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 | 702TSV |
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| Xenarc |
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| For In-Car Computing, PC, Server, GPS, and various VGA Use |
| 5-wire resistive Touchscreen (USB) *New* |
| MultiMonitor Touchscreen Support |
| VGA Input x 1 & Video Input x 2 |
| Audio Input/Built-in Speaker |
| NTSC/PAL MultiSystem |
| 16 x 9 Aspect Ratio |
| High Resolution Display - up to 1600 x 1200 |
| Auto detects 800 x 480 resolution |
| Upgraded High-Brightness CCFL Backlight |
| Adjustable backlight level for night-time use |
| Pixelworks High Performance Image and Video Signal Processor |
| AISS - Advanced Image-Scaling and Shaping |
| 16:9/4:3 Scaler settings *New* |
| Last Input memory (702TSV) *New* |
| Last Power setting memory *New* |
| IR Remote Control (702TSV) *New* |
| Auto power-on upon signal detection |
| Automatic display adjustment |
| On-Screen Display Control |
| Metallic Silver or Black Casing |
| Copper Stand: 360-degrees/Height Adjustment |
| 20-Pin heavy-duty connector |
| Anti Glare Coating |
| Supports 11V DC ~ 24V DC |
| "E" Mark Certified for Automotive use |
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| Model #: 702TSV |
| Screen Size: Diagonal 7" (16:9) |
| Physical Resolution: 800 (H) x 480 (V) WVGA |
| Supported Resolution: 640 x 480 ~ 1600 x 1200 |
| Dot Resolution: 2400 x 480 = 1,152,000 (dots) |
| LCD Brightness: 1000 cd/m² |
| Contrast Ratio: 400:1 |
| Viewing Angle: 140° Horizontal, 100° Vertical |
| Touch Screen Interface: USB port |
| Operating Voltage Range: DC 11V ~ 24V |
| Power Supply: DC 12V |
| Power Consumption: <8W |
| Operating Temperature: 23°F ~ 158°F |
| Storage Temperature: -22°F ~ 185°F |
| Dimension (in): 7.75W x 4.75H x 1.38D |
| Weight (lb): 1.28 |
| FCC, CE, E13 Certification |
| ROHS Compliant |
| 18 Month Warranty |
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| 5-wire resistive analog technology is superior to 4-wire, 8-wire, and resistive matrix technologies |
| Most durable resistive analog - drift-free operation even when exposed to temperature fluctuation |
| Life span of 35,000,000 touches versus 1,000,000 touches from 4-wire resistive |
| Increased optical clarity equals higher brightness and a sharper display |
| Greater touch point density means better accuracy |
| Faster response time and increased speed |
| No external electronic correction needed |
