Electronic Technology Basic Experiment - (Volume 1 and 2)

Author: Tong Yayue
Publisher:
Publish Date: 2006-07-01
Features: This book focuses on enhancing practical teaching and is divided into two volumes. The first volume, "Analog Electronic Technology and EDA," comprehensively introduces various types of experiments in analog electronic technology. The entire book consists of four chapters and 21 experiments, including 9 hardware experiments, 8 EWB experiments, 4 experiments with system-programmable analog devices, and 6 comprehensive design projects in electronic technology. The second volume, "Digital Electronic Technology and EDA," comprehensively introduces various types of experiments in digital electronic technology. The entire book is divided into four chapters and 3 appendices. Chapter 1: Hardware Experiments of Digital Logic Circuits; Chapter 3: Practice of System-Level Programming Technology, including 9 experiments; Chapter 4: Course Design of Digital Electronic Technology, including 6 circuit system designs. Appendix A: Brief Introduction to EWB Software Usage; Appendix B: User Manual for SE-3 Type ISP Digital System Experiment Box; Appendix C: Reference Table of Common Logic Symbols. This book can serve as a laboratory textbook for "Fundamentals of Electronic Technology" courses in computer science, electronic and information engineering, automation engineering, and electrical engineering at universities and colleges. It can also be used as a textbook for engineering practice in electrical and electronic information engineering, or as a reference and learning material for technicians engaged in automation, electrical engineering, and computer control. This book focuses on enhancing practical teaching and is divided into two volumes. The first volume, "Analog Electronic Technology and EDA," comprehensively introduces various types of experiments in analog electronic technology. The entire book consists of four chapters and 21 experiments, including 9 hardware experiments, 8 EWB experiments, 4 experiments with system-programmable analog devices, and 6 comprehensive design projects in electronic technology. The second volume, "Digital Electronic Technology and EDA," comprehensively introduces various types of experiments in digital electronic technology. The entire book is divided into four chapters and 3 appendices. Chapter 1: Hardware Experiments of Digital Logic Circuits; Chapter 3: Practice of System-Level Programming Technology, including 9 experiments; Chapter 4: Course Design of Digital Electronic Technology, including 6 circuit system designs. Appendix A: Brief Introduction to EWB Software Usage; Appendix B: User Manual for SE-3 Type ISP Digital System Experiment Box; Appendix C: Reference Table of Common Logic Symbols. This book can serve as a laboratory textbook for "Fundamentals of Electronic Technology" courses in computer science, electronic and information engineering, automation engineering, and electrical engineering at universities and colleges. It can also be used as a textbook for engineering practice in electrical and electronic information engineering, or as a reference and learning material for technicians engaged in automation, electrical engineering, and computer control.