Features
|
Benefits
|
| You can design
filters up to 50th order |
All limits are of practical
nature. |
| The inputs are
automatically checked in order to avoid program errors
which are common in this field. |
While you are inputing your
specifications, QuickFil shows you the consequences and
checks if the inputs are feasible (Timesaver). |
| Dependent fields
are updated automatically on line. |
You can optimize the specifications
of the filter and find a trade-off between the theoretical
and the practical world. |
| Circuit topologies
and values may be changed or reordered. Reverse, dual
and two-port manipulations are available. |
You can choose the best topology
concerning the mechanical limits of the filter. |
| Variations in
the filters are also possible using Norton/Impedance transformation
and Pi-to-Tee conversions. |
This feature can be used
to optimize your components. You will get better and cheaper
components (saves money). |
| The filter can
be analyzed including losses (component quality Q). |
You can estimate the minimum
quality of the filter components. |
| You define different
terminating resistors. |
This feature can be used
for matching networks. |
