| Preface | |
| Introduction | |
| Brief History of SPICE | |
| Book Structure | |
| PSpice Syntax | |
| Simulation Hierarchy | |
| Chapter Summary | |
| References | |
| Circuit Entry and Preliminary Analyses | |
| Introduction | |
| Passive Components Description | |
| Semiconductor Components Description | |
| Diode Description | |
| Bipolar Transistor Description | |
| Independent Sources | |
| DC Independent Source | |
| AC Independent Source | |
| Transient Independent Source | |
| Output Options of Simulation Results | |
| Direct Outputs | |
| Tabulated and Plotted Outputs | |
| Graphics Outputs-Probe | |
| Running PSpice-The Control Shell | |
| Simulation Examples | |
| Schematic Capture | |
| Chapter Summary | |
| References | |
| Transient and Fourier Analyses | |
| Transient Independent Sources | |
| Exponential 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 Statement | |
| Simulation Examples | |
| Fourier Analysis (Text Mode) | |
| Fourier Analysis (Graphics Mode) | |
| Chapter Summary | |
| References | |
| Dependent Sources (Linear and Nonlinear) | |
| Linear Dependent Sources | |
| Linear 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 Sources | |
| One-Dimensional Polynomial VCVS | |
| Two-Dimensional Polynomial VCVS | |
| Effective Use of Dependent Sources | |
| Chapter Summary | |
| References | |
| Subcircuits and Efficient Use of PSpice | |
| The .PARAM Statement | |
| Subcircuits | |
| Calling Subcircuits | |
| Components Scaling | |
| The .STEP Statement | |
| Chapter Summary | |
| References | |
| Analog Device Models and Libraries | |
| Passive Components | |
| Resistor Model | |
| Capacitor Model | |
| Inductor Model | |
| Semiconductor Models | |
| Diode Model | |
| Bipolar Transistor Model | |
| Operational Amplifier Model | |
| Using Op-amp Macromodels | |
| Dealing with Unstable Circuits | |
| Chapter Summary | |
| References | |
| Sensitivity and Monte Carlo Analyses | |
| Sensitivity Definitions | |
| Component Tolerances | |
| Sensitivity and Worst-Case Analyses | |
| Simulation Examples | |
| Monte Carlo Analysis | |
| Temperature Analysis | |
| Chapter Summary | |
| References | |
| Analog Behavioural Modelling "Block-Diagram" Simulation Approach | |
| Introduction | |
| Implementation | |
| VALUE | |
| TABLE | |
| FREQ | |
| LAPLACE | |
| CHEBYSHEV | |
| Application Example | |
| Primitive-Level Approach | |
| Simulation of Integration and Differentiation | |
| Modelling Practical Components | |
| Chapter Summary | |
| References | |
| Digital and Mixed Analog/Digital Simulations | |
| Digital Components Description | |
| Description of Logic Gates | |
| Flip-Flops and Latches | |
| Digital Waveform Generation | |
| Stimulus Generator (STIM) | |
| Examples | |
| Simulation Examples | |
| PSpice Digital Components Library | |
| Modifying Digital Model Parameters | |
| Mixed Analog/Digital Circuit Simulations | |
| Chapter Summary | |
| References | |
| Appendices | |
| Stimulus Editor (StmEd) | |
| Simulation of Oscillator Circuits | |
| Simulation of Switched Capacitor Networks | |
| Simulation of Transmission Lines | |
| PSpice Control Options | |
| CMOS Circuit Simulation |
Rohkem infot Taylor & Francis e-raamatute kohta