Analysis and Synthesis of Circuits

Lectures:

  1. Circuit Analysis with Signal Flowgraphs.
  2. Stability Analysis of Linear Time-Invariant Systems.
  3. Graphical Stability Analysis Criteria (Michailov, Nyquist).
  4. State Space. State Variables.
  5. Formulation of State Equations for a Passive Circuit.
  6. Passive Two-Ports Analysis. Symmetric and Non-Symmetrical Two-Ports.
  7. Applications of Two-Ports.
  8. Matching of Circuits.
  9. T & PI Impedance Matching Circuits. Rejection of Frequencies.
  10. Passive Filters. Constant-k Filters.
  11. Derived Filters. Characteristic Impedance Correction.
  12. Applications of Filters.
  13. System Function Approximation. Active Filters.
  14. Review & Exam Preparation.

Support material

ENG

Laboratory Classes:

  1. Introduction to Matlab
  2. Defining of Systems.
  3. Stability of Systems.
  4. 1st and 2nd Order Systems.
  5. Filters.
  6. State Variables.
  7. Lab classes recovery.

Support material

ENG

Biblioteci OrCAD suplimentare:

biblioteca_tesem
biblioteca_camp

Seminary Classes:

  1. Signal Flowgraph.
  2. Michailov Stability Criteria.
  3. State Space.
  4. Passive Two-Ports.
  5. Impedance Matching Circuits.
  6. Constant-k and Derived Filters.
  7. Feedback Systems. Nyquist Stability Criteria.