FEKO 2017
Title page
Copyright
Contents
Introduction
A Antenna synthesis + analysis
A-1 Dipole example
A-2 Dipole in front of a cube
A-3 Dipole in front of a plate
A-4 Monopole antenna on a finite ground plane
A-5 Yagi-Uda antenna above a real ground
A-6 Pattern optimisation of a Yagi-Uda antenna
A-7 Log periodic antenna
A-8 Microstrip patch antenna
A-9 Proximity coupled patch antenna with microstrip feed
A-10 Modelling an aperture coupled patch antenna
A-11 Different ways to feed a horn antenna
A-12 Dielectric resonator antenna on finite ground
A-13 A lens antenna with ray launching geometrical optics (RL-GO)
A-14 Windscreen antenna on an automobile
A-15 Design of a MIMO elliptical ring antenna (characteristic modes)
A-16 Periodic boundary conditions for array analysis
A-17 Finite array with non-linear element spacing
B Antenna placement
B-1 Antenna coupling on an electrically large object
B-2 Antenna coupling using an ideal receiving antenna
B-3 Using a point source and ideal receiving antenna
C Radar cross section (RCS)
C-1 RCS of a thin dielectric sheet
C-2 RCS and near field of a dielectric sphere
C-3 Scattering width of an infinite cylinder
C-4 Periodic boundary conditions for FSS characterisation
D EMC analysis + cable coupling
D-1 Shielding factor of a sphere with finite conductivity
D-2 Calculating field coupling into a shielded cable
D-3 A magnetic-field probe
D-4 Antenna radiation hazard (RADHAZ) safety zones
E Waveguide + microwave circuits
E-1 Microstrip filter
E-2 S-parameter coupling in a stepped waveguide section
E-3 Using a non-radiating network to match a dipole antenna
E-4 Subdividing a model using non-radiating networks
E-5 Microstrip coupler
F Bio electromagnetics
F-1 Exposure of muscle tissue using MoM/FEM hybrid
F-2 Magnetic Resonance Imaging (MRI) birdcage head coil example
G Time domain examples
G-1 Time analysis of the effect of an incident plane wave on an obstacle
H Special solution methods
H-1 Forked dipole antenna (continuous frequency range)
H-2 Using the MLFMM for electrically large models
H-3 Horn feeding a large reflector
H-4 Optimise waveguide pin feed location
I User interface tools
I-1 Introduction to application automation
I-2 POSTFEKO application automation
I-3 Matching circuits generation with Optenni Lab
I-4 Using HyperStudy with FEKO to optimise a bandpass filter
J Index
Index