Circuit Analysis and Design

  1. Magnetically Coupled Circuits
    1. Mutual Inductance
      1. Physical Basis of Mutual Inductance
        1. Mathematical Definition
          1. Dot Convention and Polarity
            1. Coupling Coefficient
            2. Analysis of Coupled Circuits
              1. Voltage Equations for Coupled Coils
                1. Energy Storage in Coupled Circuits
                  1. Equivalent Circuit Models
                  2. Transformer Principles
                    1. Ideal Transformer Model
                      1. Turns Ratio Relationships
                        1. Voltage and Current Transformation
                          1. Power Conservation
                          2. Practical Transformer Considerations
                            1. Leakage Inductance
                              1. Winding Resistance
                                1. Core Losses
                                2. Impedance Transformation
                                  1. Referred Impedance Concept
                                    1. Load Matching Applications
                                  2. Three-Phase Systems Introduction
                                    1. Three-Phase Generation
                                      1. Wye and Delta Connections
                                        1. Line and Phase Relationships
                                          1. Balanced vs. Unbalanced Systems

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                                        10. Filter Circuits

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                                        12. Two-Port Network Analysis