0Item(s)

You have no items in your shopping cart.

Product was successfully added to your shopping cart.
Previous

15EWG-T02-A1 Dual Polarization Waveguide Probes 50-75GHz 9dB Gain Rectangular Waveguide Interface Equipped with Absorber

Previous

10EWG-T02-A1 Dual Polarization Waveguide Probes 75-110GHz 9dB Gain Rectangular Waveguide Interface Equipped with Absorber

12EWG-T02-A1 Dual Polarization Waveguide Probes 60-90GHz 9dB Gain Rectangular Waveguide Interface Equipped with Absorber

Quick Overview

WR12 Dual Polarization Waveguide Probes Operating From 60GHz to 90GHz With a Nominal 9dB Gain With Rectangular Waveguide Interface Equipped with Absorber

Availability:4~6 Weeks ARO

Description

Dual polarization waveguide probes 12EWG-T02-A1 , operating from 60 to 90GHz with a nominal 9dB gain and low VSWR 1.50:1 with rectangular waveguide WR12 output. The waveguide flange is FUGP740(UG-387/U). The model 12EWG-T02-A1 is equipped with absorber to get better gain flatness and radiation pattern performance. A small degree chamfer is utilized to give a knife-edge aperture of this model to minimize the end diffraction. This open ended waveguide probe has dual linear polarization and is designed specifically for planar and cylindrical near field measurements and calibration.

Technical Specification

Model 12EWG-T02-A1
Frequency, Min (GHz) 60
Frequency, Max (GHz) 90
Waveguide Type Rectangular
Waveguide Size EIA WR WR12
Gain, Typ (dBi) 9
Polarization Dual Linear
3dB Beamwidth, E-Plane, Typ (Deg.) 60
3dB Beamwidth, H-Plane, Typ (Deg.) 65
Cross Pol. Isolation, Typ (dB) 30
Port to Port Isolation, Min (dB) 30
Port to Port Isolation, Typ (dB) 40
VSWR, Typ 1.50:1
Output Type Waveguide
Flange Style Rectangular
Flange Type Cover
Flange Designation FUGP740(UG-387/U)
Body Material Cu
Finish Gold Plated and Chemical Conversion Coating, Gray Paint
Size, W (mm) 399.6
Size, H (mm) 399.6
Size, L (mm) 218.27
Weight, (kg) 2.33
Application General Purpose Indoor & Outdoor, Fixed
Solution for Planar Near-Field Measurement , Cylinderical Near-Field Measurement, Spherical Near-Field Measurement