Sharp 21YF30 Service Manual
SERVICE MANUAL
S43A221YF30//
COLOUR TELEVISION
Chassis No. GA-2
21YF30
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.
21YF30
FEATURE
Ë
PAL B/G
Ë
NTSC (AV THRU)
Ë
Full Auto Channel Preset and Auto Channel Skip
Ë
100-CH Program Memory
Ë
CATV(Hyper Band) Ready <Used Frequency Synthesizer
Tuner>
Ë
Black Stretch Circuit
Ë
On Timer/Sleep T imer/Reminder Timer
Ë
Blue Back Noise Mute
Ë
Front AV IN & Rear A V IN/OUT Terminals
Ë
Favourite Channel
Ë
Front Headphone Jack
Ë
Colour Comb Filter (AV IN)
Ë
High Contrast Picture
Ë
Hotel Mode
Ë
English/Thai Language OSD
Ë
Mono Bilingual
Ë
White Temperature Adjustment
Ë
Component In
Ë
Surround Sound Effect(With Bass/Treble/Balance)
Ë
AV Stereo
CONTENTS
Page
» SPECIFICATIONS.............................................2
» IMPORTANT SERVICE NOTES........................2
» ADJUSTMENT PRECAUTIONS........................3
» MEMORY MAP ................................................14
» TROUBLE SHOOTING TABLE ....................... 30
» SOLID STATE DEVICE BASE DIAGRAM.......32
» WAVEFORMS ..................................................34
» CHASSIS LAYOUT..........................................35
» BLOCK DIAGRAM...........................................36
» DESCRIPTION OF SCHEMATIC DIAGRAM ..40
» SCHEMATIC DIAGRAM
Ë
CRT UNIT.....................................................41
Ë
HEADPHONE UNIT ..................................... 41
Ë
MAIN UNIT ...................................................42
Ë
S-CONTROL UNIT....................................... 44
» PRINTED WIRING BOARD ASSEMBLIES..... 45
» REPLACEMENT PARTS LIST
Ë
ELECTRICAL PARTS ..................................51
Ë
MISCELLANECOUS PARTS .......................56
Ë
SUPPLIED ACCESSORIES.........................56
Ë
PACKING PARTS.........................................56
Ë
CABINET PARTS ......................................... 57
» PACKING OF THE SET...................................58
Page
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.
SHARP CORPORATION
WARNING
1
2-1 2-2
21YF30
2
SPECIFICATIONS
Convergence .................................................................Self Convergence System
Focus............................................................Electrostatic Focus High Bi-Potential
Sweep Deflection......................................................................................Magnetic
Intermediate Frequencies
Picture IF Carrier .................................................................................. 38.9MHz
Sound IF Carrier Frequency
5.74MHz .......................................................................................... 33.16MHz
5.5MHz .............................................................................................. 33.4MHz
Colour Sub-Carrier Frequency ...........................................................34.47MHz
Power Input .....................................................................AC110 ~ 240V, 50/60 Hz
Power Consumption ........................................................................................ 99W
Audio Power Output Rating ............................................................... 4.0W(rms)X2
Speaker
Size....................................................................................5 x 9 cm Eliptic (2pc)
Voice Coil Impedance...........................................................16 ohms at 400 Hz
Aerial Input Impedance
VHF/UHF .......................................................................... 75 ohms Unbalanced
Receiving Channels (PAL B/G)
VHF-Channels .......................................E2(48.25MHz) thru E12(224.25MHz)
UHF-Channels...................................E21(471.25MHz) thru E69(855.25MHz)
Receiving Frequency
VHF-Channels ..............................................................48.25 thru 463.25MHz
UHF-Channels............................................................471.25 thru 863.25MHz
Dimensions.....................................................................................Width: 502 mm
Height: 486 mm
Depth: 482 mm
Weight(approx): 22 kg
Cabinet material ....................................................................................All Plastics
Specifications are subject to change without prior notice.
IMPORTANT SERVICE NOTES
Maintenance and repair of this receiver should be done by qualified
service personnel only.
SERVICE OF HIGH VOLTAGE SYSTEM AND PICTURE 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 tube of the same type number 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 following
precautions should be observed:
1. When repairing the circuit, be sure not to increase the high voltage to more than 28.6kV
(at beam 0
µ
A) for the set.
2. To keep the set in a normal operation , be sure to make it function on 27.0kV
±
1.5kV (at
beam 1,100
µ
A) in the case of the set. 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 repairs,
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 excess 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-metallic control knobs, insulating fishpapers,
cabinet backs, adjustment and compartment covers or shields, isolation resistor- capacity networks, mechanical insulators etc.
3
3-1 3-2
21YF30
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 I
2
C bus control include preset-only items and variable data.
CAUTION : MAKE SURE TV SET IN “NORMAL CONDITION” BEFORE SWITCH TO SERVICE MODE FOR
ADJUSTMENT.
1. Setting the service mode by the microprocessor.
1. Short JA 304 & JA 307 , then tv set will switch to the service mode position, and the microprocessor
is in input mode. (Adjustment through the I2C bus control). (Use JWS Key to set as well).
2
. Press the MENU key on the remote controller to get ready to select the mode (Adjustment
mode, Setting mode, Check mode and Option mode) one by one.
3. Press the CH DOWN / UP key on the remote controller to select the items in Adjustment mode,
Setting mode and Option mode.
4. Using the VOLUME UP/ DOWN key on the remote controller, the data can be modified.
5. In Check mode the data cannot be changed.
6. Disable the short of JA 304 & JA 307, it will switch to the normal mode (OFF) position, and the
microprocessor is out of the service mode.
2.Factory Presetting.
1. Short JA 304 & JA 307, then turn ON the main power and release the shorted JA304 & JA307
after raster appeared on the screen. 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 4-2, 5-1, 5-2 & 6-2.
3. Make sure the data need modification 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 short JA304 & JA307 to switch to the service mode position first and then turn on the main
power switch (See 2-
11
11
1 above).
Precaution: If haven’t done this initiation, it may possibly generate excessive Beam current.
3. For reference please check with memory map.
ADJUSTMENT ITEM
***Below is the adjustment items that we should done, PLS FOLLOW THE PROCEDURE.
Otherwise some adjustment items will not be accurate.
NO *** ADJUSTMENT ITEM EFFECTIVE MODEL REVISION
1 BUS SET UP ALL
2 OPTION SET UP ALL
3 V-SIZE (50 Hz) ALL
4 V-SHIFT (50 Hz) ALL
5 H-SHIFT (50 Hz) ALL
6 H-VCO ALL
7 VIF-VCO ALL
8 S-TRAP fo ALL
9 RF-AGC ALL
10 PURITY ADJ ALL
11 CONVERGENCE ADJ ALL
12 FOCUS ADJ ALL
13 SCREEN ALL
14 WHITE BALANCE ALL
15 SUB-BRIGHTNESS ALL
16 SUB-CONTRAST ALL
17 SUB-TINT ALL
18 SUB-COLOR ALL
19 MAX BEAM CHECK ALL
20 BEAM PROTECTOR CHECK ALL
21 HV PROTECTOR CHECK ALL
22 OTHER PROTECTOR CHECK ALL
23 AV OUT CHECK ALL
24 AV IN CHECK ALL
25 CONTRAST CONTROL CHECK ALL
26 COLOR CONTROL CHECK ALL
27 BRIGHTNESS CONTROL CHECK ALL
28 TINT CONTROL CHECK ALL
29 SHARPNESS CONTROL CHECK ALL
30 CH DISPLAY COLOR CHECK ALL
31 NORMAL DISPLAY CHECK ALL
32 WHITE TEMP CONTROL CHECK ALL
33 COLOR SYSTEM CHECK ALL
34 SOUND SYSTEM CHECK ALL
35 NOISE MUTE CHECK ALL
36 HEAD PHONE CHECK ALL
4-1 4-2
21YF30
4
EEPROM ITEMS OSD DATA LENGTH
INITIAL DATA
FIX/ADJ/AUTO
REMARK
R-DRIVE V00 0~127 63 ADJ
B-DRIVE V00 0~127 63 ADJ
R-CUT V00 0~255 127 ADJ
G-CUT V00 0~255 127 ADJ
B-CUT V00 0~255 127 ADJ
RF-AGC V01 0~127 50 AUTO
VIF-VCO V02 0~63 31 AUTO
H-VCO V03 0~7 3 AUTO
SUB-CONTRAST V04 0~127 100 ADJ
SUB-COLOR V05 0~127 63 ADJ
SUB-BRIGHT V06 0~255 127 ADJ
SUB-TINT V07 0~127 63 ADJ
SUB-SHARPNESS V08 0~63 43 FIX
SUB-COLOR -YUV V09 0~127 90 *FIX BUS SET UP
SUB-TINT-YUV V10 0~127 63 FIX
V-SIZE 50 Hz V11 0~63 38 ADJ
V-SHIFT 50 Hz V12 0~7 3 ADJ
H-SHIFT 50 Hz V13 0~31 9 ADJ
SECAM-BR V14 0~63 37 ADJ
SECAM-BB V15 0~63 22 ADJ
SUB-VOL V16 0~60 60 FIX
V-SIZE 60 Hz V17 -31~0~+31 0 FIX IF NECESSARY, ADJ
V-SHIFT 60 Hz V18 -7~0~+7 -1 FIX IF NECESSARY, ADJ
H-SHIFT 60 Hz V19 -15~0~+15 +2 FIX IF NECESSARY, ADJ
S-TRAP (BG) V20 0~15 7 AUTO
S-TRAP (I) V21 0~15 7 AUTO
S-TRAP (DK) V22 0~15 7 AUTO
S-TRAP (M) V23 0~15 7 AUTO
S-TRAP (5.74) V24 0~15 7 AUTO
**
After short JA304 & JA307, and turn on the MAIN POWER switch, read data from EEPROM address
00H ~ 03H. Then compare to the list below. If different, initialize the EEPROM.
Address : Data Address : Data
00H : 8AH 02H : 82H
01H : 84H 03H : 89H
** There are four stages of Service Mode data;
First stage data from V00~V24 (ADJUSTMENT MODE).
To go into second stage of service mode data, press MENU key.Second stage data from F01~F113 (SETTING
MODE).
To go into third stage of service mode data, press MENU key. Third stage data is CHECK MODE.
To go into fourth stage of service mode data, press MENU key. Fourth stage data from O01-O21. (OPTION
MODE)
ADJUSTMENT MODE (FIRST STAGE)
PLS REFER TO
ADJ ITEM FOR
SCREEN AND
WHITE BALANCE
USER DATA
CONTRAST MAX (60)
COLOUR CENT (0)
BRIGHTNESS CENT (0)
TINT CENT (0)
SHARPNESS CENT (0)
WHITE TEMP STANDARD
S-VOLUME MIN
SURROUND OFF
TREBLE CENT (0)
BASS CENT (0)
BALANCE CENT (0)
BLUE BACK OFF
C SYSTEM AUTO
S SYSTEM *1
USER DATA IN SERVICE MODE
* While SERVICE mode ON, EEPROM DATA will switch to the service data.
Also, once SERVICE mode OFF, EEPROM will switch back to previous USER DATA.
* In the service mode, the user data establish as below,
*1: For each CH, data is
same as before switch
to Service Mode.
*
Direct Key-in Mode for Service Items in Service Mode
RC (HEX) SERVICE-ITEM
80 R-CUTOFF UP (IN SERVICE MODE V00)
40 G-CUTOFF UP (IN SERVICE MODE V00)
C0 B-CUTOFF UP (IN SERVICE MODE V00)
20 R-CUTOFF DOWN (IN SERVICE MODE V00)
A0 G-CUTOFF DOWN (IN SERVICE MODE V00)
60 B-CUTOFF DOWN (IN SERVICE MODE V00)
E0 R-DRIVE UP (IN SERVICE MODE V00)
10 B-DRIVE UP (IN SERVICE MODE V00)
50 B-DRIVE DOWN (IN SERVICE MODE V00)
E4 R-DRIVE DOWN (IN SERVICE MODE V00)
E4 Y-MUTE (BESIDES OF SERVICE MODE V00)
75 RF-AGC (V01)
F5 VIF-VC0 (V02)
C2 H-VCO (V03)
8D SUB-CONTRAST (V04)
D6 SUB-COLOR (V05)
36 SUB-TINT(V07)
46 SUB-SHARPNESS (V08)
C6 SUB COLOR YUV (V09)
26 SUB TINT YUV (V10)
24 V-SIZE (V11), V-SIZE60 (V17)
54 V-SHIFT (V12), V-SHIFT60 (V18)
74 H-SHIFT (V13), H-SHIFT60 (V19)
66 SCM-BR (V14)
E6 SCM-BB (V15)
C4 SUB VOL (V16)
4C S-TRAP BG (V20)
CC S-TRAP I (V21)
2C S-TRAP D/K (V22)
AC S-TRAP M (V23)
EC S-TRAP 574 (V24)
C1
AUTO ADJ FOR V01, V02, V03, V20, V21, V22, V23,V24
CA T-SET
81 SERVICE MODE
The flow of Mode lists as following,
5
5-1 5-2
21YF30
EEPROM ITEMS OSD DATA LENGTH
INITIAL DATA
FIX/ADJ REMARK
1W-TV F58 0/1 0 FIX
1W-AV F59 0/1 1 FIX
V-FREE (NO SYNC) F60 0/1 0 FIX
AFC2 (NO SYNC) F61 0/1 0 FIX
GAMMA F62 0~3 0 FIX
BS-D/C F63 0~15 10 FIX
BS-GAIN F64 0/1 0 FIX
OM-DET F65 0/1 0 FIX
SL-TV F66 0~7 2 FIX
SL-AV F67 0~7 4 FIX
SL-YUV F68 0~7 4 FIX
VD2/VD1/AS/FBP-TV F69 0~15 6 FIX
VD2/VD1/AS/FBP-AV F70 0~15 14 FIX
VD2/VD1/AS/FBP-YUV F71 0~15 14 FIX
VDL F72 0~3 0 FIX
UDL F73 0~3 0 FIX
AUTO-SCM-KIL-TV F74 0~3 1 FIX
SCM-YDL F75 0/1 0 FIX
SECAM-BGP F76 0~3 0 FIX
N45 F77 0/1 0 FIX
DL-REV F78 0/1 0 FIX
DL-OUT F79 0/1 0 FIX
TXT-POS-H (TELETEXT) F80 0~63 30 FIX
TXT-POS-V (TELETEXT) F81 0~63 34 FIX
OSD-POS F82 0~127 9 FIX
CP F83 0/1 1 FIX
SMALL-SURR (S-CTRL) F84 0/1 0 FIX
SUB-BASS (S-CTRL) F85 0~7 6 *FIX BUS SET UP
SUB-TREB (S-CTRL) F86 0~7 0 *FIX BUS SET UP
AGC-ADJ (S-CTRL) F87 0~4 0 *FIX BUS SET UP
AGC-SW-OFF (NICAM) F88 0(dis)/1(ena) 1 FIX
AGC-GAIN-ADJ (NICAM) F89 0~31 16 FIX
FM-LEVEL-ADJ (NICAM) F90 -15~0~+15 0 FIX
IGR-LEVEL-ADJ (NICAM) F91 -15~0~+15 +1 FIX
NICAM-BG-LVL-ADJ (NICAM) F92 -15~0~+15 -2 FIX
NICAM-I-LVL-ADJ (NICAM) F93 -15~0~+15 +3 FIX
NICAM-DK-LVL-ADJ (NICAM) F94 -15~0~+15 -1 FIX
NICAM-LOW-ERR-LIM (NICAM) F95 0~255 35 FIX
NICAM-UPP-ERR-LIM (NICAM) F96 0~255 70 FIX
IGR-GAIN-ADJ (IGR) F97 -6~0~+7 0 FIX
FM-ID-SPEED (NICAM) F98 0~3 1 FIX
NICAM-AUTO-MUTE F99 0/1 0 FIX
ANA-OSD F100 0(Dig)/1(Ana) 0 FIX
AUTO-SCM-KIL-AV-YUV F101 0~3 1 FIX
AFC1-GAIN-TV F102 0~3 0 FIX
AFC1-GAIN-AV F103 0~3 3 FIX
AFC1-GAIN-YUV F104 0~3 3 FIX
CON-REDUCE F105
0(0%)~1(25%)~2(50%)
0 FIX
TAKE-OFF-TV F106 0/1 1 FIX
TAKE-OFF-AV F107 0/1 0 FIX
TAKE-OFF-YUV F108 0/1 0 FIX
C-ANGLE (103 DEG/ 95 DEG) F109
0 (103deg) / 1 (95deg)
1 FIX
STD-BY-WO-BRIGHT F110 0~255 255 *FIX BUS SET UP
AC-FAIL-WO-BRIGHT F111 0~255 255 FIX
FORCED-SCM-KIL-TV F112 0~3 2 FIX
FORCED-SCM-KIL-AV-YUV F113 0~3 2 FIX
SETTING MODE (SECOND STAGE)
EEPROM ITEMS OSD DATA LENGTH
INITIAL DATA
FIX/ADJ/AUTO
REMARK
STRAPQ-BG F01 0/1 0 FIX
STRAPQ-I F02 0/1 0 FIX
STRAPQ-DK F03 0/1 0 FIX
STRAPQ-M F04 0/1 0 FIX
STRAPQ-574 F05 0/1 0 FIX
C.CLIP-LVL F06 0/1 0 FIX
RGB-CLIP F07 0/1 0 FIX
BS F08 0/1 0 FIX
ABCL F09 0/1 0 FIX
ABCL-GAIN F10 0/1 0 FIX
S-OUT-LVL F11 0~127 95 FIX
VIF-G F12 0~7 4 FIX
SHPG F13 0/1 0 FIX
SHPG-P F14 0/1 0 FIX
SHPG-S F15 0/1 0 FIX
SHPG-N4 F16 0/1 0 FIX
SHPG-N3 F17 0/1 1 FIX
YDL F18 0~7 5 FIX
YDL-P F19 0~7 5 FIX
YDL-S F20 0~7 7 FIX
YDL-N4 F21 0~7 5 FIX
YDL-N3 F22 0~7 5 FIX
YDL-AV F23 0~7 6 FIX
YDL-AV-P F24 0~7 6 FIX
YDL-AV-S F25 0~7 7 FIX
YDL-AV-N4 F26 0~7 6 FIX
YDL-AV-N3 F27 0~7 6 *FIX BUS SET UP
YDL-YUV F28 0~7 6 FIX
COL-AV (OFFSET) F29 -31~0~+31 +10 *FIX BUS SET UP
COL-P (OFFSET) F30 -30~0~+31 0 FIX
COL-S (OFFSET) F31 -31~0~+31 +9 FIX
COL-N4 (OFFSET) F32 -31~0~+31 -8 FIX
COL-N3 (OFFSET) F33 -31~0~+31 -7 FIX
COL-ADJ (OFFSET) F34 -31~0~+31 0 *FIX BUS SET UP
SHP-AV (OFFSET) F35 -31~0~+31 +5 FIX
SHP-YUV (OFFSET) F36 -31~0~+31 0 FIX
SHP-P (OFFSET) F37 -31~0~+31 0 FIX
SHP-S (OFFSET) F38 -31~0~+31 -5 FIX
SHP-N4 (OFFSET) F39 -31~0~+31 0 FIX
SHP-N3 (OFFSET) F40 -31~0~+31 0 FIX
TINT-AV (OFFSET) F41 -63~0~+63 0 *FIX BUS SET UP
TINT-ADJ (OFFSET) F42 -63~0~+63 0 *FIX BUS SET UP
TINT-YUV-ADJ (OFFSET) F43 -63~0~+63 0 FIX
R-R (OFFSET) F44 -63~0~+63 0 FIX
B-R (OFFSET) F45 -63~0~+63 -9 FIX
R-B (OFFSET) F46 -63~0~+63 -6 FIX
B-B (OFFSET) F47 -63~0~+63 +8 FIX
DT F48 0/1 0 FIX
DT-P F49 0/1 0 FIX
DT-S F50 0/1 1 FIX
DT-N4 F51 0/1 0 FIX
DT-N3 F52 0/1 0 FIX
TRAP F53 0~3 2 FIX
TRAP-P F54 0~3 2 FIX
TRAP-S F55 0~3 2 FIX
TRAP-N4 F56 0~3 2 FIX
TRAP-N3 F57 0~3 2 FIX
SETTING MODE (SECOND STAGE)
6-1 6-2
21YF30
6
EEPROM ITEMS OSD DATA LENGTH
INITIAL DATA
REMARK
***HOTEL MODE 001 0 (0FF) / 1 (0N) 0 OPTION SET UP
***HTL-POS 002 0~99,— — OPTION SET UP
***HTL-VOL 003 0~60,— — OPTION SET UP
VIF 004 0 (38.0) / 1 (38.9) 1 OPTION SET UP
SECAM 005 0 (DISABLE) / 1 (ENABLE) 1 OPTION SET UP
N443(RF) 006 0 (DISABLE) / 1 (ENABLE) 1 OPTION SET UP
N358(RF) 007 0 (DISABLE) / 1 (ENABLE) 1 OPTION SET UP
FORCE-COL 008 0 (DISABLE) / 1 (ENABLE) 0 OPTION SET UP
S-SYS 009 1(BG ONLY)~15(ALL) 15 OPTION SET UP
AV 010 0 (DISABLE) / 1 (ENABLE) 1 OPTION SET UP
AV2 011 0 (DISABLE) / 1 (ENABLE) 1 OPTION SET UP
YUV 012 0 (DISABLE) / 1 (ENABLE) 1 OPTION SET UP
S-CTRL 013 0 (DISABLE) / 1 (ENABLE) 1 OPTION SET UP
NICAM 014 0 (DISABLE) / 1 (ENABLE) 0 OPTION SET UP
A2 015 0 (DISABLE) / 1 (ENABLE) 0 OPTION SET UP
TELETEXT 016 0 (DISABLE) / 1 (ENABLE) 0 OPTION SET UP
BILLINGUAL 017 0 (DISABLE) / 1 (ENABLE) 0 OPTION SET UP
LANGUAGE 018 1~255 65 OPTION SET UP
SEARCH-SPEED 019
1(350)~2(450)~3(550)~4(650)~5(750)
3 OPTION SET UP
R/C-MENU 020 0 (ENABLE) / 1 (DISABLE) 0 OPTION SET UP
LED-CONT 021
0 (ONE LED) / 1 (TWO LED)
0 OPTION SET UP
*** HOTEL MODE
OPERATION OF HOTEL MODE:
WHEN CHANGE SERVICE DATA 001 TO 1, HOTEL MODE IS ON
WHEN HOTEL MODE IS ON,
1. Max volume data is determined by option setting HTL-VOL (003)
2. Channel position after POWER ON is determined by option setting HOTEL-POS (002) (if option setting HOTEL-POS is not
set, processing is according to last position data).
3. User data updates of EEPROM regarding the video and audio control is not allowed.
4. Preset mode is disable.
5. CH SETTING menu is not available.
OPTION MODE (FOURTH STAGE)
SERVICE ITEMS DATA SERVICE ITEMS DATA
001 HTL MODE 0 (OFF) / 1 (ON) 0 012 YUV 0 (DISABLE) / 1 (ENABLE) 1
002 HTL-POS 0~99, — — 013 S-CTRL 0 (DISABLE) / 1 (ENABLE) 1
003 HTL-VOL 0~60, — — 014 NICAM 0 (DISABLE) / 1 (ENABLE) 0
004 VIF 0 (38.0) / 1 (38.9) 1 015 A2 0 (DISABLE) / 1 (ENABLE) 0
005 SECAM 0 (DISABLE) / 1 (ENABLE) 0 016 TEXT 0 (DISABLE) / 1 (ENABLE) 0
006 N443(RF) 0 (DISABLE) / 1 (ENABLE) 0 017 BIL 0 (DISABLE) / 1 (ENABLE) 1
007 N358(RF) 0 (DISABLE) / 1 (ENABLE) 0 018 LANG 1~255 65
008 FORCE-COL0 (DISABLE) / 1 (ENABLE) 0 019 SERCH-SP
1(350)~2(450)~3(550)~4(650)~5(750)
3
009 S-SYS 1 (BG ONLY)~15 (ALL) 1 020 R/C MENU 0 (ENABLE) / 1 (DISABLE) 0
010 AV 0 (DISABLE) / 1 (ENABLE) 1 021 LED-CONT 0 (ONE LED) / 1 (TWO LED) 0
011 AV2 0 (DISABLE) / 1 (ENABLE) 1
ADJ ITEM: BUS SET UP (1ST & 2ND STAGE SERVICE DATA)
SERVICE ITEMS DATA SERVICE ITEMS DATA
F27 YDL-AV-N3 7 F29 COL-AV (OFFSET) 0
F85 SUB-BASS 3 F34 COL-ADJ (OFFSET) 5
F86 SUB-TREB 3 F41 TINT-AV (OFFSET) 3
F87 AGC-ADJ 3 F42 TINT-ADJ (OFFSET) -8
F110 STANDBY-WO-BRIGHT 100 V09 SUB-COLOR-YUV 105
ADJ ITEM: OPTION SET UP (4TH STAGE SERVICE DATA)
MCL4 (HEX D5)
CH-NO Fv (MHz) SOUND SYS
0
1 55.25 B/G
2 175.25 B/G
3 189.25 B/G
4 203.25 B/G
5 217.25 B/G
6 535.25 B/G
7
8
9
10
11 48.25 B/G
12 62.25 B/G
13 196.25 B/G
14 210.25 B/G
15 224.25 B/G
16 471.25 B/G
17 855.25 B/G
18
19
20
21 223.95 B/G
22 224.55 B/G
23 223.85 B/G
24 224.65 B/G
25 223.75 B/G
26 224.75 B/G
27
28
29
30
31 91.25 M
32 103.25 M
33 171.25 M
34 183.25 M
35 193.25 M
36 205.25 M
37 217.25 M
38 621.25 M
39
40
41
42
43
44
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
1.) Please set the MCL to MCL4 as follows.
2.) After set the MCL , please set the INITIAL SETTING to INITIAL9.
INITIAL9: For Thai (All Channel Sound System are set to B/G)
*NOTE: PLL DATA OF ABOVE FREQ SHOULD TAKE THE ACCOUNT OF PIF SETTING IN SERVICE
OPTION 004 (VIF) BEFORE STORING INTO EEPROM.
7
7-1 7-2
21YF30
SHIPPING SETTING & CHECKING
(1)The following default data has been factory-set for the E2PROM follow by INITIAL DATA selected.
ITEMS DATA SETTING
21YF30
LAST POWER ON
LAST TV/AV MODE TV MODE
LAST POSITION CH 1
FLASHBACK CHANNEL CH 1
FAVOURITE CH A CH 10
FAVOURITE CH B CH 20
FAVOURITE CH C CH 30
FAVOURITE CH D CH 40
1/2 DIGIT ENTRY 2 DIGIT ENTRY
VOLUME 0 (Min)
BLUE BACK OFF
OFF TIMER —:—
ON TIMER —:—
ON TIMER POSITION —
ON TIMER VOLUME —
REMINDER —:—
AFT ALL CH ON
COLOR SYSTEM ALL CH AUTO
SKIP ALL CH OFF
NICAM ON/OFF N/A
NICAM STEREO MODE N/A
NICAM BILINGUAL MODE N/A
NICAM MONO MODE N/A
A2 ON/OFF N/A
A2 STEREO MODE N/A
A2 BIL MODE N/A
CONTRAST 60
COLOR 0
BRIGHTNESS 0
TINT 0
SHARPNESS 0
WHITE TEMP 0
SURROUND OFF
TREBLE 0
BASS 0
BALANCE
0 (CENTER)
INITIAL LANGUAGE SOUND SYSTEM
9 (77 HEX) THAI B/G
*Note: N/A - not Applicable
PIF ADJUSTMENT
No. Adjustment point Adjustment procedure/conditions Waveform and others
Tuner IFT
( PRESET )
1 1. Get the tuner ready to receive the CH. E - 9
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 posi-
tion during this adjustment.
RF-AGC
TAKE OVER
POINT ADJUSTMENT
(I
2
C BUS
CONTROL)
(AUTO &
MANUAL ADJ)
1. Receive "PAL COLOUR BAR" signal.
» Signal Strength: 56 ± 1 dBµV (75 ohm open)
2. Connect the oscilloscope to TP201 (Tuner’s AGC
Terminal) as shown in Fig. 3-1.
3. Call "V01" mode in service mode. Adjust the "V01"
bus data to obtain the Tuner output pin drop
0.1~1.0V below maximum voltage.
4. Change the antenna input signal to 63~67dBµV,
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.
* for Auto ADJ
1)Receive “PAL COLOR BAR”
signal.
signal strength: 56
± 1dBµV(75
ohm open)
1)Go to service mode.
2)Go to service data V01, press
R/C to operateauto key (Hex
C1) and confirm the ‘OK’
display on the screen.
3)If appear NG, increase data
some step and pls repeat step
2 again.
4)proceed step 4 & 5 in manual
mode.
2
» Bias box: About 4.5 V
Oscilloscope
0.1V
TV Set
Bias box
TP201+
+
—
—
Fig. 3-1
E-9 CH
P C
10k
100k
1n60
75ohm
IF OUT
-1.5+/-0.8dB
1000p
1000p
Oscilloscope
Fig.1
Fig.2
ADJUSTMENT PRECAUTION:Make sure TV Set in "NORMAL
CONDITION" before switch to Service Mode for Adjustment.
8-1 8-2
21YF30
8
PURITY ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
PURITY ADJ. 1. Receive the GREEN-ONLY signal. Adjust the
beam current to ~700 µ
2. Degauss the CRT enough with the degausing coil.
Note: Follow the Job Instruction Sheet to adjust
the magnetic field.
Vertical Bv: +0.010 mT (0.10 gauss)
Horizontal Bh: +0.040 mT (0.40 gauss)
3. Maintain the purity magnet at the zero magnetic
field and keep the static convergence roughly
adjusted.
4. Observe the points a, b as shown in Fig. 1-1
through the microscope. Adjust the landings to A
rank requirement.
5. Orient the raster rotation to 0 eastward.
6. Tighten up the deflection coil screws.
» Tightening torque: 108 N ± 20 N (1 1 kgf ± 2 kgf)
7. Make sure the CRT corners landing meet the A
rank requirements. If not, stick the magnet sheet
to correct it.
Note: This adjustment must be done after warm-
ing up the unit for 30 minutes or longer with
a beam current over 700 µA.
Note: Set the service mode by JA304 & JA307
(short) then press factory process R/C RGB
key to change to RGB mono colour mode.
* For the following colours press R/C RGB(Hex 7E)
key to change.
1
a
b
A
B
A
30mm 30mm
B
A = B
A = B
Rank "A"
(on the right of CRT)
Rank "A"
(on the left of CRT)
Fig. 1-1
Fig. 1-2
Fig. 1-3
* Press R/C RGB key for 1 sec-
ond in NORMAL MODE, the
colour will change to RGB
mono colour mode.
Signal-colour
screen cleared
GREEN
ONLY
BLUE
ONLY
RED
ONLY
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
CONVERGENCE
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. Turn the 4-pole magnet to a proper opening angle in order to superpose the blue and red colours.
2. Turn the 6-pole magnet to a proper opening angle in order to superpose the green colour over
the blue and red colours.
Dynamic convergence
1. Adjust the convergence on the fringes of the
screen in the following steps.
a) Fig. a: Drive the wedge at point "a" and swing
the deflection coil upward.
b) Fig. b: Drive the wedge at point "b" and "c" and
swing the deflection coil downward.
c) Fig. c: Drive the "c" wedge deeper and swing
the deflection coil rightward.
d) Fig. d: Drive the "b" wedge deeper and swing
the deflection coil leftward.
2. Fix all the wedges on the CRT and apply glass
tape over them.
3. Apply lacquer to the deflection yoke lock screw,
magnet unit (purity, 4-pole, 6-pole magnets) and
magnet unit lock screw.
Finally received the Red-only and Blue-only signals to make sure there is no other colours on the
screen.
1
RGB
BGR
R
G
B
R
G
B
B
G
R
B
G
R
RGB
BGR
Lacquer
Wedge "a"
Wedge
"b"
Wedge
"c"
About
100Deg
About
100Deg
Fig. a
Fig. b
Fig. c
Fig. d
4-pole magnet
6-pole magnet
CRT neck
20mm
Lacquer
Purity magnet
CONVERGENCE ADJUSTMENT
9
9-1 9-2
21YF30
H-VCO, VIF-VCO & S-TRAP fo ADJUSTMENT
No.Adjustment point Adjustment procedure/conditions Waveform and others
H-VCO ADJ
(I
2
C BUS
CONTROL)
(AUTO &
MANUAL ADJ)
(MANUAL ADJ)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V03.
3) Connect oscilloscope to IC801 pin11, adj V03 until
freq become 15.625 ± 0.15 KHz
(Auto Adj)
1) In No signal (RASTER) condition.
2) Go to service mode.
3) Choose service data V03, by pressing R/C Auto
(Hex C1) key, OSD will appear “OK” at screen.
4) If appear “NG” pls repeat step 3.
(Manual ADJ)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V02.
3) Connect oscilloscope to IC801 pin2, adj V02 until
voltage become 2.5 ± 1 V.
(Auto Adj)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V02.
3) Press the R/C Auto (Hex C1) key, OSD will appear
“OK” at screen.
4) If appear “NG” pls repeat step 3.
(Manual ADJ)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V21.
3) Connect oscilloscope to TP 801, adj V21 until
voltage become Min (below 5 V).
4) After that pls adj service data V20 & V24 same as
“V21”, V22 to “V21-1”, V23 to “V21+2”.
(Auto Adj)
1) In No signal (RASTER) condition.
2) Go to service mode, choose service data V21.
3) Press the R/C Auto (Hex C1) key, OSD will appear
“OK” at screen.
4) If appear “NG” pls repeat step 3.
1
VIF-VCO ADJ
(I
2
C BUS
CONTROL)
(AUTO &
MANUAL ADJ)
2
S-TRAP fo
ADJ
(I
2
C BUS
CONTROL)
(AUTO &
MANUAL ADJ)
3
HORIZONT AL, VERTICAL, DEFLECTION LOOP and FOCUS ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
H-SHIFT
(I
2
C BUS
CONTROL)
(to be done
after purity
adj)
1
V-SHIFT
(I
2
C BUS
CONTROL)
(to be done
after purity
adj)
2
V-SHIFT
(I
2
C BUS
CONTROL)
(to be done
after purity,
V-shift adj)
3
SUBSHARPNESS
4
Focus
5
AB
1) Receive Monoscope Pattern Signal (PAL 50 Hz)
2) Choose the service data V13.
3) Adjust the V13 bus data to have a balance position
to spec of A=B (as attach drawing)
4) If cannot make it to A=B, adjust from the best point
so that B slightly smaller than A.
1) Receive Monoscope Pattern Signal (PAL 50 Hz)
2) Choose the service data V12.
3) Adjust V12 bus data to have a most acceptable
vertical position, the monoscope pattern should
be Balance in vertical position.
1) Receive Monoscope Pattern Signal (PAL 50 Hz)
2) Choose the service data V11.
3) Adjust V11 bus data until the overscan become
10 ± 2.5 %
Caution1: Pls aging TV more than 10 minutes
before adjustment.
Caution2: for H-shift & V-shift & V-size adj, after
adj pls switch to Monoscope pattern
signal (NTSC 60 Hz) to confirm all
positions are the same.
1) Confirm Service data V08 is 43.
1) Receive the "Monoscope Pattern" signal.
2) Press R/C to set Picture NORMAL condition.
3) Adjust the focus control to get the best focusing.
10-1 10-2
21YF30
10
SCREEN, WHITE BALANCE, SUB-BRIGHTNESS & SUB-CONTRAST (1 ) ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
SCREEN
ADJUSTMENT
(I
2
C BUS
CONTROL)
1
WHITE BALANCE ADJ
(to be done
after screen
adj)
(I
2
C BUS
CONTROL)
2
BlackWhite
WINDOW PATTERN SIGNAL
1) In window pattern signal condition.
2) Go to service mode, then select V00.
3) By pressing R/C key S-Mute(Hex E8), R-D auto
switch to 63, B-D auto switch to 63, R-C auto switch
to 127, G-C auto switch to 127, B-C auto switch to
127, Sub-brightness V06 auto switch to 127.
Y-mute & Vertical off, screen will be in vertical cut-
off condition.
4) Adjust the Screen so that cut-off line appear in low
bright, then judge that whether the cut-off line appear
in Red or Green or Blue color, in this condition
between R-C & G-C & B-C, fix the data of the color
appear in cut-off line and adjust the other two
cut-off data (Note 1) so that cut-off line color
become white.
5)Turn the screen VR of FBT so that cut-off line just
disappear and use R/C by pressing key S-Mute
(Hex E8) to disable the Y-mute & V-cut so that
picture appear in normal mode.
1) WHITE (HIGH BEAM) (In Window Pattern Signal)
First use Minolta Color Analyzer CA100, let the gun
point at Black position (as drawing attach), adjust
V06 until BRIGHTNESS Y become 5 cd/m2, then
let the gun point at White position (as drawing
attach), adjust V04 until CONTRAST Y become 200
cd/m2, adjust the R-D & B-D until the axis of color
temperature become.
X=272, Y=275 12300 K
2) BLACK (LOW BEAM) (In Window Pattern Signal)
Let the gun point at Black position, if the color
temperature data shift away from the data adjusted
in step 1, adjust R-C, G-C & B-C but between them,
first color appears in Screen adj item 1)-4 is fixed,
adj the other two so that to obtain the similar axis as
above.
**Repeat step 1 & 2 to get a regulated position.
NOTE 1:
R-CUTOFF (R-C) UP
R/C key "1" (HEX 80)
R-CUTOFF (R-C) DOWN
R/C key "4" (HEX 20)
G-CUTOFF (G-C) UP
R/C key "2" (HEX 40)
G-CUTOFF (G-C) DOWN
R/C key "5" (HEX A0)
B-CUTOFF (B-C) UP
R/C key "3" (HEX C0)
B-CUTOFF (B-C) DOWN
R/C key "6" (HEX 60)
R-DRIVE (R-D) UP
R/C key "7" (HEX E0)
R-DRIVE (R-D) DOWN
R/C key "FLASHBACK" (HEX E4)
B-DRIVE (B-D) UP
R/C key "8" (HEX 10)
B-DRIVE (B-D) DOWN
R/C key "0" (HEX 50)
SCREEN, WHITE BALANCE, SUB-BRIGHTNESS & SUB-CONTRAST (2 ) ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
SUBBRIGHTNESS
(to be done
after screen,
white balance
adj)
(I
2
C BUS
CONTROL)
3
SUBCONTRAST
(to be done
after screen,
white balance
adj,
sub-brightness adj)
(I
2
C BUS
CONTROL)
4
1) In window pattern signal condition.
2) Using Minolta Color Analyzer CA-100, let the gun
point at Black position (as white balance adj)
attach drawing), adjust V04 Bus data until
LUMINANCE Y = 3 ± 0.5 cd/m2.
1) In Window Pattern Signal condition.
2) Using Minolta Color Analyzer CA-100, let the gun
point at White position (as attach drawing), adjust
V04 Bus data until LUMINANCE Y = 200 ± 10 cd/
m2.
1) Receive the “Monoscope Pattern” signal.
2) Press R/C to set Picture NORMAL condition.
3) Connect the DC miliammeter between TP 603
( + ) & TP 602 ( - ).
(Full Scale: 3mA Range)
4) Beam current must be within 1100 ± 100
µ
A.
MAX Beam
Check
5
Black
WINDOW PATTERN SIGNAL
White
WINDOW PATTERN SIGNAL
11
11-1 11-2
21YF30
PAL CHROMA ADJUSTMENT
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
SUB COLOUR
(I
2
C BUS
CONTROL)
(to be done
aftersubpicture, subtint adj)
1) Receive the “PAL Color Bar” signal.
2) Press R/C to set Picture Normal condition.
3) Connect the oscilloscope to R-Amp Transistor
Base(TP 851).
Range : 100 mV/Div (AC)
(Using 10:1 Probe)
Sweep Time : 10 µ sec/Div
4) Using the R/C call V05 in SERVICE mode. Adjust V05 bus data, so that the 75% White & Red
portions of PAL Color Bar be at the same level
shown as Fig 1-1.
5) Clear the SERVICE mode.
1
Fig. 1-1
Cy G B
W
Y 100% W Mg R
75%
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
SUB-TINT (I
2
C
BUS CONTROL)
1) Receive the "NTSC3.58 Color Bar" signal thru AV
in.
2)Connect the oscilloscope to B-Amp Transistor
Base (TP853 ).
» Range : 100mV/Div. (AC)(Use Probe 10:1)
» Sweep time : 10 µsec/Div.
3) In Service mode, go to V07, then press R/C Ymute (Hex E4) or FLASHBACK key.
4) Call the "V07" mode in service mode. Adjust the
"V07" bus data to obtain the waveform shown as
Fig. 1-1.
5)Disable Y-Mute by pressing key(Hex E4) or
FLASHBACK key, then Clear the SERVICE
mode.
1
Fig. 1-1
NTSC CHROMA ADJUSTMENT
W Y Cy G Mg R B
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
BEAM PROTECTOR
1) Receive "Monoscope Pattern" signal.
2) Set CONTRAST MAX.
3) Set BRIGHT MAX.
4) During the Collector & Emitter of Q853/4/5 short,
make sure the protector ON and switch to standby
mode.
1 * Select one of Q853/4/5 to do
each short.
H, V PROTECTOR
2
OTHER PROTECTOR
1) Once finish rectified Electrolytic Capacitor short
testing in +B line, check all possible damaged
components on +B line.
(Use random selected set for inspection)
3
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
VIDEO AND
AUDIO
OUTPUT
CHECK
1) Receive the "PAL Color Bar" signal (100% White
Color Bar, Sound 400 Hz 100% Mod.)
2) Terminate the Video output with a 75 ohm impedance. Make sure the output is as specified (1.0
Vp-p
±
3 dB).
3) Terminate the Audio output with a 75 ohm impedance. Make sure the output is as specified (1.2
Vp-p
±
3 dB).
1
VIDEO AND
AUDIO INPUT
CHECK
2
COMPONENT
IN CHECK
3
PROTECTOR OPERATION CHECKING
A/V INPUT, OUTPUT & COMPONENT IN CHECKING
1) Receive "Monoscope Pattern" signal.
2) Connect output of Bias Box to D602 cathode
(C602 positive).
3)Set voltage of Bias Box to 18V and make sure
the protector is not working.
4) Set voltage of Bias Box to 23.5V, and make sure
the protector is working.
1) Using the TV/VIDEO key on the remote controller, make sure that the modes change in order of
TV, AV1, AV2 & TV again and the video & audio
output are according to the input terminal for each
mode.
1) Connect YUV & Audio signal to Component In
terminal and Audio terminal.
2) Using the TV/VIDEO key on the remote controller, press it until the mode change to
COMPONENT, confirm output is appear.
12-1 12-2
21YF30
12
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
CONTRAST
key
1) Receive "Monoscope Pattern" signal.
2) Set MENU, then go into PICTURE mode 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) Set MENU, then go into PICTURE mode to select COLOUR.
3)Press Volume Up/Down key to check whether
the COLOUR effect is OK or not.
2
COLOUR key
BRIGHTNESS
key
1) Receive "Monoscope Pattern" signal.
2) Set MENU, then go into PICTURE mode 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) Set MENU, then go into PICTURE mode to select TINT.
3) Press Volume Up/Down key to check TINT, UP
for GREEN direction and DOWN for PURPLE direction whether is OK or not.
4
SHARPNESS
Key
1) Receive "Monoscope Pattern" signal.
2) Set MENU, then go into PICTURE mode 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 MENU, then go into PICTURE mode to select WHITE TEMP.
3) Press Volume Up/Down key to check WHITE
TEMP function. The back ground will change to
(shift right) bluish and (shift left) reddish.
8
NORMAL Key7
1) Once in PICTURE Mode, and the NORMAL key
is pressed, all the settings will be present to normal setting.
(Normal setting value for every mode).
» CONTRAST : MAX
» COLOUR : CENTER
» BRIGHTNESS : CENTER
» TINT : CENTER
» SHARPNESS : CENTER
Notes:If nothing is displayed
means contrast, colour,
brightness, tint, sharpness are
all in normal setting.
CH DISPLAY
COLOUR
1)All Ch (1~99) will have an OSD display of the
channel number in green colour under AFT ON
condition.
6
FUNCTION OPERATION CHECKING (VIDEO AND AUDIO)
FUNCTION OPERATION CHECKING (VIDEO AND AUDIO) CONTINUED
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
COLOUR
SYSTEM
1) Receive the “PAL COLOUR BAR” signal, press
MENU, choose CH-SETTING to select COLOUR
modes except PAL, check the colour is not working. Then, select the “PAL” mode. Check again
its colour so that it is working properly.
2) Receive “NTSC 3.58 COLOUR BAR” signal thru
AV, press MENU, choose CH-SETTING to select
COLOR modes except N358, check the COLOUR
is not working properly. Then, select the N358
mode. Check again its colour so that it is working
properly.
1) Receive “music” sound signal.
2) Set MENU, then go into SOUND MENU to select
SURROUND.
3)Press VOLUME UP/DOWN key to check
SURROUND 1, 2 and OFF effect.
1) Receive “music” sound signal.
2) Set MENU, then go into SOUND MENU to select
TREBLE.
3) Press VOLUME UP/DOWN key to check whether
the TREBLE effect is OK or not.
1) Receive “music” sound signal.
2) Set MENU, then go into SOUND MENU to select
BASS.
3) Press VOLUME UP/DOWN key to check whether
the BASS effect is OK or not.
1) Receive mono-tone signal.
2) Set MENU, then go into SOUND MENU to select
BALANCE.
3) Press VOLUME UP/DOWN key to check whether
the left to right BALANCE effect is OK or not.
1) Receive “PAL-B/G” signal, press MENU, choose
CH-SETTING to make sure there is NO sound
system selection and check the sound output is
working properly.
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.
Check OSD LANGUAGE quantity and type for
respect mode.(THAI)
MODEL QUANTITY ENGLISH THAI
ALL 2 O O
9
14
SOUND
SYSTEM
13
BALANCE
12
BASS
11
TREBLE
10
SURROUND
15
NOISE MUTE
CHECKING
16
OSD
LANGUAGE
QUANTITY
CHECK
13
13-1 13-2
21YF30
HEADPHONE JACK CHECKING
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
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.
1
BILINGUAL FUNCTION CHECKING (FOR BILINGUAL MODELS ONLY)
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
BILINGUAL
FUNCTION
CHECKING
1) Receive bilingual channel.
2) Press R/C "MPX" button, and the sound will
change from SOUND 1 to SOUND 2.
1
SHOCK TEST CHECKING
No.
Adjustment point
Adjustment procedure/conditions Waveform and others
SHOCK TEST 1) Hit at the top of TV set for two time.
2) Check TV set not damage and TV operation operate correctly.
1
21YF30
ADDRESS
DATA
MICON EEPROM EEPROM CHASSIS CTV FINAL
LAST INITIAL
(HEX)
D7 D6 D5 D4 D3 D2 D1 D0
DEFAULT RANGE WRITE(CPU)
CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA
REMARK
00 8A 00-FF
01 84 00-FF
02 82 00-FF
03 89 00-FF
04 00 00-FF
05 01 00-FF
06 0D 00-FF
07
08 00-FF
09 00-FF
0A 00-FF
0B 00-FF
0C 00-FF
0D 00-FF
0E 00-FF
0F 00-FF
10 00-FF
11 00-FF
12 00-FF
13 00-FF
14 00-FF
15 00-FF
16 00-FF
17 00-FF
18 00-FF
19 00-FF
1A 00-FF
1B 00-FF
1C 00-FF
1D 00-FF
1E 00-FF
1F 00-FF
20 00-FF
21 00-FF
22 00-FF
23 00-FF
24 00-FF
25 00-FF
26 00-FF
27 00-FF
28 00-FF
29 00-FF
2A 00-FF
2B 00-FF
2C 00-FF
2D 00-FF
2E 00-FF
2F 00-FF
30 00-FF
31 00-FF
32 00-FF
33 00-FF
34 00-FF
35 00-FF
36 00-FF
37 00-FF
38 00-FF
39 00-FF
3A 00-FF
3B 00-FF
3C 00-FF
3D 00-FF
3E 00-FF
3F 00-FF
MODEL MODEL
LETTER NO. LETTER NO.
SOFTWARE VERSION (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
EEPROM INITIALIZATION JUDGEMENT BYTE-2
EEPROM INITIALIZATION JUDGEMENT BYTE-3
ROM VERSION
SOFTWARE VERSION (HIGH BYTE)
EEPROM INITIALIZATION JUDGEMENT BYTE-0
EEPROM INITIALIZATION JUDGEMENT BYTE-1
TUNING FREQUENCY (HIGH BYTE)
POS 0
POS 1
TUNING FREQUENCY (LOW BYTE)
POS 2
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 3
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 4
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 5
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 6
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 7
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 8
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 9
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 10
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 11
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 12
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 13
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 14
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 15
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 16
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 17
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 18
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 19
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 20
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 21
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 22
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 23
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 24
TUNING FREQUENCY (HIGH BYTE)
POS 27
TUNING FREQUENCY (HIGH BYTE)
POS 25
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 26
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
MEMORY MAP
14
MEMORY MAP
ADDRESS
DATA
MICON EEPROM EEPROM CHASSIS CTV FINAL
LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0
DEFAULT RANGE
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA REMARK
40 00-FF
41 00-FF
42 00-FF
43 00-FF
44 00-FF
45 00-FF
46 00-FF
47 00-FF
48 00-FF
49 00-FF
4A 00-FF
4B 00-FF
4C 00-FF
4D 00-FF
4E 00-FF
4F 00-FF
50 00-FF
51 00-FF
52 00-FF
53 00-FF
54 00-FF
55 00-FF
56 00-FF
57 00-FF
58 00-FF
59 00-FF
5A 00-FF
5B 00-FF
5C 00-FF
5D 00-FF
5E 00-FF
5F 00-FF
60 00-FF
61 00-FF
62 00-FF
63 00-FF
64 00-FF
65 00-FF
66 00-FF
67 00-FF
68 00-FF
69 00-FF
6A 00-FF
6B 00-FF
6C 00-FF
6D 00-FF
6E 00-FF
6F 00-FF
70 00-FF
71 00-FF
72 00-FF
73 00-FF
74 00-FF
75 00-FF
76 00-FF
77 00-FF
78 00-FF
79 00-FF
7A 00-FF
7B 00-FF
7C 00-FF
7D 00-FF
7E 00-FF
7F 00-FF
MODEL MODEL
LETTER NO. LETTER NO.
POS 32
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 33
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 34
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 35
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 36
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 37
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 38
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 39
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 40
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 41
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 42
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 43
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 44
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 45
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 46
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 47
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 48
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 49
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 50
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 51
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 52
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 53
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 54
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 55
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 56
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 57
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 58
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 59
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 28
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 29
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 30
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 31
TUNING FREQUENCY (HIGH BYTE)
(Continued)
21YF30
15
21YF30
ADDRESS
DATA
MICON EEPROM EEPROM CHASSIS CTV FINAL
LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0
DEFAULT RANGE
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA REMARK
80 00-FF
81 00-FF
82 00-FF
83 00-FF
84 00-FF
85 00-FF
86 00-FF
87 00-FF
88 00-FF
89 00-FF
8A 00-FF
8B 00-FF
8C 00-FF
8D 00-FF
8E 00-FF
8F 00-FF
90 00-FF
91 00-FF
92 00-FF
93 00-FF
94 00-FF
95 00-FF
96 00-FF
97 00-FF
98 00-FF
99 00-FF
9A 00-FF
9B 00-FF
9C 00-FF
9D 00-FF
9E 00-FF
9F 00-FF
A0 00-FF
A1 00-FF
A2 00-FF
A3
00-FF
A4
00-FF
A5
00-FF
A6
00-FF
A7
00-FF
A8
00-FF
A9 00-FF
AA 00-FF
AB 00-FF
AC
00-FF
AD
00-FF
AE
00-FF
AF
00-FF
B0
00-FF
B1
00-FF
B2
00-FF
B3
00-FF
B4
00-FF
B5
00-FF
B6
00-FF
B7
00-FF
B8
00-FF
B9
00-FF
BA
00-FF
BB
00-FF
BC
00-FF
BD
00-FF
BE
00-FF
BF
00-FF
MODEL MODEL
LETTER NO. LETTER NO.
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 60
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 61
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 62
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 63
TUNING FREQUENCY (HIGH BYTE)
POS 64
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 65
TUNING FREQUENCY (HIGH BYTE)
POS 66
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 67
TUNING FREQUENCY (HIGH BYTE)
POS 68
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 69
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 70
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 71
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 72
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 73
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 74
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 75
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 76
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 77
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 78
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 79
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 80
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 81
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 82
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 83
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 84
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 85
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 86
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 87
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 88
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 89
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 90
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 91
TUNING FREQUENCY (HIGH BYTE)
MEMORY MAP
(Continued)
16
MEMORY MAP
ADDRESS
DATA
MICON EEPROM EEPROM CHASSIS CTV FINAL
LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0
DEFAULT RANGE
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA
REMARK
C0
00-FF
C1
00-FF
C2
00-FF
C3
00-FF
C4
00-FF
C5
00-FF
C6
00-FF
C7
00-FF
C8
00-FF
C9
00-FF
CA
00-FF
CB
00-FF
CC
00-FF
CD
00-FF
CE
00-FF
CF
00-FF
D0
0A
00-65
POS 10
D1
14
00-65
POS 20
D2
1E
00-65
POS 30
D3
28
00-65
POS 40
D4
3C 00-3C
D5
1E 00-3C
D6
1E 00-3C
D7
1E 00-3C
D8
1E 00-3C
D9
01 00-02
DA
00 00-02
DB
1E 00-3C
DC
1E 00-3C
DD
1E 00-3C
DE
DF
E0
POS 7 POS 6 POS 5 POS4 POS 3 POS 2 POS 1 POS 0
FF
00-FF
E1
POS15 POS14 POS13 POS12 POS11 POS10 POS 9 POS 8
FF
00-FF
E2
POS23 POS22 POS21 POS20 POS19 POS18 POS17 POS16
FF
00-FF
E3
POS31 POS30 POS29 POS28 POS27 POS26 POS25 POS24
FF
00-FF
E4
POS39 POS38 POS37 POS36 POS35 POS34 POS33 POS32
FF
00-FF
E5
POS47 POS46 POS45 POS44 POS43 POS42 POS41 POS40
FF
00-FF
E6
POS55 POS54 POS53 POS52 POS51 POS50 POS49 POS48
FF
00-FF
E7
POS63 POS62 POS61 POS60 POS59 POS58 POS57 POS56
FF
00-FF
E8
POS71 POS70 POS69 POS68 POS67 POS66 POS65 POS64
FF
00-FF
E9
POS79 POS78 POS77 POS76 POS75 POS74 POS73 POS72
FF
00-FF
EA
POS87 POS86 POS85 POS84 POS83 POS82 POS81 POS80
FF
00-FF
EB
POS95 POS94 POS93 POS92 POS91 POS90 POS89 POS88
FF
00-FF
EC
POS99 POS98 POS97 POS96
FF
00-0F
ED
EE
Blue Back 1/2 digit
48
00-FF
EF
00 00-3C
F0
POS 7 POS 6 POS 5 POS4 POS 3 POS 2 POS 1 POS 0
01
00-FF
F1
POS15 POS14 POS13 POS12 POS11 POS10 POS 9 POS 8
00
00-FF
F2
POS23 POS22 POS21 POS20 POS19 POS18 POS17 POS16
00
00-FF
F3
POS31 POS30 POS29 POS28 POS27 POS26 POS25 POS24
00
00-FF
F4
POS39 POS38 POS37 POS36 POS35 POS34 POS33 POS32
00
00-FF
F5
POS47 POS46 POS45 POS44 POS43 POS42 POS41 POS40
00
00-FF
F6
POS55 POS54 POS53 POS52 POS51 POS50 POS49 POS48
00
00-FF
F7
POS63 POS62 POS61 POS60 POS59 POS58 POS57 POS56
00
00-FF
F8
POS71 POS70 POS69 POS68 POS67 POS66 POS65 POS64
00
00-FF
F9
POS79 POS78 POS77 POS76 POS75 POS74 POS73 POS72
00
00-FF
FA
POS87 POS86 POS85 POS84 POS83 POS82 POS81 POS80
00
00-FF
FB
POS95 POS94 POS93 POS92 POS91 POS90 POS89 POS88
00
00-FF
FC
POS99 POS98 POS97 POS96
00
00-0F
FD
AA
AA(On),
55(Off)
FE
FF
00-3C, FF
FF
FF
00-65, FF
MODEL MODEL
LETTER NO. LETTER NO.
ON TIMER CHANNEL
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
TUNING FREQUENCY (LOW BYTE)
LAST BALANCE
LAST SHARPNESS
LAST TREBLE
LAST BASS
POS 92
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 93
TUNING FREQUENCY (HIGH BYTE)
POS 94
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 95
TUNING FREQUENCY (HIGH BYTE)
POS 96
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 97
TUNING FREQUENCY (HIGH BYTE)
POS 98
TUNING FREQUENCY (HIGH BYTE)
TUNING FREQUENCY (LOW BYTE)
POS 99
TUNING FREQUENCY (HIGH BYTE)
1= SKIP ON,
0=SKIP OFF
POWER
ON TIMER VOLUME
1= AFT ON,
0=AFT OFF
TEXT LANGUAGE
LAST VOLUME
LAST WHITE TEMP.
LAST SURROUND MODE
LAST CONTRAST
LAST COLOUR
LAST BRIGHTNESS
LAST TINT
FAVORITE CHANNEL 1
FAVORITE CHANNEL 2
FAVORITE CHANNEL 3
FAVORITE CHANNEL 4
(Continued)
21YF30
17
21YF30
ADDRESS
DATA
MICON EEPROM EEPROM CHASSIS CTV FINAL
LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0
DEFAULT RANGE
WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE
SETTING DATA
REMARK
100
00
00-34
101
00
00-34
S-SYSTEM
102
00
00-34
0: B/G
103
00
00-34
1: I
104
00
00-34
2: D/K
105
00
00-34
3: M
106
00
00-34
107
00
00-34
C-SYSTEM
108
00
00-34
0: AUTO
109
00
00-34
1: PAL
10A
00
00-34
2:SECAM
10B
00
00-34
3: N443
10C
00
00-34
4:N358
10D
00
00-34
10E
00
00-34
10F
00
00-34
110
00
00-34
111
00
00-34
112
00
00-34
113
00
00-34
114
00
00-34
115
00
00-34
116
00
00-34
117
00
00-34
118
00
00-34
119
00
00-34
11A
00
00-34
11B
00
00-34
11C
00
00-34
11D
00
00-34
11E
00
00-34
11F
00
00-34
120
00
00-34
121
00
00-34
122
00
00-34
123
00
00-34
124
00
00-34
125
00
00-34
126
00
00-34
127
00
00-34
128
00
00-34
129
00
00-34
12A
00
00-34
12B
00
00-34
12C
00
00-34
12D
00
00-34
12E
00
00-34
12F
00
00-34
130
00
00-34
131
00
00-34
132
00
00-34
133
00
00-34
134
00
00-34
135
00
00-34
136
00
00-34
137
00
00-34
138
00
00-34
139
00
00-34
13A
00
00-34
13B
00
00-34
13C
00
00-34
13D
00
00-34
13E
00
00-34
13F
00
00-34
MODEL MODEL
LETTER NO. LETTER NO.
S-SYSTEM (POS0) C-SYSTEM (POS0)
S-SYSTEM (POS1) C-SYSTEM (POS1)
S-SYSTEM (POS2) C-SYSTEM (POS2)
S-SYSTEM (POS3) C-SYSTEM (POS3)
S-SYSTEM (POS4) C-SYSTEM (POS4)
S-SYSTEM (POS5) C-SYSTEM (POS5)
S-SYSTEM (POS6) C-SYSTEM (POS6)
S-SYSTEM (POS7) C-SYSTEM POS7)
S-SYSTEM (POS8) C-SYSTEM (POS8)
S-SYSTEM (POS9) C-SYSTEM (POS9)
S-SYSTEM (POS10) C-SYSTEM (POS10)
S-SYSTEM (POS11) C-SYSTEM (POS11)
S-SYSTEM (POS12) C-SYSTEM (POS12)
S-SYSTEM (POS13) C-SYSTEM (POS13)
S-SYSTEM (POS14) C-SYSTEM (POS14)
S-SYSTEM (POS15) C-SYSTEM (POS15)
S-SYSTEM (POS16) C-SYSTEM (POS16)
S-SYSTEM (POS17) C-SYSTEM (POS17)
S-SYSTEM (POS18) C-SYSTEM (POS18)
S-SYSTEM (POS19) C-SYSTEM (POS19)
S-SYSTEM (POS20) C-SYSTEM (POS20)
S-SYSTEM (POS21) C-SYSTEM (POS21)
S-SYSTEM (POS22) C-SYSTEM (POS22)
S-SYSTEM (POS23) C-SYSTEM (POS23)
S-SYSTEM (POS24) C-SYSTEM (POS24)
C-SYSTEM (POS27)
C-SYSTEM (POS28)
S-SYSTEM (POS25) C-SYSTEM (POS25)
C-SYSTEM (POS26)
S-SYSTEM (POS31) C-SYSTEM (POS31)
S-SYSTEM (POS32) C-SYSTEM (POS32)
S-SYSTEM (POS33) C-SYSTEM (POS33)
S-SYSTEM (POS34) C-SYSTEM (POS34)
S-SYSTEM (POS35) C-SYSTEM (POS35)
S-SYSTEM (POS36) C-SYSTEM (POS36)
S-SYSTEM (POS37) C-SYSTEM (POS37)
S-SYSTEM (POS38) C-SYSTEM (POS38)
S-SYSTEM (POS39) C-SYSTEM (POS39)
S-SYSTEM (POS40) C-SYSTEM (POS40)
S-SYSTEM (POS41) C-SYSTEM (POS41)
S-SYSTEM (POS42) C-SYSTEM (POS42)
S-SYSTEM (POS43) C-SYSTEM (POS43)
S-SYSTEM (POS44) C-SYSTEM (POS44)
S-SYSTEM (POS45) C-SYSTEM (POS45)
S-SYSTEM (POS46) C-SYSTEM (POS46)
S-SYSTEM (POS47) C-SYSTEM (POS47)
S-SYSTEM (POS48) C-SYSTEM (POS48)
S-SYSTEM (POS49) C-SYSTEM (POS49)
S-SYSTEM (POS50) C-SYSTEM (POS50)
S-SYSTEM (POS51) C-SYSTEM (POS51)
S-SYSTEM (POS52) C-SYSTEM (POS52)
S-SYSTEM (POS53) C-SYSTEM (POS53)
S-SYSTEM (POS54) C-SYSTEM (POS54)
S-SYSTEM (POS55) C-SYSTEM (POS55)
S-SYSTEM (POS56) C-SYSTEM (POS56)
S-SYSTEM (POS57) C-SYSTEM (POS57)
S-SYSTEM (POS58) C-SYSTEM (POS58)
C-SYSTEM (POS61)
S-SYSTEM (POS62) C-SYSTEM (POS62)
S-SYSTEM (POS59) C-SYSTEM (POS59)
S-SYSTEM (POS60) C-SYSTEM (POS60)
S-SYSTEM (POS63) C-SYSTEM (POS63)
S-SYSTEM (POS30)
S-SYSTEM (POS26)
S-SYSTEM (POS28)
S-SYSTEM (POS27)
S-SYSTEM (POS29) C-SYSTEM (POS29)
C-SYSTEM (POS30)
S-SYSTEM (POS61)
MEMORY MAP
(Continued)
18
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