700MHz to 18GHz Open Boundary Double Ridge Broadband Horn N-Female Antenna Type:B

Model No: HB-07M18GA-NF

FT-RF          
Frequency Range: 700 MHz - 18 GHz
Antenna Type: Open Boundary Horn
Nominal Gain: 4 to 15 dB
Connector Style: N-Female (SUS)
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2026/08/24
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700MHz to 18GHz N-Female Open Boundary Double Ridge Broadband Horn Antenna

Broadband Performance | Open Boundary Design | Model: HB-07M18GA-NF
The HB-07M18GA-NF is a professional-grade Open Boundary Double Ridge Broadband Horn Antenna specifically engineered for high-precision RF testing from 700 MHz to 18 GHz[cite: 2]. This antenna offers a stable gain of 4 to 15 dB and optimized radiation characteristics, making it an essential tool for EMC/EMI testing, antenna gain measurements, and anechoic chamber calibrations[cite: 2]. Expertly crafted in Taiwan, it features a ruggedized construction with a precision stainless steel N-Female (SUS) connector, ensuring exceptional signal integrity and reliability across its extensive frequency range[cite: 2].
Technical Specifications
Frequency Range 700 MHz - 18 GHz
Antenna Gain 4 - 15 dB
-3dB Beamwidth V: 16° / H: 15°
Max Power (CW) 125 W
Peak Power 350 W
Connector N-Female (SUS)
Mechanical & Physical Data
Dimensions (H x W x L) 192 x 240 x 287 mm
Weight 2500 g
Mounting Thread M8 x 1.25 / M6 x 1.0
Country of Origin Taiwan
Gain Chart
VSWR Chart
3dB Chart
Key Design & Feature Highlights

Broadband Continuous Coverage

Covers a wide continuous frequency range from 700 MHz to 18 GHz, eliminating the need for multiple antenna swaps in lab setups[cite: 2].

Open Boundary Architecture

Optimized open boundary geometry significantly reduces interference and ensures pure radiation patterns for critical measurements.

High-Reliability Construction

Precision-manufactured in Taiwan with premium components, providing stable performance and durability in demanding RF environments[cite: 2].

High Precision Directivity

Engineered for high-precision directional measurements and stable signal integrity in professional microwave testing.

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