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توجه ! این یک نسخه آرشیو شده میباشد و در این حالت شما عکسی را مشاهده نمیکنید برای مشاهده کامل متن و عکسها بر روی لینک مقابل کلیک کنید : QucsStudio a free and powerful circuit simulator


elm_e_elektronic_reader
06-14-2017, 08:16 PM
About

QucsStudio is mainly a circuit simulator that has evolved out of the project Qucs, but isn't compatible with it. The simulation engine is even a complete new creation. It's meant be be a test project to create a complete development environment for electrical engineers. (graphical user interface, circuit simulator, PCB layouting, numerical data processing etc.) The application uses Qt4® by the Qt Company® as graphical user interface.

By the way: The correct pronunciation of Qucs is [kju:ks].


Legal Stuff

QucsStudio is free software that is allowed to be used and distributed freely. The copyright information must not be removed. There is no warranty at all, not even for merchantability or fitness for a particular purpose.


Features

Currently the following applications are supported:

more than 100 circuit components (including microstrip elements, Statz, TOM3 and HICUM model)
DC analysis
AC analysis (including noise analysis)
s-parameter analysis (including noise parameter calculation)
transient analysis (including periodic steady-state simulation)
Harmonic Balance analysis (including large-signal AC and noise analysis)
system simulations
parameter sweeps, optimization and Monte Carlo analysis of analogue circuits
component modeling in C++ and in VerilogA using ADMS by Laurent Lemaitre and MinGW compiler
digital simulations in Verilog using ICARUS by Stephen Williams
digital simulations in VHDL using GHDL by Tristan Gingold
PCB layout and Gerber viewer using KiCAD by the KiCAD team
numerical data processing using Octave by John W. Eaton et al.
RF transmission line calculation (coaxial, microstrip, coupled microstrip, coplanar line, stripline, twisted pair, rectangular waveguide etc.)
filter synthesis (LC ladder, stepped-impedance, microstrip, active filters etc.)
attenuator synthesis (resistive pi, tee, bridged-tee and splitter topology)
inductance designer
GPIB device control
technical documentation of all models and types of simulation
support of German and English language
displaying HTML files (e.g. for documentation)


http://dd6um.darc.de/QucsStudio/about.html

http://dd6um.darc.de/QucsStudio/schematic.png

http://dd6um.darc.de/QucsStudio/system.png

http://dd6um.darc.de/QucsStudio/diagram.png

http://dd6um.darc.de/QucsStudio/tline.png