FD90AID-7-T
7" Widescreen Flipper
7" Cockpit Flipper LCD (Top Mount)
Available Inputs
Features
Airborne Ruggedized 
FAA PMA Approved 4:3 Aspect Ratio Available Options
NVG Enabled Don't see what you need?
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7" Cockpit Flipper LCD (Top Mount)
Specifications
| Dimensions | Stowed 7.8” (W) x .89” (H) x 5.0” (D), Deployed 7.8”(W) x 4.7”(H) x 5.0”(D) |
| Weight | 1.5 lb |
| Power | 12-28V DC @ .6 amps - .3 amps |
| Testing | DO-160E Section 21 |
| Native Resolution | 800x480 |
Airborne Ruggedized
This product has been designed to withstand harsh airborne conditions. Flight Display Systems has partnered with an unaffiliated third party for testing on certain products to confirm that they meet the strictest requirements.
FAA PMA Approved
This product is approved for Parts Manufacturer Approval (PMA) by the Federal Aviation Administration (FAA). It can be shipped with FAA Form 8130-3. See a complete list of all FAA PMA approved parts that we manufacture. Parts Manufacturer Approval was initially issued to Sirius Technologies, parent company of Flight Display Systems, in 2003 after establishing a fabrication inspection system as required by FAR 21.303(h) under the provisions of FAR 21.303(d). Full requirements for parts produced under a PMA are identified in FAR 45.15. Sirius Technologies holds PMA letter PQ1716CE.
4:3 Aspect Ratio
The aspect ratio of an image is the ratio of the width of the image to its height. Standard 4:3 (generally named as "Four-Three", "Four-by-Three", and "Four-to-Three") is typically used for NTSC and PAL video from non-HD sources. When an HD image is displayed on a 4:3 screen, there will usually be black letterbox bars along the top and bottom of the image.
NVG Enabled
This monitor can be configured for use with night vision goggles (NVG). Toggling a switch on the monitor faceplate changes the display backlighting to a night vision-compatible mode. Otherwise, bright colors such as red, white and yellow can cause the auto-gain feature of night vision equipment to protect the system by reducing the level of light intensification. This reduction in gain leads to diminished visual acuity for the user. Colors used in display modes not optimized for night vision goggles can also create increased glare and reflection.
