Sony VPL-X2000U Mode D'emploi page 29

INPUT MEMORY No.
The upper number indicates the memory number of the
current input signal. The lower number indicates the
user memory number.
INPUT SETTING INPUT-A
DOT PHASE: 8
SIZE H:1 0 4 8
SHIFT H:1 2 3 V: 1 2 3
1024x768
N O .
n
About the memory function
The adjustment data for 39 types of input signals are
preset at the factory (preset memory).
When a signal is input to the projector, the signal type
is automatimally detected and the data for the signal is
called from the memory to display an optimum picture.
The data can be adjusted in the INPUT SETTING
menu and the adjusted data will be saved as user
memory.
When you save more than 200 user memories, the
newest one always overwrites the oldest one.
The saved user memory number is displayed in the
INPUT SETTING menu as n NO. ππ.
When an RGB signal other than the preset signals is
input to the projector, the memory number is displayed
as 0 and the closest option is automatically selected
from the preset 39 types of signals.
Type of input signal
Memory number
1
2 3
User memory
number
Memory
Preset signal
No.
1 Video 60 Hz
2 Video 50 Hz
3 15k RGB (60 Hz)
4 15k RGB (50 Hz)
HDTV
5
640 × 350 VGA-1 (VGA350)
6
7 VESA* 85(VGA350)
640 × 400 NEC PC98
8
VGA-2 (TEXT)
9
/VESA70
VESA 85 (VGA400)
10
640 × 480 VGA VESA60
11
12
Mac 13
13
VGA VESA 72
14
VGA VESA 75
(IBM M3)
15
VGA VESA 85
(IBM M4)
800 × 600 SVGA VESA 56
16
17
SVGA VESA 60
18
SVGA VESA 72
19
SVGA VESA 75
(IBM M5)
20
SVGA VESA 85
832 × 624 Mac 16
21
1024 × 768 XGA VESA 43
22
(8514)
23
XGA VESA 60
24
XGA VESA 70
25
XGA VESA 75
26
XGA VESA 85
1152 × 864 VESA 70
27
28
VESA 75
29
VESA 85
1152 × 900 SUN LO
30
31
SUN HI
1280 × 960 VESA 60
32
33
VESA 75
1280 × 1024 SXGA VESA 43
34
35
SGI-5
36
SXGA VESA 60
37
SXGA VESA 75
38
SXGA VESA 85
1600 × 1200 UXGA VESA 60
39
* VESA is a registered trademark of Video Electronics
Standard Association.
Horizontal
fH fV Sync
size
(kHz) (Hz)
15.73 59.94 — —
15.63 50.00 — —
15.73 59.94 S on G —
—
15.63 50.00 S on G
33.75 60.00 S on Y/G
1235
31.47 70.09 H-pos V-neg
800
37.86 85.08 H-pos V-neg
832
24.82 54.42 H-neg V-neg
848
31.47 70.09 H-neg V-pos
800
37.86 85.08 H-neg V-pos 832
31.47 59.94 H-neg V-neg 800
35.00 66.67 S on G —
832
37.86 72.81 H-neg V-neg
37.50 75.00 H-neg V-neg 840
43.27 85.01 H-neg V-neg 832
35.16 56.25 H-pos V-pos 1024
1056
37.88 60.32 H-pos V-pos
48.08 72.19 H-pos V-pos 1040
46.88 75.00 H-pos V-pos 1056
1048
53.67 85.06 H-pos V-pos
49.72 74.55 H-neg V-neg 1152
1264
35.52 86.96 H-pos V-pos
1344
48.36 60.00 H-neg V-neg
1328
56.48 69.96 H-neg V-neg
1312
60.02 75.03 H-pos V-pos
1376
68.68 85.00 H-pos V-pos
64.00 70.02 H-pos V-pos 1308
67.50 75.00 H-pos V-pos 1422
1394
77.49 85.06 H-pos V-pos
61.80 65.96 H-neg V-neg 1283
71.71 76.05 C-neg 1256
60.00 60.00 H-pos V-pos 1440
1382
75.00 75.00 H-pos V-pos
46.43 86.87 H-pos V-pos 1272
53.32 50.06 S on G 1260
63.97 60.01 H-pos V-pos 1272
79.98 75.03 H-pos V-pos 1266
91.15 85.02 H-pos V-pos 1296
75.00 60.00 H-pos V-pos 1352
29
(GB)