"Fundamentals
of Applied Electromagnetics"
6th Edition, by Ulaby, Michielssen and Ravaioli,
(published by Pearson/Prentice Hall, 2010) is a new book with a companion
CD-ROM which contains many applets based on material found on this website
In the CD-ROM you will find many updated versions of
applets on transmission lines, electromagnetic waves, and antennas, which
have been re-designed to fully work on both Microsoft Windows and Apple
Macintosh operating systems, along with a range of new applets and learning
modules.
Information on the book is available
at the publisher's website:
http://www.pearsonhighered.com/product?ISBN=0132139316
Applets Based on Amanogawa.com
Software:
- Two-Wire Line
- Coaxial Cable
- Lossless Microstrip
(MODIFIED Version)
- Transmission Line Simulator (lossless
line)
(MODIFIED Version)
- Wave and Input Impedance
(MODIFIED
Version)
- Interactive Smith Chart (Lossless Line)
- Quarter-Wavelength Transformer
- Discrete Element Matching
(NEW APPLET)
- Single Stub Tuning
- Transient Response: Transmission Line
with Resistive Load
(ENHANCED Version)
- Electromagnetic Wave Propagation
- Polarization I
- Polarization II
- Wave Attenuation
(NEW APPLET)
- Oblique Incidence:
dielectric-dielectric interface
(GREATLY ENHANCED Version)
dielectric-lossy interface
(GREATLY ENHANCED Version)
- Rectangular Waveguide
(ENHANCED Version)
- Hertzian Dipole
(MODIFIED Version)
- Linear Dipole Antenna
- Detailed Analysis of Linear Antenna
- Two-Dipole Array
- Detailed Analysis of Two-Dipole Array
- Uniform Dipole Array
- Large Parabolic Reflector
(NEW APPLET)
- N-Element Array
(NEW APPLET)
Other Learning Modules in this Book:
- Sinusoidal Waveforms
- Traveling Waves
- Phase Lead/Lag
- Complex Numbers
- Points and Vectors
- Gradient
- Divergence
- Curl
- Fields due to Charges
- Charges in Adjacent Dielectrics
- Charges above a Conducting Plane
- Charges near a Conducting Sphere
- Electron Motion in Static Fields
- Magnetic Fields due to Line Sources
- Magnetic Field of a Circular Loop
- Circular Loop in Time-varying Magnetic
Field
- Rotating Wire Loop in Constant Magnetic
Field
