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GEPRC Triple Feed Array 5.8G 14DBI Круговая поляризованная антенна FPV, совместимая с RHCP LHCP для RC Drone FPV Long Range VTX Goggle - image 1 of 5
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GEPRC Triple Feed Array 5.8G 14DBI Круговая поляризованная антенна FPV, совместимая с RHCP LHCP для RC Drone FPV Long Range VTX Goggle

GEPRC

From US $95.74 - 158.42
Est. US $95.74 - 158.42 / unit (1-9 pcs)
$88 @ 10+ pcs$84 @ 100+ pcs

Description

The Triple Feed Patch Array antenna is a directional circularly polarized antenna based on the original Triple Feed Patch antenna. It uses an array of seven coupled patches to achieve significantly higher gain. Since the beam width is quite narrow, this antenna is not recommended for general FPV, but it performs very well for long-range flights.

Description:

Brand name: GEPRC

Item number: Triple Feed Patch Array-1

Connector: SMA, RP-SMA (Optional)

Simulation

Measured

Comment

Center frequency

5.8 GHz

5.8 GHz ± 100 MHz

Bandwidth

660 MHz (5.47 – 6.13 GHz)

950 MHz ± 100 MHz

Match

S11 < -30 dB, VSWR < 1.065

S11 < -20 dB, VSWR < 1.22

Axial ratio

1.05 (0.38 dB)

1.10 (0.83 dB)

Antenna gain

14.4 dBi

14.0 dBi

Half power beamwidth

30°

Horizontal and vertical

Radiation efficiency

75%

74%

Simulation diagram:

Measured Figure:

VAN measurement:

Features:

  • Good Radiation efficiency. Most FR4-based patches are very efficient because FR4 is very lossy at 5.8 GHz. In addition, most array antennas have higher losses in the feed network. This design uses coupled patches to keep the feed network simple and reduce these losses.
  • Good shaft ratio, not only perpendicular to the patch but also eccentric.
  • High gain, but not higher than the theoretical gain of an array with 7 elements. This is because maximizing the gain results in high side lobes and poor axial ratio.
  • Very low side lobes, almost all of the energy is concentrated on the main lobe. This will increase the width of the main lobe but will increase some gain.
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Вариант
Выбранная ценаUSD 49.11

Specifications

OptionValues
High-concerned chemical
  • None
Is Electric
  • No Battery
Is it battery/power supply
  • N
Is it charger/adapter
  • N
Is Batteries Included
  • No
Material
  • Composite Material
Origin
  • Mainland China
Recommend Age
  • 14+y
Use
  • Vehicles & Remote Control Toys
AttributeValue
High-concerned chemicalNone
Is ElectricNo Battery
Is it battery/power supplyN
Is it charger/adapterN
Is Batteries IncludedNo
MaterialComposite Material
OriginMainland China
Recommend Age14+y
UseVehicles & Remote Control Toys

Product Details

The Triple Feed Patch Array antenna is a directional circularly polarized antenna based on the original Triple Feed Patch antenna. It uses an array of seven coupled patches to achieve significantly higher gain. Since the beam width is quite narrow, this antenna is not recommended for general FPV, but it performs very well for long-range flights.

Description:
Brand name: GEPRC
Item number: Triple Feed Patch Array-1
Connector: SMA, RP-SMA (Optional)



Simulation

Measured

Comment

Center frequency

5.8 GHz

5.8 GHz ± 100 MHz


Bandwidth

660 MHz (5.47 – 6.13 GHz)

950 MHz ± 100 MHz


Match

S11 < -30 dB, VSWR < 1.065

S11 < -20 dB, VSWR < 1.22


Axial ratio

1.05 (0.38 dB)

1.10 (0.83 dB)


Antenna gain

14.4 dBi

14.0 dBi


Half power beamwidth

30°

30°

Horizontal and vertical

Radiation efficiency

75%

74%



Simulation diagram:



Measured Figure:

VAN measurement:






Features:
* Good Radiation efficiency. Most FR4-based patches are very efficient because FR4 is very lossy at 5.8 GHz. In addition, most array antennas have higher losses in the feed network. This design uses coupled patches to keep the feed network simple and reduce these losses.
* Good shaft ratio, not only perpendicular to the patch but also eccentric.

* High gain, but not higher than the theoretical gain of an array with 7 elements. This is because maximizing the gain results in high side lobes and poor axial ratio.
* Very low side lobes, almost all of the energy is concentrated on the main lobe. This will increase the width of the main lobe but will increase some gain.