Keszoox
165mm Antenna Image Transmitter 14dBi Gain 150mm Triple Feed Patch 5.8Ghz For Pagoda Array FPV Antenna Image Transmitter
165mm Antenna Image Transmitter 14dBi Gain 150mm Triple Feed Patch 5.8Ghz For Pagoda Array FPV Antenna Image Transmitter
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SPECIFICATIONS
Brand Name: Keszoox
DIY Supplies: Electrical
Electronic: No
High-concerned chemical: None
Origin: Mainland China
Features:
*Efficient Design: The 150mm Triple Feed Patch utilizes coupled patches to streamline the feed network, significantly reducing losses and enhancing overall efficiency for optimal performance.
*Exceptional Axial Ratio: This antenna boasts an outstanding axial ratio, make sure effective signal transmission not only directly perpendicular to the patch but also at off-center angles, which is crucial for versatile applications.
*High Gain Performance: Although the gain is slightly lower than a theoretical array with seven elements, it still offers impressive high gain while maintaining a balanced axial ratio and minimizing unwanted sidelobes.
*Low Sidelobes: Designed to concentrate almost all energy in the main lobe, this antenna features very low sidelobes, which enhances directivity and improves signal strength in the desired direction.
*Wide Main Lobe: The design prioritizes a wider main lobe, allowing for better coverage and reception in various environments, while slightly sacrificing gain to achieve this advantageous characteristic.
Specifications:
Part Name: Antenna Image Transmitter
Material: Plastic,Metal
Size: 165mm
Color(Optional): Red,Black
Gain: 14dBi
Center Frequency: 5.8GHz
Bandwidth: 950MHz ± 100MHz
Connector: for SMA female pin/female
Impedance: 50Ω
Axial Ratio: 1.10 (0.83dB)
Polarization: Left-handed circular polarization
Half-power beamwidth: 30°
Standing Wave Ratio: ≤1.5
Radiation Efficiency: 74%
Package Content:
1 set x Antenna Image Transmitter
Note:
1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.






