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Broadband Dual Polarized Quad Ridged Horn Antenna 7 dBi Typ. Gain, 2-12 GHz Frequency Range RM-BDPHA212-7

Short Description:

Dual polarized horn antenna is an antenna specially designed to transmit and receive electromagnetic waves in two orthogonal directions. It usually consists of two vertically placed corrugated horn antennas, which can simultaneously transmit and receive polarized signals in the horizontal and vertical directions. It is often used in radar, satellite communications and mobile communication systems to improve the efficiency and reliability of data transmission. This kind of antenna has simple design and stable performance, and is widely used in modern communication technology.


Product Detail

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Product Tags

Specifications

RM-BDPHA212-7

Parameters

Typical

Units

Frequency Range

2-12

GHz

Gain

7 Typ. 

dBi

VSWR

1.5 Typ.

 

Polarization

Dual

 

AR

<1.6

dB

 Connector

SMA-Female

 

Material

Al

 

Finishing

Paint 

 

Size

98.61*74.96*74.96

mm

Weight

0.112

kg


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  • The Broadband Dual Polarized Horn Antenna represents a sophisticated advancement in microwave technology, integrating wideband operation with dual-polarization capabilities. This antenna employs a carefully designed horn structure combined with an integrated Orthogonal Mode Transducer (OMT) that enables simultaneous operation in two orthogonal polarization channels – typically ±45° linear or RHCP/LHCP circular polarization.

    Key Technical Features:

    • Dual-Polarization Operation: Independent ±45° linear or RHCP/LHCP circular polarization ports

    • Wide Frequency Coverage: Typically operates over 2:1 bandwidth ratios (e.g., 2-18 GHz)

    • High Port Isolation: Typically better than 30 dB between polarization channels

    • Stable Radiation Patterns: Maintains consistent beamwidth and phase center across bandwidth

    • Excellent Cross-Polarization Discrimination: Typically better than 25 dB

    Primary Applications:

    1. 5G Massive MIMO base station testing and calibration

    2. Polarimetric radar and remote sensing systems

    3. Satellite communication ground stations

    4. EMI/EMC testing requiring polarization diversity

    5. Scientific research and antenna measurement systems

    This antenna design effectively supports modern communication systems requiring polarization diversity and MIMO operation, while its broadband characteristics provide operational flexibility across multiple frequency bands without antenna replacement.

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