使學生瞭解交流電的分析原理與應用電感電容與互感
一階電路響應
二階電路響應
弦波穩態分析與功率計算
平衡三相電路
Laplace轉換與電路分析
雙埠電路分析Enable students to understand the analysis principles of AC power and application of inductor capacitors and mutual inductance
First-level circuit response
Second-level circuit response
Stability analysis and power calculation of string waves
Balanced three-phase circuit
Laplace conversion and circuit analysis
Double port circuit analysis
由能量守衡與電荷量守衡為出發，讓學生了解克西荷夫定律的由來。再介紹電路所使用的電阻、電容、電感元件由來與特性，使學生瞭解如何利用元件特性來組成網路，並知道如何利用定律來分析網路。
The energy balance and charge balance are developed to allow students to understand the origin of Kessev's law. Then introduce the resistor, capacitor, and inductor components used in the circuit, so that students can understand how to use component characteristics to form a network, and know how to use laws to analyze the network.
Electric Circuit
by Nilsson/Riedel
10th Ed. Pearson
Electric Circuit
by Nilsson/Riedel
10th Ed. Pearson
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 期中考期中考 Midterm exam |
30 | |
| 期末考期末考 Final exam |
30 | |
| 習題與平時成績習題與平時成績 Questions and daily relationships |
40 |
