电路基础英文版精编版第六版课程设计

电路基础英文版精编版第六版课程设计
1. Introduction
Electricity is an essential component of modern life, powering homes, businesses, and industries around the globe. Understanding the basics of electric circuits is therefore a critical skill for anyone interested in pursuing a career in the electrical or electronics fields. The Circuits Fundamentals course is designed to provide students with an in-depth understanding of electric circuits.
This document outlines a course design for the sixth edition of the Electric Circuits Fundamentals textbook, a well-known and widely-used resource for undergraduate students studying electrical and electronics engineering.
2. Course Objectives
The primary objective of this course is to provide students with a comprehensive understanding of the fundamental principles of electric circuits. By the end of the course, learners will be able to:
•Design, analyze, and interpret electric circuits using standard tools and techniques.
•Understand the physical principles that underpin electric circuits, and how these principles relate to
real-world applications.
•Effectively communicate their understanding of electric circuits to others, both in written and oral
formats.
3. Course Outline
The Circuits Fundamentals course comprises 14 chapters, covering a wide range of topics related to electric circuits. The following table provides an overview of the course structure:
Chapter Topic Learning Objectives
1 Basic Concepts To introduce the fundamental
concepts of electric circuits
2 Resistance and
Ohm’s Law To understand the resistance and its relationship with Ohm’s Law
3 Energy and Power in
Circuits Get to know energy concepts and power dissipation in circuits
4 Series Circuits Understand the properties and
analyze the behavior of series
circuits
5 Parallel Circuits Understand the properties and
analyze the behavior of parallel
circuits
6 Series-Parallel
Circuits Understand the properties and analyze the behavior of series-parallel circuits
7 Circuits with
Capacitors Get to know the properties and behavior of circuits with capacitors
8 Circuits with
Inductors Get to know the properties and behavior of circuits with inductors
9 Circuits with
Capacitors and
Inductors Understand the behavior of circuits with capacitors and inductors
10 Frequency Response Understand the frequency and its
response in circuit elements
11 AC Power Understand the properties of
alternating current power
12 Three-Phase
Circuits Understand the principles and usage of three-phase circuits
13 Transformers Understand the behavior and
principles of transformers
14 Circuit Analysis
using SPICE
Software Understand the usage and implementation of SPICE software
4. Course Materials
4.1 Required Textbook
The required textbook for this course is the sixth edition of the Electric Circuits Fundamentals textbook. This resource provides a comprehensive overview of the topics covered in the course and includes a range of helpful examples, exercises, and review questions to support learning.
4.2 Required Hardware
Students will also need access to the following hardware: • A computer or laptop with appropriate software for circuit simulation, such as the SPICE software.
•Basic tools for building and testing circuits, including multimeters, signal generators, and
oscilloscopes.
5. Course Assessment
Student learning in this course will be assessed through a combination of homework assignments, quizzes, and exams.
Homework assignments will be given regularly to reinforce key concepts introduced in each chapter. Quizzes will be given throughout the course to assess student understanding of specific topics, while exams will be given at the end of the course to evaluate overall knowledge and understanding.
6. Conclusion
The Circuits Fundamentals course provides students with a comprehensive understanding of electric circuits and their applications. By completing this course, learners will develop a deep understanding of the fundamental principles of electric circuits, as well as the ability to apply this knowledge to real-world situations.。