Sharp 29WF50 Schematic

ADJUSTMENT PRECAUTIONS

SERVICE MODE

This model’s setting are adjusted in two different ways: though 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.

1 Make a short-circuit JA373 and JA374, enter into the service mode. (Adjustment through

the I2C bus control). (Use JWS Key to set as well).

2 Press the CH DOWN / UP key on the remote controller to get ready to select the mode

one by one.

3 Press the CH DOWN / UP key on the remote controller to select the modes reversibly

one by one.

4 Using the VOLUME UP/ DOWN key on the remote controller, the data can be modified.
5 When the short circuit between JA373 and JA374 is cut off, it will be released from the

service mode.

2. Factory Presetting.

1 Make a short-circuit JA373 and JA374 and turn on the main power switch. Initial values

are automatically preset, only when a new EEPROM is used (Judge with the first 4
bytes).

2 The initial data are preset as listed in page.

3

3 Make sure the data need modify or not (Initial data).

Note: Once the chassis has been assembly together and ready to be POWER ON for the

FIRST TIME, make sure to make a short-circuit JA373 and JA374 to switch to the
service mode position first and then turn on the main power switch. (See 2-1 above).

Precaution: If haven’t done this initiation, it may possibly generate excessive Beam
current.

1.) In the Service Mode, Key is used to select the mode in the following order.

SERVICE MODE 1

RASTER
MODE

SUB 2 ADJ.
MODE

Press the MENU button
at the remote controller,
it will enter into
Service Mode Option.

CUT OFF
MODE

60 Hz ADJ.
MODE

SERVICE MODE

OPTION

50Hz ADJ.
MODE

SUB 1 ADJ.
MODE

Press the MENU button
again at the remote controller,
it will jump back to
Service Mode 1.

Press service/ language for 2 sec,
it will enter into service mode 2.

Press service/ language for 2 sec again,
it will jump back to service mode 1.

FORWARD : CH DOWN KEY

REVERSE : CH UP KEY

SERVICE MODE 2

CUT OFF/ BKGD MODE

R-CUT OFF
G-CUT OFF
B-CUT OFF

CUT OFF

DATA

LENGTH

63 - 255 63

INITIAL

DATA

3 sec. TIME OUT

CUT OFF

BKGD
MODE

LATERAL MODE

(R, G, B-CUT OFF)

"—/——"

3 sec. TIME OUT

DATA

LENGTH

0 - 127 63

DRIVE

G-DRIVE
B-DRIVE

INITIAL

DATA

KEY

R-CUT OFF
G-CUT OFF
B-CUT OFF
G-DRIVE
B-DRIVE

UP

1 KEY
2 KEY
3 KEY
7 KEY
8 KEY

3-1 3-2

DOWN
4 KEY

5 KEY
6 KEY
F/B KEY
0 KEY

29WF50

50 Hz ADJ. MODE

SERVICE MODE

29WF50

V-SIZE 50 Hz (V-SIZE 50)
V-LINEARITY 50 Hz (V-LINE 50)
VS-CORRECTION 50 Hz (VS-CORR 50)
V-POSITION 50 Hz (V-CENT 50)

V-SIZE 60 Hz (V-SIZE 60)
V-LINEARITY 60 Hz (V-LINE 60)
VS-CORRECTION 60 Hz (VS-CORR 60)
V-POSITION 60 Hz (V-CENT 60)

SUB 1

4

SECAM R-Y (SCM R-Y)
SECAM B-Y (SCM B-Y)
BRIGHT (SUB BRI)
BRIGHT (DVD) (SUB BRI DVD)
SUB CONT (SUB CONT)
SUB CONT (DVD) (SUB CONT DVD)
SUB TINT (SUB TINT)
SUB TINT (DVD) (SUB TINT DVD)

FORWARD : CH DOWN KEY
REVERSE : CH UP KEY

60 Hz ADJ. MODE

TRAPEZIUM 50 Hz (TRAPE 50)
E/W CORNER 50 Hz (E/W COR 50)
E/W PARABOLA 50 Hz (E/W PAR 50)
H-SIZE 50 Hz (H-SIZE 50)
H-POSITION 50 Hz (H-CENT 50)

TRAPEZIUM 60 Hz (TRAPE 60)
E/W CORNER 60 Hz (E/W COR 60)
E/W PARABOLA 60 Hz (E/W PAR 60)
H-SIZE 60 Hz (H-SIZE 60)
H-POSITION 60 Hz (H-CENT 60)

SUB 2

SUB COLOR (SUB COLOR)
SUB COLOR (DVD) (SUB COLOR DVD)
V-ENT (V-ENT)
H-ENT (H-ENT)
RF AGC (RF AGC)
SECAM BELL (SCM BELL)
SPRIT/INTER (S/I)
RF SUB SOUND (RF S-SOUND)
HEAD PHONE (HP SUB VOL)

SUB VOLUME ADJ.
COLOR TEMP. (WT)
PIFVCO (PIFVCO)
LNA (LNA)
SIF 574 (SIF 574)
AFC (AFC)

User Data in Service Mode Option

• While SERVICE MODE 1 on, EEPROM DATA will switch to the service data.
Also, once press the menu button at the remote controller, EEPROM will switch
to SERVICE MODE OPTION.
Once press the menu button again at the remote controller, EEPROM will switch
back to SERVICE MODE 1.

• In the service option the user data establish as below,

Service Mode Option

No. EEPROM ITEM DATA LENGTH OSD IC DATA SETTING INITIAL

DATA

1 COMB OPTION ON/OFF COMB OP OPTION OFF
2 DVD OPTION ON/OFF DVD OP OPTION OFF
3 PAL OPTION ON/OFF PAL OP OPTION ON
4 6.5 M SIF FIX 0 ~ 1 6.5 M 1 CHIP 6.5 M SIF FIX (0) 0
5 ROTATION OPTION ON/OFF ROTA OP OPTION OFF
6 SYAKIT OPTION ON/OFF SYAKIT OP OPTION OFF
7 SPATIALIZER OPTION ON/OFF SPA OP OPTION OFF
8 FLAT OPTION ON/OFF FLAT OP OPTION (ON:FLAT) OFF
9 SPEAKER 1 ~ 4 SPEAKER OPTION SP1 (1) 1

10 HOTEL ON/OFF ON/OFF H MODE OPTION OFF

11 HOTEL POSITION 0 ~ 99 H POSITION OPTION 0
12 HOTEL VOLUME 0 ~ 60 H VOLUME OPTION 0
13 LANGUAGE OPTION 1 ~ 2 LANGUAGE OPTION 2
14 MONO BILINGUAL ON/OFF MO/BIL OPTION ON OFF

4-1 4-2

After short JA373 & JA374, and turn on the main power switch, read data from EEPROM Address
00H ~ 03H, and compare to the list below, if different, initialize the EEPROM.

Address Data Address Data

00H 23H 02H 18H
01H 23H 03H A3H

1. SERVICE MODE 1

No. EEPROM SETTING

0 MICOM INFO. DISPLAY SERVICE MODE
1 CUT OFF REFER # CUTOFF BKGD
2 CUT OFF (DVD) REFER # CUTOFFBKGD (DVD)
3 V-SIZE 0 ~ 63 V-SIZE 50 1 CHIP V-SIZE 30
4 V-LINEARITY (50Hz) #2 0 ~ 15 V S-LINE 50 1 CHIP V-LINEARITY 10
5

VS-CORRECTION (50Hz) #2
6 V-POSITION #2 0 ~ 7 V-CENT 50 1 CHIP V-PHASE 5
7 H-POSITION #2 0 ~ 31 H-CENT 50 1 CHIP H-PHASE 11
8 H-SIZE (50Hz) #2 0 ~ 63 H-SIZE 50 1 CHIP H-SIZE 32
9

E/W-PARABOLA (50Hz) #2

10 E/W CORNER (50Hz) #2 0 ~ 15 E/W COR 50 1 CHIP E/W CORNER 6
11 TRAPEZIUM (50Hz) #2 0 ~ 31 TRAPE 50 1 CHIP TRAPEZIUM 17
12 SECAM R-Y #3 0 ~ 15 SCM R-Y 1 CHIP SR-Y 8
13 SECAM B-Y #3 0 ~ 15 SCM B-Y 1 CHIP SB-Y 8
14 BRIGHT 0 ~ 127 SUB BRI 1 CHIP BRIGHTNESS 80
15 BRIGHT (DVD) 0 ~ 127 SUB BRI DVD 1 CHIP BRIGHTNESS 80
16 SUB CONT 0 ~ 15 SUB CONT 1 CHIP SUB CONT 3
17 SUB CONT (DVD) 0 ~ 15 SUB CONT DVD 1 CHIP SUB CONT 3
18 TINT 0 ~ 127 SUB TINT 1 CHIP TINT 64
19 TINT (DVD) 0 ~ 127 SUB TINT DVD 1 CHIP TINT 16

5

20 V-SIZE 0 ~ 63 V-SIZE 60 1 CHIP V-SIZE 39
21 V-LINEARITY 0 ~ 15 V-LINE 60 1 CHIP V-LINEARITY 10
22 VS-CORRECTION (60Hz) 0 ~ 15 V S-CORR 60 1 CHIP
23 V-POSITION (60Hz) 0 ~ 7 V-CENT 60 1 CHIP V-PHASE 2
24 H-POSITION (60Hz) 0 ~ 31 H-CENT 60 1 CHIP H-PHASE 14
25 H-SIZE (60Hz) 0 ~ 63 H-SIZE 60 1 CHIP H-SIZE 34
26 E/W PARABOLA (60Hz) 0 ~ 63 E/W PAR 60 1 CHIP E/W PARABORA 19
27 E/W CORNER (60Hz) 0 ~ 15 E/W COT 60 1 CHIP E/W CORNER 4
28 TRAPEZIUM (60Hz) 0 ~ 31 TRAPE 60 1 CHIP TRAPEZIUM 6
29 COLOUR 0 ~ 127 SUB COL 1 CHIP COLOUR 60
30 COLOUR (DVD) 0 ~ 127 SUB COL DVD 1 CHIP COLOUR 60
31 V-ENT 0 ~ 7 V-ENT 1 CHIP V-ENT 6
32 H-ENT 0 ~ 7 H-ENT 1 CHIP H-ENT 4
33 RF AGC 0 ~ 63 RF AGC 1 CHIP RF AGC 46
34 SECAM BELL 0 ~ 1 SCM BELL 1 CHIP S BELL 0
35 SPRIT/INTER 0 ~ 1 S/I 1 CHIP SPRIT/INTER 0
36 RF SUB SOUND 0 ~ 127 RF S-SOUND 1 CHIP RF SUB SOUND 96
37 SUB VOLUME 0 ~ 63 SUB VOL SOR/SPA VOLUME 45
38

H. PHONE SUB VOL. ADJ.

39 COLOUR TEMP. 0 ~ 1 WT OPTION 1
40 PIF VCO #4 PIFVCO ­41 LNA ON/OFF LNA OPTION OFF
42 SIF574 ON/OFF SIF574 1 CHIP SIF574 ON
43 AFC ON/OFF AFC 1 CHIP AFC OFF:OFF OFF

DATA LENGTH

0 ~ 15 V S-CORR 50 1 CHIP

0 ~ 63 E/W PAR 50 1 CHIP E/W PARABORA 39

0 ~ 63 HP SUB VOL SOR/SPA VOLUME 63

OSD IC DATA SETTING

V S-CORRECTION

V S-CORRECTION

NORMAL:ON

INITIAL

DATA

8

9

#1 Whiles selecting SERVICE MODE 1, MICOM Version Information, SOFTWARE V ersion Informa-

tion, check some iformation will be displayed.

#2 60 Hz Adjustment Value is programmed from ± 50 Hz Adjustment value.

EEPROM SETTING DATA EEPROM SETTING DATA EEPROM SETTING DATA

V-SIZE +9 V-POSITION -3 E/W PARABOLA -20

V-LINEARITY 0 H-POSITION +3 E/W CORNER -2

VS-CORRECTION +1 H-SIZE +2 TRAPEZIUM -11

#3 While adjusting SECAM R-Y, SECAM B-Y and S BLACK of 1 chip is set to 1.
#4 While choosing PIFVCO MODE and RF AGC set to "0 0" and PIFVCO is set to "1".

5-1 5-2

29WF50

2. SERVICE MODE 2

NO. EEPROM ITEM

1 WPS 0 ~ 1 WPS 1 CHIP WPS 1
2 SUB CONTRAST 0 ~ 127 S CONT 1 CHIP CONTRAST 127
3 NTSC PHASE (NT) 0 ~ 3 N-PNT 1 CHIP NTSC PHASE 0
4 NTSC PHASE (PAL/SEC.) 0 ~ 3 N-P PS 1 CHIP NTSC PHASE 0
5 NTSC PHASE (DVD) 0 ~ 3 N-PD 1 CHIP NTSC PHASE 3
6 SUB SHARPNESS (TV) 0 ~ 63 S SHARP T 1 CHIP SHARPNESS 32
7 SUB SHARPNESS (AV) 0 ~ 63 S SHARP A 1 CHIP SHARPNESS 20
8 SUB SHARPNESS (DVD) 0 ~ 63 S SHARP D 1 CHIP SHARPNESS 10
9 RGB MUTE 0 ~ 1 RGB MUTE 1 CHIP RGB MUTE OFF

10 RGB CONTRAST 0 ~ 63 RGB CONT 1 CHIP RGB CONTRAST 32
11 Y-DL (NTSC-M) 0 ~ 3 YNM 1 CHIP Y-DL 1
12 Y-DL (PAL-B/G) 0 ~ 3 YPB 1 CHIP Y-DL 1
13 Y-DL (PAL-I) 0 ~ 3 YPI 1 CHIP Y-DL 3
14 Y-DL (PAL-D/K) 0 ~ 3 YPD 1 CHIP Y-DL 3
15 Y-DL (SECAM-B/G) 0 ~ 3 YSB 1 CHIP Y-DL 0
16 Y-DL (SECAM-D/K) 0 ~ 3 YSD 1 CHIP Y-DL 3
17 Y-DL (B/W) 0 ~ 3 YBW 1 CHIP Y-DL 0
18 Y-DL (NTSC-AV) 0 ~ 3 YNA 1 CHIP Y-DL 0
19 Y-DL (PAL-AV) 0 ~ 3 YPA 1 CHIP Y-DL 0
20 Y-DL (SECAM-AV) 0 ~ 3 YSA 1 CHIP Y-DL 0
21 Y-DL (B/W-AV) 0 ~ 3 YBA 1 CHIP Y-DL 0
22 SUB COLOUR 0 ~ 31 SUB COL 1 CHIP SUB-COLOUR 16
23 VSM GAIN AVM1 0 ~ 7 V-GAIN 1 1 CHIP VSM GAIN 3
24 VSM GAIN AVM2 0 ~ 7 V-GAIN 2 1 CHIP VSM GAIN 5

6

25 VSM GAIN AVM3 0 ~ 7 V-GAIN 3 1 CHIP VSM GAIN 7
26 BASE BAND TINT 0 ~ 31 B-B TINT 1 CHIP BASE BAND TINT 16
27 SECAM GP-PHASE 0 ~ 3 S G-PHASE 1 CHIP S SP-PHASE 1
28 SECAM ID-SENS 0 ~ 1 S ID-SENS 1 CHIP S ID-SENS 0
29 SECAM ID-MODE 0 ~ 1 S ID-MODE 1 CHIP S ID-MODE 0
30 PIF FREQ 0 ~ 7 P FREQ 1 CHIP PIF FREQ 3
31 P/N-ID 0 ~ 1 PN ID 1 CHIP P/N-ID 0
32 YS/YM MODE 0 ~ 1 YSM MODE 1 CHIP YSM MODE 1
33 RGB ABCL 0 ~ 1 RGB ABCL 1 CHIP RGB ABCL 1
34 DC RESTORATION 0 ~ 3 DC REST 1 CHIP
35 BLACK STRETCH 0 ~ 3 B ST 1 CHIP BLACK STRETCH 1
36 ABL START POINT 0 ~ 3 ABL ST 1 CHIP
37 ABL GAIN 0 ~ 3 ABL GA 1 CHIP ABL GAIN 2
38 AKB MODE 0 ~ 63 AKB MODE 1 CHIP AKB MODE 0
39 COLOUR 0 ~ 1 COL G 1 CHIP COLOUR 1
40 V AGC 0 ~ 1 V AGC 1 CHIP V AGC 0
41 V RAMP REF 0 ~ 1 V RAMP 1 CHIP V RAMP 1
42 VSM PHASE 0 ~ 1 VSM PHASE 1 CHIP VSM PHASE 0
43 BASS LEVEL ON 0 ~ 3 BA LV SUR/SPA BASS LEVEL 3
44 BASS OFF AVM1 SP1 0 ~ 4 #1 BA OFF 1 SP1 SUR/SPA BASS SW, LEVEL 4
45 BASS OFF AVM2 SP1 0 ~ 4 #1 BA OFF 2 SP1 SUR/SPA BASS SW, LEVEL 4
46 BASS OFF AVM3 SP1 0 ~ 4 #1 BA OFF 3 SP1 SUR/SPA BASS SW, LEVEL 4
47 BASS OFF AVM1 SP2 0 ~ 4 #1 BA OFF 1 SP2 SUR/SPA BASS SW, LEVEL 4
48 BASS OFF AVM2 SP2 0 ~ 4 #1 BA OFF 2 SP2 SUR/SPA BASS SW, LEVEL 4
49 BASS OFF AVM3 SP2 0 ~ 4 #1 BA OFF 3 SP2 SUR/SPA BASS SW, LEVEL 4
50 BASS OFF AVM1 SP3 0 ~ 4 #1 BA OFF 1 SP3 SUR/SPA BASS SW, LEVEL 4
51 BASS OFF AVM2 SP3 0 ~ 4 #1 BA OFF 2 SP3 SUR/SPA BASS SW, LEVEL 4
52 BASS OFF AVM3 SP3 0 ~ 4 #1 BA OFF 3 SP3 SUR/SPA BASS SW, LEVEL 4
53 BASS OFF AVM1 SP4 0 ~ 4 #1 BA OFF 1 SP4 SUR/SPA BASS SW, LEVEL 4
54 BASS OFF AVM2 SP4 0 ~ 4 #1 BA OFF 2 SP4 SUR/SPA BASS SW, LEVEL 4

DATA LENGTH

OSD IC DATA SETTING

DC RESTORATION

ABL START POINT

INITIAL
DATA

3

3

NO. EEPROM ITEM

55 BASS OFF AVM3 SP4 0 ~ 4 #1 BA OFF 3 SP4 SUR/SPA BASS SW, LEVEL 4
56 AGC SW 0 ~ 1 AGC SW SUR/SPA AGC SW ON
57 AGC ADJ 0 ~ 3 AGC AD SUR/SPA AGC ADJ 2
58 FM LEVEL #2 FM L NICAM FM LEVEL +1
59 IGR LEVEL #2 IGR L NICAM IGR LEVEL +2
60 NICAM B/G LEVEL #3 BG L NICAM NICAM B/G LEVEL -1
61 NICAM 1 LEVEL #3 I L NICAM NICAM I LEVEL +4
62 NICAL D/K LEVEL #3 DK L NICAM NICAM D/K LEVEL -1
63 LOWER ERROR 0 ~ 255 L ERR NICAM LOWER ERROR 35
64 UPPER ERROR 0 ~ 255 U ERR NICAM UPPER ERROR 70
65 IGR GAIN (9873H) #4 IGR G NICAM IGR GAIN (9873H) 0
66 NICAM SPEED 0 ~ 3 N SPEED NICAM N SPEED 2
67 INTER/EXTER 0 ~ 1 IN/EX NICAM INTER/EXTER 0
68 AUTO MUTE 0 ~ 1 AM NICAM AUTO MUTE ON
69 AGC SW ON/OFF 0 ~ 1 AGC SW NICAM AGC SW OFF
70 AGC GAIN 0 ~ 31 AGC G NICAM AGC GAIN 16
71 SYAKIT VOLUME 1 0 ~ 21 SVOL 1 SYAKIT SVOLUME 1 0
72 SYAKIT VOLUME 2 0 ~ 3 SVOL 2 SYAKIT SVOLUME 2 0
73 SYAKIT LOU 0 ~ 1 SLOU SYAKIT SLOU 1
74 SYAKIT ATT 0 ~ 7 SATT SYAKIT SATT OUT 0
75 SYAKIT BASS 0 ~ 13 SBASS SYAKIT S-BASS 6
76 SYAKIT TREBLE 0 ~ 13 STRE SYAKIT S-TREBLE 6
77 MAX LEVEL SYAKIT 1 0 ~ 5 S1MA 3
78 MAX LEVEL SYAKIT 2 0 ~ 5 S2MA 4
79 MAX LEVEL SYAKIT 3 0 ~ 5 S3MA 6
80 START LEVEL SYAKIT 1 0 ~ 63 S1ST 17
81 START LEVEL SYAKIT 2 0 ~ 63 S2ST 21
82 START LEVEL SYAKIT 3 0 ~ 63 S3ST 20
83 WIDE LEVEL SYAKIT 1 0 ~ 7 S1W1 6
84 WIDE LEVEL SYAKIT 2 0 ~ 7 S2W1 3
85 WIDE LEVEL SYAKIT 3 0 ~ 7 S3W1 3
86 STOP LEVEL SYAKIT 1 0 ~ 5 S1SP 1
87 STOP LEVEL SYAKIT 2 0 ~ 5 S2SP 1
88 STOP LEVEL SYAKIT 3 0 ~ 5 S3SP 1
89 BASS MAX SYAKIT 1 0 ~ 15 SBASS1 12
90 BASS MAX SYAKIT 2 0 ~ 15 SBASS2 11
91 BASS MAX SYAKIT 3 0 ~ 15 SBASS3 10
92 TREBLE MAX SYAKIT 1 0 ~ 15 STRE1 12
93 TREBLE MAX SYAKIT 2 0 ~ 15 STRE2 11
94 TREBLE MAX SYAKIT 3 0 ~ 15 STRE3 10
95 BASS AVM1 SP1 #6 BASS 1 SP1 -5
96 BASS AVM2 SP1 #6 BASS 2 SP1 +2
97 BASS AVM3 SP1 #6 BASS 3 SP1 +5
98 BASS AVM1 SP2 #6 BASS 1 SP2 -5

99 BASS AVM2 SP2 #6 BASS 2 SP2 0
100 BASS AVM3 SP2 #6 BASS 3 SP2 +5
101 BASS AVM1 SP3 #6 BASS 1 SP3 -5
102 BASS AVM2 SP3 #6 BASS 2 SP3 0
103 BASS AVM3 SP3 #6 BASS 3 SP3 +10
104 BASS AVM1 SP4 #6 BASS 1 SP4 -5
105 BASS AVM2 SP4 #6 BASS 2 SP4 -2
106 BASS AVM3 SP4 #6 BASS 3 SP4 +6
107 TREBLE AVM1 SP1 #6 TRE 1 SP1 -5
108 TREBLE AVM2 SP1 #6 TRE 2 SP1 0
109 TREBLE AVM3 SP1 #6 TRE 3 SP1 +5
110 TREBLE AVM1 SP2 #6 TRE 1 SP2 -5

DATA LENGTH

OSD IC DATA SETTING

6-1 6-2

INITIA

DATA

29WF50

NO. EEPROM ITEM

EEPROM

111 TREBLE AVM2 SP2 #6 TRE 2 SP2 +2
112 TREBLE AVM3 SP2 #6 TRE 3 SP2 +8
113 TREBLE AVM1 SP3 #6 TRE 1 SP3 -10
114 TREBLE AVM2 SP3 #6 TRE 2 SP3 +1
115 TREBLE AVM3 SP3 #6 TRE 3 SP3 +5
116 TREBLE AVM1 SP4 #6 TRE 1 SP4 -10
117 TREBLE AVM2 SP4 #6 TRE 2 SP4 +3
118 TREBLE AVM3 SP4 #6 TRE 3 SP4 +6
119 BASS MODE AVM1 SP1 ON/OFF #7 BA MO 1 SP1 OFF
120 BASS MODE AVM2 SP1 ON/OFF #7 BA MO 2 SP1 OFF
121 BASS MODE AVM3 SP1 ON/OFF #7 BA MO 3 SP1 ON
122 BASS MODE AVM1 SP2 ON/OFF #7 BA MO 1 SP2 OFF
123 BASS MODE AVM2 SP2 ON/OFF #7 BA MO 2 SP2 OFF
124 BASS MODE AVM3 SP2 ON/OFF #7 BA MO 3 SP2 ON
125 BASS MODE AVM1 SP3 ON/OFF #7 BA MO 1 SP3 OFF
126 BASS MODE AVM2 SP3 ON/OFF #7 BA MO 2 SP3 OFF
127 BASS MODE AVM3 SP3 ON/OFF #7 BA MO 3 SP3 ON
128 BASS MODE AVM1 SP4 ON/OFF #7 BA MO 1 SP4 OFF
129 BASS MODE AVM2 SP4 ON/OFF #7 BA MO 2 SP4 OFF
130 BASS MODE AVM3 SP4 ON/OFF #7 BA MO 3 SP4 ON
131 CONTRAST AVM1 #8 CONT 1 55
132 CONTRAST AVM2 #8 CONT 2 57
133 CONTRAST AVM3 #8 CONT 3 60
134 CONTRAST AVM1 FL #8 CONT 1 FL 55
135 CONTRAST AVM2 FL #8 CONT 2 FL 57

7

136 CONTRAST AVM3 FL #8 CONT 3 FL 60
137 COLOUR AVM1 #9 COL 1 0
138 COLOUR AVM2 #9 COL 2 0
139 COLOUR AVM3 #9 COL 3 +10
140 COLOUR AVM1 FL #9 COL 1 FL 0
141 COLOUR AVM2 FL #9 COL 2 FL 0
142 COLOUR AVM3 FL #9 COL 3 FL +10
143 SHARP AVM1 #10 SHARP 1 -5
144 SHARP AVM2 #10 SHARP 2 0
145 SHARP AVM3 #10 SHARP 3 0
146 SHARP AVM1 FL #10 SHARP 1 FL -5
147 SHARP AVM2 FL #10 SHARP 2 FL 0
148 SHARP AVM3 FL #10 SHARP 3 FL 0
149 γ- POINT AVM1 #11 G-POINT 1 3
150 γ- POINT AVM2 #11 G-POINT 2 2
151 γ- POINT AVM3 #11 G-POINT 3 1
152 γ- POINT AVM1 FL #11 G-POINT 1 FL 3
153 γ- POINT AVM2 FL #11 G-POINT 2 FL 2
154 γ- POINT AVM3 FL #11 G-POINT 3 FL 1
155 SEARCH SPEED #12 S SPE 450
156 OSD 0 ~ 127 OSD-H 2
157 BUZZ 0 ~ 1 BUZZ 1 CHIP BUZZ 0
158 AV AFC 0 ~ 1 AV AFC 1
159 TEXT H 0 ~ 63 TEXT H TEXT 30
160 TEXT V 0 ~ 63 TEXT V TEXT 30
161 NVM NVM EEPROM

DATA LENGTH

OSD IC DATA SETTING

INITIAL

DATA

INITIAL SETTING

(1) Execute MCL 1/2 key to set the following data in EEPROM.

STTM

R/C CODE MCL 4(171:Abh)

TV-CH. CH-No. Fv (MHz) S-SYSTEM

0
1 Thai Local CH-3 55.25 PAL B/G
2 Thai Local CH-5 175.25 PAL B/G
3 Thai Local CH-7 189.25 PAL B/G
4 Thai Local CH-9 203.25 PAL B/G
5 Thai Local CH-11 217.25 PAL B/G
6 Thai Local CH-29 535.25 PAL B/G
7
8

9
10
11 STTM Factory CH-E2 48.25 PAL B/G
12 STTM Factory CH-E4 62.25 PAL B/G
13 STTM Factory CH-E8 196.25 PAL B/G
14 STTM Factory CH-E10 210.25 SECAM B/G
15 STTM Factory CH-E12 224.25 PAL B/G
16 STTM Factory CH-E21 471.25 PAL B/G
17 STTM Factory CH-E69 855.25 PAL B/G
18
19
20
21 STTM Factory CH-E12 223.95 PAL B/G
22 STTM Factory CH-E12 224.55 PAL B/G
23 STTM Factory CH-E12 223.85 PAL B/G
24 STTM Factory CH-E12 224.65 PAL B/G
25 STTM Factory CH-E12 223.75 PAL B/G
26 STTM Factory CH-E12 224.75 PAL B/G
27
28
29
30
31 STTM Factory CH-J1 91.25 NTSC M
32 STTM Factory CH-J3 103.25 NTSC M
33 STTM Factory CH-J4 171.25 NTSC M
34 STTM Factory CH-J6 183.25 NTSC M
35 STTM Factory CH-J8 193.25 NTSC M
36 STTM Factory CH-J10 205.25 NTSC M
37 STTM Factory CH-J12 217.25 NTSC M
38 STTM Factory CH-J38 621.25 NTSC M
39

29WF50

40
41

7-1 7-2

SHIPPING SETTING AND CHECKING

(1) The following default data has been factory-set for the E2PROM.

ITEMS DATA SETTING

R/C 238(EEh)

S-SYSTEM B/G

LANGUAGE THAI

SELECT

# FACTORY-SET 8 OPERATE MCL2

LAST POWER ON
LAST TV/AV MODE TV
LAST CH CH1
FLASH BACK CH1
FAVORITE CH1 CH10
FAVORITE CH2 CH20
FAVORITE CH3 CH30
FAVORITE CH4 CH40
1 DIGIT/2 DIGIT 2 DIGIT
VOLUME 0
H/P-VOLUME 0
ROTATION 0
SAVE OFF
AV MODE 2
BALANCE 0
BLUE BACK OFF

8

AUTO SELECT ON

# SERVICE MODE DATA

ITEM DATA SETTING

MODE 1 2 3

CONTRAST # # #

COLOUR # # #

BRIGHT 0 0 0

TINT 0 0 0

SHARPNESS # # #

PEICTURE NR OFF OFF OFF

WHITE TEMP 0 0 0

SHAKIT OFF OFF OFF

BASS + # # #

SOR/SPA OFF OFF OFF

LEVEL 0 0 0

BASS # 0 #

TREBLE # 0 #

FACTORYSET 9

VM ON
TEXT 1
LNA OFF
ON TIMER OFF
ON TIMER CH NO SETTING
ON TIMER VOLUME NO SETTING
REMINDER OFF
AFT ALL CH ON
COLOUR SYSTEM ALL CH AUTO
SKIP ALL CH OFF
NICAM ON/OFF ALL CH ON
NICAM STEREO MODE ALL CH STEREO
NICAM BILINGUAL MODE ALL CH M1
NICAM MONO MODE ALL CH MONO
IGR ON/OFF ALL CH ON
IGR STEREO MODE ALL CH STEREO
IGR BILINGUAL MODE ALL CH MAIN
MONO BILINGUAL MODE SOUND1

SOFT STANDARD DYNAMIC

ITEM DATA SETTING

No.

Adjustment point

Tuner IFT

1

(PRESET)
TU200

2 RF-AGC

TAKE OVER
POINT
ADJUSTMENT
(I2C BUS
CONTROL)

3 PIF VCO COIL

ADJUSTMENT

SERVICE ADJUSTMENT

PIF ADJUSTMENT CHECKING

Adjustment Condition / Procedure Waveform or others

1. Get the tuner ready to receive the CH. E-10
signal, but with no signal input.
Adjust the PLL data.

2. Connect the sweep generator’s output cable
to the tuner antenna. (RF SWEEP)

3. Adjust the sweep generator’s to 80dBµV.

4. Connect the response lead (use LOW IMPED­ANCE probe with wave detector ; see Fig.1)
to the tuner’s IF output terminal. (This terminal
must have the probe alone connected).

5. Set the RF AGC to 0 - 6 V with no saturation
with the waveform.

6. Adjust the tuner IF coil to obtain the waveform
as shown in Fig. 2.

Note: Be sure to keep the tuner cover in position

during this adjustment.

1. Receive the PAL Colour bar signal.
Signal Strength: 54 ± 1 dbµV (75Ω open)

2. Connect the oscilloscope to TP201 (Tuner’s
AGC Terminal) as shown in Fig. 3.

Oscilloscope

+

0.1V

–

+

–

Bias Box : about 4.5V

BIAS Box

TP201

TV SET

Fig. 3

3. Call "RF-AGC" mode in service mode. Adjust
the "RF-AGC" bus data to obtain the Tuner out­put pin drop 0.1 ~ 1.0 V below maximum volt­age.

4. Change the antenna input signal to 63 ~
67 dBµV, and make sure there is no noise.

5. Turn up the input signal to 90 ~ 95 dBµV to be
sure that there is no cross modulation beat.

1. Do not receive any signal.

2. Connect the digital voltmeter to TP803 (pin (54)
of IC800) in the main unit.

3. Call the "PIF VCO" Mode at the service mode.

4. Verify that it is turned counterclockwise to 0V
and adjust T800 to make DC voltage of TP803
become 2.5 ± 0.1 V in the range.

Oscilloscope

Note:

Precaution:

DC voltage at TP803

5V

2.5V

Down

Adjust T800 to B point, between B'
and B". (Point A and C is NG.)
* Turn the coil counterclockwise for

the up direction and clockwise for
the down direction.

10k

100k

P C

For the 50Ω signal strength
gauge, when not using 50/75
impedance adapter, signal
strength is 52 ± 1 dBµV (75Ω
open), instead of 54 ± 1 dBµV
(75Ω open).

The loss of using impedance
adapter.

Fig. 1

E-9 CH

Fig. 2

BB"CUPB’A

1n60

29WF50

1000p

IF OUT

75ohm

-1.5+/-0.8dB

8-1 8-2

9

No.

Adjustment point

1 SUB VOL

(BUS
ADJUST­MENT)

2 NOISE MUTE

CHECKING

No.

Adjustment point

1 VCO COIL

T2300
(SX68KF7)

SOUND ADJUSTMENT

Adjustment Condition / Procedure Waveform or others

1. Receive PAL Colour Bar signal.
Signal content: 400 Hz 100% Mod.

2. Connect the probel of the meter (*) to (SI) con­nector.

3. Select the SUB-VOL in the service mode.

4. Adjust the SUB-VOL data to make the meter
indicate 5.0 Vrms (at L-CH)
Adjustment value: 5.0± 0.3 Vrms

-0.05 Vrms

1. Receive the 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.

Note:The setting below is auto­matically set when the SUB-VOL

is selected in the service mode.
* SURROUND OFF
* S-NORMAL state
* S-VOL Max
* Bass + OFF

SIF(NICAM/IGR) ADJUSTMENT

Adjustment Condition / Procedure Waveform or others

1. Receive the PAL Colour Bar signal.
(Set the receiving frequency at AFT OFF VHF
high frequency.)

2. Connect the digital voltmeter to TP2300 or pin
(1) of SC200 (in the main unit).

3. Verify that it is turned counterclockwise to 0V
and clockwise to 5V , and adjust T2300 to make
the DC voltage of TP2300 become 2.5 ± 0.1 V
in the range.

* Single-unit adjustment

Vcc 5 ± 0.1V

IF input frequency 38.9MHz ± 10kHz. Control it
under these conditions.

Adjust T2300 to make the DC voltage of TP2300
(in the NICAM unit) become 2.5 ± 0.1V.

After single-unit adjustment, check the practical
setup.

Align the receiving frequency to the select chan­nel frequency. (AFT OFF)

The checked voltage must be2.5 ± 1.0V.
(Take care that ± 1.0 is considered for the Vcc

difference between the single unit and unit, Fo
difference and so on, but is not the adjustment
precision.)

No.

Adjustment point

1 PURITY

ADJUSTMENT

PURITY ADJUSTMENT

Adjustment Condition / Procedure Waveform or others

1. Select the green monocolour screen with re­mote controller, and set the beam current to

1.6mA with the contrast control.

2. Degauss the CRT enough with the degauss­ing coil.
Note: Follow the job instruction sheet to ad-

just the magnetic field.
*BH = 0
*Bv = refer to the job intructions sheet.

3. The purity magnet must be previously set at
the zero magnetic field and the convergence
must be roughly adjusted.
With P-Mag, adjust it to the center: rank A.

4. Observe the points a, b, as shown in Fig.4-1
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. Align it to zero, keeping the raster rotation in
the east direction.

7. Tighten up the deflection coil screws.
Tightening torque : 180 ± 20N (18 ± 2Kgf)

8. Checking the CRT corner area, bond the mag­net sheet to set the landing at Rank A for com­pensation.
Note: Apply the adjustment after aging with the

beam current 1,600 ± 50µA or more for
30 minutes or more.

Note: Select the service mode, and press the

monocolour key of R/C for process, and
the monocolour screen (green) will be
selected.

* Every push of the monocolour key, changes the

screen as follows.

Monocolour

Screen

GREEN

* Adjustment for uniformity is change to another

content. Please refer to the following page.

Monocolour

Screen

BLUE

Monocolourscreen

Release

Monocolour

Screen

RED

a

90 mm 90 mm

Fig. 4-1

A

Fig. 4-2 Rank A (On the right of CRT)

A

Fig. 4-3 Rank A (On the left of CRT)

* Continuosly press the

monocolour key 1 second or
more, and the monocolour mode
will be selected without the serv­ice mode.

b

A=B

B

B

A=B

29WF50

9-1 9-2

10

No.

Adjustment point

1 UNIFORMITY

ADJUSTMENT
(To perform
after the purity
and conver­gence
adjustment)

UNIFORMITY ADJUSTMENT

Adjustment Condition / Procedure Waveform or others

Before adjustment begin, Horizontal magnetic
field=0G, Vertical magnetic field = 0.1G.
Make sure degauss it.

North Direction Red Uniformity

1. Horizontal mf = Set to monocolour 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 magnet at the back of CRT . Refer to Fig.5.

South Direction Red Uniformity

1. Horizontal mf = Set to monocolour 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 magnet at the back of CRT.

The same method is applied for adjustment of
monocolour screen Blue for blue uniformity, and
changing both the magnetic field for north and
south direction.

* During the pasting of compensation magent,

use the crosshatch pattern signal.
Make sure there is no blur or bend lines occur.
If the blur or bend lines are serious, adjust the
location of compensation magnet to make it
better.

(CRT surface)

(CRT back)

Compensation magnet

Miss landing

Fig.5

No.

Adjustment point

CONVER-

1

GENCE ADJ
(To be done
after the purity
adjustment.)

CONVERGENCE ADJUSTMENT

Adjustment Condition / Procedure Waveform or others

(1)Receive E-2CH (the Crosshatch pattern).
(2)Using the remote controller, call NORMAL

mode.

Static Convergence Adjustment

1. Overlap blue and red with the open-/closing
angle 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 Adjustment

1. Fix the wedges in a position so that the de­flection yoke neck is at the center of top bot­tom and left right. (Straight line and without
any blur horizontal / vertical line)

2. Adjust the Red, Blue, upper and lower of the
center y axis on the screen by using the Vol­ume (YH,YHC) at the deflection yoke.
Refer to Fig. 6-2 and Fig. 6-3

3. If the Horizontal Red. Blue (XV) on the screen
center X axis is shifted, correct the Red. Blue
(XV) by adjusting the balance coil on the de­flection yoke.
Refer to Fig.6-4.

4. After confirm that there is no problems on the
entire screen, bond 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 poor convergence adjustment

on the top and bottom of the screen, ad­just DY by swing rightward and leftward.
Refer to Fig.6-1

Y axis

B

R

Fig. 6-2

Adjust by YHC

B

R

Fig. 6-3

Adjust by YH

Fig. 6-4

Adjust by Balance Coil

29WF50

X axis

RB

RB

B

Adjust by swing DY

Note:For CRT drawing, please refer to following

page.

YHC

YH

10-1 10-2

Fig. 6-1

Balance Coil

6-Pole Magnet

Purity Magnet

Lacquer

4-Pole Magnet

CRT Neck

25 ± 0.5mm