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Broadband Horn Antenna 22 dBi Typ. Gain, 8-18GHz Frequency Range RM-BDHA818-22

Short Description:

RF MISO’s Model RM-BDHA818-22 is a double ridge horn antenna with lens that operates from 8 to 18 GHz. The antenna offers a typical gain of 22 dBi and low VSWR 2:1 with SMA-KFD connector. The antenna is used for long time trouble-free applications in indoor and outdoor environments. It can be widely used in EMI detection, orientation, reconnaissance, antenna gain and pattern measurement and other applications.


Product Detail

Antenna Knowledge

Product Tags

Features

● Ideal for Antenna Measurements

● Low VSWR

● High Gain

● Broadband Operation

● Lens Antenna

● RF Connector

Specifications

RM-BDHA818-22

Parameters

Typical

Units

Frequency Range

8-18

GHz

Gain

22 Typ.

dBi

VSWR

2

Polarization

Linear

Connector

SMA-KFD

Finishing

Paint Black

Size

399.2*195.9*157.7(L*W*H)

mm

Weight

3

Kg

Power Handling,CW

50

W

Power Handling,Peak

100

W


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  • The Broadband Horn Antenna is a specialized microwave antenna designed to operate over exceptionally wide frequency ranges, typically achieving 2:1 or greater bandwidth ratios. Through sophisticated flare profile engineering – employing exponential or corrugated designs – it maintains stable radiation characteristics across its entire operating band.

    Key Technical Advantages:

    • Multi-Octave Bandwidth: Seamless operation across wide frequency spans (e.g., 1-18 GHz)

    • Stable Gain Performance: Typically 10-25 dBi with minimal variation across band

    • Superior Impedance Matching: VSWR generally below 1.5:1 throughout operating range

    • High Power Capacity: Capable of handling hundreds of watts average power

    Primary Applications:

    1. EMC/EMI compliance testing and measurements

    2. Radar cross-section calibration and measurements

    3. Antenna pattern measurement systems

    4. Wideband communication and electronic warfare systems

    The antenna’s broadband capability eliminates the need for multiple narrowband antennas in testing scenarios, significantly improving measurement efficiency. Its combination of wide frequency coverage, reliable performance, and robust construction makes it invaluable for modern RF testing and measurement applications.

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