Art of Simulation Using PSPICEAnalog and Digital

Al-Hashimi\, Bashir

• PrefaceIntroductionBrief History of SPICEBook StructurePSpice SyntaxSimulation HierarchyChapter SummaryReferencesCircuit Entry and Preliminary AnalysesIntroductionPassive Components DescriptionSemiconductor Components DescriptionDiode DescriptionBipolar Transistor DescriptionIndependent SourcesDC Independent SourceAC Independent SourceTransient Independent SourceOutput Options of Simulation ResultsDirect OutputsTabulated and Plotted OutputsGraphics Outputs-ProbeRunning PSpice-The Control ShellSimulation ExamplesSchematic CaptureChapter SummaryReferencesTransient and Fourier AnalysesTransient Independent SourcesExponential Independent Source (EXP)Pulse Independent Source (PULSE)Sinusoidal Independent Source (SIN)Single-Frequency Frequency-Modulated Source (SFFM)Piece-Wise Linear Independent Source (PWL)The .TRAN StatementSimulation ExamplesFourier Analysis (Text Mode)Fourier Analysis (Graphics Mode)Chapter SummaryReferencesDependent Sources (Linear and Nonlinear)Linear Dependent SourcesLinear Voltage-Controlled Voltage Source (VCVS)Linear Voltage-Controlled Current Source (VCCS)Linear Current-Controlled Current Source (CCCS)Linear Current-Controlled Voltage Source (CCVS)Polynomial Nonlinear Dependent SourcesOne-Dimensional Polynomial VCVSTwo-Dimensional Polynomial VCVSEffective Use of Dependent SourcesChapter SummaryReferencesSubcircuits and Efficient Use of PSpiceThe .PARAM StatementSubcircuitsCalling SubcircuitsComponents ScalingThe .STEP StatementChapter SummaryReferencesAnalog Device Models and LibrariesPassive ComponentsResistor ModelCapacitor ModelInductor ModelSemiconductor ModelsDiode ModelBipolar Transistor ModelOperational Amplifier ModelUsing Op-amp MacromodelsDealing with Unstable