 |
a Windows® electrical filter design and analysis program
handling all of the usual options (family, topology,
bandwidth, etc.). It has a very nice toolbox including
real-time tuning modes, Monte Carlo, optimization and
much more! Printed outputs are presentation
quality.
|
|
 |
a Windows® meterscale drawing program to allow you to
design and print professional-quality meter scales on your
printer. Nice options include the ability to import a graphic
(and resize and place it where you want), make a
modern-looking "flattened" scale, use seriff or sans-serif
fonts of any size and specify the scale colors. And
lots more!
|
|
 |
a Windows® electrical filter design and analysis program
designed to expedite the design of lowpass and highpass
filters using Standard Value Components
(nearest-5% values).
|
|
 |
a specialized Windows® filter design and analysis
program designed for the serious radio amateur to expedite
the design of optimized amateur-band output transmitter
lowpass filters.
|
|
 |
a Windows® program to help you design and analyze
helical-resonator bandpass filters, usually used in the VHF
and UHF frequency ranges.
|
|
 |
a Windows® program to allow you to design and analyze
diplexing networks using either the highpass/lowpass or the
bandpass/bandstop topology.
|
|
 |
a Windows® program to allow you to design and analyze
PI-L matching networks.
|
|
 |
an interactive Windows® program to allow you to design
RF amplifiers using the single-ended Class E topology.
|
|
 |
an interactive Windows® program to allow you to design
and analyze the active allpass networks used for single-sideband
signal generation. Accepts orders from two to ten, specified
operating frequency range and analysis frequency range.
Reveals sideband suppression, chain angles and angle
differences. The program has a component-tuning mode.
Arbitrary components may be used, or nearest 1% or 5% values
and results seen. Writes Spice file.
|
|
 |
a Windows® program replacing the classic paper
version of the Smith Chart. The load end of a network can be
specified regarding the R and jX values, up to five elements
from the component library can then be installed between the
load and the generator. Then going to the analysis page
allows tuning or editing the network values to achieve a
match, in the usual manner. The complete system can be saved
(and later recalled). |
|
| |
|
|
 |
Papers, AppNotes and miscellaneous programs |
|
| |
|
|
 |
Other technical sites you may find interesting or
useful |
|
| |
|
|
 |
Contact us if you have any questions or comments
|
|