Conical Dual Polarized Horn Antenna 2-8 GHz Frequency Range, 13 dBi Typ. Gain RM-CDPHA28-13

Short Description:

RF MISO’s Model RM-CDPHA28-13 is a dual polarized horn antenna that operates from 2 to 8GHz, The antenna offers 13 dBi typical gain. The antenna VSWR is 1.5:1 typical. The antenna cross polarization isolation is typical 50 dB and port isolation is 30 dB. It can be widely used in EMI detection, orientation, reconnaissance, antenna gain and pattern measurement and other application fields.

Product Detail

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Product Tags

Features

● Coaxial Adapter for RF Inputs

● Low VSWR

● Broadband Operations

● Dual Linear Polarized

Specifications

RM-CDPHA28-13
Parameters	Typical	Units
Frequency Range	2-8	GHz
Gain	13 Typ.	dBi
VSWR	1.5 Typ.
Polarization	Dual Linear
Cross Polarization Isolation	50 Typ.	dB
Port Isolation	30	dB
Connector	SMA-Female
Finishing	Paint
Size (LWH)	282.9232.74232.74	mm
Weight	1.537	kg
Power Handling, CW	50	W
Power Handling, Peak	100	W

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The Conical Dual Polarized Horn Antenna represents a sophisticated evolution in microwave antenna design, combining the superior pattern symmetry of conical geometry with dual-polarization capability. This antenna features a smoothly tapered conical flare structure that accommodates two orthogonal polarization channels, typically integrated through an advanced Orthogonal Mode Transducer (OMT).

Key Technical Advantages:

Exceptional Pattern Symmetry: Maintains symmetrical radiation patterns in both E and H planes
Stable Phase Center: Provides consistent phase characteristics across operating bandwidth
High Port Isolation: Typically exceeds 30 dB between polarization channels
Wideband Performance: Generally achieves 2:1 or greater frequency ratio (e.g., 1-18 GHz)
Low Cross-Polarization: Typically better than -25 dB

Primary Applications:

Precision antenna measurement and calibration systems
Radar cross-section measurement facilities
EMC/EMI testing requiring polarization diversity
Satellite communication ground stations
Scientific research and metrology applications

The conical geometry significantly reduces edge diffraction effects compared to pyramidal designs, resulting in cleaner radiation patterns and more accurate measurement capabilities. This makes it particularly valuable in applications demanding high pattern purity and measurement precision.

Conical antenna