NEC LCD170V User Manual
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Specifications LCD170V Monitor
Monitor Specifications
LCD170V Monitor
Notes
LCD Module
Diagonal:
43 cm/17 inches
Active matrix; thin film transistor (TFT)
Viewable Image Size:
43 cm/17 inches
liquid crystal display (LCD); 0.264 mm dot
Native Resolution (Pixel Count):
1280 x 1024
pitch; 300 cd/m
2
white luminance, 500:1
contrast ratio, typical, response time: 8 ms.
Input Signal
Video:
ANALOG 0.7 Vp-p/75 Ohms
Sync:
Separate sync.TTL Level (Positive/Negative)
Horizontal sync. Positive/Negative
Vertical sync. Positive/Negative
Horizontal sync. Positive/Negative
Vertical sync. Positive/Negative
Display Colours
Analog input:
16,2 M
Depends on display card used.
Synchronization Range
Horizontal:
31.5 kHz to 81.1 kHz
Automatically
Vertical:
56 Hz to 76 Hz
Automatically
Viewing Angle
Left/Right:
-80°/+80° (CR>5)
Up/Down:
-60°/+70° (CR>5)
Resolutions Supported
Landscape:
720 x 400*
1
: VGA
Some systems may not
640 x 480*
1
@ 60 Hz to 75 Hz
support all modes listed.
800 x 600*
1
@ 56 Hz to 75 Hz
832 x 624*
1
@ 75 Hz
1024 x 768*
1
@ 60 Hz to 75 Hz
1152 x 864*
1
@ 70 Hz to 75 Hz
1152 x 870*
1
@ 75 Hz
1280 x 960*
1
@ 60 Hz to 75 Hz
Recommended resolution is 60 Hz for
1280 x 1024 @ 60 Hz to 75 Hz................... optimal display performance.
Active Display Area
Horizontal:
337.9 mm
Vertical:
270.3 mm
Power Supply
100 - 240 V ~ 50/60 Hz
Dimensions
Landscape:
368.0 mm (W) x 381.5 mm (H) x 209.6 mm (D) (with stand)
368.0 mm (W) x 316.5 mm (H) x 60.6 mm (D) (without stand)
368.0 mm (W) x 316.5 mm (H) x 60.6 mm (D) (without stand)
Weight
4.0 kg
Environmental Considerations
Operating Temperature:
5 °C to 35 °C
Humidity:
30% to 80%
Altitude:
0 to 3,048 m
Storage Temperature:
-10 °C to +60 °C
Humidity:
10% to 85%
Altitude:
0 to 12,192 m
*1 Interpolated Resolutions: When resolutions are shown that are lower than the pixel count of the LCD module, text may appear different. This is
normal and necessary for all current flat panel technologies when displaying non-native resolutions full screen. In flat panel technologies, each dot on
the screen is actually one pixel, so to expand resolutions to full screen, an interpolation of the resolution must be done.
normal and necessary for all current flat panel technologies when displaying non-native resolutions full screen. In flat panel technologies, each dot on
the screen is actually one pixel, so to expand resolutions to full screen, an interpolation of the resolution must be done.
NOTE:
Technical specifications are subject to change without notice.