External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part
External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part
External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part
External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part
External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part
External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part
50294759489843
50294759522611

External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part

Sale price$3.59 Regular price$4.78
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SPECIFICATIONS

Brand Name: XT-XINTE

Origin: Mainland China

Package: No

Compatible Drone Brand: EACHINE

Certification: none

External 2dBi Wireless LAN 5.8G FPV Antenna SMA/RP-SMA for 5.8G Transmitter RC FPV Racing Drone Accessories RC Models Spare Part


2dbi wireless external small folding glue stick 5.8G antenna



Antenna performance indicators:


The 5.8GHz monopole SMA(m) antenna is an ideal antenna for wireless local area network applications such as wireless aerial drones, such as WIFI and wireless local area networks. Many module manufacturers specify peak gain limits for any antenna to be specified. Connected to this module, these peak gain limits are based on free space conditions. In practice, the peak gain of the antenna tested in free space can be reduced by at least 1 or 2 dBi. When placed in the device, ideally, you should choose a higher peak gain antenna.


Electrical characteristic parameters:

Frequency (MHz): WIFI / FPV 5.8G

Standing wave (central frequency point): <1.5

Peak gain (dBi): 2.01

Return loss: -15dB

Efficiency value (%): 42

Polarization method: linear polarization

Radiation mode: omnidirectional

Power (W): 5

Impedance (ohm): 50

RF connector: SMA male and female pins/SMA male and female pins



Physical characteristics:

Wire: RG-178 / RG316

Antenna body: ABS

Antenna base: ABS

Operating temperature range: -20℃∽ +65℃

Storage temperature range: -30℃∽ +75℃

Color: black


An antenna is an electronic device used to transmit or receive radio waves-or more broadly-electromagnetic waves. Antennas are used in systems such as broadcasting and television, point-to-point radio communications, radar and space exploration. Antennas usually work in air and outer space.

In terms of physics, an antenna is a combination of one or more conductors. It can generate a radiated electromagnetic field due to the applied alternating voltage or alternating current, or it can be placed in an electromagnetic field, and it can be affected by the induction of the field. An alternating current is generated inside the antenna and an alternating voltage is generated at its terminal. 



The main parameters of the antenna:

1. Resonance frequency: 5750-5850MHZ

2. Gain: 2dbi

3. Bandwidth: 100MHZ

4. Input impedance: 50ohm

5. Standing wave ratio: <1.5

6. Radiation direction: Omnidirectional


Packing list:

1x5.8G antenna