Holiday
DELTA台達216 M3M4W2
本課程為電機系核心課程之一。以積分方程、微分方程的數學語言建構馬克士威方程組(Maxwell’s equations),據以解釋實 驗觀察到之靜電、穩態電流、靜磁、電磁感應及與材料之交互作用等物理現象。課程也將透過平面波、傳輸線、天線等工程實例 示範反射、穿透、色散等波動通性。本課程所需要的先備知識為:微積分(一二)、向量分析、普通物理(一二)、電路學、傅立葉 轉換。對選修電磁波、光電工程、光電子學、微波工程、高頻電路設計、固態電子元件等進階課程至關重要。 In this core subject of EE program, Maxwell’s equations under the fr<x>amework of integral equations and differential equations will be employed to justify the phenomena of electrostatics, steady-state currents, magnetostatics, electromagnetic induction and field-matter interaction. Engineering examples, like plane waves, transmission lines and antennas, will also be addressed to illustrate the general wave properties, such as reflection, transmission and dispersion. The prerequisites of this subject include Calculus I & II, Vector A
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Average Percentage 81.43
Std. Deviation 9.06
平均GPA 3.27
標準差 1.08
平均百分制 76.34
標準差 14.04
平均GPA 3.13
標準差 1.1
平均百分制 82.97
標準差 10.23
優先加簽電機系電資班大四大三。其他申請者須詳述加簽理由,由授課教師斟酌是否接受加簽。
電機系大學部2年級,電資院學士班大學部2年級優先,第3次選課起開放全校修習
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