Aiwa TV-FT2588 User manual

SERVICE MANUAL
DATA
COLOR TELEVISION
TV-FT2588 SHA, SHR
S/M Code No. 09-008-433-6S1
SUPPLEMENT
•This Service Manual contains the additional information “DISASSEMBLY
INSTRUCTIONS” and “ADJUSTMENT” for the model TV-FT2588 (SHA, SHR).
If requiring the other information, see Service Manual of TV-FT2588 (SHA, SHR),
(S/M Code No. 09-007-433-6R1)

– 2 –
Anode cap
CRT GND
Hook CRT
CRT GND
Grip
DISASSEMBLY INSTRUCTIONS
1. REAR CABINET REMOVAL
Figure 1-1
2. HIGH-VOLTAGE CAP (ANODE CAP) REMOVAL
2-1. Cautions before Removing
Discharge the anode voltage
(1) The anode voltage is not discharged completely from the
CRT of this unit even after the power is turned off. Be
sure to discharge the residual anode voltage before
removing the anode cap.
Do not use pliers
(2) Do not use pliers, etc. to remove the anode cap. If you
used pliers and bent the hook to remove the cap, the spring
characteristics of the hook could be lost, and when
reinstalled, the cap would come off from the CRT anode
button easily, causing an accident.
Do not turn the anode cap
(3) If the anode cap is turned in the direction of its
circumference, the hook is likely to come off.
2-2. Anode Cap Removal
Discharge the anode voltage. (See Figure 2-1)
(1) Connect a flat-bladed screwdriver to the CRT GND via
an alligator clip.
(2) Use a tester to check the end of the screwdriver and ground
of the TV for continuity.
(3) Touch the hook with the end of the screwdriver.
Caution : Be careful not to damage the anode cap.
(4) Turn over the anode cap.
Caution : Be careful not to damage the anode cap.
Figure 2-1
Figure 2-2
Anode cap
CRT
Hook
Anode button
(1) Remove eight screws 1, then remove the rear cabinet in
the direction of the arrow.
(See Figure1-1)
Front cabinet
Rear cabinet

–3 –
(5) Push the anode cap with your thumb in the direction of
arrow 1as shown in the figure, then lift the cap in the
direction of arrow 2to release the hook on one side.
(See Figure 2-3)
(6) Turn over the anode cap on the side where the hook was
released and pull out the cap in the direction opposite to
that on which the cap was pushed. (See Figure 2-4)
Caution : Do not pull out the anode cap straight up.
:Do not pull the cap forcibly. After removing
the cap, check that the hook is not deformed.
Figure 2-3
3. ANODE CAP REINSTALLTION
Observe the cautions carefully so that no accident occurs
due to a defect in installing the anode cap and so it does
not come off.
3-1. Caution before Reinstalling
Never turn the anode cap after installing it
Never re-use the hook when it has been deformed
(1) If the anode cap is turned after it is installed, it may come
off. Therefore, arrange the high-voltage cable before
attaching the anode cap. (See Figure 3-1)
(2) If you have attached the anode cap before arranging the
high-voltage cable, arrange the cable carefully so the cap
does not turn.
3-2. Anode cap reinstallation
(1) Use a clean cloth moistened slightly with alcohol to clean
the installation section. (See Figure 3-2)
Caution : Check that the installation section is free from
dust, foreign matter, etc.
(2) Coat the anode cap installation circumference with an
appropriate amount of the specified silicone grease (KS-
650N).
Caution : Be careful that silicone grease does not enter
the anode button.
CRT CRT
Anode cap
Hook Hook
Anode cap
Hook
Anode button
CRT
Left Right
Anode cap
Anode button
Installation
section
Figure 2-4
Figure 3-1
Figure 3-2

–4 –
(3) Eliminate twisting, etc. of the high-voltage cable and
arrange it so that no twisting occurs. (See Figure 3-3)
Caution : If the cable is not arranged correctly, the anode
cap could turn and cause an installation defect.
(4) Turn over the rubber cap symmetrically on the left and
right. (See Figure 3-4)
Caution : Take great care not to damage the anode cap.
Figure 3-3
(5) Fit your forefinger over the projection at the center of the
cap and hold the cap between your thumb and middle
finger. (See Figure 3-5)
High-voltage cable Anode cap
Figure 3-4
Figure 3-5

–5 –
(6) Apply the hook on one side to the anode button as shown
on the figure. (See Figure 3-6)
Caution : Check that the hook is held securely.
(7) Apply the hook on the other side to the anode button as
shown in Figure 3-7.
(8) Pull the anode cap slightly with the rubber cap turned
over and visually check that the hook is engaged securely.
(9) Release your hand from the rubber cap of the anode cap.
Caution : Cover the anode cap so that it does not lift.
(10) Hold the skirt of the andoe cap slightly to improve the
close contact between the cap and CRT.
(11) Check that the anode cap is in close contact with the CRT.
(See Figure 3-8)
Figure 3-8
Figure 3-7
Figure 3-6
Anode button
Skirt
Hook
Anode button
Anode button
Hook
Anode button
Hook
30°

–6 –
4. NK C.B. (PWB, NK) REMOVAL
Figure 4-1
(1) Disconnect CN903 (CRT GND).
(2) Disconnect CN901, CN902
(3) Remove the NK C.B. in the direction of arrow 1.
(See Figure 4-1)
5. MAIN C.B (PWB, MAIN) REMOVAL
(1) Remove connector (CN408).
(2) Remove connector (CN801).
(3) Remove connector (CN802).
(4) Pull out the MAIN C.B. in the direction of the arrow 2
(See Figure 4-1).
CN801
(Power Cord)
Front cabinet
AUDIO C.B
CN408
(Speakers)
CN903
NK C.B
CN901
CN902
CN802
(Degauss
cord)
MAIN C.B

–7 –
Color bar signal of a pattern generator
PRECAUTIONS BEFORE STARTING ADJUSTMENT
Satisfy the following setting conditions before starting adjustment.
• Allow warm-up of 20 minutes or longer. (Do not turn off during
warm-up.)
• Set all picture quality controls of users' setting to initial set-up,
unless otherwise specified.
• Picture quality reset
1. Select "Picture" on the screen menu and press enter button.
2. Select "Normal" and press enter button.
3. Select "Reset" and press enter button.
• Set the pattern generator’s output level to 1.0Vp-p (across 75 Ω
load).
Because the video signal output from a pattern generator is used as
the adjustment signal input during adjustment, the video signal
output from the pattern generator must conform with the
specifications. Measure the output waveform across 75 Ωload.
Confirm that the synchronizing signal has an amplitude of about
0.3 V, the video signal portion has an amplitude of about 0.7 V and
the burst signal has an amplitude of about 0.3 V with flat envelope.
Confirm that ratio of the burst signal amplitude and the red signal
amplitude is 0.30 : 0.66. If the output signal does not conform with
the specifications, calibrate the pattern generator. (Refer to pattern
generator operation manual.)
Use the LEADER: LCG 404 for the pattern generator.
Fig. 1-1
Approx.
0.3V
Approx. 0.3V
Burst signal
1 Vp-p White (Approx.
75%)
Approx. 0.7V
Yellow
Cyan
Green
Magenta
Red
Blue
Black
75% white
TV display
1-1. Precautions
(1) Receive the white raster signal, and then perform aging for at
least 20 minutes.
(2) Demagnetize the area surronding the CRT with a degausser
before making adjustments.
(3) Set the picture quality for each mode to the factory setting.
(4) Position the front screen facing the east as much as possible.
1-2. Purpose
(1) Beam landing adjustment (purity magnet)
Set the left/right balance of beam landing. If there is a
discrepancy in this adjustment, a color irregularity will occur.
After completion of the landing adjustment, it is necessary to
perform convergence adjustment.
Color
irregularity
Color
irregularity
Before adjustment After adjustment
ADJUSTMENT
SET-UP FOR ADJUSTMENT 1. CRT ADJUSTMENT

–8 –
(2) Beam convergence adjustment (4-pole magnet)
Align the R beam with the B beam. The G beam does not
move with this adjustment.
B
G
RR/B
G
Align the R beam with the B beam
Fig. 1-2
(magenta)
(4) The composition of each magnet is as shown in Fig. 1-4.
In making adjustments, rotate the lock ring clockwise (looking
from the CRT’s back screen) and disengage.
Be careful not to loose the lock ring too much. If the magnet
assembly has become shifted during adjustments, secure it to
the position in Fig. 1-4.
(3) Beam convergence adjustment (6-pole magnet)
With a 4-pole magnet align the Gbeamwiththealreadyaligned
R/B beam.
G
R/B
RGB
(magenta)
(white)
Align the G beam with the R/B beam
Fig. 1-3
CRT DY
DY lock screw Purity 4-pole 6-pole Lock ring
NK C.B
Magnet assembly
Fig 1-4
Magnet assembly
lock screw

–9 –
(1) Receive the green raster signal from the pattern generator.
(2) Loosen the magnet lock screw, and shift the magnet assembly
backward (toward the neck).
(3) Loosen the DY lock screw, and shift the DY deflecting yoke
backward (toward the neck).
(4) After opening the two purity magnets to the same angle, adjust
the color width of the bands on both sides of the screen so that
they are equal. (refer to Fig. 1-5 (a)).
RGB
Fig 1-5 (a)
As shown in Fig. 1-5 (b), the purity magnet functions in
relation to the electron beam.
(5) Gradually shift the deflecting yoke toward the front (toward
the CRT funnel). Stop movement at the point when the screen
has become completely green.
SNNS NS SN
NN
SS
SS
NN
Fig 1-5 (b)
(6) Also, verify the respective monochromatics of red and blue.
(7) While looking at the screen, adjust the tilt of the deflecting
yoke and tighten the DY lock screw.
(8) Shift the magnet assemblytothefront(toward the CRTfunnel),
stopmovementbeforetheadjustmentpositionandthentighten
the magnet lock screw.
At this time, be careful not to shift the position of the purity
magnet.
R=B
As there is occurrence of convergence distortion after
completing the landing adjustments, be sure to carry out
convergence adjustments.
If the color irregularities in the screen’s corner section are
not improved, correct them with the landing magnet. After
using the landing magnet, be sure to demagnetize the CRT
with degausser and verify that there is no occurrence of color
irregularity. (refer to Fig. 1-6)
Landing magnet: 81-JTI-710-010
(two-sided adhesive tape) : 80-XVI-218-010 Cushion
Cushion
Landing magnet
Since the landing magnet is polarized,
check the screen’s improvement through
rotation, not only by position.
Fig 1-6
1-3. Beam Landing Adjustment

–10 –
Make adjustments on the convergence with 4-pole and 6-pole
magnets. Operate each magnet in relation to the electron beam as
showninFigs.1-7and1-8.When performing thisadjustment,verify
whether there is distortion in the focus adjustment. If necessary,
carry out adjustments again.
BGR
SN
NS
S
S
NN
BGR
Fig 1-7
Fig 1-8
In Fig. 1-7, two 4-pole magnets are stacked together so as to be of
the same polarity. Move the B and R beams to their respective
direction, by rotating the two 4-pole magnets together. By adjusting
the opening of the two magnets, it is possible to adjust the amount
of the beam’s movement.
Perform this adjustment after completion of adjustment 1-4.
(1) Shake the deflecting yoke up, down to the right and left, and
adjust any discrepancies in the screen’s surroundings.
(2) Insert wedges in three locations in the gap between the
deflecting yoke and the surface of the CRT funnel in order
to secure the deflecting yoke. (Refer to Fig. 1-9)
Position of wedge
Fig. 1-9
Wedge
Wedge Wedge
In Fig. 1-8, the two 6-pole magnets are stacked together so as to be
of the same polarity. Move the B and R beams to their respective
direction, by rotating the two 6-pole magnets together. By adjusting
the opening of the two magnets, it is possible to adjust the amount
of the beam’s movement.
(1) Receive the dot pattern signal from the pattern generator.
(2) Pay attention to the center of the screen, and perform
adjustments with two 4-pole magnets so that the R beam and
B beam are perfectly aligned and become a magenta color.
(Refer to Fig. 1-2)
(3) In the same way, pay attention to the screen, and perform
adjustments with a 6-pole magnet so that the magenta beam
and G beam are aligned and become a white dot.
(Refer to Fig. 1-3)
(4) After adjustments are completed, secure all magnets with the
lock link. (Refer to Fig. 1-4)
GRB
N
N
N
S
S
S
S
N
N
S
GRB
S
N
1-4. Beam Center Convergence Adjustment 1-5. The Surrounding Convergence Adjustment

–11 –
Setting of IIC BUS Data
This model is designed with the ability to adjust most parts of the image
projection and deflection system by using the jig remote controller.
Preparations :
•Modify the hidden keys on the RC-6VT06 jig remote controller
(TV-C142/86-LB4-951-010) so that they can easily be pressed.
2 keys to be modified. (Refer to the below illustration)
Starting the “Service Mode”:
Hidden key / “TEST”
•Press the “TEST”key on the jig remote controller once to enter to the
“Aging Mode”(Refer Fig. 1).
•Press the “CHANNEL”key on the jig remote controller to enter to
the “Adjustment Mode”.
Hidden key / “FINISH”
•The accumulated hours in the “Aging Mode”will be reset by pressing
the “FINISH”key on the jig remote controller.
•Avoid to press this key during general repairs.
Aging Mode Operation Method :
Make sure that confirmation is done after replacing the EEP ROM.
1. Enter to the aging mode by pressing the “TEST”key on the remote
controller. (Fig. 1)
2. Press the “SYSTEM”key and confirm the condition of the
distinction switch.
Confirm the following item before doing the electrical adjustment.
•In case the contents are different, press “7”key and select [SH3]
for the destination (Refer Fig. 2).
•In case the data is different use the “CHANNEL”key to scroll
through 0~F and set to the correct data value of “0”or “1”by the
volume key.
•All the settings are stored when the “TEST”key is pressed to
complete the correction.
Contents of Aging Mode :
1. Release “Auto Power Off”function
Release “Auto Power Off”function when no input is supplied.
Use this mode for warming up (aging) during CRT adjustment.
2. AFT S-curve status indication
TheconditionofAFTS-curves are indicated by “IN”for suitabletuning,
“HIGH”for too high or “LOW”for too low. “OUT”is indicated when
no signal is supplied.

–12 –
3. Display of “CRT ON”accumulated hours
The CRT usage time is accumulated on an hourly basis and is displayed in
hexadecimal figures.
Sample calculation of displayed hexadecimal figures : HEX 1234
•The display will be reset to 0000H when the accumulated hours
exceed 7FFFH(32768 hours).
Adjustment Mode Operation Method :
1. Return to the aging display by pressing the “TEST”key and press
“CHANNEL”key to display the adjustment menu screen.

–13 –
The menus from No.0 to 105 inclusive of PAGE 1 to 3 serve as the “Adjustment Menu”. (Refer to the following tables)
No.Menus Reference
Values
0 CONT 20
1 COLOR 10
2 SHARPNESS 20
3 SUB CONTRAST 0A
4 V LINEA 07
5 V S CORR 04
6 ABL START 02
7 IF FEAQ 04
8BGPP 00
9 PARABOLA 26
10 TRAPEZIUM 1A
11 V. EHT 04
12 CORNER 09
13 H. EHT 04
14 H POS 0B
15 V POS 05
16 OSD H 10
17 PIF VCO 80
18 RF AGC 20
19 R CUTOFF 80
20 G CUTOFF 80
21 B CUTOFF 80
22 G DRV GAIN 40
23 B DRV GAIN 40
24 BRIGHT 40
25 SEGAM B-Y 08
26 SEGAM R-Y 08
27 RGB CONT 20
28 H SIZE 20
29 V SIZE 10
30 TINT 40
31 TEXT H 02
32 TEXT V 07
33 BRIGHT MIN 00
34 BRIGHT STEP 00
No.Menus Reference
Values
35 BRIGHT MAX 7F
36 CONT MIN 00
37 CONT MAX 3F
38 COLOR NTSC 40
39 COLOR MIN 00
40 COLOR SECAM 56
41 COLOR MAX 7F
42 RG CONT MAX 50
43 SHARP MIN 00
44 SHARP MAX 3F
45 SHARP NT 20
46 SHARP NT VIDEO 20
47 TINT VIDEO 20
48 TINT MIN 00
49 TINT MAX 7F
50 TXT RGB MAC 62
51 ABL GAIN 00
52 VAGC 00
53 WHITE PEAK 00
54 MUTE –
55 AF GAIN –
56 VIDEO POL –
57 BPF/TOF –
58 CHROMA TRAP –
59 HALF TONE –
60 COLOR SYS –
61 CW SW –
62 AFT MUTE –
63 BLUE BACK –
64 DC NF SPEED –
65 V FREQ –
66 NTSC COMB –
67 BLACKING –
68 H OUT STOP –
69 FORCED ID –
No.Menus Reference
Values
70 SELF ADJ –
71 ID SENSITIV –
72 SECAM ADJ –
73 AFT ON –
74 YM EMB –
75 YUV SW –
76 AFC GAIN 00
77 V LINEA 60 08
78 H SIZE 60 36
79 PARABOLA 60 28
80 TRAPEZIUM 60 1A
81 V. EHT 60 00
82 CORNER 60 07
83 H. EHT 60 04
84 V S CORR 60 06
85 V SIZE 60 10
86 V POS 60 00
87 H POS 60 0E
88 OSD H 60 11
89 OSD V 60 08
90 G VSIZE SHIFT 02
91 G HSIZE SHIFT 00
92 G VPOS SHIFT 00
93 G HPOS SHIFT 00
94 OSD V 08
95 VOL LOUDSPK 73
96 FM MATRIX 00
97 PRESCALE FM/AM 25
98 PRESCALE NICAM 56
99 PRESCALE SCART 19
100 NICAM IDL 03
101 NICAM IDH 0A
102 PARABOLA ZOOM 30
103 PARABOLA 16:9 14
104 PARABOLA ZOOM60 30
105
PARABOLA ZOOM 16:960 12
*1.The indicated reference values are different from the actual data values.
*2.Depending on the model, all items which are described in the “Adjustment Mode”may not be always applicable. Refer to each adjustment.

–14 –
Menu screen adjustment:
•Operate after inputting the following initial figures when replacing EEP ROM.
These initial figures are only for reference purposes and meant for rough adjustment.
•Check the condition and adjust the area where the general repair is carried out.
Sample Indication for Adjustment Menu No.
Each adjustment should be carried out after checking the
adjustment menu no. (Refer to the above Fig.)
Initial Figures
0B
04
––
10
80
3F
80
80
80
40
40
40
08
08
20
20
12
3F
Fig. 1
TV-FT2588
PAGE 1
1. H POS
2. V POS
–––––
4. OSD H
5. PIF VCO
6. RF AGC
PAGE 2
1. R CUT OFF
2. G CUT OFF
3. B CUT OFF
4. G DRV GAIN
5. B DRV GAIN
6. BRIGHT
PAGE 3
1. SECAM B-Y
2. SECAM R-Y
3. RGB CONT
4. H SIZE
5. V SIZE
6. TINT
PWB Adjustment / Do before entering the adjustment mode
1. H SIZE Horizontal Size Crosshatch
Input signal : Crosshatch
Adjustment point : SFR653
Measuring instrument : Pattern generator / PAL
•Use SFR653 to adjust the dot mark of the crosshatch to the center.
(So that the number of measure become the same horizontally and vertically)
2. PIN & BARREL Pin Phase & Pin Amplitude (Barrel) Adjustment (Linearity).
Input signal : Crosshatch
Adjustment point : SFR652 / PIN (Fig. A)
SFR651 / BARREL (Fig. B)
Measuring instrument : Pattern generator / PAL
•Adjust the crosshatch distortion.
a. Use SFR652 to adjust the vertical distortion (Fig. A).
b. Use SFR651 to adjust the horizontal distortion (Fig. B).
•Repeat 1~2 until the vertical lines become straight.

–15 –
PAGE 1
1-1. H POS Horizontal PositioningAdjustment
PAL
Adjustment Menu No. 14 (Page 1-1)
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Use the volume keys on the jig remote controller to adjust the dot mark in the centre of
crosshatch screen to the exact centering position by allocating an equal number of squares
on the left and right side of the dot. A=B (Fig. 1-1)
NTSC
Adjustment Menu No. 87
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Using the “CHANNEL”key, scroll through the adjustment menu and select No.87.
To adjust, follow the same procedure as PAL.
1-2. V POS Vertical Positioning Adjustment
PAL
Adjustment Menu No.15 (Page 1-2)
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Using the volume keys on the jig remote controller, adjust the dot mark to the
exact vertical centre position in the crosshatch screen. (Fig. 1-2)
NTSC
Adjustment Menu No. 86
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Use the “CHANNEL”key to scroll through the adjustment menu and select
No. 86. To adjust, follow the same procedure as PAL.
1-3. OSD H OSD Horizontal Positioning Adjustment
PAL
Adjustment Menu No. 16 (Page 1-4)
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Use the volume keys on the jig remote controller to adjust each A and B positions
on both left and right in the equal distance towards the screen edge in the OSD
display. A = B (Fig. 1-3)
NTSC
Adjustment Menu No. 88
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Use the “CHANNEL”key to scroll through the adjustment menu and select
No.88. To adjust, follow the same procedure as PAL.

–16 –
1-4. OSD V OSD Vertical Positioning Adjustment
PAL
Adjustment Menu No. 94
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Use the “CHANNEL”key to scroll through the adjustment menu screen and select
No.94.
•Using the volume keys on the jig remote controller, adjust A and B on both top and
bottom shown in the OSD screen to be equidistant from the screen edges. A = B
(Fig. 1-4)
NTSC
Adjustment Menu No. 89
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Use the “CHANNEL”key to scroll through the adjustment menu and select No.
89. To adjust, follow the same procedure as PAL.
1-5. PIF VCO Video IF •VCO Adjustment
Adjustment Menu No.17 (Page 1-5)
Input signal : No signal
Test point : IC3011PIN
<Auto adjustment>
1. Press “TEST”key to enter aging mode.
2. Press 1, the monitor will display “PLEASE WAIT PIF VCO”.
3. Confirm the test point voltage is 2.5 ±0.5VDC.
<Manual adjustment>
If the auto adjustment fail, use volume keys on the jig remote controller and adjust the
test point voltage value to 2.5 ±0.5VDC.
1-6. RF AGC RF - AGC
Adjustment Menu No.18 (Page 1-6)
Input signal : Color bar (ANT RF - INPUT)
Test point : TU1011PIN
Measuring instrument : Oscilloscope
Pattern generator/PAL
1. Connect oscilloscope to TU1011PIN.
2. Using the volume keys on the jig remote controller to adjust the test point voltage
value to 5.5 ±0.4VDC.

–17 –
PAGE 2
White Balance Adjustment : Adjustment Menu No. 19-24 (PAGE 2 - 1 to 2 - 5)
*User’s picture quality will be cleared when the adjustment menu screen appears.
Input signal : White raster
Contents of Adjustment : 1. R CUT OFF
Contents of Adjustment : 2. G CUT OFF
Contents of Adjustment : 3. B CUT OFF
Contents of Adjustment : 4. G DRIVE * More than 20 minutes of aging is required
5. B DRIVE before the adjustment.
Contents of Adjustment * The whole process should be repeated several
times for the adjustment.
Measuring instrument : Pattern generator
Cut Off Adjustment :
2-1. Use the pattern generator to input the white raster signal.
2-2. Using the volume keys on the jig remote controller, fix the figure of the strongest color on the
screen to 7F and adjust the other 2 cut off figures until a white picture appears on the screen.
(Fig.2-1)
Drive Adjustment :
2-3. Using the volume keys on the jig remote controller, bring the figure of the 4. G DRIVE up to more than 60 (in hexadecimal figure) till
the color becomes greenish.
2-4. Then reduce the numeric figure to the point where the greenish color disappears completely.
2-5. Use the volume keys on the jig remote controller to increase the numeric figure of the 5. B DRIVE up to more than 60 (in hexadecimal
figure) till the color becomes bluish.
2-6. Then reduce the numeric figure to the point where the bluish color disappears completely.
2-7. Repeat the process of 2-1 to 2-6 for several times and adjust for whiter look.
2-2. BRIGHT Sub-brightness Adjustment
Adjustment Menu No.24 (Page 2-6)
Input signal : Stair step
Measuring instrument: Pattern generator
1. Using the volume keys on the jig remote controller, adjust the scale of the second last
from right to be slightly brightened. (Fig. 2-2)
Focus Adjustment :
Input signal : Dot pattern
Adjustment point : SFR located at upper part of FBT (T601)
Measuring instrument : Pattern generator
•Adjust SFR which is located at upper part of FBT (T601) in order to get the best focus for
the dot.
Screen Adjustment :
Input signal : No signal (No Raster)
Adjustment point : SFR located at lower part of FBT (T601)
1. Enter to the “Aging Mode Screen”by pressing “TEST”key on the jig remote controller
once.
2. Press “10”key of the numeric channel keypad to get a horizontal single line screen.
(Fig. 2-3)
3. Adjust SFR located at lower part of FBT (T601) until the horizontal line starts to be
slightly brightened.
4. Repeat the process of step 2 and return to the “Adjustment Menu Screen”.
PAGE 2
SUB BRIGHT 20
2nd from right
Fig. 2-2
Fig. 2-3

–18 –
PAGE 3
3-1. SECAM B - Y SECAM Video, ChromaAdjustment
Adjustment Menu No. 25 (Page 3-1)
This model does not support this function.
Set the data value to “00”. (Fig. 3-1)
3-2. SECAM R - Y SECAM Video, ChromaAdjustment
Adjustment Menu No. 26 (Page 3-2)
This model does not support this function.
Set the data value to “00”. (Fig. 3-2)
3-3. RGB CONT Sub-Contrast Adjustment
Adjustment Menu No. 27 (Page 3-3)
This model does not support this function.
Set the data value to “00”. (Fig. 3-3)
3-4. H SIZE Horizontal Size Adjustment
Adjustment Menu No. 28 (Page 3-4)
This model does not support this function.
Set the date value to “00”. (Fig. 3-4)
25
SECAM B-Y
Fig. 3.1
26
SECAM R-Y
Fig. 3.2

–19 –
3-5. V SIZE Vertical Size Adjustment
PAL
Adjustment Menu No. 29 (Page 3-5)
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Use the volume keys on the jig remote controller and adjust A to position the dot
mark in the center to the exact vertical centre of the crosshatch pattern on the screen
and regularize the squares of the crosshatch pattern. (Fig. 3-5)
NTSC
Adjustment Menu No. 85
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Using the “CHANNEL”key, scroll through the adjustment menu and select No. 85.
To adjust, follow the same procedure as PAL.
3-6. SUB TINT Sub-Tint Adjustment
Adjustment Menu No. 30 (Page 3-6)
Input signal : Color bar (VIDEO IN)
Measuring instrument : Oscilloscope
Pattern generator / NTSC
Test point : CN9013PIN B
1. Connect oscilloscope to the test point.
2. Using the volume keys on the jig remote controller, adjust the top
excursions of waveform to be linear. (Fig. 3-6)
4-1. V LINEARITY Vertical Linearity Adjustment
PAL
Adjustment Menu No. 4
Input signal : Monoscope (LION MARK)
Measuring instrument : Monoscope / PAL
•Use the volume keys on the jig remote controller to adjust the 6 circular
figures on monoscope to be true circles. (Fig. 4)
[Simple Adjustment]
Adjustment Menu No. 4
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Use the volume keys on the jig remote controller make crosshatch patterns
square.
* Check V POS (PAGE 1-2 / PAL) and V SIZE (PAGE 3-5 / PAL) after
completting the adjustment. Re-position each dot in case it is not at the right points.
NTSC
Adjustment Menu No. 77
Input signal : Monoscope (LION MARK)
Measuring instrument : Monoscope / NTSC
•Use the “CHANNEL”keys to scroll through the adjustment menu and set to No. 77. To adjust, follow the same procedure as for PAL.
[Simple Adjustment]
Adjustment Menu No. 77
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Use the “CHANNEL”keys to scroll through the adjustment menu and set to No. 77. To adjust, follow the same procedure as for PAL.
* Check V POS (PAGE 1-2 / NTSC) and V SIZE (PAGE 3-5 / NTSC) after completing the adjustment. Re-position each dot in case it is not
at the right point.
Fig. 4

–20 –
4-2. SUB COLOR Sub-color Adjustment
PAL
Adjustment Menu No. 38
Input signal : Color bar (VIDEO IN)
Measuring instrument : Pattern generator / PAL
Test point : CN9013PIN B
•Use the “CHANNEL”keys to scroll through the adjustment menu and set to No. 38.
•Use the volume keys on the jig remote controller and adjust the test point voltage
to 2.0 ±0.1 Vp-p.
NTSC
Adjustment Menu No. 1
Input signal : Color bar (VIDEO IN)
Measuring instrument : Pattern generator / NTSC
Test point : CN9013PIN B
•Use the “CHANNEL”keys to scroll through the adjustment menu and set to No. 1.
•Use the volume keys on the jig remote controller and adjust the test point voltage to 1.9 ±0.2 Vp-p.
SECAM
Adjustment Menu No. 40
Input signal : Color bar (VIDEO IN)
Measuring instrument : Pattern generator / SECAM
Test point : CN9013PIN B
•Use the “CHANNEL”keys to scroll through the adjustment menu and set to No. 40.
•Use the volume keys on the jig remote controller and adjust the test point voltage to 2.0 ±0.1 Vp-p.
4-3. PIN & BARREL ZOOM MODE Pin Phase & Pin Amplitude (Barrel) Adjustment / Zoom Mode
PAL
Adjustment Menu No. 102
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Use the “CHANNEL”keys to scoll through the adjustment menu and set to No. 102.
•Use the volume keys on the jig remote controller and adjust the vertical lines become straight.
NTSC
Adjustment Menu No. 104
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Use the “CHANNEL”keys to scroll through the adjustment menu and set to No. 104.
•Use the volume keys on the jig remote controller and adjust the vertical lines become straight.
4-4. PIN & BARREL 16:9 MODE Pin Phase & Pin Amplitude (Barrel) Adjustment / 16.9 Mode
PAL
Adjustment Menu No. 103
Input signal : Crosshatch
Measuring instrument : Pattern generator / PAL
•Use the “CHANNEL”keys to scoll through the adjustment menu and set to No. 103.
•Use the volume keys on the jig remote controller and adjust the vertical lines become straight.
NTSC
Adjustment Menu No. 103
Input signal : Crosshatch
Measuring instrument : Pattern generator / NTSC
•Use the “CHANNEL”keys to scroll through the adjustment menu and set to No. 103.
•Use the volume keys on the jig remote controller and adjust the vertical lines become straight.