A
comprehensive collection of RF &
microwave resources for wireless
communication engineers. Includes
tutorials, theory, design aids, circuit
diagrams, products, and more.
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& Microwave Resources Directory.
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a Book or Rate/Review a Book -
Submit a book, or your rating or review
of a book, to be included in New Wave's RF
& Microwave Resources Directory.
Interactive
LC Filter Design- By Tony Fisher. Designs
several types of LC filters, including
low-pass, bandpass, high-pass, and
band-stop, in Butterworth and Chebychev
forms. Includes frequency and phase
plots.
Online
Microwave Filter Analysis- By Guided Wave Technology
(GWT). Waveguide bandpass filter design
using mode-matching technique -- very
accurate. Coupling matrix synthesis and
response plotting of bandpass filters
with transmission zeroes. Supports Iris,
Pure Metal, and Finline implementations
(as of Winter 2003).
Interactive
Filter Design- Read this article on lowpass
Butterworth filter design and change the
values of the example to your own design
specs. The example changes to show your
design. By the time you finish reading
the article, you've also designed your
filter - complete with a rudimentary
simulation.
Interactive
LC Filter Design- By Tony Fisher. Designs
several types of LC filters, including
low-pass, bandpass, high-pass, and
band-stop, in Butterworth and Chebychev
forms. Includes frequency and phase
plots.
Filters
in Radio Communications (PDF) - Good
introduction to passive filters, covering
several different types. Gives circuit
diagrams, but no part values and no
formulas.
FDI
Online Design Guide -
Frequency Device's guide to passive,
active, and digital filter design
techniques.
Interactive
LC Filter Design- Online program for designing
several types of Butterworth and
Chebychev filters. A fun way to
interactively explore design techniques..
Interactive
Filter Design- Read this article on lowpass
Butterworth filter design and change the
values of the example to your own design
specs. The example changes to show your
design. By the time you finish reading
the article, you've also designed your
filter - complete with a rudimentary
simulation.