本課程自113學年度起申請「彈性學習 學期16+2」之課程。旨在讓學生建立電機電路專業智識、維持課程品質、維護學生受教權、並使學生自主學習習慣之養成。
授課方式:規劃16週實體理論課程，2週彈性課程。彈性課程時間統一規劃於第17-18週。
電路學是電機工程系的第一門專業課程，課程內容中介紹集總電路抽象的基本原理。
涵蓋的主題包括：電阻元件、儲能元件、直流電路、交流電路、放大器、時域和頻域分析...等。
使每位學生的學習，啟自：建立電路的基礎觀念、熟練電路的演算能力、理解所學並架構連結。進而，強調團隊的工作精神和倫理，引導學生積極正向思維，願意為他的家人，他的社會，他的國家做出貢獻。
課程規劃(教師個別目標) Course Plan
培養學生基本電學知識，俾能進一步研習電機、電子、電腦及自動控制等方面的相關學科。
本課程涵蓋被動元件與主動元件的基礎知識，交流與直流電能處理的各項原理，各種轉換電路的原理與優缺點分析，以及數學分析技術在電學上的應用。實際系統建構層面將介紹各種電源轉換系統以及對應的電路設計。
內容包含：
1)16週實體理論課程：1：電路基本觀念。 2：電路基本定律。3：節點電壓與網目電流之電路基本分析法。 4：電路理論。 5：運算放大器。 6：電容及電感特性。 7：一階電。 8：二階電路。
即基本電子元件、基本電路原理與理論、電能處理原理、電源轉換系、統、放大器原理、以及一階、二階電路模型與原理等。
2) 2週彈性課程：電能源獲取(electric energy harvesting)電路實作。
This course will apply for the "Functional Learning Period 16+2" course starting from the 113th year. It aims to enable students to establish professional intelligence in motor and circuits, maintain course quality, maintain teaching rights, and enable students to learn the cultivation of their own habits.
Teaching method: Plan 16 weeks of physical theory discussion course, 2 weeks of flexible course. The elastic course time is planned in the 17th to 18th weeks.
Circuitology is the first professional course in the Department of Electrical Engineering, which provides an introduction to the basic principles of integrating circuit abstraction.
The topics covered include: resistance components, energy storage components, DC circuits, AC circuits, amplifiers, time domain and frequency domain analysis... etc.
Make every student's learning come from: establishing the basic concepts of circuits, familiarizing the calculation ability of circuits, understanding what they have learned and linking the architecture. In addition, he emphasized the team's work spirit and ethics, guided students to think positively and willingly make contributions to his family, his society, and his country.
Course Plan (Teacher's Special Goal) Course Plan
Cultivate students' basic electronic knowledge so that they can further study related subjects in motors, electronics, computers and automatic control.
This course covers the basic knowledge of passive components and active components, the principles of AC and DC power processing, the principles and advantages and disadvantages of various converter circuits, and the application of mathematical analysis technology in electromechanical science. The actual system structure layer will introduce various power conversion systems and corresponding circuit designs.
Contents include:
1) 16-week physical theory course: 1: Basic concepts of circuits. 2: Basic laws of circuits. 3: Basic analysis method of circuit between the voltage at the stage and the network current. 4: Circuit theory. 5: Computational amplifier. 6: Capacitance and inductance characteristics. 7: First-level electric. 8: Second-level circuit.
That is, basic electronic components, basic circuit principles and theoretical discussions, power processing principles, power conversion systems, systems, amplifier principles, as well as first-level and second-level circuit models and principles, etc.
2) 2-week elastic course: electric energy harvesting circuit implementation.
Electric circuits 6th edition, James W. Nilsson
• 作者： James W. Nilsson & Susan A. Riedel.
• 出版社：John Wiley & Sons
Electric circuits 6th edition, James W. Nilsson
• Author: James W. Nilsson & Susan A. Riedel.
• Publisher: John Wiley & Sons
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 期中考+期中小考（35%）期中考+期中小考（35%） Midterm exam + primary and secondary exam (35%) |
35 | |
| 期末考+期末小考（35%）期末考+期末小考（35%） Final exam + Final exam (35%) |
35 | |
| 習題與平時成績（10%）習題與平時成績（10%） Question and timely results (10%) |
10 | |
| 2週彈性課程（20%）2週彈性課程（20%） 2-week flexible course (20%) |
20 |
