF-SHP-TV
OF-SHP-AV
OF-SHP-DVD
OF-SHP-P
OF-SHP-S
OF-SHP-N4
OF-SHP-N3
OF-TINT-TV
OF-TINT-AV
VMA-DYN
OF-TINT-DVD
OF-TINT-ADJ
BB-TINT
VMA-SOFT
U-COL-STD
OSDDATA RANGE
WS-DYN
VMA-CTM
WS-CTM
U-COL-SOFT
WS-SOFT
VMA-STD
WS-STD
0... 31...62 U-COL-DYN
Setting Mode 1-2
S090 UOC-TV 50 50
S091 UOC-TV 60 60
S092 UOC-TV 60 60
S093 UOC-TV 26 26
S094 UOC-TV 31 31
U-CON-SOFT
U-CON-STD
U-CON-DYN
U-SHP-SOFT
U-SHP-STD
0...63
0...63
0...63
0... 31...62
0... 31...62
U-CON-SOFT
U-CON-STD
U-CON-DYN
U-SHP-SOFT
U-SHP-STD

10
29H-FG3RU
10-1 10-2
ITEM IC
IC INITIAL DATA SETTING DATA
S095 UOC-TV 36 36
S096 UOC-TV 32 35
S097 UOC-TV 2 0
S098 UOC-TV 10 10
S099 UOC-TV 23 23
S100 UOC-TV 16 25
S101 UOC-TV 63 3
S102 UOC-TV 63 63
S103 UOC-TV 1 1
S104 UOC-TV 2 2
S105 UOC-TV 73 73
S106 UOC-TV 32 32
S107 UOC-TV 0 0
S108 UOC-TV 0 0
S109 UOC-TV 1 0
S110 UOC-TV 1 1
S111 UOC-TV 1 1
S112 UOC-TV 0 3
S113 UOC-TV 0 0
S114 GAME IC 6 10
S115 GAME IC 23 27
S116 GAME IC 0 0
S117 GAME IC 192 192
S118 GAME IC 1 1
S119 UOC-TV 1 1
S120 UOC-TV 3 3
S121 UOC-TV 0 0
S122 UOC-TV 0 0
S123 UOC-TV 1 1
S124 UOC-TV 0 1
S125 UOC-TV 1 0
S126 UOC-TV 3 3
S127 UOC-TV 2 2
S128 UOC-TV 0 1
S129 UOC-TV 1 1
S130 UOC-TV 10 6
S131 UOC-TV 8 13
S132 UOC-TV 0 0
S133 UOC-TV 0 0
S134 UOC-TV 20 20
S135 UOC-TV 0 1
S136 UOC-TV 20 20
S137 UOC-TV 20 20
S138 UOC-TV 20 20
EEPROM SETTING
U-SHP-DYN
VOL5-0
HOP1-0
TAS5-0-NORM
TAS5-0-A
BRI3-0
HSD6-0
VSD6-0
HOPB1-0
TASB5-0
PGB5-0
VOLB5-0
SMTHB
SMTH
RANGE1-0
RANGEB1-0
PWR-SAVING
PWR-TIME
I-TIME
GAME-HON
GAME-VERT-1
GAME-VERT-2
GAME-ORIV
GAME-MODE
PHI FORCE
PHI
BPD
E2D
ACL
MUS
CB
CUR_VPOS
HP2
WBR
SVM-OSD-PW
SMD-OSD-TM
XDT
HBL
WBF
FSL
DATA RANGE
0... 31...62
0...63
0...63
0...63
0...3
0...3
0...3
0...3
0...3
0...3
0...63
0...63
0...31
0...127
0...127
0...127
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0...255
0...255
0...255
0...255
0...255
0...15
0...15
0..63
0/1
0/1
0...3
0...3
0...7
0/1
U-SHP-DYN
VOL5-0
HOP1-0
TAS5-0-NORM
TAS5-0-A
BRI3-0
HSD6-0
VSD6-0
HOPB1-0
TASB5-0
PGB5-0
VOLB5-0
SMTHB
SMTH
RANGE1-0
RANGEB1-0
PWR-SAVING
PWR-TIME
I-TIME
GAME-HON
GAME-VERT-1
GAME-VERT-2
GAME-ORIV
GAME-MODE
PHI FORCE
PHI
BPD
E2D
ACL
MUS
CB
HP2
SVM-OSD-PW
SMD-OSD-TM
XDT
HBL
OSVE 0/1 OSVE
CUR_VPOS
OSD
WBF
WBR
FSL
GAIN-BLUE 0...127 GAIN-BLUE
GAIN-RED 0...127 GAIN-RED
GAIN-GREEN 0...127 GAIN-GREEN
Setting Mode 1-3
ITEM EEPROM SETTING DATA RANGE IC
IC OSD INITIAL DATA SETTING DATA
S201 P-POSHOR 0
...
255 PIP P-POSHOR 2C 28
S202 P-POSVER-50 0
...
255 PIP P-POSVER-50 1E 22
S203 P-POSVER-60 0
...
255 PIP P-POSVER-60 1A 23
S204 P-HFP 0
...
15 PIP P-HFP 0 7
S205 P-VFP 0
...
15 PIP P-VFP 0 8
S206 P-VSPDEL-50 0
...
31 PIP P-VSPDEL-50 0D 13
S207 P-VSPDEL-60 0
...
31 PIP P-VSPDEL-60 0D 13
S208 P-VERBLK 0/1 PIP P-VERBLK 0 0
S209 P-SELDEL 0
...
15 PIP P-SELDEL 8 8
S210 P-CLPDEL 0
...
31 PIP P-CLPDEL 6 6
S211 P-AGCMD 0
...
3PIP P-AGCMD 3 3
S212 P-AGCVAL 0
...
15 PIP P-AGCVAL 8 8
S213 P-CLMPID 0
...
3PIP P-CLMPID 3 3
S214 P-BLKVCHYS 0/1 PIP P-BLKVCHYS 0 0
S215 P-BLKCVAL 0/1 PIP P-BLKCVAL 0 0
S216 P-LMOFST 0
...
3PIP P-LMOFST 0 0
S217 P-PLLITC-TV 0
...
3PIP P-PLLITC-TV 2 2
S218 P-PLLITC-AV 0
...
3PIP P-PLLITC-AV 1 1
S219 P-BLKVCFIL 0/1 PIP P-BLKVCFIL 0 0
S220 P-YCD-TV-P 0
...
15 PIP P-YCD-TV-P 8 8
S221 P-YCD-TV-N3 0
...
15 PIP P-YCD-TV-N3 8 8
S222 P-YCD-TV-N4 0
...
15 PIP P-YCD-TV-N4 8 8
S223 P-YCD-TV-S 0
...
15 PIP P-YCD-TV-S 8 8
S224 P-YCD-AV-P 0
...
15 PIP P-YCD-AV-P 8 8
S225 P-YCD-AV-N3 0
...
15 PIP P-YCD-AV-N3 8 8
S226 P-YCD-AV-N4 0
...
15 PIP P-YCD-AV-N4 8 8
S227 P-YCD-AV-S 0
...
15 PIP P-YCD-AV-S 8 8
S228 P-LOCKSP 0/1 PIP P-LOCKSP 0 0
S229 P-CKILL 0
...
3PIP P-CKILL 0 0
S230 P-BGPOS 0/1 PIP P-BGPOS 1 1
S231 P-DEEMP 0
...
3PIP P-DEEMP 0 0
S232 P-COLON 0/1 PIP P-COLON 0 0
S233 P-CHRBW 0
...
3PIP P-CHRBW 0 0
S234 P-IFCOMP 0
...
3PIP P-IFCOMP 2 2
S235 P-SATNR 0/1 PIP P-SATNR 1 1
S236 P-SCADJ-P 0
...
31 PIP P-SCADJ-P 7 7
S237 P-SCADJ-N3 0
...
31 PIP P-SCADJ-N3 7 7
Setting Mode 2-1

11
29H-FG3RU
11-1 11-2
ITEM EEPROM SETTING DATA RANGE IC
IC OSD INITIAL DATA SETTING DATA
S238 P-SCADJ-N4 0...31 PIP P-SCADJ-N4 7 7
S239 P-SCADJ-S 0...31 PIP P-SCADJ-S 7 7
S240 P-PKLR 0...255 PIP P-PKLR 80 190
S241 P-PKLG 0...255 PIP P-PKLG 80 190
S242 P-PKLB 0...255 PIP P-PKLB 80 190
S243 P-YCOR 0/1 PIP P-YCOR 1 1
S244 P-PALIDL2 0/1 PIP P-PALIDL2 0 0
S245 P-PALIDL1 0... 3PIP P-PALIDL1 1 1
S246 P-PALIDL0 0/1 PIP P-PALIDL0 0 0
S247 P-PKBOOST 0/1 PIP P-PKBOOST 1 1
S248 P-CLPLEN 0... 3PIP P-CLPLEN 0 0
S249 P-SCMREL 0... 3PIP P-SCMREL 2 2
S250 P-SCMIDL 0... 7PIP P-SCMIDL 5 5
S251 P-SECDIV 0/1 PIP P-SECDIV 1 1
S252 P-BELLIIR 0/1 PIP P-BELLIIR 1 1
S253 P-PALINC1 0/1 PIP P-PALINC1 0 0
S254 P-PALINC2 0/1 PIP P-PALINC2 0 0
S255 P-LOCKSP 0... 3PIP P-LOCKSP 3 3
S256 P-SECACCL 0... 7PIP P-SECACCL 5 5
S257 P-SECACC 0/1 PIP P-SECACC 1 1
S258 P-ADLCK 0/1 PIP P-ADLCK 1 1
S259 P-ADLCKSEL 0/1 PIP P-ADLCKSEL 1 1
S260 P-ADLCKCC 0/1 PIP P-ADLCKCC 1 1
S261 P-CLRANGE 0... 3PIP P-CLRANGE 1 1
S262 P-NADJ 0... 7PIP P-NADJ 3 3
S263 P-NSRED 0... 7PIP P-NSRED 6 6
S264 P-SLLTHD 0... 3PIP P-SLLTHD 0 0
S265 P-ISHFT 0... 3PIP P-ISHFT 3 3
S266 P-ENLIM 0/1 PIP P-ENLIM 1 1
S267 P-DTECT5060 0/1 PIP P-DTECT5060 1 1
S268 P-VTHRL50 0...127 PIP P-VTHRL50 41 41
S269 P-BCOROFF 0/1 PIP P-BCOROFF 0 0
S270 P-VTHRL60 0...127 PIP P-VTHRL60 60 60
S271 P-VTHRH50 0...15 PIP P-VTHRH50 8 8
S272 P-VTHRH60 0...15 PIP P-VTHRH60 13 13
S273 P-CLMSTGY 0/1 PIP P-CLMSTGY 0 0
S274 P-SLLTHDV 0... 7PIP P-SLLTHDV 0 0
S275 P-VFLYWHLM 0... 3PIP P-VFLYWHLM 1 1
S276 P-VFLYWHL 0/1 PIP P-VFLYWHL 1 1
Setting Mode 2-2
ITEM EEPROM SETTING DATA RANGE IC OSD INITIAL DATA SETTING DATA
S277 P-CLMPCHRY 0... 3PIP P-CLMPCHRY 0 0
S278 P-VDETIFS 0/1 PIP P-VDETIFS 1 1
S279 P-VDETITC 0/1 PIP P-VDETITC 0 0
S280 P-VLP 0... 3PIP P-VLP 1 1
S281 P-LATENCY 0... 3PIP P-LATENCY 3 3
S282 P-FILTBRST 0/1 PIP P-FILTBRST 1 1
S283 P-CLMPIST 0...31 PIP P-CLMPIST 26 26
S284 P-UVSEQ 0/1 PIP P-UVSEQ 0 0
S285 P-ABRTHD 0...15 PIP P-ABRTHD 0 0
S286 P-ABRSPD 0... 7PIP P-ABRSPD 0 0
S287 P-CZMEN 0/1 PIP P-CZMEN 0 0
S288 P-CZMSP 0... 3PIP P-CZMSP 0 0
S289 P-U-COL-DYN 0..60 PIP P-U-COL-DYN 0 30
S290 P-U-COL-STD 0..60 PIP P-U-COL-STD 0 30
S291 P-U-COL-SOFT 0..60 PIP P-U-COL-SOFT 0 30
S292 P-U-SHP-DYN 0..60 PIP P-U-SHP-DYN 0 30
S293 P-U-SHP-STD 0..60 PIP P-U-SHP-STD 0 30
S294 P-U-SHP-SOFT 0..60 PIP P-U-SHP-SOFT 0 30
S295 P-SHP-MAIN-AV 0...3 PIP P-SHP-MAIN-AV 2 3
S296 P-MAT 0... 3PIP P-MAT 0 0
Setting Mode 2-3

12
29H-FG3RU
12-1 12-2
ITEM EEPROM SETTING DATA RANGE IC OSD INITIAL
DATA
SETTING
DATA #2
S301 FMI 0/1 DSP FMI 0 0
S302 BPB 0/1 DSP BPB 0 0
S303 BPB2 0/1 DSP BPB2 1 1
S304 FILTBW-M 0
...
3DSP FILTBW-M 0 0
S305 ID-BYBPF 0/1 DSP ID-BYBPF 0 0
S306 ID-PGAIN 0/1 DSP ID-PGAIN 0 0
S307 MPX-P-BW 0/1 DSP MPX-P-BW 0 0
S308 FMSUB-BW 0/1 DSP FMSUB-BW 0 0
S309 EIAJ-DEL 0
...
3
0
...
3
DSP EIAJ-DEL 0 0
S310 NDETPB 0/1 DSP NDETPB 0 0
S311 NICDEEM 0/1 DSP NICDEEM 0 0
S312 NLOERLIM 0
...
255 DSP NLOERLIM 100 100
S313 NUPERLIM 0
...
255 DSP NUPERLIM 200 200
S314 FILTBW DSP FILTBW 0 0
S315 OVMTHR 0
...
3 DSP OVMTHR 1 1
S316 DECLEV 0
...
31 DSP DECLEV 16 7
S317 MONOLEV 0
...
31 DSP MONOLEV 16 5
S318 NICLEV 0
...
31 DSP NICLEV 16 18
S319 SAPLEV 0
...
31 DSP SAPLEV 16 6
S320 ADCLEV 0
...
31 DSP ADCLEV 16 13
S321 IISLEV 0
...
31 DSP IISLEV 16 0
S322 BBEC-ON 0
...
15 DSP BBEC-ON 0 15
S323 BBEP-ON 0
...
15 DSP BBEC-OFF 0 8
S324 BBEC-OFF 0
...
15 DSP BBEP-ON 0 5
S325 BBEP-OFF 0
...
15 DSP BBEP-OFF 0 7
S326 MAINLOUD 0/1 DSP MAINLOUD 0 0
S327 MAINLONA 0
...
7 DSP MAINLONA 3 0
S328 MAINLOCH 0
...
3 DSP MAINLOCH 0 0
S329 INSOEF 0
...
7 DSP INSOEF 3 4
S330 AVLMOD 0
...
7 DSP AVLMOD 0 5
S331 AVLWGT 0/1 DSP AVLWGT 1 1
S332 AVLLE 0
...
15 DSP AVLLE 7 10
S333 SRS3DCEN 0
...
15 DSP SRS3DCEN 1 7
S334 SRS3DSP 0
...
15 DSP SRS3DSP 0 0
S335 SRS3DBYP 0/1 DSP SRS3DBYP 0 0
S336 CLIPMANAGE 0
...
4 DSP CLIPMANAGE 0 4
S337 VDSMIXLEV 0
...
5 DSP VDSMIXLEV 3 5
S338 DBEADR 0
...
63 DSP DBEADR 0 0
S339 DBECOEF-LBS 0
...
255 DSP DBECOEF-LBS 0 0
S340 DBECOEF-MBS 0
...
15 DSP DBECOEF-MBS 0 0
Setting Mode 3-1
ITEM EEPROM SETTING DATA RANGE IC OSD INITIAL
DATA
SETTING
DATA #2
S341 DUBADR 0
...
255 DSP DUBADR 0 0
S342 DUBCOEF-LSB 0
...
255 DSP DUBCOEF-LBS 0 0
S343 DUBCOEF-MSB 0
...
15 DSP DUBCOEF-MBS 0 0
S344 BAMAMO 0
...
3 DSP BAMAMO 0 1
S345 BAMASUB 0/1 DSP BAMASUB 0 0
S346 BAMAFC 0
...
15 DSP BAMAFC 0 12
S347 BASS-MV 0
...
31 DSP BASS-MV 16 31
S348 TREB-MV 0
...
31 DSP TREB-MV 16 25
S349 EQ100-MV 0
...
31 DSP EQ100-MV 12 20
S350 EQ300-MV 0
...
31 DSP EQ300-MV 12 16
S351 EQ1K-MV 0
...
31 DSP EQ1K-MV 12 19
S352 EQ3K-MV 0
...
31 DSP EQ3K-MV 12 16
S353 EQ8K-MV 0
...
31 DSP EQ8K-MV 12 20
S354 BASS-MS 0
...
31 DSP BASS-MS 16 31
S355 TREB-MS 0
...
31 DSP TREB-MS 16 25
S356 EQ100-MS 0
...
31 DSP EQ100-MS 12 20
S357 EQ300-MS 0
...
31 DSP EQ300-MS 12 17
S358 EQ1K-MS 0
...
31 DSP EQ1K-MS 12 13
S359 EQ3K-MS 0
...
31 DSP EQ3K-MS 12 17
S360 EQ8K-MS 0
...
31 DSP EQ8K-MS 12 20
S361 BASS-NW 0
...
31 DSP BASS-NW 16 31
S362 TREB-NW 0
...
31 DSP TREB-NW 16 25
S363 EQ100-NW 0
...
31 DSP EQ100-NW 12 13
S364 EQ300-NW 0
...
31 DSP EQ300-NW 12 16
S365 EQ1K-NW 0
...
31 DSP EQ1K-NW 12 19
S366 EQ3K-NW 0
...
31 DSP EQ3K-NW 12 16
S367 EQ8K-NW 0
...
31 DSP EQ8K-NW 12 13
S368 BASS-CT 0
...
31 DSP BASS-CT 16 31
S369 TREB-CT 0
...
31 DSP TREB-CT 16 25
S370 IDMOD-SE 0
...
3 DSP IDMOD-SE 0 0
S371 BPR-VOL 0
...
60 DSP BPR-VOL 20 30
S372 DEMUT-DLAY 0
...
16 DSP DEMUT-DLAY 8 8
S373 AV-OUT LV 0
...
255 DSP AV-OUT LV 16 18
Setting Mode 3-2

13
29H-FG3RU
13-1 13-2
PIF ADJUSTMENT
No.
Adjustment point
Adjustment condition/procedureWaveform or remarks
RF-AGC
TAKE OVER
POINT AD-
JUSTMENT
(I
2
C BUS
CONTROL)
11. Receive "PAL COLOR BAR" signal.
Signal Strength: 54 ±1dBµV (75 ohm termination)
2. Connect the oscilloscope to TP53 (Tuner's AGC
Terminal) as shown in figure 3-1.
3. Select "RF-AGC" item in the Adjustment Mode.
Adjust the "RF-AGC" bus data to obtain the Tuner
output pin drop 0.1V ~ 1.0V below maximum volt-
age.
4. Change the antenna input signal to 63 ~ 67dBµV,
and make sure there is no noise.
5. Set the RF AGC to 0 - 6 V with no saturation with
the waveform.
6. Turn up the input signal to 90 ~ 95 dBµV to be sure
that there is no cross modulation beat.
Fig. 3
PURITY ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
PURITY ADJ. 1. Select the green monocolor screen with remote
contoller, and set the beam current of 1.7mA
with the contrast control.
2. Degauss the CRT enough with the degausing coil.
Note: Follow the job instruction manual to
adjust the magnetic field.
.
3. The purity magnet must be previously set at the
0 magnetic field, and the convergence must be
adjusted to be rough.
With P-MAG, adjust it to the center - rank A.
4. Observe the points a,b, as shown in Fig.1-1
through the microscope.
Move DY fore and aft to set the landing at the
point (Rank A).
5. If the a/b balance is poor, compensate it to the
center "Rank AB".
6. Aline it to zero, keeping the raster rotation in the
east direction.
6. Tighten the deflection coil fastening screws.
»Tightening torque : 108N ±20N (11Kgf ±2Kgf)
8. Checking the CRT corner area, bond the mag-
netic sheet to set the landing at rank A for com-
pensation.
Note: Apply the adjustment after aging with
the beam current 1700
±
50
µ
A or more
for 30 minutes or more.
Note: Select the service mode, and press the
monocolor key of R/C for process, and
the monocolor screen (green) will be
selected.
1
ab
A
B
A
90mm 90mm
B
A = B
A = B
Fig.1-1
Fig. 1-2
Rank "A"
(on the right of the CRT)
Fig. 1-3
Rank "A"
(on the left of the CRT)
*Continuosly press the mono-
colour key 1 second or more,
and the monocolour mode will
be selected without the service
mode.
*Even with TEXT key or "R/G/B"
key, it can be directly switched to
each monocolor screen.
Monocolour
screen release
Monocolour
GREEN
screen
Monocolour
BLUE
screen
Monocolour
RED
screen
*Adjustment for uniformity is change to another
content. Please refer to the following page.
*Every push of the monocolour key changes the
screen as follows.

14
29H-FG3RU
14-1 14-2
PURITY ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
Uniformity
adjustment (To
perform after
the purity and
convergence
adjustment.)
2Before adjustment begin,Horizontal magnetic field
= 0G
Vertical magnetic field = Each destination's adjust-
ment magnetic field.
Make sure to degauss it.
(North direction Red uniformity)
1. Horizontal mf = Set to monocolor screen red and
adjust to +0.25G.
2. Pay attention to the edge of CRT,if the landing is
poor adjust by attaching the the compensation
magnet at the back of CRT.
(refer to Fig-1)
(South direction Red uniformity)
1. Horizontal mf = Set to monocolor screen red and
adjust to -0.25G.
2. Pay attention to the edge of CRT ,if the landing is
poor adjust by attaching the compensation mag-
net at the back of CRT.
(The same method is applied for adjustment of
monocolor screen blue for blue uniformity ,and
changing both the magnetic field for north and south
direction.)
*During the pasting of compensation magnet , use
the crosshatch pattern .
Make sure there is no blur or bendlines occur.
If the blur or bend are serious,adjust the location
of compensation magnet to make it better.
(CRT surface)
(CRT back)
Miss landing
Compensation magnet
Fig. 1
BRRB
BRRB
B
X axis
Y axis
CONVERGENCE ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
CONVERGENC
ADJ.
( To be done
after the purity
adjustment.)
1. Receive the " Crosshatch Pattern" signal.
2. Using the remote controller, call NORMAL mode.
( Static convergence )
1. Overlap blue and red with the open-/closing an-
gle and rotation of the 4 pole magnet.
2. Overlap green on blue and red with the open-/
closing angle and rotation of the 6 pole magnet.
( Dynamic convergence )
1. Fix the wedges in a position so that the deflection
york neck is at the center of top bottom and left
right. ( Straight line and without any blur horizon-
tal / vertical line).
2. Adjust the Red, Blue, upper and lower of the cen-
tre y axis on the screen by using the Volume (VR2,
VR1)at the deflection york.
(Refer to fig.1 and fig.2)
3. If the Horizontal Red, Blue(XV) on the screen
centre X axisis shifted, correct the Red, Blue (XV)
by adjusting the balance coil on the deflection
york. (Refer to Fig. 3)
4. After confirm that there is no problems on the
entire screen ,bond each wedge on CRT and
glass tape on it. Fastening the screws of DY and
magnet unit (purity , 4 - pole and 6 - pole), then
coat the lacquer paint on DY fastening screw and
magnet unit fastening screw.
Note:
In case of poorconvergence adjustmet on the
top and bottom and of the screen, adjust DY
by swing rightward and leftward.
(Refer to Fig-4)
1
Fig. 1
Adjust by VR1
Fig. 2
Adjust by VR2
Fig. 3
Adjust by Balance Coil
CRT NECK
Lacquer
Purity Magnet
4-Pole Magnet
6-Pole Magnet.
25mm ±0.5mm
VR2
VR1
Balance Coil
Fig. 4
Adjust by Swing DY

15
29H-FG3RU
15-1 15-2
FOCUS ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
FOCUS
ADJUSTMENT
1. Receive E-5CH (Monoscop pattern).
2. With the remote controller, make the image nor-
mal.
3. Adjust the focus VR to make the character"575"
on left bottom of monoscope as fine as possible.
1
CUT-OFF, BACKGROUND AND SUB-CONTRAST ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedureWaveform or remarks
CRT CUTOFF
ADJUSTMENT
(I
2
C BUS
CONTROL)
Note :
1. Before CRT cutoff adjustment, make sure fol-
lowing items are in INITIAL DATA.
a) A063 CUT-RS = 32
b) A064 CUT-GS = 32
c) A114 CUT OFF = 6
1. Switch TV to video mode , blue back off , with no
video signal and Press R/C to set picture into
normal condition.
2. Go to service mode at adjustment mode item A115
(VG2).
3. Adjust screen voltage until retrace line appear,
the following OSD will appear at bottom of screen.
UNSTABLE
OUT
ABOVE
4. Finally , slowly decrease the screen variable re-
sistor until following OSD appear.
STABLE
IN
ABOVE / BELOW *
* The last OSD row is the indication of the screen
voltage value. If it show "BELOW", please in-
crease the screen voltage and vice versa until
"STABLE" AND "IN" OSD appear.
Note :No matterthe indicationof last row's OSD is
indicate"ABOVE"or "BELOW",the important
thing is OSD change to "STABLE" and "IN".
1
WHITE BAL-
ANCE BACK-
GROUND
I
2
C BUS
ADJUSTMENT
(AV-IN
SIGNAL)
1. Receive the internal RF monoscope pattern.
2. Make the picture normal with the remote controller.
3. Connect the beam ammeter between terminal of
R623.
4. Coarsely confirm the beam current to approx. 1.7mA.
5. Receive the window pattern with AV input.
6. With the data of DRI-GS and DRI-BS, adjust the
color temperature of the 50% white.
7. Adjust the right dark area of the window to 12300K
with CUT-RS and CUT-GS.
8. Go back to 50% white area to check colour tem-
perature, if out of range, please go back to step (6).
Note 1:Apply this adjustment after aging 30 min
or more with the beam current1700
±
50µA.
(On the white or green monocolor screen)
2:Thecolour temperature isbased on the
shipment destination as shown in Table
2.1 at page 6-1.
3: Adjust DRI-GC/GW, DRI-BC/BW , CUT-RW/C
and CUT-GW/C as following DATA, after finis-
hing DRI-BS and DRI-GS DATA adjustment.
CUT-RW/C = CUT-RS
CUT-GW/C = CUT-GS
DRI-RW = 32 (FIXED), DRI-RS = 32 (FIXED)
DRI-BC = "DRI-BS"
(For 7500°K, 12300°K, 17000°K and
18000°K Condition)
27500K X : 0.300 Y : 0.310
18000K X : 0.255 Y : 0.255
17000K X : 0.261 Y : 0.261
12300K X : 0.272 Y : 0.275
( With Monolta color thermometer
CA-100)
* 12300°K
DRI-GW = "DRI-GS" - 7
DRI-BW = "DRI-BS" - 7
DRI-GC = "DRI-GS" - 7
DRI-RC = 25
* 17000°K & 18000°K
DRI-GW = "DRI-GS" - 7
DRI-BW = "DRI-BS" - 7
DRI-GC = "DRI-GS" - 5
DRI-RC = 27
* 7500°K
DRI-GW = "DRI-GS" - 5
DRI-BW = "DRI-BS" - 5
DRI-GC = "DRI-GS" - 7
DRI-RC = 25

16
29H-FG3RU
16-1 16-2
CUT-OFF, BACKGROUND AND SUB-CONTRAST ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedureWaveform or remarks
SUB-BRIGHT-
NESS
ADJUSMENT
(I
2
C BUS
CONTROL)
(DVD SIGNAL)
1. Select DVD mode.
2. Receive the signal of the DVD signal generator .
( Component signal) ( Window Pattern)
3. Make the image normal with the remote control-
ler.
4. Select the SUB-BRIGHT adjustment mode (DVD)
, and adjust the right dark white area of the win-
dow pattern to 3.0 cd
±
0.5cd of the window pat-
tern.
5
WHITE BAL-
ANCE BACK-
GROUND
I
2
C BUS
ADJUSTMENT
(DVD SIGNAL)
1. The window pattern is received with DVD signal (
component signal).
2. Apply the adjustment in the same manners as 2
(AV-IN SIGNAL) and subsequence above.
(DRI-GS-DVD, DRI-BS-DVD, CUT-RS-DVD,
CUT-GS-DVD)
3. Select the SUB-CONTRAST adjustment mode
with the remote controller, and adjust 50% white
to 165 ±10cd.
Apply the adjustment after the end of 2 (AV-IN SIG-
NAL).
Note: 1. All of the DRI-GW/C-DVD & DRI-BW/C-
DVD can be obtainby usingsame calculation as
white balance
adjustment above(No.2). CUT-
RW/C-DVD and CUT-GW/C-DVD setting data
are as follow..
CUT-RW/C-DVD = CUT-RS-DVD
CUT-GW/C-DVD = CUT-GS-DVD
3 Note 1:
Use the window pattern of the
signal generator SX-1006 for
adjustment.
SUB-BRIGHT-
NESS
ADJUSMENT
(I
2
C BUS
CONTROL)
(AV-IN SIGNAL)
1. Receive the window pattern with AV input.
2. Make the image normal with the remote control-
ler.
3. Select the sub- bright adjustment mode with the
remote controller, and adjust the right dark white
area of the window pattern to 3.0 cd
±
0.5cd.
4
SUB-CON-
TRAST
I
2
C BUS
ADJUSMENT
(AV-IN SIGNAL)
1. Receive the window pattern with AV input.
2. Make the image normal with the remote control-
ler.
3. Select the SUB-CONTRAST adjustment mode
with the remote controller, and adjust 50% white
to 130
±
10cd.
Note : Make sure the TV set alreadyin the RF re-
ceiving state before changing to AV mode to
continue with this adjustment..
(noPOWER OFF from the previous adjustment.)
6
50% white Dark white
SUB-CON-
TRAST
I
2
C BUS
ADJUSMENT
(DVD SIGNAL)
1. Select the DVD mode.
2. Receive the signal of the DVD signal generator.
( Component signal) (Window Pattern)
3. Select the SUB-CONTRAST adjustment mode
(DVD) with the remote controller, and adjust 50%
white to 130
±
10cd.
Note : Make sure the TV set already in the RF re-
ceiving state before changing to AV mode to
continue with this adjustment..
(noPOWER OFF from the previous adjustment.)
7
50% white Dark white
Note 1:
Use "Y" of Minoltacolor analyzer
CA-100 in adjustment..
Note 2:
Use the window pattern of the
signal.
generator SX-1006 for adjustment.
HORIZONTAL AND VERTICAL DEFLECTION LOOP ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
V-SLOPE Adjust V-Slope by Volume Up / Down Remote Control.
Refer to Fig. 1.1. (monoscope)
VER-AMP-N50 Adjust the overscan to 8.5%. (monoscope)
VER-SHI-N50 Align the center of the screen to the geometric center
of CRT. (monoscope)
HOR-SHI-N50 Align the center of the screen to the geometric center
of CRT. (monoscope)
EW-W-N50 Adjust the overscan to 8.5%. (monoscope)
V-LINE Adjust the linearity to the best. (monoscope)
V-S CORR Already preset.(Adjust this unless the linearity is
achieved.) (monoscope)
V-SCROLL Already preset..
VX-NORMAL Already preset .
H-PAR Adjust the 2nd vertical line from the end of the
crosshatch pattern. Refer to Fig 1.6. (crosshatch)
H-BOW Adjust the 2nd vertical line from the end of the
crosshatch pattern. Refer to Fig 1.7. (crosshatch)
E/W-PAR Adjust the 2nd vertical line from the right end of the
crosshatch pattern so that the middle 4 blocks are
straight. Refer to Fig 1-2. (crosshatch)
UPCOR-PAR Adjust the 2nd upper vertical line from the right end
of the crosshatch pattern so that the upper line are
straight. Refer to Fig 1-3. (crosshatch)
LOCOR-PAR Adjust the 2nd lower vertical line from the right end
of the crosshatch pattern so that the bottom line are
straight. Refer to Fig 1-4. (crosshatch)
EW-TRAP Adjust the 2nd vertical line from the right end of the
crosshatch pattern so that the D1 (center area of the
second vertical line - edge of screen) and D2 (top
area of the second vertical line - edge of screen) are
same. Refer to Fig 1-5. (crosshatch)
VER-AMP-N60 Adjust the overscan to 10%. (monoscope)
VER-SHI-N60 Align the center of the screen to the geometric center
of CRT. (monoscope)
1
MAIN SCREEN
ADJUSTMENT
D2
D1
Fig. 1-2
Fig. 1-3
Fig. 1-4
Fig. 1-5
H-PAR
H-BOW
Fig. 1-6
Fig. 1-7
A
B
C
A : Out of spec
B : OK
C : Out of spec

17
29H-FG3RU
17-1 17-2
PAL CHROMA ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
SUB COLOUR
(I
2
C BUS
CONTROL)
1. Receive the "PAL Color Bar" signal.
2. Make the image normal with the remote control-
ler.
3. Connect the oscilloscope to TP48R (IC851 #9).
( Use Probe 10:1)
Range : 2 V/Div
Sweep Time : 20 µsec/Div
4Set the sub color adjustment mode with the re-
mote controller, and vary the sub color data to
make 00% W of the color bar and RED at the
same level for adjustment shown in Fig -
1
Fig -
Cy G B
75% W YMgR00% W
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
SUB-TINT
( I
2
C BUS
CONTROL)
Receive the "NTSC 3 58 Colour Bar" signal
through AV IN
2Connect the oscilloscope to TP47B (P860 Pin6)
BLUE-OUT
»Range : 00mV/Div (AC)(Use Probe 0: )
»Sweep time : 0 µsec/Div
3Select the "SUB-TINT" item in the ADJUSTMENT
MODE Adjust the "SUB-TINT" data to obtain the
waveform shown as Figure (W and Mg same
level)
1
NTSC CHROMA ADJUSTMENT
HORIZONTAL AND VERTICAL DEFLECTION LOOP ADJUSTMENT
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
VHOR-SHI-N60 Align the center of the screen to the geometric center
of CRT (monoscope)
EW-W-N60 Align the center of the screen to the geometric center
of CRT (monoscope)
NOTE :
There are no separate adjustment for 16:9 mode
and Normal mode adjustment.
The 16:9 (Panorama mode 50/60Hz) data need to
follow the adjusted data for Normal mode (50/
60Hz). Please set the data as below.
VER-AMP-P50 = VER-AMP-N50
VER-SHI-P50 = VER-SHI-N50
HOR-SHI-P50 = HOR-SHI-N50
EW-W-P50 = EW-W-N50
VER-AMP-P60 = VER-AMP-N60
VER-SHI-P60 = VER-SHI-N60
HOR-SHI-P60 = HOR-SHI-N60
EW-W-P60 = EW-W-N60
Cy
Same Level
GY
W
Mg BR
GAME OPERATION CHECK
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
( For models
with GAME
only.)
1. Use the "GAME" key (R/C) to enter the Game
Mode.
2. Press the TREBLE UP (code=46H) key (direct
key to enter "The Rock" game), and then confirm
the position and the function of the game.
Note : (A) For the HORIZONTAL position, enter
service mode and choose "Setting Mode
1". Key in the alphabic number 114 to
enter GAME-HON. Adjust to the proper
horizontal position.
(B) For the VERTICAL position, remain in
same "Setting Mode 1". Key in the
alphabic number 115 to enter GAME-
VERT-1. Adjust to the proper vertical
position.
3. If adjustment OK, then press the "GAME MODE"
key to exit to previously viewed channel from the
game mode.
1
FM RADIO OPERATION CHECK
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
( For models
with RADIO
only.)
1. Use the signal generator to set carier frequncy of
89.5 MHz with sound modulation 400Hz.
2. Connect the signal to the FM radio tuner using
the RF coaxial cable with female adaptor.
3. Press the "FM RADIO" button of R/C to access
the FM RADIO menu.
4. Select the "FREQUENCY" in menu and press the
VOL+ key to search the frequency of 89.5 MHz.
5. Confirm the 400 Hz audio is clearly detected.
6. Press the "FM RADIO" button of R/C to exit.
1

18
29H-FG3RU
18-1 18-2
FUNCTION OPERATION CHECKING (VIDEO AND AUDIO)
No.
Adjustment point
Adjustment conditions/procedure Waveform or remarks
CONTRAST
key
1. Receive "Monoscope Pattern" signal.
2. Press to MENU mode, then Select Picture Mode
and set to select CONTRAST.
3. Press Volume Up/Down key to check whether the
CONTRAST effect is OK or not.
1
1. Receive "Color Bar" signal.
2. Press to MENU mode, then Select Picture Mode
and set to select COLOUR.
3. Press Volume Up/Down key to check whether
the COLOUR effect is OK or not.
2COLOUR key
BRIGHTNESS
key
1. Receive "Monoscope Pattern" signal.
2. Press to MENU mode, then Select Picture Mode
and set to select BRIGHTNESS.
3. Press Volume Up/Down key to check whether
the BRIGHTNESS effect is OK or not.
3
TINT key 1. Receive the "NTSC Colour Bar" signal thru AV in.
2. Press to MENU mode, then Select Picture Mode
and set to selectTINT.
3. Press Volume Up/Down key to check TINT, UP
for GREEN direction and DOWN for RED direc-
tion whether is OK or not.
4
SHARPNESS
Key
1. Receive "Monoscope Pattern" signal.
2. Press to MENU mode, then Select Picture Mode
and set to select SHARPNESS.
3. Press Volume Up/Down key to check whether
the SHARPNESS effect is OK or not.
5
WHITE TEMP 1. Receive "Monoscope Pattern" signal.
2. Set FUNCTION to select WHITE TEMP.
3. Press Volume Up/Down key to check WHITE
TEMP Option, STANDARD:
NORMAL SETTING, WARM for more REDDISH
direction changing, COOL for more BLUISH di-
rection changing.
NORMAL Key
7
1. Once in PICTURE Mode, and the NORMAL key
is pressed, all the settings will be present to nor-
mal setting.
(Normal setting value for every mode, refer to
Table 2.2 on page 6-1).
Notes:If nothing is display
mean contrast, colour, bright,
tint, sharpness are all in nor-
mal setting.
6
FUNCTION OPERATION CHECKING (VIDEO AND AUDIO)
(Continued)
No. Adjusting point Adjusting procedure/conditions Waveform and remarks
COLOUR
SYSTEM
1. Receive the "PAL COLOUR BAR" signal, press
the COLOUR SYSTEM key to select modes ex-
cept PAL, check the COLOUR is not working prop-
erly. Then, select the "PAL" mode. Check again
its colour so that it is working properly.
2. Receive "SECAM COLOUR BAR" signal, press
COLOUR SYSTEM key to select modes except
SECAM, check the COLOUR is not working prop-
erly. Then, select the "SECAM" mode. Check
again its colour so that it is working properly.
3. Receive “NTSC 4.43” signal, press COLOUR
SYSTEM key to select modes except NTSC4.43,
check the COLOUR is not working properly. Then,
select the “NTSC 4.43” mode. Check again its
colour so that it is working properly.
4. Receive “NTSC 4.43/3.58 COLOUR BAR” signal
thru AV, press COLOUR SYSTEM key to select
modes except N4.43/3.58, check the COLOUR
is not working properly. Then, select the “NTSC
4.43/3.58” mode. Check again its colour so that it
is working properly.
8
SOUND
SYSTEM
9 1. Receive “PAL-D/K” signal, press the “SOUND
SYSTEM” to select B/G, I. Check the sound out-
put is not working properly. Select D/K and check
the sound output to make sure it is working prop-
erly.
2. Receive “PAL-I” signal, press the “SOUND SYS-
TEM” to select B/G, D/K. Check the sound output
is not working properly. Select I and check the
sound output to make sure it is working properly.
3. Receive “PAL-B/G” signal, press the “SOUND
SYSTEM” to select I, D/K. Check the sound out-
put is not working properly. Select B/G and check
the sound output to make sure it is working prop-
erly.
HEADPHONE
OUTPUT
CHECKING
1. Receive PAL COLOUR BAR with SOUND 400Hz,
100% MODULATION (±50kHz Dev).
2. Maximum volume, and check the headphone
output with 400Hz sound and no sound out from
speaker.
10
Ref : OUTPUT level of HEADPHONE is as
following.
Apx. 500mVp-p
NOISE MUTE
CHECKING
1. Receive "PAL COLOUR BAR" signal.
2. Turn up the volume control to maximum, make
sure the sound is heard from the speakers. Then
put the unit in no signal state.
3. Check the sound mute is effective.
4. Finally turn sound level of CTV to minimum.
11

19
29H-FG3RU
19-1 19-2
No.
Adjustment point
Adjustment conditions/procedureWaveform or remarks
H, V PROTEC-
TOR
1. Receive E-5ch(Monoscopepattern).
2. Connect the bias box to the cathode side (R607)
of D604.
3. Set the voltage of the bias box at 10V, and verify
that the protector does not operate.
4. Set the voltage of the bias box at 18V, and verify
that the protector operate.
1
PROTECTOR OPERATION CHECKING
Ref : Apx.13.3V.
No.
Adjustment point
Adjustment conditions/procedureWaveform or remarks
Front speaker
output check-
ing
1. Receive the E-10ch (PAL colour bar).
2. Set the volume to maximum and set the other
sound setting as follow.
3. Connect the voltmeter to the speaker terminal and
make sure the reading is 5.0 ±1 Vrms.
1
SOUND OUTPUT CHECKING
#1 : Sound setting for model with
BBE and Super Bass in the
sound menu.
#2 : Sound setting for model with-
out BBE and with Bass + in the
sound menu.
Rear woofer
ouput check-
ing (For model
with woofer
box only)
1. Receive the E-10ch (PAL colour bar).
2. Connect the woofer wire from P303 to a 16 ohm
dummy load.
3. Set the volume to maximum and set the other
sound setting as follow.
4. Connect the voltmeter to the dummy load and
make sure the reading is 12 ±1 Vrms.
2
Setting item #1 #2
Equalizer Music Music
Surround OFF OFF
BBE OFF -
Balance 0 0
AVL OFF OFF
Super Bass OFF -
Bass + - ON
Equalizer Music
Surround OFF
BBE OFF
Balance 0
AVL OFF
Super Bass ON

20
29H-FG3RU
20-1 20-2
TROUBLE SHOOTING TABLE
NO RASTER
Check CRT connector (KY), (H) bias
(14V,120 V, 210 V line).
LED COLOUR ?
Power on by R/C.
Check protector circuit and pin 106 & 107 (waveform no.3 & 4) of IC 2100. Also check the waveform no.7 of IC501 at pin 4 and its related parts.
Check the power circuit consisting of IC701, IC702, T701 and its related parts. Also check the horizontal out circuit Q604 and its related parts.
GREEN
GREEN
Yes No
RED
RED
Does horizontal circuit momentary oscillate?
Check the 14V, 120V and 210V line from the main PWB side.
Check R,G,B input and output of IC 851.
Normal Abnormal
T
ROUBLE SHOOTING TABLE (Continued)
Check the power circuit at the front unit consisting of IC4702, IC4701, D4707 and its related parts.
Check the power circuit consisting of IC701, IC702, T701 and its related parts.
Normal
Check F3700.
Replace the Fuse.
Is the Fuse again blown out?
Does STBY+5V appear at pin 1 P1001
main unit ?
Blown out
No
No Yes
Yes
Check F4701.
NO LED LIGHT
Check 3V output from pin 22 of IC 2100 and its related parts.