Circuit Analysis Fundamentals

Author: Fu Yuming, Editor-in-Chief
Publisher:
Publish Date: 2004-08-01
Features: This textbook is based on the "Basic Requirements" and "Training Specifications" for writing, featuring comprehensive content, a well-structured layout, and concise language. It adopts a "problem/task-driven" approach to writing, which helps to stimulate students' interest in learning. Selected examples are used to integrate key knowledge points, making the textbook highly readable, operable, and practical. It is accompanied by hands-on guidance and practical training tutorials, facilitating student practice and improvement. Electronic teaching materials and program source codes are provided to meet the needs of multimedia teaching for instructors. This book was revised based on the authors' teaching experience and feedback from readers. The book is divided into 6 chapters, covering main topics such as: basic concepts and laws of circuits, general methods for analyzing resistive networks, analysis of first-order dynamic circuits, steady-state circuit analysis, coupled inductors and ideal transformers, two-port networks, and includes 16 experiments at the end. The book fully considers the actual level of students' mathematical and physical foundations at the junior college level, following a step-by-step and practical approach to facilitate self-study. The content is appropriately concise, practical, and easy to understand with clear concepts. The steps for circuit analysis and solutions are well-explained, striving for accurate results. Examples are realistic and typical, with exercises designed reasonably, including reference answers for self-study. This textbook can be used as a teaching material for junior college students in electrical engineering, communication, electronics, automation, computer science, and mechatronics majors for circuit theory courses. It is also suitable for engineering technicians in the power and telecommunications industries for reference. Electronic teaching materials are provided for instructors, created in PowerPoint and can be modified as needed. Instructors using this textbook can directly download the electronic teaching materials from the China Water Conservancy and Hydropower Press website (www.waterpub.com.cn) or contact Beijing Wanshui Electronic Information Co., Ltd. for access. Contact Number: 010-82564395.