5-12
14. APPLICABLE SIGNAL
Quite a signals are used as the applicable signals in the
preset mode (standard value) as shown in table 5-10. For
the signals not fit to the preset modes, a user mode is pro-
vided.
In the preset modes, the applicable signals are based on the
VESA standard, so the sample frequency (CLOCK adjust-
ment in the panel menu) is not used, but the adjustment is
allowed only in the user mode.
In the user mode, the signal line number is detected to al-
low the separate adjustment in the VGA system (basically
effective for line number of 480/400/350 lines) and SVGA
system (basically effective for line number of 600 lines).
In the user mode of SVGA system, the input signal is ap-
plicable to the plain display mode only in the XGA system
(basically effective for line number of 768 lines) . That is,
the signal is displayed.
Table 5-8 Applicable signal
Signal
Resolution
All
Frequency
Sync
Operation
Mode
Content
H
V
H
V
H
V
Clock
H/V
Check
Remarks
NTSC
NTSC
664
484
800
525
15.730
59.940
12.590
N/N
O
Video input
PAL
PAL
756
574
800
625
15.630
50.000
12.500
N/N
O
Video input
V60
VGA 60 Hz
640
480
800
525
31.470
59.940
25.175
N/N
O
V70
VGA 70 Hz
720
350
900
450
31.470
70.020
28.322
P/N
∆
V70
VGA 70 Hz
720
400
900
450
31.470
70.020
28.322
N/P
∆
V70
VGA 70 Hz
640
350
800
450
31.470
70.020
28.322
P/N
O
V70
VGA 70 Hz
640
400
800
450
31.470
70.020
28.322
N/P
O
V72
VGA 72 Hz
640
480
832
520
37.860
72.810
31.500
N/N
O
V75
VGA 75 Hz
640
480
840
500
37.500
75.000
31.500
N/N
O
V85
VGA 85 Hz
640
350
832
445
37.861
85.080
31.500
P/N
O
V85
VGA 85 Hz
640
400
832
445
37.861
85.080
31.500
N/P
O
V85
VGA 85 Hz
720
400
936
446
37.927
85.039
35.500
N/P
∆
V85
VGA 85 Hz
640
480
832
509
43.269
85.008
36.000
N/N
O
M13
MAC-13"
640
480
864
525
35.000
66.670
30.240
N/N
O
24K
PC98
640
400
848
444
24.830
56.420
21.053
N/N
O
S56
SVGA 56 Hz
800
600
1024
625
35.160
56.250
36.000
N/N
O
S60
SVGA 60 Hz
800
600
1056
628
37.880
60.320
40.000
N/N
O
S72
SVGA 72 Hz
800
600
1040
666
48.080
72.190
50.000
N/N
O
S75
SVGA 75 Hz
800
600
1056
625
46.880
75.000
49.500
N/N
O
S85
SVGA 85 Hz
800
600
1048
631
53.674
85.061
56.250
N/N
O
M16
MAC-16"
832
624
1152
667
49.720
74.550
57.283
N/N
O
USHI
XGA 60 Hz
1024
768
1344
806
48.363
60.004
65.000
N/N
w
Plain display
USHI
XGA 70 Hz
1024
768
1328
806
54.476
70.069
75.000
N/N
w
Plain display
USHI
XGA 75 Hz
1024
768
1312
800
60.023
75.029
78.750
N/N
X
Plain display
USHI
XGA 85 Hz
1024
768
1376
808
68.677
84.997
94.500
N/N
X
Plain display
• In the sync column of table 5-8, P shows the positive
polarity and N shows the negative polarity.
• In the operation column, O shows a standard mode,
D
shows pull-in mode,
¨
shows plain display mode and
X
shows the signal is out of correspondence.
Summary of Contents for TLP411E
Page 1: ...FIE NO 336 9612 Dec 1996 TECHNICAL TRAINING MANUAL 3 LCD DATA PROJECTOR TLP411U TLP411E ...
Page 4: ...1 1 SECTION I MAIN POWER SUPPLY CIRCUIT ...
Page 10: ...2 1 SECTION II LAMP HIGH VOLTAGE POWER SUPPLY CIRCUIT ...
Page 12: ...3 1 SECTION III OPTICAL SYSTEM ...
Page 16: ...4 1 SECTION IV RGB DRIVE CIRCUIT ...
Page 25: ...5 1 SECTION V MICROCOMPUTER ...
Page 39: ...6 1 SECTION VI DIGITAL CIRCUIT ...
Page 63: ...7 1 SECTION VII VIDEO SIGNAL PROCESS CIRCUIT ...
Page 77: ...8 1 SECTION VIII CCD CAMERA CIRCUIT ...
Page 80: ...9 1 SECTION IX FLUORESCENT LAMP INVERTER CIRCUIT ...
Page 83: ...9 4 3 CIRCUIT DIAGRAM Fig 9 5 Cicuit diagram ...