Circuit Basics

Author: Han Chun Guang
Publisher:
Publish Date: 2004-01-01
Features: According to the training objectives of higher vocational colleges in electronic and information majors set by the Ministry of Education, the National Five-Year Higher Vocational College Electronic and Information Textbook Compilation Committee has held multiple relevant teaching syllabus and writing work seminars. They meticulously organized experienced teachers to compile a series of higher vocational college textbooks in electronic and information majors, and this book is one of them. During the writing process, the book follows the principles of combining theory with practice, gradual progression, ease of self-study, and teaching convenience. The content of the textbook strictly adheres to the principles of "essential," "sufficient," and "practical" for higher vocational colleges, striving for concise and easy-to-understand language to clearly explain basic concepts. For circuit analysis, it ensures clear steps and correct conclusions, combining practical applications with usability. In terms of examples and content arrangement, it emphasizes basic concepts and methods while avoiding cumbersome calculations to help cultivate and improve problem-solving skills.
"Circuit Basics" is a foundational textbook for electronic and information majors. The book is divided into 9 chapters, covering main topics such as: basic concepts of circuits, basic circuit analysis methods, dynamic circuits, single-phase sinusoidal steady-state circuit analysis, three-phase AC circuits, non-sinusoidal periodic signal circuit analysis, coupled circuits, and two-port circuits. Chapter 9 is the experimental guide for this textbook. During the writing process, the book fully considers the actual situation of students and follows the principles of simplicity, gradual progression, combining theory with practice, ease of self-study, and teaching convenience. The narration is concise, clear, and easy to understand. The examples included in the textbook are relatively typical, and the examples, exercises, and experiments are closely coordinated with the content of each chapter to help students better master basic concepts and theoretical knowledge.
This book can be used as a textbook for circuit theory courses in higher vocational colleges for electronic and information majors, communication technology majors, electromechanical majors, computer majors, and other related fields. It can also serve as a textbook for relevant majors in other institutions and provide reference value for engineering technicians and electronics enthusiasts in the electronic industry.