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To execute this notebook you need the add-on package Analog Insydes by ITWM (see copyright message at end of document). Schematics Import Analog Insydes provides functions for importing circuit schematics into your Mathematica notebooks for better documentation of your circuit analysis tasks. The Analog Insydes function DXFGraphics displays a DXF file as a native Mathematica graphics object. Consider the following example where the file Buffer.dxf was produced by the DXF export function of MicroSim's Schematics editor.     Netlist Reader For circuit analysis and design tasks that combine symbolic and numerical calculations, Analog Insydes features interfaces to the circuit simulator SPICE. Instead of time-consuming manual netlist input, SPICE circuit descriptions can be converted automatically to the Analog Insydes format by applying the external binary executable spice2ai. Additionally, operating-point information can be extracted from the simulator output file. The example below illustrates the import of the SPICE netlist file Buffer.net.         Out[4]=//TableForm VVDD {5,0} Symbolic->  VVDD Type-> VoltageSource Value->  VVDD DC  ->5 DC  ->5 QT1 {3->C,  1->B,  2->E} Selector  ->View Model-> Q2N2222A "" "" "" II1 {2,0} Symbolic  ->II1 Type-> CurrentSource Value  ->II1 DC->  1/2000 "" VVIN {1,0} Symbolic  ->VVIN Type-> VoltageSource Value  ->VVIN DC->3 AC  ->1 II2  {VOUT,0}  Symbolic  ->II2  Type->CurrentSource  Value  ->II2  DC->  1/1000  Transient  ->PWLWave[]  QT3  {3->C,  4->B,  5->E}  Selector  ->View  Model->Q2N2907A  ""  ""  ""  QT4  {4->C,  4->B,  5->E}  Selector  ->View  Model ->Q2N2907A  "" ""  ""  QT5  {VOUT->C,  3->B,  5->E}  Selector  ->View Model-> Q2N2907A  ""  ""  ""  QT2  {4->C,  VOUT->B,  2->E}  Selector  ->View  Model-> Q2N2222A  ""  ""  ""  Simulation Data Import Analog Insydes supports import of simulation data generated by PSpice or HSpice, thus allowing us to use Mathematica's graphical visualization facilities for postprocessing and displaying simulation results. The example below demonstrates the import of the PSpice simulation output file Buffer.csd using the Analog Insydes function CSDFRead. In addition, an example for further postprocessing of the simulation results is shown.   {"V(VOUT)", "I(VIN)", "I(VDD)"}     Copyright © 1998 by ITWM e.V. Written by Thomas Halfmann Analog Insydes ITWM (Institut für Techno- und Wirtschaftsmathematik) e.V. Erwin-Schrödinger-Str. D-67663 Kaiserslautern, Germany Analog Insydes is a trademark of ITWM. Mathematica is a registered trademark of Wolfram Research, Inc. All other product names are trademarks of their respective owners. Copying and redistribution of this notebook is welcomed and encouraged, provided that the entire contents of the document, in particular the above copyright notice, are left unchanged and that the file is redistributed free of charge.