Features
● WR-12 Rectangular Waveguide Interface
● Linear Polarization
● High Return Loss
● Precisely Machined and Gold Plated
Specifications
MT-WPA12-8 |
||
Item |
Specification |
Units |
Frequency Range |
60-90 |
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-12 |
|
Flange Designation |
UG-387/U-Mod |
|
Size |
Φ19.05*30.50 |
mm |
Weight |
11 |
g |
Body Material |
Cu |
|
Surface Treatment |
Gold |
Outline Drawing

Simulated Data
waveguide Types
Flexible Waveguide: Flexible waveguides are made of flexible materials, such as brass or plastic, and are used in applications where bending or flexing of the waveguide is necessary. They are commonly used for connecting components in systems where rigid waveguides would be impractical.
Dielectric Waveguide: Dielectric waveguides use a dielectric material, such as plastic or glass, to guide and confine electromagnetic waves. They are often used in optical or fiber optic communication systems, where the operating frequencies are in the optical range.
Coaxial Waveguide: Coaxial waveguides consist of an inner conductor surrounded by an outer conductor. They are widely used for radio frequency (RF) and microwave transmission. Coaxial waveguides offer a good balance between ease of use, low losses, and wide bandwidth.
Waveguides come in various types, each suitable for specific frequency ranges and applications.
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