main

Waveguide Probe Antenna 10 dBi Typ.Gain, 26.5-40GHz Frequency Range RM-WPA28-10

Short Description:

The RM-WPA28-10 is a probe antenna that operates from 26.4GHz to 40GHz. The antenna offers 10 dBi typical gain. The antenna supports linear polarized wave-forms. The input of this antenna is a WR-28 waveguide with a FBP320 flange.


Product Detail

ANTENNA KNOWLEDGE

Product Tags

Features

● WR-28 Rectangular Waveguide Interface

● Linear Polarization

● High Return Loss

●Precisely Machined

Specifications

                         RM-WPA28-10

Item

Specification

Units

Frequency Range

26.5-40

GHz

Gain

10 Typ.

dBi

VSWR

2

 

Polarization

Linear

 

Cross-polarization Isolation

50 Typ.

dB

Waveguide Size

WR-28

 

Flange Designation

FBP320(F Type)

2.4mm-F(C Type)

 

C Type, Size(L*W*H)

105*44*44(±5)

mm

Weight

0.04(F Type)

0.1(C Type)

kg

Body Material

Cu

 

Surface Treatment

Gold-plated

 

C Type Power Handling, CW

10

W

C Type Power Handling, Peak

20

W


  • Previous:
  • Next:

  • A Waveguide Probe Antenna is a common type of internal feed antenna, primarily used within metallic rectangular or circular waveguides at microwave frequencies. Its fundamental structure consists of a small metal probe (often cylindrical) inserted into the waveguide, oriented parallel to the electric field of the excited mode.

    Its operating principle is based on electromagnetic induction: when the probe is excited by the inner conductor of a coaxial line, it generates electromagnetic waves within the waveguide. These waves propagate along the guide and are eventually radiated from an open end or slot. The probe’s position, length, and depth can be adjusted to control its impedance matching with the waveguide, thereby optimizing performance.

    The key advantages of this antenna are its compact structure, ease of manufacture, and suitability as an efficient feed for parabolic reflector antennas. However, its operational bandwidth is relatively narrow. Waveguide probe antennas are widely used in radar, communication systems, and as feed elements for more complex antenna structures.

  • Get Product Datasheet