Fundamentals of Electrical Engineering (14章)

<內容簡介>

Today's engineers must be able to communicate effectively within the interdisciplinary teams in which they work. Electrical, electronic and electromechanical systems are pervasive in all aspects of engineering design and analysis. This text serves to prepare students for their careers following these basic objectives:

• To present the fundamentals of electrical and electronic circuits, and of electronic and electromechanical systems using an approach that is designed to appeal to students from a variety of engineering disciplines through applied examples and effective pedagogy.
• To introduce students to the most appropriate analytical and computational tools to solve a variety of practical problems.
• To illustrate by way of concrete, fully developed examples, many relevant applications of the fundamentals of electrical engineering.

This text focuses on the fundamental topics that form the content of most introductory EE courses. The hallmark feature of extensive use of practical, interesting applications from all areas of engineering to illustrate fundamental issues can be found in this text, as well as in Principles and Applications of Electrical Engineering, also by Giorgio Rizzoni.

Fundamentals of Electrical Engineering is the ideal choice for introductory electrical engineering courses with a mixed audience: it combines appropriate rigor with a wealth of basic, intermediate, and advanced examples. It uses excellent pedagogy in reinforcing basic concept and solution methods, and will serve the students as a useful reference throughout their engineering careers.

• Learning Objectives offer an overview of key chapter ideas. Each chapter opens with a list of major objectives, and throughout the chapter the learning objective icon indicates targeted references to each objective.
• Focus on Methodology sections summarize important methods and procedures for the solution of common problems and assist the student in developing a methodical approach to problem solving.
• Clearly Illustrated Examples illustrate relevant applications of electrical engineering principles. The examples are fully integrated with the "Focus on Methodology" material, and each one is organized according to a prescribed set of logical steps.
• Check Your Understanding exercises follow each example in the text and allow students to confirm their mastery of concepts.
• Make the Connection sidebars present analogies to students to help them see the connection of electrical engineering concepts to other engineering disciplines.
• Find It on theWeb links included throughout the book give students the opportunity to further explore practical engineering applications of the devices and systems that are described in the text.

<章節目錄>

Chapter 1: Introduction to Electrical Engineering
Chapter 2: Fundamentals of Electric Circuits
Chapter 3: Resistive Network Analysis
Chapter 4: AC Network Analysis
Chapter 5: Transient Analysis
Chapter 6: Frequency Response and System Concepts
Chapter 7: AC Power
Chapter 8: Operational Amplifiers
Chapter 9: Semiconductors and Diodes
Chapter 10: Bipolar Junction Transistors: Operation, Circuit Models, and Application
Chapter 11: Field-Effect Transistors: Operation, Circuit Models, and Application
Chapter 12: Digital Logic Circuits
Chapter 13: Principles of Electromechanics
Chapter 14: Introduction to Electric Machines
Appendix A Linear Algebra and Complex Numbers
Appendix B The Laplace Transform
Appendix C Fundamentals of Engineering (FE) Examination
Appendix D Answers to Selected Problems

<內容簡介>

現今的工程師必須能夠在跨學科團隊中有效溝通。電氣、電子和電機系統在工程設計和分析的各個方面都普遍存在。本書旨在通過應用實例和有效的教學法，為學生們為他們的職業生涯做好以下基本目標的準備：

• 以吸引各種工程學科的學生為目標，介紹電路的基礎知識，以及電子和電機系統的基礎知識。
• 引導學生熟悉解決各種實際問題的最適分析和計算工具。
• 通過具體的、完整的實例，展示電氣工程基礎知識的許多相關應用。

本書專注於大多數入門電氣工程課程的基本主題。該書的特點是廣泛運用來自工程各個領域的實際有趣應用來說明基本問題，這一特點也可以在同樣由Giorgio Rizzoni撰寫的《電氣工程原理與應用》中找到。

《電氣工程基礎知識》是入門電氣工程課程的理想選擇，適合各種學術背景的學生：它結合了適當的嚴謹性和豐富的基礎、中級和高級實例。它在強化基本概念和解決方法方面使用了出色的教學法，並將在學生的工程生涯中作為一個有用的參考資料。

• 學習目標提供了每個章節主要思想的概述。每個章節開始時列出了主要目標，並且在整個章節中，學習目標圖示指示了對每個目標的相關參考資料。
• 方法論重點部分總結了解決常見問題的重要方法和程序，幫助學生發展有系統的解決問題的方法。
• 清晰的實例說明了電氣工程原理的相關應用。這些實例與“方法論重點”材料完全結合，每個實例都按照一組預定的邏輯步驟組織。
• 檢查你的理解練習跟隨文本中的每個實例，讓學生確認他們對概念的掌握程度。
• 建立聯繫側欄提供類比給學生，幫助他們看到電氣工程概念與其他工程學科的聯繫。
• 整本書中包含的在網上尋找鏈接給予學生進一步探索在文本中描述的設備和系統的實際工程應用的機會。

第1章：電氣工程簡介
第2章：電路基礎知識
第3章：電阻網路分析
第4章：交流網路分析
第5章：瞬態分析
第6章：頻率響應和系統概念
第7章：交流電力
第8章：運算放大器
第9章：半導體和二極管
第10章：雙極性接面電晶體：操作、電路模型和應用
第11章：場效應電晶體：操作、電路模型和應用
第12章：數位邏輯電路和系統
第13章：電力電子學
第14章：電機機械系統
第15章：電力系統
第16章：控制系統
第17章：通信系統
第18章：電子儀器和測量
第19章：電磁場和電磁波
第20章：電力電子學應用
第21章：電力系統應用
第22章：控制系統應用
第23章：通信系統應用
第24章：電子儀器和測量應用