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Kurikulum 2013
Kode Kuliah EL2001
Nama Kuliah Rangkaian Elektrik
SKS 4
Tahun Ajaran 2016/2017
Semester 1
Urutan Pertanyaan Question
1 Introduction to Circuit Analysis.  Introduction to Circuit Analysis. 
2 Sinusoidal Steady-state Analysis  Sinusoidal Steady-state Analysis 
3 AC Power Analysis  AC Power Analysis 
4 Three-phase Circuits : Balanced Three-phase voltages. Balances Wye-Wye Connection. Balances Wye-Delta Connection. Balances Delta-Wye Connection. Balances Delta-Delta Connection.  Three-phase Circuits : Balanced Three-phase voltages. Balances Wye-Wye Connection. Balances Wye-Delta Connection. Balances Delta-Wye Connection. Balances Delta-Delta Connection. 
5 Three-phase Circuits : Power in balanced system. Unbalances three-phase systems. Applications.  Three-phase Circuits : Power in balanced system. Unbalances three-phase systems. Applications. 
6 Magnetically Coupled Circuits  Magnetically Coupled Circuits 
7 Frequency Response : Transfer function. Bode Plot. Series & Paralel resonances  Frequency Response : Transfer function. Bode Plot. Series & Paralel resonances 
8 Frequency Response : Passive and active Filters. Scaling. Frequency response using SPICE. Applications  Frequency Response : Passive and active Filters. Scaling. Frequency response using SPICE. Applications 
9 Introduction to Laplace Transform  Introduction to Laplace Transform 
10 Applications of Laplace Transform : Circuit element models. Circuit analysis. Transfer functions.  Applications of Laplace Transform : Circuit element models. Circuit analysis. Transfer functions. 
11 Applications of Laplace Transform : State variables. Applications.  Applications of Laplace Transform : State variables. Applications. 
12 The Fourrier Series  The Fourrier Series 
13 The Fourier Transform  The Fourier Transform 
14 Two-port Networks : Impedance, Admittance, hybrid, and transmission Parameters.  Two-port Networks : Impedance, Admittance, hybrid, and transmission Parameters. 
15 Two-port Networks : Impedance, Admittance, hybrid, and transmission Parameters.  Two-port Networks : Impedance, Admittance, hybrid, and transmission Parameters.