|
Antenna Solver (copyright 1999, 2002 by Dr. David Fluckiger, KJ5AT)
calculates the current density and charges for general wire
structures including surfaces. It provides extensive graphical
display capability of calculated results including 2D and 3D
plots with numerous editing features. The code is written
entirely in C++ for Windows 95 and greater and NT4.0 (service
pack 3.0) and greater. The OS must be OpenGL compliant (upgrades
and service patches to Windows are provided by Microsoft). |
Antenna Solver User Interface:
|
The user interface, graphical editing functions, and
extensive data display capabilities permit detailed analysis of
antenna radiation patterns, of near, far, and ground wave (E and
H) fields, as well as currents, and charge densities. The Antenna
Solver graphical user interface (comprising the majority of the
code) provides much greater flexibility in the construction,
analysis, and interpretation of radiating structures than NEC
alone. |
Antenna Solver calculation engine
|
The Antenna Solver calculation engine (algorithms) are
modeled directly on the public domain NEC2 code (Numerical
Electromagnetics Code - Method of Moments) from the Lawrence
Livermore Laboratory. The original NEC2 code was written in
FORTRAN, and that user interface is control card deck oriented.
The NEC2 algorithms in Antenna Solver have been entirely
rewritten in C++, using dynamic array allocation. Code entry
points have been generalized, allowing for more dynamic, event
driven interaction. The basic assumptions within the NEC2
integration routines leads to some compromises which are fairly
well understood, and documented in the relevant literature. My
goal in writing Antenna Solver was to make the power of these
algorithms available to the interested professional and non
professional through a generalized, event driven, graphical
interface. All NEC2 calculation features are accessible within
Antenna Solver. |
Full Feature Free Download
|
Antenna Solver is available FREE of charge. |
Antenna Solver Help Files
|
The Help files that are distributed with Antenna Solver
include several step-by-step (click-by-click) examples that
explore many Antenna Solver features. |
Additional Antenna Solver Features:
|
- Complex loading of any wire segment including 4 port
networks, transmission lines, and discrete components
- Voltage and current source excitation
- Polar plots of radiation gains
- Plots of radiated/input power, network losses, structure
losses
- Visual display of current magnitudes and charge
densities
- Numerous ground models, including integrated Norton
Sommerfeld kernel
- Automatic generation of Helixes, Spiral, and Conical
winds
- Read/Write NEC2 geometry files
- Maximum coupling calculation
- Multiple simultaneous analysis of any variety of
structures
- Memory arrays limited only by computer RAM
|
Antenna Solver is currently available free of
charge. |
From time to time I upgrade Antenna Solver. If you have suggestions
I'd like to hear about them. Send an e-mail to gsolver@gsolver.com with 'Antenna Solver' in
the subject line. |
This page is copyrighted 1999, 2000, 2001, 2002 by David Fluckiger.
|
|