This book is a supporting teaching and guidance book for the best-selling textbook \"Fundamentals of Circuit Analysis\" (4th Edition) (Volume 1 and 2) (edited by Li Hansun), mainly for students and self-study readers. The content structure of the book is consistent with \"Fundamentals of Circuit Analysis\" (4th edition) (volumes 1 and 2), including answers to the exercises at the end of each chapter of the 4th edition, and an additional exercise and answer in Chapters 5 and 6, totaling 336 Question. Add \"Notes\" and \"Related Questions\" items after partial answers. As a supplementary reading to the main textbook, this book helps students understand basic concepts, master basic principles and basic calculation methods, develop students\' ideas, and improve problem-solving skills. Chapter 1 The constraint relationship between voltage and current in lumped parameter circuits Chapter 2 Mesh analysis and node analysis Chapter 3 Superposition method and network function Chapter 4 Decomposition method and single-port network Chapter 5 Capacitive components and inductive components Chapter 6 First-order circuits Chapter 7 Second-order circuits Chapter 8 Impedance and admittance Chapter 9 Sinusoidal steady-state power and energy Three-phase circuits Chapter 10 Frequency response Multi-frequency sinusoidal steady-state circuits Chapter 11 Coupled inductors and ideal transformers Chapter 2 Application of Laplace Transform in Circuit Analysis Appendix Some Notes to the Preface of \"4th Edition\"
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