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Introductory Considerations | |
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Circuit Elements | |
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Excitation and Response | |
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Analysis and Synthesis | |
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Dependent Sources | |
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Outline of Circuit Analysis | |
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Waveform Analysis | |
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Notation and Units | |
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Step Function | |
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Elementary Switching Function | |
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Ramp Function | |
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General t[superscript n] Functions | |
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Exponential Function | |
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Sinusoidal Function | |
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Relative Phase of Sinusoidal Functions | |
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Addition of Sinusoids of the Same Frequency | |
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Damped Sinusoidal Function | |
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Shifted Functions | |
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General Waveforms | |
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Impulse Function | |
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Relationship Between Step and Impulse Functions | |
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Differentiation and Integration of Waveforms | |
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Periodic Functions--Average and Effective Values | |
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Circuit Parameters | |
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The Resistive Circuit | |
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Capacitance | |
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Equivalent Circuits of Charged Capacitor | |
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Self-Inductance | |
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Equivalent Circuits of Fluxed Inductor | |
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Mutual Inductance | |
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Ideal Transformer | |
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Special RLC Combinations | |
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Electronics Workbench Examples | |
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MATLAB Examples | |
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The Basic Time-Domain Circuit | |
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General Discussion | |
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Steady-State and Transient Solutions | |
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The Steady-State dc Circuit | |
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The Initial Circuit | |
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Single Time Constant Circuits | |
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Initial Conditions and Differential Equations | |
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Electronics Workbench Examples | |
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MATLAB Example | |
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Laplace Transform | |
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General Discussion | |
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Laplace Transform | |
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Laplace Transform Operations | |
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Some Definitions and Concepts | |
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Inverse Transforms by Identification | |
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Inverse Transforms by Partial Fraction Expansion | |
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Complex Poles of First Order | |
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Multiple-Order Poles | |
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MATLAB Examples | |
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Circuit Analysis by Laplace Transforms | |
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Transform Equivalent of Capacitance | |
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Transform Equivalent of Inductance | |
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Transform Equivalent of Resistance | |
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Transforming Complete Circuits | |
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Solutions of Complete Circuits in the Transform Domain | |
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Forms for Initial Conditions | |
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Transient and Steady-State Phenomena | |
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First-Order Circuits | |
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Series RLC Circuit | |
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Parallel RLC Circuit | |
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Redundancy and Higher Order | |
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Solution from the Differential Equation | |
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Electronics Workbench Examples | |
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MATLAB Example | |
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System Considerations | |
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Transfer Function of Linear systems | |
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Differential Equation and Transfer Function | |
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Step and Impulse Responses | |
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Comparison Between Transfer and Impedance Functions | |
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Poles and Zeros | |
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Stability | |
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Transfer Function "Algebra" | |
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Convolution | |
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Driving-Point Impedance Functions | |
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Electronics Workbench Examples | |
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MATLAB Examples | |
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The Sinusoidal Steady State | |
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General Discussion | |
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The Sinusoidal Steady State | |
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The Steady-State Transfer Function | |
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Frequency Response Plots | |
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Electronics Workbench Examples | |
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MATLAB Examples | |
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Fourier Analysis | |
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Fourier Series | |
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Frequency Spectrum Plots | |
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Fourier Series Symmetry Conditions | |
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Common Periodic Waveforms and Their Fourier Series | |
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Fourier Transform | |
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Common Nonperiodic Waveforms and Their Fourier Transforms | |
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Fourier Transform Operations and Spectral Roll-Off | |
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Electronics Workbench Example | |
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Introduction to Discrete-Time Systems | |
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General Discussion | |
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Sampled-Data Signals | |
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Ideal Impulse Sampling | |
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Holding Circuit | |
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Discrete-Time Signals | |
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z-Transform | |
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Transfer Function | |
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Inverse z-Transform | |
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Response Forms and Stability | |
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Discrete-Time Convolution | |
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Complex Algebra | |
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Normalization | |
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Transform Derivations | |
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Table of Laplace Transforms | |
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Introduction to Electronics Workebnch | |
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Answers to Selected Odd-Numbered Problems | |
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Index | |