Home>DIY RC Drone Accessories>Motor>9.7 9.7 inch Phone/PC Remote Control Flat Visor Cap Sunshade Hood for DJI Inspire 1 Phantom 3 Aerial Vehicle Toys Parts
9.7 9.7 inch Phone/PC Remote Control Flat Visor Cap Sunshade Hood for DJI Inspire 1 Phantom 3 Aerial Vehicle Toys Parts

9.7 9.7 inch Phone/PC Remote Control Flat Visor Cap Sunshade Hood for DJI Inspire 1 Phantom 3 Aerial Vehicle Toys Parts Item NO.: F16376

Write a Review
US$ 3.16
US$ 3.72 Save US$ 0.56 (15% Off)
Sold Out

Copy and share this link on social network or send it to your friends

Copy
Product Name 9.7 9.7 inch Phone/PC Remote Control Flat Visor Cap Sunshade Hood for DJI Inspire 1 Phantom 3 Aerial Vehicle Toys Parts
Item NO. F16376
Weight 0.319 kg = 0.7033 lb = 11.2524 oz
Category DIY RC Drone Accessories > Motor
Tag
Brand XT-XINTE
Creation Time 2017-07-25

Please kindly notice that our product price not include any tax, for any further questions, just contact me freely, thanks in advance.

 

5.5 / 7.9 / 9.7 Inch Phone/Tablets Visor Cap Sunshade Hood For DJI Inspire1 Phantom 3 Quadcopter

 
Note: this one is just the Hood, not including the remote controller
 
 

Features:

-      Injection Moulding

-      Large reflector, 4 holes

-      After 2.8km flight, the signal is still clear

-      Package Includes: 1 x Signal Booster


Parabolic antenna expanding knowledge:

Parabolic antenna is in the form of the most frequently used type of radar antenna installation works. Parabolic antenna consists of a circular parabolic reflector mirror located in the focal points of light.

 

Parabolic reflector is made of metal, usually a metal frame covered with wire mesh on the inside. Metal mesh width of the groove must be less than λ / 10. The metal coating is formed to act as a mirror reflector radar energy.

 

The optical and analytic geometry, all reflected light reflectors for this type of method will be parallel to the ideal paraboloid which gives us a single reflection of light parallel to the main axis no sidelobes axis. The field leaving the feed horn spherical wave front. As each portion of the wavefront reaches the reflecting surface, it is shifted by 180 degrees, the phase angle and in all sections of the field will be sent out in the parallel paths of travel.

 

This is an idealized radar antenna and produces a pencil beam. If the reflector has an elliptical shape, then it will produce a fan-shaped beam. Surveillance radar used within the horizontal and vertical planes of the two different curvatures, in order to achieve the required pencil beam in azimuth and in elevation classical cosecant squared fan beam.


 

 
undefined

No related record found