1. Applicability of Discrete Event Hardware Description Languages to the Design and Documentation of Electronic Analog Systems. - 1. 1. Introduction. - 1. 2. Modeling Basic Analog Concepts. - 1. 3. Network-Independent Data-Sampled Analog Systems. - 1. 4. Network-Dependent Data-Sampled Analog Systems. - 1. 5. Summary. - 2. VHDL 1076. 1: Analog and Mixed-Signal Extensions to VHDL. - 2. 1. Introduction. - 2. 2. Foundations. - 2. 3. The 1076. 1 Language. - 2. 4. Examples. - 2. 5. Concluding Remarks. - 3. Analog Extensions to Verilog. - 3. 1. Introduction. - 3. 2. Natures and Disciplines. - 3. 3. Network Models. - 3. 3. Verilog-A Features. - 3. 4. Multi-Disciplinary Modeling. - 3. 5. Summary. - 4. Op3:A Behavioral Generic Model of Operational Amplifiers. - 4. 1. Introduction. - 4. 2. Description of the Generic Op Amp Model op3. - 4. 3. Application Examples of the op3 Model. - 4. 4. Conclusions. - 5. Non-Linear State Space Averaged Modeling of A 3-State Digital Phase-Frequency Detector. - 5. 1. Introduction. - 5. 2. Digital 3-State Phase-Frequency Detector Model. - 5. 3. Resettable Integrator. - 5. 4. Calibration. - 5. 5. DC Convergence and AC Analysis. - 5. 6. Sample Application. - 5. 7. Switched Voltage Output Stage. - 5. 8. Conclusions. - Appendix A: SpectreHDL Model. - Appendix B: Verilog Model. - 6. Behavioural Modelling of Analogue Systems with Absynth. - 6. 1. Introduction. - 6. 2. Analogue Modelling. - 6. 3. Graphical Description. - 6. 4. Automatic Code Generation. - 6. 5. Results. - 6. 6. Conclusions. - 7. VHDL-1076. 1 Modeling Examples for Microsystem Simulation. - 7. 1. Introduction. - 7. 2. Modeling Principles. - 7. 3. Conservative Systems. - 7. 4. Piecewise Linear Models. - 7. 5. Signal Flow Models. - 7. 6. Piecewise Defined Behavior. - 7. 7. Physical Parameter Extraction from Finite Element Simulations. - 7. 8. Simulation Results using HDL-A Models. - 7. 9. Conclusions. Language: English