Modeling, Analysis, and Design of PWM Converters (Volume II)

2.1.02 : "Modeling and Analysis of Several Classes of Self-Oscillating Inverters, Part II: Model Extension, Classification, and Duality Relationships"

2.1.03 : "Generalized Computer-Aided Discrete Time Domain Modeling and Analysis of DC/DC Converters"

2.1.04 : "Computer-Aided Analysis and Simulation of Switched DC/DC Converters"

2.1.05 : "An Improved Switching Converter Model Using Discrete and Average Techniques"

2.1.06 : "Extensions of the Discrete-Average Models for Converter Power Stages"

2.1.07 : "Generation, Classification and Analysis of Switched-Mode DC-to-DC Converters by the Use of Converter Cells"

2.1.08 : "Simplied Analysis of PWM Converters Using the Model of the PWM Switch, Part I: Continuous Conduction Mode"

2.1.09 : "Simplified Analysis of PWM Converters Using the Model of the PWM Switch, Part II: Discontinuous Conduction Mode"

2.1.10 : "Nonlinear Modeling of the PWM Switch"

2.1.11 : "A Set of CAD Tools for Electrical Design and Simulation of Switching Regulators"

2.1.12 : "Circuit-Oriented Discrete-Time Modeling and Simulation for Switching Converters"

2.1.13 : "The Simulation of Switching Converters Using the New Version COSMIR Program"

2.1.14 : "Small-Signal Analysis of Switching DC-DC Converters Using the Simulation Program COSMIR"

2.1.15 : "Small-Signal Analysis of Systems with Periodic Operating Trajectories"

2.1.16 : "Topological Constraints on Basic PWM Converters"

2.1.17 : "Average Small-Signal Analysis of the Boost Power Factor Correction Circuit"

2.2.01 : "A Unified Analysis and Design Procedure for a Standardized Control Module for DC-DC Switching Regulators"

2.2.02 : "An Adaptive-Control Switching Buck Regulator - Implementation, Analysis and Design"

2.2.03 : "Investigations of Stability and Dynamic Performances of Switching Regulators Employing Current-Injected Control"

2.2.04 : "Optimal Design Strategy of Switching Converters Employing Current Injected Control"

2.2.05 : "A Novel Input Filter Compensation Scheme for Switching Regulators"

2.2.06 : "Adaptive Input Filter Compensation for Switching Regulators"

2.2.07 : "Measurement of Loop Gain with the Digital Modulator"

2.2.08 : "Secondary LC Filter Analysis and Design Techniques for Current-Mode-Controlled Converters"

2.2.09 : "A Simple Model Predicts Small-Signal Control Loop Behavior of Magamp Post Regulator"

2.2.10 : "Magamp Post Regulators - Practical Design Considerations to Allow Operation Under Extreme Loading Conditions"

2.2.11 : "A New, Continuous-Time Model for Current-Mode Control"

2.2.12 : "A New Continuous-Time Model for Current-Mode Control with Constant Frequency, Constant On-Time, and Constant Off-Time in CCM and DCM"

2.2.13 : "Design and Analysis of a Hysteric Boost Power Factor Correction Circuit"

2.2.14 : "Elimination of the Positive Zero in Fixed Frequency Boost and Flyback Converters"

2.2.15 : "Comparison of Performance of Single-Loop and Current-Injection-Control for PWM Converters Which Operate in Both Continuous and Discontinuous Modes of Operation"

2.3.01 : "Algorithms for Power Converter Design Optimization"

2.3.02 : "Comparisons of Nonlinearly Constrained Optimization Algorithms for Power Converter Design"

2.3.03 : "Nonlinear Program Based Optimization of Boost and Buck-Boost Converter Designs"

2.3.04 : "Design Optimization for a Half-Bridge DC-DC Converter"

2.3.05 : ""Practical Nonlienar Design Optimization Tool for Power Converter Components"

2.3.06 : "Design and Analysis of an Active Unity Power Power Factor Correction Circuit"

2.3.07 : "Use of Nonlinear Design Optimization Techniques in the Comparison of Battery Discharger Topologies for the Space Platform"

2.3.08 : "Control Strategy for Multi-Module Parallel Converter System"

2.4.01 : "Modeling and Analysis of Spacecraft Power Systems"

2.4.02 : "Modeling and Simulation of Spacecraft Power Systems"

2.4.03 : ""Large-Signal Stability Analysis of Spacecraft Power Processing Systems"

2.4.04 : "Design, Analysis and Simulation of the Main Bus Dynamics of Spacecraft Power Systems"

2.4.05 : "A High Frequency, Multi-Module Spacecraft Boost Regulator"

2.4.06 : "Computer Modeling and Simulation of a 20 kHz AC Distribution System for Space Station"

2.4.07 : "Modeling and Simulation of a Space Station Power System"

2.4.08 : "Modeling and Analysis of Distributed Power Systems"

2.4.09 : "Design Considerations for Distributed Power Systems"

2.4.10 : "Large-Signal Modeling and Simulation of Distributed Power Systems"

2.4.11 : "Design Considerations for a Solar Array Switching Unit"

2.4.12 : "Modeling and Simluation of the Space Platform Power System"

2.4.13 : "Design Considerations for a Distributed Power System"