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Waveguide to Coaxial Adapter 0.95-1.45GHz Frequency Range RM-WCA770

Short Description:

The RM-WCA770 are right angle (90°) waveguide to coaxial adapters that operate the frequency range of 0.95-1.45GHz. They are designed and manufactured for instrumentation grade quality but offered at a commercial grade price, allowing for an efficient transition between the rectangular waveguide and N-Female coaxial connector. 


Product Detail

ANTENNA KNOWLEDGE

Product Tags

Features

● Full Waveguide Band Performance

● Low Insertion Loss and VSWR

● Test Lab

● Instrumentation

Specifications

           RM-WCA770

Item

Specification

Units

Frequency Range

0.95-1.45

GHz

Waveguide

WR770

dBi

VSWR

1.3 Max

Insertion Loss

0.2 Max

dB

Flange

FDP12

Connector

N-Female

Average Power

300 Max

W

Peak Power

3

kW

Material

Al

Size(L*W*H)

242.4*285.0*187.4(±5)

mm

Weight

 4.706

Kg


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  • A waveguide-to-coaxial adapter is a critical passive microwave component designed for efficient signal transition and transmission between a rectangular/circular waveguide and a coaxial transmission line. It is not an antenna itself, but an essential interconnection component within antenna systems, particularly those fed by waveguides.

    Its typical structure involves extending the inner conductor of the coaxial line a short distance (forming a probe) perpendicularly into the broad wall of the waveguide. This probe acts as a radiating element, exciting the desired electromagnetic field mode (typically the TE10 mode) inside the waveguide. Through precise design of the probe’s insertion depth, position, and end structure, impedance matching between the waveguide and coaxial line is achieved, minimizing signal reflection.

    The key advantages of this component are its ability to provide a low-loss, high-power-capacity connection, combining the convenience of coaxial equipment with the low-loss benefits of waveguides. Its main drawback is that its operational bandwidth is limited by the matching structure and is generally narrower than that of broadband coaxial lines. It is widely used to connect microwave signal sources, measurement instruments, and waveguide-based antenna systems.

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