Circuit Basics and Analog Electronic Technology (Revised Edition)

Author: Li Shuxiong
Publisher:
Publish Date: 2005-01-01
Features: This book organically integrates "Circuit Basics" and "Analog Electronic Technology." While ensuring the necessary classic content, it strives to reflect modern theories and advanced technologies, emphasizing application over theory. It consists of 10 chapters, with the first 4 chapters covering circuit basics: fundamental concepts and laws of circuits, circuit analysis methods, sinusoidal AC circuits, and transient processes in circuits. The last 6 chapters focus on analog circuits, including semiconductor diodes and their applications, amplification circuits, negative feedback in amplification circuits, and the application of operational amplifiers, among others. The presentation is clear and coherent. The text carefully distinguishes between the main body, examples, and exercises, with summaries provided at the end of each chapter. This book is suitable for teaching at undergraduate, vocational, and technical colleges, particularly for computer majors, as well as for electrical and non-electrical disciplines. It can also serve as a reference for professional technicians. This book organically integrates "Circuit Basics" and "Analog Electronic Technology." While ensuring the necessary classic content, it strives to reflect modern theories and advanced technologies, emphasizing application over theory. It consists of 10 chapters, with the first 4 chapters covering circuit basics: fundamental concepts and laws of circuits, circuit analysis methods, sinusoidal AC circuits, and transient processes in circuits. The last 6 chapters focus on analog circuits, including semiconductor diodes and their applications, amplification circuits, negative feedback in amplification circuits, and the application of operational amplifiers, among others. The presentation is clear and coherent. The text carefully distinguishes between the main body, examples, and exercises, with summaries provided at the end of each chapter. This book is suitable for teaching at undergraduate, vocational, and technical colleges, particularly for computer majors, as well as for electrical and non-electrical disciplines. It can also serve as a reference for professional technicians.