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Electrical Instructions
#4. Go to cover page
Nominal Gain setting
185
[_sRGBcontrast_
|
sRGB contrast
sss 255
55
55
sRGB brightness
_[ 127
127
127
Fh < 36KHz
134, 122
134, 126
S6KHz <Fh < 52KHz
134, 122
130, 126
130, 124
S2KHZ < Fh <65KHz
140, 122
[_comer-TB
|
ss P> 6SKHz
140,120
126,126
128,124
|
[Pin Correction -T,8 |
Top/Bottom pin correction
| 120,126
| 122,122
[120.120
|
Pin Correction -S, W
S/W shape
pin correction
V-raster centering
65
[_V-gain
'| ~—Vsizecontrotrangeforuser
[180s]
180
| 200
9300 peak light output adjust
220
Sub-brightness
[_Linearty-H
|
F< 33.00KHz 1707s 80
[_Linearty-H_
|
33.00KHz<Fh<36.00KHz
[140
140
tes
| __tineanty-H_
|
36.00KH2<Fh<40.00KHz
[125
|
130
150
[Linearity -H
| _40.00KHz<Fh<45.00KHz
[105
115
1S
[_Uinearty -H_ | ~——45.00KHz<Fh<S2.00KHz
[ 9
|
95
[__tineanty-H
| __S2.00KHz<Fh<S5.00KHz
| 80
[| 90]
8s
[Linearity -H_ | ~—SS.00KHz<Fh<60.50KHz_
[70
|
8080
[____Linearty-H
| 60.50KHz<Fh<66.00KHz
[65
75
70
[linearty-H
|S
>66.00KHz
—ss—s| 60
["TTtinearty-V___[
Vertical S correction | 50
[Range-Sub @ | ~—Zoomecontrolrangetoruser
[| 55
|
85
TSS
9300 full white light o/p adjust
[110
| 120,135
[__EHTcomp-HiV
[F<
33.00KHz
132,114
132,916
| 192.114
[EXT comp-H.V__|
33.00KHz <Fh<36.00KHz
[124,114
[130,114
| 124114 |
[__EHTcomp-H,V_{_36.00KHz<Fh<40.00KHz
[122,116
| 126,116 | 122,114
[_EHTcomp-H.V_ |
40.00KHz<Fh<45.00KHz
| 120,116
[124,116
| 120,116
[__EHTcomp-H.V
{|
45.00KH2 <Fh<52.00KHz
| 114,116
[198,118
| 114,116
[HT comp-H.V_ |
52.00KHz <Fh<S5.00KHz
[112,116
[118,118
| 112.116 |
[_EHTcomp-H,V_ |
$5.00KHz<Fh<60.50KH2
[112,116
| 116,178 | 112,116
[EHTcomp-H,V_
| _60.50KH2 <Fh<66.00KHz
[112,118
[114.8] 112,118
[__EHTcomp-H.V_
|
ss Ph >66.00KHz
|
194.118
114.198
114.118
[__V-linbal___—'| Vertical top/bottomlineanty
[140
tao
140
[-_vFocus___ | Vertical focus ampitude | 100
[100 _—'| t—*s
[O8DGonirast |
OSD Contrast
[assis ss
SSC
[___tF-Brgh
| __ughiFrame Brightness [3
|
3;
3
["tFSharp___|tghtframe
Sharpness | 39' 3+
3 —id
[Moir_seting HW |
Alimodes =
OCP
CT OCS
[Moir setting V |
Allmodes
POCO
OCT OCS
Ee] Ec
4
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5.2
§.3
External degaussing Remove ferromagnetic measuring
equipment, iron tablet, etc., in the neighbourhood of the
apparatus
within half a meter.
Position
the set in Ew
direction and degauss well via external degaussing coil.
Slowly increase the distance between the picture tube and
Degaussing coil, keeping the coil in parallel with the
Screen
of CRT. When the distance is more than 2m, turn
of f The degaussing current.
Adjustment mode: 68.7KH2z/85Hz with correctly adjusted
video size 306x230mm. Use color-analyzer
(Minolta CA-100) to adjust cut-off and white balance.
Before alignment, set initial data as item 5.1 and
brightness set to 50%.
White alignment measurement equipment set-ups:
Setup A: 100x100mm white biock , 0.7Vpp input video
signal, contrast at 0%, 9300 mode Calibrate CA100, Low
9300 RGB=100
x=0.283, y=0.297, Y=0.10FL+0.05FL
Setup B: 100x100mm white block , 0.7Vpp input video
signal, contrast at 100%, 9300 mode
Calibrate Ca100,
High 9300 RGB=100
x=0.283, y=0.297, Y=41FL41FL
Setup C: 100x100mm white block , 0.7Vpp input video
signal, contrast at 0%, 6500 mode Calibrate CA100, Low
6500 RGB=100
x=0.313, y=0.929, Y=0.10FL+0.05FL
Setup D: 100x100cm white block , 0.7Vpp input video signal,
contrast at 100%, 6500 mode
Calibrate CA100, High 6500
RGB=100
x=0.313, y=0.329, Y=36FL+ 1FL
Setup E: 100x100mm white block , 0.7Vpp input video signal,
contrast at 0%, sRGB mode
Calibrate CA100, Low sRGB
RGB=100
x=0.313, y=0.329, Y=0.10FL+0.05FL
Setup F: 100x100cm white block , 0.7Vpp input video signal,
contrast at 100%, sRGB mode Calibrate CA100, High
sRGB RGB=100
x=0.313, y=0.329, Y=36FL+1FL
Setup G: Full white (306x230mm), 0.7Vpp input video signal,
contrast at 100% , 9300 mode
Calibrate CA100, High 9300
RGB=100
x=0.313, y=0.329, Y=30FL+ 1FL
Adjustment procedure:
$.3.1
§.3.2
§.3.3
§.3.4
$.3.5
5.3.6
$.3.7
4.3.8
4.3.9
Setup A, manuaily rotate Vg2 pot-meter on LOT until
brightness reaches 100 scale.
Setup A, adjust RGB cut-off (I'C) for all colors at 100 7
scale, 9300 mode.
(x=0.283, y=0.297, Y=0.10
0.05FL)
Setup B, adjust RGB gain (1'C) for all colors at 100 2 scale,
9300 mode. (x=0.283, y=0.297, Y=41
0.5 FL)
Repeat 5.3.2, 5.3.3 (RGB cut-off and gain) to get both low
and high 9300 scales at 100. (0.10FL 0.05FL for low
scale; 41FL
1FL for high scale. x/y tolerance 0.005)
Setup C, adjust RGB cut-off (I'C) for all colors at 100 7
scale, 6500 mode. {x=0.313, y=0.329, Y=0.10FL
0.05FL)
Setup D, adjust RGB gain (IC) for all colors at 100 2
scale, 6500 mode.
(X=0.313, y=0.329, Y=36FL + 1FL)
Repeat 5.3.5, 5.3.6 (RGB cut-off and gain) to get both low
and high 6500 scales at 100. (0.10FL 0.05FL for tow scale:
36FL
1FLfor high scale. x/y tolerance 0.005)
Setup E, adjust RGB cut-off (°C) for all colors at 100 7
scale, sRGB mode.
(x=0.313, y=0.329, Y=0.10FL
0.05FL)(same values as
6500 mode)
Setup F, adjust RGB gain (i°C) for all colors at 100 2 scale.
sRGB mode.
(x=0.313, y=0.329, Y=36FL+ 1FL)(same values as 6500
mode)
5.3.10 sRGB brightness at 50%. Adjust sRGB contrast {I'C) to get
5.4
64
Y=23FL + 1FL for full white pattern.
(0.10FL 0.05FL for lowscate,
23FL 1FL for high scale.
x/y tolerance 0.005)
Setup G, adjust ABL (!'C) for 30FL 0.5FL, 9300 mode.
The above alignment method may be changed, as long as
the final results are the same.
(The above method has least amount of adjustment and
iteration steps.}
Adjustment of the picture geometry
Alignment of primary geometry
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8
9
-10 Adjust the parallelogram to get optimum vertical line.
.11 Ifneeded, adjust the top / bottom corner control to get
Electrical Instructions
Apply Timing 7 (64KH2/60HZ, 1280x1024) with biack video
signal, set V-position at 50%, set H and V-size for visible
eredgeos stall sides
(RGB cut-off can be increased temporarily to make raster
visible. After adjustment, restore RGB cut-off to original
values.) Stide switch 1603 for centered raster in horizonta!
Direction. Adjust V-oftset (I'?C) for centered raster in
vertical direction.
Apply Timing 8 (68.7kHz
/ 85Hz) with crosshatch signal and
start geometry alignment.
Adjust the Horizontal Size to 306mm.
Adjust the Horizontal Position for centered video.
Adjust the Vertical Size to 230 mm.
Adjust Vertical Position for centered video
Adjust picture tilt for correct TOP/BOTTOM lines.
(Picture tube should be mounted without tilt w.r.t. cabinet)
Adjust pincushion to get optimum vertical line.
Adjust trapezoid to get optimum vertical line.
Adjust balanced pincushion to get optimum vertical line.
optimum corner geometry.
Top and bottom corner only affect top and bottom 60mm of
the vertical lines.
(6.1.7, 6.1.8, 6.1.9 and 6.1.10 may need to be readjusted.)
12 Store the adjusted
result and exit OSD.
©
(The values for pincushion, trapezoid, bafance pincushion
and parallelogram can be copied to the other pre-set
modes to shorten alignment time.)
Other pre-set mode geometry adjustment
Use following procedure for all pre-set modes (except
68.7kHz/8SHz) (Timing Tabie 1 - 8)
Adjust the Horizontal Size to 306mm.
Adjust the Horizontal Position to center position.
Adjust the Vertical Size to 230 mm.
Adjust the Vertical Position for correctly centred vertical
video.
Adjust pincushion to get optimum vertical line.
Adjust trapezoid to get optimum vertical line.
Adjust balanced pincushion to get optimum vertical line.
Adjust the parallelogram to get optimum vertical line.
(6.2.5, 6.2.6, 6.2.7 and 6.2.8 may need some iteration.)
Store the set result and exit OSD.
Other pre-load modes can be visibie inside the bezel.
Focus adjustment
With full white pattern display at timing 68Khz /85Hz
1024x768, set brightness at 50% and adjust contrast to 25
FL at the center of the screen.
and adjust H and V focus pot-meters which are located
at
flyback transformer, until H- and V-line focus is optimal over
the entire screen.
around 15FL. 1/3 area with minor moire" can be acceptable.
tf needed, use moir cancellation function and adjust the
H- moir or V-moir to cancel the moir
defect, then save
at factory.
The DOC HEX data (refer to sheet-190) should be written
into the DDC by EEPROM
writer or equivalent method.
Detault settings
The finished product shoutd have the following default
Settings: Contrast: 100%, Brightness: 50%, Color: 9300,
Language: English(Chinese),
Power Save: On (Remark : Every mode is independent for
eset to factory setting.})
TIMING FOR V30 GS4 107T5 71K MODEL
REFERENCE PATTERN GENERATOR : CHROMA 2135
" According to VESA version 1.0 release 0.6p
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