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975EWGS-A1 Open Ended Waveguide Probe 0.75-1.12GHz 5dB Gain SMA Female Equipped with Absorber

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770EWGN-A1 Open Ended Waveguide Probe 0.96-1.45GHz 5dB Gain N Type Female Equipped with Absorber

975EWG7/16-A1 Open Ended Waveguide Probe 0.75-1.12GHz 5dB Gain 7/16 DIN Female Equipped with Absorber

Quick Overview

WR975 Open Ended Waveguide Probe From 0.75GHz to 1.12GHz With a Nominal 5dB Gain With Right Angle Coaxial 7/16 DIN Female Connector and Equipped with Absorber

Availability:4~6 Weeks ARO

Test and Calibration Service

Individual Gain Test With Data Standard Test Procedure
Customized Test Procedure

Product Information

  • SKU 975EWG7/16-A1

Description

  • Open ended waveguide Probe 975EWG7/16-A1, operating from 0.75 to 1.12GHz with a nominal 5dB gain and low VSWR 2.0:1 with right angle coaxial 7/16 DIN Female output connector. The model 975EWG7/16-A1 is equipped with absorber for better gain flatness and radiation pattern. 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 linear polarization and designed specifically for planar and cylindrical near field measurements and calibration.

Technical Specification

Electrical Specification

  • Frequency, Min (GHz) 0.75
  • Frequency, Max (GHz) 1.12
  • Waveguide Type Rectangular
  • Waveguide Size EIA WR WR975
  • Gain, Typ (dBi) 5
  • Polarization Linear
  • 3dB Beamwidth, E-Plane, Typ (Deg.) 98
  • 3dB Beamwidth, H-Plane, Typ (Deg.) 66
  • Cross Pol. Isolation, Typ (dB) 30
  • VSWR, Typ 2.0:1
  • Impedance, (Ohm) 50
  • Power Handling, CW, (W) 500
  • Power Handling, Peak, (W) 3000

Interface

  • Output Type Coaxial
  • Connector 7/16 DIN
  • Connector Gender Female

Mechanical Specification

  • Body Material Al
  • Finish Chemical Conversion Coating, Gray Paint
  • Size, W (mm) 600
  • Size, H (mm) 600
  • Size, L (mm) 994

Additional Information

  • Application General Purpose Indoor & Outdoor, Fixed

  • Solution for Planar Near-Field Measurement
    Cylinderical Near-Field Measurement
    Spherical Near-Field Measurement