本課程涵蓋電學理論對應的物理基礎知識，以及數學分析技術在電學上的應用。課程一開始將藉直流純電阻系統說明各種電路理論，接著藉電感和電容的I-V關係及其在電路內的反應使學生體會數學做為一種語言及工具對工程專業人員的助益。最後，分析RLC電路的暫態響應並說明此現象與能量不滅原理之相關性。
本課程將搭配電子電路軟體實習(I)一起修讀。本課程涵蓋電學理論對應的物理基礎知識，以及數學分析技術在電學上的應用。課程一開始將藉直流純電阻系統說明各種電路理論，接著藉電感和電容的I-V關係及其在電路內的反應使學生體會數學做為一種語言及工具對工程專業人員的助益。最後，分析RLC電路的暫態響應並說明此現象與能量不滅原理之相關性。
本課程將搭配電子電路軟體實習(I)一起修讀。

This course covers the physics-based knowledge that is relevant to electromechanical theory and the application of mathematical analysis technology in electromechanical science. The course begins by using a DC pure resistor system to explain various circuit theories, and then through the I-V relationship between inductor and capacitor and its reaction in the circuit, student mathematics is used as a language and tool to help engineering professionals. Finally, the static response of the RLC circuit is analyzed and the correlation between this phenomenon and the energy imbalance principle is explained.
This course will be studied with electronic circuit software (I). This course covers the physics-based knowledge that is relevant to electromechanical theory and the application of mathematical analysis technology in electromechanical science. The course begins by using a DC pure resistor system to explain various circuit theories, and then through the I-V relationship between inductor and capacitor and its reaction in the circuit, student mathematics is used as a language and tool to help engineering professionals. Finally, the static response of the RLC circuit is analyzed and the correlation between this phenomenon and the energy imbalance principle is explained.
This course will be studied with electronic circuit software (I).

“Electric Circuit”, by J. W. Nilsson and S. A. Riedel, Pearson Education Limited, 10th Ed., 2015

“Electric Circuit”, by J. W. Nilsson and S. A. Riedel, Pearson Education Limited, 10th Ed., 2015