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Conical Dual Polarized Horn Antenna 19dBi Typ. Gain, 93-95GHz Frequency Range RM-DPHA9395-19

Short Description:

The RM-DPHA9395-19 from RF MISO is a W-Band, dual polarized, WR-10 horn antenna assembly that operates in the frequency range of 93GHz to 95GHz. The antenna features an integrated orthogonal mode converter that provides high port isolation. The RM-DPHA9395-19 supports vertical and horizontal waveguide orientations with a typical 30 dB cross polarization suppression, typical 45dB port isolation between the horizontal and vertical ports, a nominal gain of 19 dBi at the center frequency. The input of this antenna is a WR-10 waveguide with flange.

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In Stock: 1 Pieces


Product Detail

Antenna Knowledge

Product Tags

Features

● WR-10 Rectangular Waveguide Interface

● Dual Polarization

● High Port Isolation

● Precisely Machined and Gold plated

Specifications

RM-DPHA9395-19

Item

Specification

Units

Frequency Range

93-95

GHz

Gain

19 Typ.

dBi

VSWR

1.5:1 Typ.

Polarization

Dual

Port Isolation

40 Typ.

dB

Cross Polarization

30 Typ.

dB

Interface

WR-10

Finishing

Gold Plated

Material

Cu

Size

Φ19.10*65.0

mm

Weight

0.087

Kg


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  • Conical Dual-Polarized Horn Antenna is a specialized antenna design featuring a conical flare structure that enables simultaneous operation in two orthogonal polarizations (typically ±45° linear or RHCP/LHCP circular) across broad frequency ranges (e.g., 1-18GHz). Its smoothly tapered conical profile provides superior pattern symmetry and stable phase center characteristics compared to conventional pyramidal designs, while maintaining high port isolation (>30dB) and low cross-polarization levels (<-25dB). The antenna delivers consistent gain performance (typically 5-15dBi) throughout its operational bandwidth with VSWR below 1.8, making it particularly valuable for EMC testing, radar cross-section measurements, and wideband communication systems where pattern consistency and polarization diversity are critical requirements. The conical geometry effectively minimizes edge diffraction effects, resulting in cleaner radiation patterns and improved measurement accuracy.

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