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Introduction to Antennas
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INSTRUCTOR: Dr. Setven Best
FORMAT: 3 one-hour CD-ROMs
LIST PRICE: $297.00
RELEASED: 2004
Description:
The Introduction to Antennas course is a series of lectures on
CD-ROM. This series provides both a fundamental and detailed discussion
on antenna properties, antenna design considerations, different
types of antennas, RF propagation issues and an overview of specific
antennas used in today's wireless communications markets.
RF/Microwave Transistor Amplifier Design
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AUTHOR: Les Besser
FORMAT: 6 CD-ROMs (double-length CD's, 2 hours each)
INCLUDES: 316-page manual
LIST PRICE: $1,195.00
PUBLISHED: 1986
Description:
This video series presents a comprehensive treatment of classical
amplifier design techniques including CAD simulation and synthesis.
It is intended as an intermediate level class for engineers with
basic deign experience. Sessions include: review of active circuit
design fundamentals, introduction to CAD design, amplifier design
method review and comparison, impedance matching, lossless transformations,
applying negative feedback. Includes course notes.
RF Circuit Fundamentals I
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AUTHOR: Les Besser (instructor)
FORMAT: 6 CD-ROMs
INCLUDES: 235 page manual
LIST PRICE: $595.00
PUBLISHED: 1986
Description:
This course is an introduction to high frequency analog circuit
design. It also serves as an introduction for low frequency or
digital engineers to concepts that are unique to high frequency
circuits. Topics covered include RF concepts, lumped element component
models, resonant circuits and filters, transmission line fundamentals,
the Smith chart and its applications, small signal amplifier design
with S-parameters. Includes course notes.
RF Circuit Fundamentals II
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AUTHOR: Les Besser (instructor)
FORMAT: 6 CD-ROMs
INCLUDES: 241 page manual
LIST PRICE: $595.00
PUBLISHED: 1988
Description:
The videos in this series are a continuation of RF Circuit Fundamentals
I but can also be used for independent instruction or review of
fundamental design concepts. Includes physical transmission line
models, combiners and dividers, broadband matching, active circuits
and statistical analysis. Introduces large signal concepts. Part
II covers the following design topics: Microstrip transmission
lines, power combiners and dividers, broadband matching networks,
PIN Diode circuits, broadband amplifiers, large signal amplifiers.
Includes course notes.
Microwave Filters, Couplers and Matching
Networks
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AUTHOR: Robert J. Wenzel (instructor)
FORMAT: 6 two-hour CD-ROMs
INCLUDES: 125 page manual
LIST PRICE: $1,195.00
PUBLISHED: 1986
Description:
This course covers microwave structures in detail. The lessons
are clear and comprehensive lectures on passive microwave component
design and practice include topics such as realization of practical
filters, filter design, common types of filter responses and basic
calculations and fundamentals of directional couplers. Includes
course notes.
Microwave Transmission Lines and Their
Physical Realizations
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AUTHOR: Steven L. March
FORMAT: 6 CD-ROMs
INCLUDES: 355 page manual
LIST PRICE: $595.00
Description:
Given the choice of transmission line styles and media for circuit
and system construction, these tapes review the performance and
design parameters of several alternative lines. The course details
the necessary algorithms, their limitations and their accuracy
for fabricating components or subsystems using these transmission
line media. The course also covers lumped element capacitor, inductor
and resistor components, particularly as they are used in monolithic
microwave integrated circuits. Slotline, not included in the video
presentation, is described in the accompanying 341-page course
notes.
High Frequency Oscillator Design
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AUTHOR: Randall W. Rhea (instructor)
FORMAT: 5 CD-ROMs
LIST PRICE: $499.00
PUBLISHED: 2003
Description:
High Frequency Oscillator Design is a comprehensive tutorial on
high-frequency oscillator design. Comprising 10 sessions and approximately
5 hours of instruction, the course presents the basic principles
of oscillator design. A grasp of these principles will help you
create better designs using the capabilities of CAD. Various CAD
techniques including small-signal linear analysis, closed loop
linear analysis and electromagnetic simulation of layout effects
are illustrated. The course covers both the feedback and reflection-port
methods of design and analysis.
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