本課程涵蓋電學理論的驗證，以及軟體工具的應用。課程一開始將藉直流純電阻系統驗證各種電路理論，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模擬工具的方便性以及對工程專業人員的助益。最後，分析RLC電路的暫態響應並運用於複雜的實際系統上。
本課程將搭配普通物理(I)一起修讀。本課程涵蓋電學理論的驗證，以及軟體工具的應用。課程一開始將藉直流純電阻系統驗證各種電路理論，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模擬工具的方便性以及對工程專業人員的助益。最後，分析RLC電路的暫態響應並運用於複雜的實際系統上。
本課程將搭配普通物理(I)一起修讀。

This course covers the verification of electrical theory and the application of software tools. At the beginning of the course, various circuit theories will be verified using the DC pure resistance system. Then, the I-V relationship of inductors and capacitors and their reactions in the circuit will be used to enable students to understand the convenience of simulation tools and their help to engineering professionals. Finally, the transient response of the RLC circuit is analyzed and applied to complex actual systems.
This course will be taken together with General Physics (I). This course covers the verification of electrical theory and the application of software tools. At the beginning of the course, various circuit theories will be verified using the DC pure resistance system. Then, the I-V relationship of inductors and capacitors and their reactions in the circuit will be used to enable students to understand the convenience of simulation tools and their help to engineering professionals. Finally, the transient response of the RLC circuit is analyzed and applied to complex actual systems.
This course will be taken together with General Physics (I).

自編講義、網路資源。

Self-compiled handouts and online resources.