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Mobile Phone 3LED Full Hd 1024*768 Education Projector with Win10 System Laptop
Model CRE X1800
Specifications
Resolution | 1024*768, support |
Brightness | 3800 lumens |
Contrast Ratio | 50,000/1 |
Display Technology | 3LCD , Sony LCX163 HTPS*3 |
Lamp Type | 3LED, Osram LEWP1, 30000 hours |
Color | 1.07 billion colors |
Throw Ratio | 1.42 - 1.72 |
Offset | 70% - 130% (continous adustable) |
Lens | Optical zoom x1.2, Manual focusing F#1.56 |
Screen Size | 60-250 inch |
Projection Distance | 0.5m - 15m |
Projection Mode | Front / Rear / Ceiling / Desk |
Built in Speaker | 8Ohm 2W |
Screen Mode | 4:3 (Default) / Optional 16:9 |
Noise | 35DB |
Power Supply | AC100-240V,50-60HZ, 120W |
Projector Size | 28*24*8.5cm (excluding feet) |
Projector Weight | 2.7 kg |
Support Language | 23 Languages: Chinese / English / Korean / Spain / German / Dutch / Portugal / Russian / French / Italian etc. |
Video Compatibility | 480p/575i/480i/720p/1080i/1080p |
Standard Accessories |
Power cord (by region), HDMI cable, User Manual , Remote control, Bolts for ceiling mount |
Video In | HDMI x1, VGA x1, 3.5mm audio and video input x1 |
Audio out | 3.5mm audio output x1 |
File Payback | USB x1 |
FIVE versions for you choose :
1. Base Version
2. Base Version With VGA OUT and RJ45 Port
3. Add Android System
4. Add Win10 System
5. Add interactive whiteboard funcution
Feature Advantage
Applications
Description
LCD projectors have been around since the 1980s, and use the same liquid crystal displays that create the images in watches and other electronic devices. Specifically, most LCD projectors use 3 LCD technology (Like our model X1800 projector), a patented system that combines three liquid crystal displays. An image is created in a multistep process, which begins with the light source providing a beam of white light. The white light is passed to three mirrors, called dichroic mirrors, that are specially shaped to reflect only a certain wavelength o flight. In this case, the mirrors reflect red, blue, and green wavelengths. Each beam of colored light is then fed to an LCD panel, which receives an electrical signal that tells it how to arrange the pixels in the display to create the image. All three LCD panels create the same image, but they have different hues because of the colored light passing through the panel. The images then combine in a prism, creating a single image with up to 16.7 million colors that is passed through the lens and projected onto the screen.