Circularly Polarized Horn Antenna 18dBi Typ. Gain, 23-32 GHz Frequency Range RM-CPHA2332-18

Short Description:

RF MISO’s Model RM-CPHA2332-18 is RHCP or LHCP circularly polarized horn antenna that operates from 22 to 32 GHz. The antenna offers a typical gain of 18 dB and low VSWR 1.5 Typ. The antenna is equipped with a circular polarizer, a circular wave-guide to circular wave-guide Converter and a conical horn antenna. The gain of the antenna is uniform in the entire frequency band, the pattern is symmetrical, and the working efficiency is high. Antennas are widely used in antenna far-field testing, radio frequency radiation testing and other scenarios.

Product Detail

ANTENNA KNOWLEDGE

Product Tags

Features

● Low VSWR

● High Power handling

● Symmetrical Plane Beamwidth

● RHCP or LHCP

● Military Airborne Applications

Specifications

RM-CPHA2332-18
Parameters	Specification	Unit
Frequency Range	22-32	GHz
Gain	18 Typ.	dBi
VSWR	1.5 Typ.
AR	0.5 Typ	dB
Polarization	RHCP or LHCP
Interface	2.92-Female
Material	Al
Finishing	Paint
Average Power	20	W
Peak Power	40	W
Size (LWH)	204.32*Φ38.93 (±5)	mm
Weight	0.147	kg

Previous: Broadband Dual Polarized Horn Antenna 15 dBi Typ. Gain, 20-30 GHz Frequency Range RM-DPHA2030-15

Next: MIMO Antenna 9dBi Typ. Gain, 1.7-2.5GHz Frequency Range RM-MPA1725-9

The Circular Polarization Horn Antenna is a specialized microwave antenna that converts linearly polarized signals into circularly polarized waves through an integrated polarizer. This unique capability makes it particularly valuable in applications where signal polarization stability is critical.

Key Technical Features:

Circular Polarization Generation: Utilizes dielectric or metallic polarizers to create RHCP/LHCP signals
Low Axial Ratio: Typically <3 dB, ensuring high polarization purity
Broadband Operation: Generally covers 1.5:1 frequency ratio bandwidths
Stable Phase Center: Maintains consistent radiation characteristics across frequency band
High Isolation: Between orthogonal polarization components (>20 dB)

Primary Applications:

Satellite communication systems (overcoming Faraday rotation effect)
GPS and navigation receivers
Radar systems for weather and military applications
Radio astronomy and scientific research
UAV and mobile communication links

The antenna’s ability to maintain signal integrity regardless of orientation changes between transmitter and receiver makes it indispensable for satellite and mobile communications, where signal polarization mismatch can cause significant degradation.

circular polarized antenna