GEPRC Triple Feed Array 5.8G 14DBI Circular Polarized FPV Antenna Compatible RHCP LHCP for RC Drone FPV Long Range VTX Goggle
Description
GEPRC Triple Feed Array 5.8G 14DBI Circular Polarized FPV Antenna Compatible RHCP LHCP for RC Drone FPV Long Range VTX Goggle 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
Specifications
| Attribute | Value |
|---|---|
| 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 |
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:
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.
