1        Plane Wave - normal incidence

1.1         Plane wave in a free space

1.1.1     Basic properties of a plane wave

1.1.2     Relation between a frequency and a wavelength

1.1.3     Relation between a wavelength and medium parameters (permittivity and permeability)

1.1.4     Envelope shape in lossy media

1.2         Plane wave at the media boundary

1.2.1     Normal incidence of a plane wave on the two lossless dielectric media boundary

1.2.2     Normal incidence of a plane wave on a perfect conductor surface

1.3         Plane wave at the three media layered structure

1.3.1.1      Quarter wavelength transformer

1.3.1.2      Half wavelength transformer

1.3.1.3      Impedance matching

1.3.2     Plane wave incident normally at three media layered structure

1.3.3     Plane wave incident normally at three media layered structure – impedance matching

1.4         Project preparation ppw1

1.4.1     New project

1.4.2     Defining the type of the structure and background medium

1.4.3     Drawing the structure

1.4.4     Drawing the ports

1.4.5     Setting boundary conditions

1.4.6     Setting up the mesh

1.4.7     Exporting the project and running the simulation

1.5         Project preparation ppw5

1.5.1     New project

1.5.2     Defining the type of the structure and background medium

1.5.3     Drawing the structure

1.5.4     Drawing the ports

1.5.5     Setting boundary conditions

1.5.6     Setting up the mesh

1.5.7     Exporting the project and running the simulation

1.6         Project preparation ppw7

1.6.1     New project

1.6.2     Defining the type of the structure and background medium

1.6.3     Drawing the structure

1.6.4     Drawing the ports

1.6.5     Setting boundary conditions

1.6.6     Setting up the mesh

1.6.7     Exporting the project and running the simulation

2        Rectangular Waveguides

2.1         Wave propagation in rectangular waveguide

2.2         Waveguide mode

2.3         Higher order modes

2.4         Wavelength in a waveguide

2.5         Propagation below the cutoff frequency

2.6         Project preparation wr340

2.6.1     New project

2.6.2     Defining the type of the structure and background medium

2.6.3     Drawing the structure

2.6.4     Drawing the ports

2.6.5     Setting boundary conditions

2.6.6     Setting up the mesh

2.6.7     Exporting the project and running the simulation

3        Circular Waveguides

3.1         Cutoff frequency

3.2         Mode TE₁₁

3.3         Mode TM₀₁

3.4         Project preparation cir

3.4.1     New Project

3.4.2     Defining the type of the structure and background medium

3.4.3     Drawing the structure

3.4.4     Drawing the ports

3.4.5     Setting boundary conditions

3.4.6     Setting up the mesh

3.4.7     Exporting the project and running the simulation