Modern Electronic Circuits (Volume 2)

Author: Wang Zhigang
Publisher:
Publish Date: 2003-10-01
Features: This textbook consists of 9 chapters, divided into two volumes. Volume 2 includes: Chapter 5 Power Circuits, Chapter 6 Basic Communication Circuits, Chapter 7 Sensors and Signal Conditioning Circuits, Chapter 8 Analog-to-Digital and Digital-to-Analog Converters, and Chapter 9 Engineering Issues in Electronic System Design. Compared to similar textbooks, the last three chapters are newly added content. Chapter 7 introduces specialized circuit techniques for sensor applications, including bridge amplifiers, charge amplifiers, high common-mode voltage Norton amplifiers, isolated amplifiers, self-zeroing amplifiers, two-wire transmitters, and nonlinear correction techniques for sensors. Chapter 8 primarily covers A/D and D/A converters, as well as the principles of ∑-Δ oversampling converters. Chapter 9 discusses important concepts such as electronic system design, low-noise design, electromagnetic compatibility design, and reliability design. This textbook significantly reduces the of discrete component circuit analysis and design while strengthening the introduction of specialized new devices and application technologies. It emphasizes integrated circuits, application principles, and application techniques, and adds introductory knowledge for those new to analog electronic system design. The two volumes are suitable for undergraduate teaching with a total of 120-200 hours (two semesters) of instruction, and can also be referenced by undergraduate graduates, graduate students, and engineers working on practical electronic system design.