Wolfram Research, Inc. recently announced the release of an Electrical
Engineering Pack, the first in a series of packs in Wolfram Research's
newly created Mathematica Applications Library.

The Mathematica Applications Library consists of Mathematica-based material
from Wolfram Research as well as applications created by independent
Mathematica developers. Mathematica packs in areas such as electrical
engineering, signal processing, control engineering, statistics, and
finance are being designed to extend Mathematica, helping Mathematica
users apply the system quickly and efficiently to solve problems in their
area of interest.

The Electrical Engineering Pack is a collection of notebooks and packages
written in Mathematica, designed to enhance the electrical engineer's use
of Mathematica for problems in areas such as circuit analysis,
transmission lines, and antenna design.

Approximately 30 percent of the Mathematica users worldwide are engineers,
and electrical engineers comprise the largest segment of this group. The
Electrical Engineering Pack introduces these engineers to the Mathematica
environment with examples and tools they can use right out of the box to
increase their productivity.

The Electrical Engineering Pack presents practical examples of how
Mathematica is used to solve real electrical engineering problems. Ranging
from elementary to advanced, the examples draw upon Mathematica's wide
range of capabilities and cover topics such as Bode plots, Nyquist plots,
antenna field patterns, Smith charts, root locus plots, and more. The
examples are presented as Mathematica notebooks, interactive electronic
documents that are created automatically when Mathematica is used on most
computer platforms. Live formulas, data, computations, and graphics are
combined with text in these notebooks to form an electronic textbook with
examples that users can read, modify, and execute for individual project
requirements.

The pack also provides a new set of Mathematica functions useful in many
common electrical engineering tasks, extending Mathematica specifically
for the electrical engineer. These fundamental tools range from simple
one-line programs to complex modeling routines, demonstrating many of the
techniques used in creating Mathematica-based programs. Completely open
and customizable, the pack lets users examine the source code of the
functions and use them as examples of Mathematica programming or as a core
to build upon as they develop their own algorithms.

The Electrical Engineering Pack is available for Macintosh, Microsoft
Windows, and the X Window System (for Sun SPARC, Sun Solaris DEC RISC, HP
700 Series, IBM RISC System/6000, and Silicon Graphics computers). 
Mathematica Version 2.2 is required to make full use of the materials in
the Electrical Engineering Pack.  For further information call
1-800-441-MATH in the U.S. or +44-(0)993-883400 in Europe.

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