Circuit Basics (English Adapted Version)

Author: Li Chunmiao
Publisher:
Publish Date: 2005-01-01
Features: This book is adapted from the classic work "Engineering Circuit Analysis (Sixth Edition)" in circuit analysis. The editors have made significant modifications to it based on years of teaching experience and the current teaching syllabus, aiming to make it more suitable as an English textbook for undergraduate students in electrical and computer engineering at universities. The book starts with basic circuit elements, voltage and current laws, and introduces common analysis methods such as node and mesh analysis, superposition theorem, and source transformation. For AC circuits, it begins with sinusoidal steady-state analysis of RLC circuits, then explains AC power and magnetically coupled circuits. To adapt to modern technological trends, the authors have enriched advanced content such as Fourier analysis and two-port networks. The authors strive to combine theory with practice, providing abundant examples and data. The book includes numerous examples, exercises, and problems, with answers to some problems at the end of each chapter. This book can be used as a bilingual teaching textbook or a reference book for professional English teaching for undergraduate students in electrical engineering, computer engineering, and related fields at universities, or for self-study and reference by relevant personnel. This book is adapted from the classic work "Engineering Circuit Analysis (Sixth Edition)" in circuit analysis. The editors have made significant modifications to it based on years of teaching experience and the current teaching syllabus, aiming to make it more suitable as an English textbook for undergraduate students in electrical and computer engineering at universities. The book starts with basic circuit elements, voltage and current laws, and introduces common analysis methods such as node and mesh analysis, superposition theorem, and source transformation. For AC circuits, it begins with sinusoidal steady-state analysis of RLC circuits, then explains AC power and magnetically coupled circuits. To adapt to modern technological trends, the authors have enriched advanced content such as Fourier analysis and two-port networks. The authors strive to combine theory with practice, providing abundant examples and data. The book includes numerous examples, exercises, and problems, with answers to some problems at the end of each chapter. This book can be used as a bilingual teaching textbook or a reference book for professional English teaching for undergraduate students in electrical engineering, computer engineering, and related fields at universities, or for self-study and reference by relevant personnel.