Inel 3105; Circuit Analysis I

Office S-510, Hours: M-W-F 9:00am-12:m

Tel.: 832-4040 Ext.: 2145

Announcements

  • As of November 2, 2000, on Friday, Thursday 17 will have Tuesdays classes, so we will be meeting. This may change, so keep checking.

  • Keep coming to the page for the latest information on the class.

    Class Summary (Class 17)

  • Staedy-State Sinusoidal Analysis
  • Sinusoidal Response

    • Sections that will be cover for the third test

  • Nilsson & Riedel:6.1-6.3, 9.1-9.5, 9.7, 9.9, 10.1, 10.2, 10.4, 10.6

  • Practice Problems:
    • Go to exercices.

    Class Summary (Class 16)

  • Mutual Inductance as Function of the Self Inductances
  • Examples

    • Class Summary (Class 15)

  • Series & Parallel Combinations of Inductors and Capacitors
  • Mutual Inductance (Magnetically Coupled Circuits)

    • Class Summary (Class 14)

  • Capacitance and Inductance
    1. Capacitor Charactaristics
    2. Voltage-Current relationship
    3. Inductor Charactaristics
    4. Voltage-Current relationship

    Class Summary (Class 13)

  • The Operational Amplifier
    1. Op-Amp Characteristics
    2. Example: Inverting Amplifier
    3. Example: Non-Inverting Amplifier

    Class Summary (Class 12)

  • Maximum Power Transfer
  • Techniques of Circuit Analysis
    1. Superposition

    Class Summary (Class 11)

  • Techniques of Circuit Analysis
    1. Source Transformation
    2. Thevenin Equivalent
    3. Norton Equivalent

    Class Summary (Class 10)

  • Techniques of Circuit Analysis
    1. Mesh-Current Method
    2. Dependent Sources

    Class Summary (Class 9)

  • Techniques of Circuit Analysis
    1. Node-Voltage Method
    2. With Dependent Sources
    3. Concept of the Super Node

    Class Summary (Class 8)

  • Fisrt Test

    • Class Summary (Class 7)

  • Techniques of Circuit Analysis
    1. Nodal Analysis Equations

    Sections that will be cover for the second test

  • Nilsson & Riedel: 4.1-4.7, 4.9-4.10, 4.12-4.13, 5.1-5.6, 6.1-6.3

  • Practice Problems:
    • Go to exercices.

    Class Summary (Class 6)

  • Delta-Wye/Wye-Delta Transformation
  • Circuits with Dependent Sources

    • Class Summary (Class 5)

  • Single-Node-Pair Circuits
    1. Current Divider
  • Problem Session

    • Class Summary (Class 4)

  • Kirchhoff's Laws
    1. Kirchhoff's Current Law
    2. Kirchhoff's Voltage Law
  • Single-Loop Circuits
    1. Voltage Divider

    Class Summary (Class 3)

  • Voltage & Current Sources
    1. Independent sources
    2. Dependent sources
  • Resistivity/Resistance
  • Ohm's Law

    • Class Summary (Class 2)

  • Power & Energy

    • Class Summary (No Class)

      No classes, Huracan Devvy.

    Class Summary (Class 1)

  • Units Review
  • Current & Voltage
  • Basic Element of a Circuit

    • Sections that will be cover for the first test

  • Nilsson & Riedel: 1.2 to 1.6, 2.1 to 2.5, 3.1 to 3.7

  • Practice Problems:
    • Go to exercices.

    Questions and comments: lorama@ece.uprm.edu

    Back to Classes Page

    End of section for this semester.