| RF
Wireless Technology |
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Description
This course provides
circuit-level designers with the
essential concepts needed to work
effectively with radio frequency
electronics. Participants gain
analytical, graphical, and computer-aided
techniques to analyze and optimize RF
circuits in practical situations. The
course addresses linear active circuit
design, focusing on stability, bandwidth,
and noise considerations.
Learning
Objectives:
Upon completing
the course, the participant will be able
to:
Describe RF circuit parameters and
terminology.
State the effects of parasitics on
circuit performance at RF.
Use graphical design techniques and the
Smith Chart.
Match impedances and perform
transformations.
Predict RF circuit stability and
stabilize circuits.
Design small signal and low noise RF
amplifiers.
Target
Audience:
The course is
designed for practicing engineers who are
involved with the production, test, and
development of RF/Wireless components,
circuits, sub-systems, and systems, in
the 100-4000 MHz frequency range. It is
equally useful to new engineers and to
those who may have practical experience
but have not had opportunity of getting a
thorough foundation of modern,
computer-oriented RF circuit techniques.
Engineering degree or at least three
years applicable practical experience is
recommended.
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| OCOT
Hotline
(phone)
416-332-8727 |
ACCPAC
OCOT
Advantages
100
%Instructor-Led Class
State-of-the-Art Facilities
Unlimited Lab Time
Labs Open 7-days a Week
Free Repeat
Free Job Placement
Financial Aid Possible
Resume Writing
Interview Skills |
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© 2008 Ontario College of
Technology
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