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Inhaltsangabe
1.0.- 2.0 Modeling and Simulation Background.- 2.1 Analog Simulation.- 2.1.1 The SPICE Simulator.- 2.1.2 AHDL Simulator.- 2.2 Digital Simulation.- 2.2.1 The SPICE Simulator.- 2.2.2 Digital HDL Simulators.- 2.3 Mixed-Signal Simulation.- 2.3.3 Mixed-Mode HDL Simulator.- 2.3.4 Native Mixed-Signal HDL Simulator.- 2.4 HDL Basics.- 2.4.1. Digital HDLs.- 2.4.2 Analog HDLs (AHDLs).- 2.4.3 Mixed-Signal HDLs.- 2.5 Abstraction.- 2.8 Modeling Continuum.- 2.6 Model Precision and Accuracy.- 2.7 IC Modeling.- 2.8.1 SPICE Device Modeling.- 2.8.2 SPICE Macromodeling.- 2.8.3 Analog Behavioral Modeling.- 2.8.4 Analog Behavioral Macromodeling.- 2.8.5 Algorithmic Modeling.- 2.9 Applications of Analog Behavioral Modeling.- 2.9.1 Dynamic Specification.- 2.9.2 System Design.- 2.9.3 IC Design.- 2.9.4 Virtual Test.- 2.9.5 Other Applications.- 3.0 Methodology.- 3.1 Design Methodologies.- 3.1.1 Bottom-Up Design.- 3.1.2 Top-Down Design.- 3.1.3 Hierarchical Design.- 3.2 Analog Behavioral Modeling Methodology.- 3.2.1 Specification.- 3.2.1 Development.- 3.2.1 Verification.- 3.2.1 Documentation.- 3.2.1 Release Control.- 4.0 Basic Building Blocks.- 4.1 MAST Mini-Tutorial.- 4.2 Electrical Sources.- 4.2.1 DC Current Source.- 4.2.2 DC Voltage Source.- 4.2.3 Voltage Controlled Voltage Source.- 4.2.4 Current Controlled Current Source.- 4.2.5 Exponential Sinusoidal Voltage Source.- 4.3 Voltage Arithmetic.- 4.3.1 Voltage Addition, Subtraction, Multiplication, and Division.- 4.3.2 Voltage Differentiation and Integration.- 4.4 Electrical Primitives.- 4.4.1 Resistor.- 4.4.2 Capacitor.- 4.4.3 Inductor.- 4.4.4 Ideal Diode.- 4.4.5 Ideal Transistor.- 5.0 More Building Blocks.- 5.1 Analog Models.- 5.1.1 Ideal Transformer.- 5.1.2 Peak Detector.- 5.1.3 Sample-and-Hold.- 5.1.4 Non-inverting Schmitt Trigger.- 5.1.5 Voltage-to-Frequency Converter.- 5.1.6 Frequency-to-Voltage Converter.- 5.2 Digital Models.- 5.2.7 AND Gate.- 5.2.8 Multiplexer.- 5.2.9 D-Latch.- 5.3 Mixed Signal Blocks.- 5.3.1 Voltage Comparator.- 5.3.2 Pulse-Width Modulator.- 5.3.3 Analog-to-Digital Converter.- 5.4 Mixed-Signal Interface Models.- 5.4.1 Analog-to-Digital Interface Models.- 5.4.2 Digital-to-Analog Interface Models.- Mixed-System Models.- DC Motor.- 6.0 IC System Examples.- 6.1 Distributed Power Supply.- 6.1.1 System Overview.- 6.1.2 Model Implementation and Verification.- 6.2 Automotive Ignition System.- 6.2.1 System Overview.- 6.2.2 Model Implementation and Verification.- 6.3 Audio Test System.- 6.3.1 System Overview.- 6.3.2 Model Implementation and Verification.- 6.4 Digital Communication System.- 6.4.1 System Overview.- 6.4.2 Model Implementation and Verification.- Appendix A.- A.1 Buck Averaged Converter Netlist.- A.2 Forward Averaged Converter Netlist.- A.3 Cascaded Converter Netlist.- A.4 Top-Level Automotive Ignition Netlist.- A.5 Electronic Control Unit Model Code.- A.6 Position Sensor Model Code.- A.7 Spark Plug Model Code.- A.8 Top-Level Audio Test System Netlist.- A.9 Loudspeaker Subsystem Test Netlist.- A.10 DSP Subsystem Test Netlist.- A.11 Voice Coil Model Code.- A.12 Wind-Drag Model Code.- A.13 Successive Approximation Register Model Code.- A.14 Digital to Z-Domain Converter Model Code.- A.15 Nonlinear Spring Model Code.- A.16 Top-level Digital Communications System Netlist.- About the Author.
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