Electronic Technology Basics: Analog Part (University Course Study·Practice·Examination Series)

Author: Wu Jin
Publisher:
Publish Date: 2004-04-01
Features:
Features of this book:
· Focuses on cultivating high-quality knowledge talents, complementing mainstream textbooks for learning and exams, and continuously releasing supplementary materials covering core courses in higher education institutions.
· Based on teaching syllabi and postgraduate entrance examination syllabi, it provides three-dimensional from the perspectives of 'learning, practicing, and examining,' ensuring that course learning is beneficial and effective for review and exam preparation.
· The key focus is on solving difficult problems and mastering problem-solving methods, broadening problem-solving approaches and enhancing analytical skills. It not only teaches readers the 'fish' but also empowers them with the 'fishing rod.'
· Selected exercises from mainstream textbooks are solved to help readers digest and consolidate their knowledge.
· Authored by experienced and highly accomplished teachers with deep academic expertise, the book has a well-structured and clear hierarchy.
This book is based on the teaching syllabus of Electronic Technology Fundamentals (Analog Part) and the basic requirements for postgraduate entrance examinations, developed through the author's years of teaching practice. It first briefly introduces the fundamentals of semiconductor devices, then focuses on analyzing unipolar amplification circuits, multistage amplification circuits, and integrated operational amplifier circuits, including their structural composition, working principles, and reference calculation methods. On this foundation, it systematically discusses five key sections: negative feedback circuits, typical examples and postgraduate entrance examination question analysis, selected and solved important exercises, and two-tier training questions.
In terms of content selection, special attention is given to choosing important, typical, and representative fundamental problem solutions, as well as comprehensive and thought-provoking exercises with varying levels of depth. Through the analysis, solution, and summarization of typical examples, the book distills the problem-solving patterns, methods, and techniques for different types of questions. The detailed problem-solving processes and diverse methods are designed to help readers comprehensively and systematically master the knowledge they have learned.
This book is suitable for undergraduate and associate degree students in electrical engineering majors in higher education institutions, self-study learners, as well as those who aspire to further their studies through postgraduate entrance examinations.