Fred Terry Lectures for EECS 215 Winter Semester 2010
  1. Course Mechanics and Introduction
  2. Circuit Teminology 1
  3. Circuit Terminology 2
  4. Resistive Circuits 1
  5. Resistive Circuits 2
  6. Resistive Circuits 3 and  Non-Linear Circuits 1
  7. Nodal Analysis 1
  8. Nodal Analysis II
  9. Supernodes and Examples
  10. Nodal Analysis III  Examples
  11. Mesh Analysis 1
  12. Mesh Analysis II
  13. Circuit Theorems I Linearity and Superposition
  14. Circuit Theorems I part 2
  15. Circuit Theorems Part 3
  16. Maximum Power Transfer and BJTs
  1. Op Amps 1
  2. Op Amps 2
  3. Op Amps 3
  4. Op Amps 4 Multistage Example
  5. Nodal Thevenin Norton Examples 1
  6. Nodal Thevenin Norton Examples 2
  7. Transistor Concepts and MOSFETs 1
  8. Transistor Concepts and MOSFETs 2
  9. Capacitors and Inductors 1
  10. Capacitors and Inductors 2 and  FOC 1
  11. FOC 2
  12. FOCs 3
  13. FOCs 4 and Op Amp Circuit Stability
  1. Second Order Circuits 1
  2. Second Order Circuits 2
  3. Second Order Circuits 3
  4. Second Order Circuits 4
  5. SOC 5 and AC Steady State 1
  6. SOC 6 Time and S Domain Examples
  7. AC Steady State 2
  8. AC Steady State 3
  9. AC Steady State 4
  10. AC Steady State 4
  11. AC Power 1
  12. AC Power 2 Matching Network
  13. Frequency Response 1
  14. Frequency Response 2
  15. Frequency Response 3
  16. Filters 1
  17. Filters 2
  18. Superhet receiver

Printed Resources

  1. Readme.pdf

  2. Problem Sets.pdf

  3. Exams.pdf

  4. Prof. Terry Lecture Notes/Fred Terry Circuit Lectures Portfolio.pdf