本課程主要是動力學、熱力學、電學、磁學與電磁效應為主，動力學與熱力學為未來職場中工業設備建立理論基礎，電學、磁學與電磁效應為未來職場中工業控制電路設計建立理論基礎，透過本課程讓學生能建立未來工業機構設計與控制的基礎概念，並為電子電路的先修課程，這一系列學習旨在為學生建立現在工業硬體控制的基礎能力。

This course mainly focuses on dynamics, heat, electromechanical, magnetism and electromagnetism effects. Dynamics and thermal science establish theoretical foundations for industrial equipment in the future, and electromechanical, magnetism and electromagnetism effects should be industrial control circuits in the future. This course aims to establish a theoretical foundation. Through this course, students can establish basic concepts of future industrial organization design and control, and be a pre-requisite course for electronic circuits. This series of learning aims to establish basic capabilities for students in the current industrial hard control.

本課程內容包含基本電路觀念、電阻電路分析、迴路與節點電路分析技術、重疊定理、戴維寧與諾頓定理、電容與電感、一階與二階暫態電路之分析及交流電路的分析技巧等，由淺入深，由基本電路觀念到交流電路的分析，並透過習題的計算演練，使學生能有效及有效率的學習，而能理解基本電路原理及電路設計的基本概念。

The content of this course includes basic circuit concepts, resistance circuit analysis, circuit and node circuit analysis technology, retraction theorem, Devining and Nodo's theorem, capacitance and inductance, first- and second-level static circuit analysis, and AC circuit analysis skills, etc. From the purity to the depth, from the basic circuit concept to the analysis of AC circuit, and through the calculation and performance of topics, students can learn effectively and efficiently, and understand the basic circuit principles and basic concepts of circuit design.

University Physics Third Revised Edition, Harris Benson

University Physics Third Revised Edition, Harris Benson