Circuit Learning Guide and Problem Solutions

Author: Pan Shuanglai et al.
Publisher:
Publish Date: 2004-09-01
Features: This book is based on the "Basic Requirements for Circuit Analysis Course Teaching" formulated by the Ministry of Education and the requirements for postgraduate entrance examinations. It references the latest circuit and circuit analysis textbooks published domestically, comprehensively summarizes and organizes the fundamental content, concepts, requirements, key points, difficulties, various analysis and calculation methods of the circuit course, as well as the application of these concepts and methods in problem-solving. The book consists of 11 chapters: Basic Concepts and Laws of Circuits, Analysis of Resistive Circuits, Basic Theorems of Circuits, Sinusoidal Steady-State Analysis (including resonance, three-phase circuits), Coupled Inductors and Ideal Transformers, Nonlinear Circuits, Steady-State Analysis of Non-Sinusoidal Periodic Current Circuits, Time-Domain Analysis of Linear Dynamic Circuits, Two-Port Networks, Complex Frequency Domain Analysis of Linear Circuits, and Magnetic Circuits and AC Circuits with Iron-Cored Coils. Each chapter includes six sections: Basic Requirements, Theoretical Summary, Sample Problem Solutions, Problem Solutions, Mid-term Test Questions, and Answers. The appendix also separately provides three sets of undergraduate final exam questions, postgraduate entrance exam questions, and mock exam questions from recent years, with reference answers provided for all test questions. This book can serve as a supplementary textbook for undergraduate students studying circuit courses and also as a reference book for systematic review for postgraduate entrance examinations.