Electronic Technology Basics

Author: Bian Xiaomei
Publisher:
Publish Date: 2004-02-01
Features: This book adheres to the spirit of teaching reform and appropriately reflects the latest developments in electronic technology. In terms of content organization, it embodies the characteristics of secondary vocational education, making it easy to understand and accessible. It emphasizes the cultivation of students' abilities to analyze and solve problems, read and interpret electronic circuit diagrams, and innovate. The authors have paid attention to the integration of scientific rigor and accessibility in the textbook, correctly addressing the conflict between the advanced nature of the content and the limited. Outdated content has been deleted, while outdated but still necessary material has been simplified. Additionally, the book uses new national standards for graphical symbols.
Facing the rapid development of electronic technology, the authors have appropriately handled the content of the entire book. In addition to selecting key content, they have ensured the introduction of fundamental concepts, basic circuits, and basic analysis methods, focusing on the physical significance and avoiding complex formula derivations. They have also emphasized the discussion of engineering estimation methods. This book is convenient for teachers to organize instruction and for students to study independently. It serves as a technical foundation course textbook for electronic and electrical specialty students in secondary vocational schools. The book consists of 17 chapters and 16 experiments, covering the following topics: semiconductor diodes and their applications; semiconductor triodes and amplification circuits; field-effect transistors and amplification circuits; negative feedback amplification circuits; integrated operational amplifier circuits and their applications; low-frequency power amplification circuits; DC power supplies; sine wave oscillators; thyristors and their application circuits; fundamentals of digital circuits; logic gate circuits; combinational logic circuits; flip-flops; sequential logic circuits; generation and transformation of pulse waveforms; analog-to-digital conversion and digital-to-analog conversion; an introduction to large-scale digital integrated circuits.
This book is suitable for three-year students of electronic and electrical specialties in secondary vocational schools.