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课程目录
1.1 Circuit Variables
1.2 Reference Direction
1.3 Circuit Elements
1.4 Kirchhoff's Law
2.1 Elements in Series / in Parallel
2.2 Delta-Wye Transformation
2.3 Source Transformation
3.1 Node-Voltage Method
3.2 Mesh-Current Method
3.3 Superposition
3.4 Thevenin & Norton Equivalent
3.5 Maximum Power Transfer
4.1 Inductor & Capacitor
4.2 Combination of Capacitor & Inductor
4.3 Mutual Inductance
5 Response of First-Order RL and RC Circuit
6.1 Natural and Step Response of 2nd-Order Circuits
6.2 Response of Step and Impulse Excitations
7.1 Sinusoidal Source
7.2 The Phasor
7.3 Passive Circuit Elements In The Frequency Domain
7.4 Circuit Analysis in Frequency Domain
8 Sinusoidal Steady-State Power Calculations
9 Resonance
10.1 Linear Transformer
10.2 Ideal Transformer
11.1 Balanced Three Phase Voltages
11.2 Three Phase Voltages & Loads
11.3 Analysis of Balanced Three-Phase Circuits
11.4 Analysis of Unbalanced Three-Phase Circuits
11.5 Power of Three-Phase Circuits
12.1 Laplace Transform
12.2 Inverse Laplace Transform
12.3 Circuit Analysis In The s Domain
12.4 Transfer Function
13.1 Fourier Series
13.2 Application In Circuit Analysis
14 Two-Port Circuits
1.2 Reference Direction
1.3 Circuit Elements
1.4 Kirchhoff's Law
2.1 Elements in Series / in Parallel
2.2 Delta-Wye Transformation
2.3 Source Transformation
3.1 Node-Voltage Method
3.2 Mesh-Current Method
3.3 Superposition
3.4 Thevenin & Norton Equivalent
3.5 Maximum Power Transfer
4.1 Inductor & Capacitor
4.2 Combination of Capacitor & Inductor
4.3 Mutual Inductance
5 Response of First-Order RL and RC Circuit
6.1 Natural and Step Response of 2nd-Order Circuits
6.2 Response of Step and Impulse Excitations
7.1 Sinusoidal Source
7.2 The Phasor
7.3 Passive Circuit Elements In The Frequency Domain
7.4 Circuit Analysis in Frequency Domain
8 Sinusoidal Steady-State Power Calculations
9 Resonance
10.1 Linear Transformer
10.2 Ideal Transformer
11.1 Balanced Three Phase Voltages
11.2 Three Phase Voltages & Loads
11.3 Analysis of Balanced Three-Phase Circuits
11.4 Analysis of Unbalanced Three-Phase Circuits
11.5 Power of Three-Phase Circuits
12.1 Laplace Transform
12.2 Inverse Laplace Transform
12.3 Circuit Analysis In The s Domain
12.4 Transfer Function
13.1 Fourier Series
13.2 Application In Circuit Analysis
14 Two-Port Circuits
课程详情
This course talks about the fundamentals and analysis of electric circuits which are paths for transmitting electric currents. This course is one of the important courses for electrical engineering (EE undergraduates. It presents fundamentals, basic laws
This course talks about the fundamentals and analysis of electric circuits which are paths for transmitting electric currents. This course is one of the important courses for electrical engineering (EE undergraduates. It presents fundamentals, basic laws, and theorems and analysis methods of electric circuits.
This course talks about the fundamentals and analysis of electric circuits which are paths for transmitting electric currents. This course is one of the important courses for electrical engineering (EE undergraduates. It presents fundamentals, basic laws, and theorems and analysis methods of electric circuits.
