Circuit Analysis Fundamentals

Author: Shangguan Youli Compiler
Publisher:
Publishing Date: 2003-10-01
Features: This textbook is written based on the current development of electronic circuit technology and teaching needs. The book is divided into thirteen chapters, with the first ten chapters covering basic content, introducing fundamental laws, basic variables, and basic components, circuit level transformation, transient analysis of circuits, analysis of sinusoidal steady-state circuits, mutual inductance elements and ideal transformers, frequency characteristics of circuits, and resonant circuits. The last three chapters provide an introduction to active components, matrix analysis, and simple nonlinear resistive circuits for optional study. The content of the book is systematic and complete, covering all the requirements of the teaching syllabus and discussing some important concepts in modern circuit theory. It appropriately introduces a small amount of cutting-edge content that students in this course can understand, with a selection that has a certain forward-looking perspective. The book is rich in examples and includes exercises of varying difficulty, which help to broaden readers' thinking. This book can be used as a textbook for the fundamental course on circuits in universities for majors such as communication, electronics, computer science, and automatic control, or as a self-study reference for readers who are self-studying circuit courses.