電路學

To teach students the basic current and voltage relationship in electric circuit elements and their analysis methods.

微積分

無備註

教師未提供此項資料

1. 教科書內容豐富但也相當精簡,學生也可以參考上課講義對照課本增強理解。 2. 每章均有作業、由助教改完發還。 3. 教學以課堂授課為主。 4. 上課不定時點名,以期中考試佔30%、期末考試佔40%,作業30%為計分標準,點名不到另外扣分。

• Basic Concepts

  1.Charge and current. 2. voltage. 3. Power and energy.

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  2

• Basic Concepts

  1. Charge and current. 2. voltage. 3. Power and energy.

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  2

• Basic Laws

  1. Ohm’s law 2. Kirchhoff’s laws 3. series resistors 4. parallel resistors

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  2

• Method of Analysis

  1. Nodal analysis 2. Mesh analysis 3. Nodal and mesh analysis with sources

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• Circuit Theorems

  1. Linear property. 2. Superposition 3. Thevenin’s theorem 4. Norton’s theorem 5. Maximum power transfer

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• Operational Amplifiers

  1. Ideal op amp. 2. inverting and noninverting amplifiers 3. Summing and difference amplifier 4. cascade of op amps

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• Capacitors and Inductors

  1. Capacitors 2. series and parallel capacitors. 3. Inductors 4. series and parallel inductors

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• First Order Circuits

  1. The source free RC circuit. 2. The source free RL circuit. 3. Singularity functions. 4. Step response of an RC or an RL circuit. 5. Applications

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• Second Order Circuits

  1. Finding initial and final values. 2. The source free response of a series or a parallel RLC circuit. 3. Step response of a series or a parallel RLC circuit. 4. General second order circuits. 5. Second-order op amp circuits.

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  4

• Sinusoids and Phasors

  1. Sinusoids. 2. Phasors. 3. Phasor relationship for circuit element. 4. impedance and admittance. 5. Kirchhoff law in frequency domain

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• Sinusoidal Steady-State Analysis

  1. Nodal and mesh analysis. 2. superposition 3. Thevnin and Norton equivalent circuits 4. op amp AC circuits.

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• AC Power Analysis

  1. Instantaneous and average power. 2. Maximum average power transfer. 3. Effective or RMS values. 4. Apparent power and power factor. 5. Complex power.

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• Three-Phase Circuit

  1. Balanced three-phase voltages. 2. Balanced Y-Y connection. 3. Balanced Y- connection. 4. Balanced - connection. 5. Balanced -Y connection. 6. power in a balanced system.

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• Magnetically Coupled Circuits

  1. Mutual inductance. 2. Energy in a coupled system. 3. Linear transformers. 4. Ideal transformers.

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• Frequency Response

  1. Transfer function. 2. The dB scale. 3. Bode plots. 4. Series and parallel resonances. 5. Passive filters.

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• Introduction to Laplace Transforms

  1. Definition of the Laplace transform. 2. Properties of the Laplace transform.. 3. The inverse Laplace transform. 4. The convolution integral.

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• Applications of Laplace Transforms

  1. Circuit element models. 2. Circuit analysis. 3. Transfer functions. 4. State variables.

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• Two-port Networks

  1. Impedance Parameters. 2. Admittance Parameters. 3. Hybrid parameters. 4. Transmission parameters.

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Fundamentals of Electric Circuits. 6th Ed. Charles K. Alexander, and Matthew N. O. Sadiku, Mc Graw Hill

地點

ED833

時間

周一下午1:30-3:30

聯絡方式

mhchang@cc.nctu.edu.tw