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Waveguide Probe Antenna 8 dBi Gain, 75GHz-110GHz Frequency Range

Short Description:

The MT-WPA10-8 from Microtech is W-Band probe antenna that operates from 75GHz to 110GHz. The antenna offers 8 dBi nominal gain and 115 degrees typical 3dB beam width on the E-Plane and 60 degrees typical 3dB width on the H-Plane. The antenna supports linear polarized waveforms. The input of this antenna is a WR-10 waveguide with a UG-387/U-M flange.


Product Detail

Antenna Knowledge

Product Tags

Features

● WR-10 Rectangular Waveguide Interface
● Linear Polarization

● High Return Loss
● Precisely Machined and Gold Plated

Specifications

MT-WPA10-8

Item

Specification

Units

Frequency Range

75-110

GHz

Gain

8

dBi

VSWR

                      1.5:1

Polarization

Linear

 Horizontal 3dB Beam Width

60

Degrees

Vertical 3dB Bean Width

115

Degrees

Waveguide Size

WR-10

Flange Designation

UG-387/U-Mod

Size

Φ19.05*25.40

mm

Weight

10

g

Body Material

Cu

Surface Treatment

Gold

Outline Drawing

asd

Simulated Data

sd
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  • waveguide Types

    Rectangular Waveguide: Rectangular waveguides have a rectangular cross-section and are one of the most common types. They are widely used for microwave and millimeter-wave applications. The dimensions of the waveguide are determined by the operating frequency, and they are often made of metal, such as aluminum or brass.

    Circular Waveguide: Circular waveguides have a circular cross-section and are commonly used for high-frequency applications. They are often used in radar systems and satellite communication. Circular waveguides have the advantage of supporting circular polarization, and they can handle higher power levels compared to rectangular waveguides.

    Elliptical Waveguide: Elliptical waveguides have an elliptical cross-section and are used for specific applications that require a non-circular shape. They are often employed in systems where space constraints or specific polarization requirements exist.

    Ridged Waveguide: Ridged waveguides have additional ridges or corrugations along the walls of the waveguide. These ridges alter the propagation characteristics and allow for improved performance, such as increased bandwidth or reduced cutoff frequency. Ridged waveguides are used in applications that require wideband or low-frequency operation.