"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:


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


Disclaimer: The software accessible through this web site is intended for educational purposes only.  Amanogawa.com declines any responsibility for consequences deriving from uses of the software or of the results other than intended.  All material in this web site is protected by copyright and cannot be used in any form without permission.  All rights reserved by Amanogawa.com

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