Rectangular waveguide WR-340
The present example considers a rectangular waveguide WR-340.
Rectangular waveguide WR-340.
Rectangular waveguide WR-340 project in QW-Modeller.
Simulation model presents rectangular waveguide WR-340 excited with a fundamental TE10 mode (red transmission line port) and terminated with a load port (green transmission line port) matched to the waveguide. The waveguide is filled with air.
Fundamental TE10 mode at the input port - Ez and total E field.
Fundamental TE10 mode at the input port - Hy and total H field.
Total E field distribution for TE10 mode along rectangular waveguide.
Total H field distribution for TE10 mode along rectangular waveguide.
TM43 mode
In the second case, simulation model presents rectangular waveguide WR-340 excited with a TM43 mode.
TM43 mode at the input port - Ez field and total E field.
TM43 mode at the input port - Hy field and total H field.
Total E field distribution for TM43 mode along rectangular waveguide.
Total H field distribution for TM43 mode along rectangular waveguide.
Vector display of electric field distribution for TM43 mode in a cross section of rectangular waveguide (ZY plane).
Vector display of magnetic field distribution for TM43 mode in a cross section of rectangular waveguide (ZY plane).
Vector display of electric field distribution for TM43 mode along rectangular waveguide (YX plane).
Vector display of magnetic field distribution for TM43 mode along rectangular waveguide (YX plane).
Vector display of electric field distribution for TM43 mode along rectangular waveguide (ZX plane).
Vector display of magnetic field distribution for TM43 mode along rectangular waveguide (ZX plane).