Circuit MasonA full featured frequency domain RF circuit simulatorIntegrated schematic capture (TinyCad) Several built-in optimizers and statistical tools Random, Simplex (Gradient), Genetic, Sweep Monte Carlo, Yield Optimization Powerful schematic features Use variables, calculations, sub-circuits, and units Output microstrip layouts to Mentor PADS ASCII file Create your own models and libraries Easy to add your own models Translate schematics into MATLAB/C-code Smith Chart and Rectangular Plots Plots up to six equations Plot statistical outputs from Mason PrimCalcTransmission line calculator (and more)Analyze based on physical inputs Synthesize based on desired electrical properties Uses any model from the "Open Model" Project | Mason Educational Resources ProjectDevelop resources for learning RF with MasonDevelop general engineering principals Direct link to Folded Dipole project (pictured above) The Open RF Model Project Electrical and physical models of several devices Interfaces to Circuit Mason and PrimCalcS-Parameters defined algebraically Physical shapes for Layout defined algebraically Transmission lines, antennas, connectors, etc. Files in easily understood XML |