700MHz to 8GHz Double Ridged Broadband Waveguide Horn Antenna

Model No: HA-07M08GA2-NF

Made in Taiwan
Frequency700 MHz - 8 GHz
TypeDouble Ridged Horn
Gain6 - 17 dBi
Stock:Contact us
2026/06/25
Quantity:
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HA-07M08GA2-NF Broadband Horn Antenna

700 MHz - 8 GHz | Double-Ridged | Professional Grade
The HA-07M08GA2-NF is a high-precision double ridged broadband waveguide horn antenna professionally engineered for multi-octave RF applications. Operating within the 700 MHz to 8 GHz spectrum, it delivers a robust gain profile reaching up to 17 dBi. Utilizing advanced double-ridged internal architecture and a high-integrity N-Female interface, it is an essential instrument for signal integrity verification, antenna measurements, and professional EMC/EMI testing environments requiring superior bandwidth and structural reliability.



Electrical & RF Performance
Frequency Range700 MHz - 8 GHz
Antenna TypeDouble Ridged Waveguide Horn
Nominal Gain6 dBi - 17 dBi
Max Power Handling500 Watts (Peak)
V.S.W.R< 2.0 : 1 (Average)
Mechanical & Physical
Dimensions661 x 430 x 445 mm
Weight8.1 kg
Connector TypePrecision N-Female
Body MaterialHigh-Grade Aluminum Alloy

Broadband Frequency Response

Ideally suited for emission and immunity testing across a 7.3 GHz bandwidth, providing reliable performance for signal integrity acquisition in professional laboratories.

High-Power Capacity

Engineered to handle a peak power input of 500W, making it suitable for high-intensity field strength generation and rigorous antenna measurement cycles.

Advanced Ridge Design

Features an optimized double-ridge internal structure to ensure a wideband frequency response and stable electrical performance across the entire operating spectrum.

Precision Build

Manufactured from high-durability alloys with precision-finished internal ridges to ensure repeatable gain and low VSWR under continuous duty cycles.

Contact FT-RF Engineering Division

Contact our engineering team for specialized gain calibration data, custom mounting solutions, or technical support regarding multi-octave broadband measurement setups.

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