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A panel antenna is a directional antenna that is commonly used in broadcast engineering to get a wireless Internet connection. Directional antennas receive and broadcast a signal in a single direction, allowing for higher signal quality. In the developing world, technology such as panel antennas is utilized to extend the range and functionality of wireless Internet networks. A panel antenna is designed like a panel and is normally mounted on a mounting bracket that can be placed to the side or inside of a building. It can also be put on a swivel mount, which allows the user to position the antenna for the best signal concentration. This form of antenna is usually one-directional, with less movement side-to-side and up-and-down than an omnidirectional antenna, which may swivel and shift its position completely.
One set of packing included 2 U-bolts, L brackets and waterproof Tape
Frequency Range | 902MHz to 928MHz |
V.S.W.R (MAX) | 915MHz: 1.5 :1 902MHz and 928MHz: <2.0 |
Antenna Type | Collinear |
Radiation | Omni Directional |
Gain (MAX) | 6 dBi |
Antenna Factor | 24 dB/m |
Polarization | Vertical or Horizontal |
Maximum Power | 50 Watts |
Vertical Beam-width | 18 Deg |
Horizontal Beam-width | Updating |
Impedance | 50 Ohm |
Antenna Design | Dipole Array |
Internal Material | Copper |
Connector | N-Female |
Length (MAX) | 1095+/-5 mm |
Diameter (MAX) | 70 x 50mm |
Antenna Weight (G.W) | 760 g |
Accessories (G.W) | 70 g |
Application | Indoor / Outdoor |
Radome Material | White Fiberglass |
Parts Material | Aluminum |
Mount Style | Pole Mount / Wall Mount |
Mounting | Stainless Steel |
Wind Survival | Greater than 150MPH |
Storage Temperature | -20 to +80 |
Operating Temperature | -20 to +60 |
Operating Humidity | 10%~80% non-condensing |
Storage Humidity | 5%~80% non-condensing |
Safety, Emission and other | CE, FCC, RoHS |