Fall 97 EE 11 Information


Recitation room change for all semester for all sections: Tompkins 306
Note: ALL quizzes are in the recitation.
List of suggested tutors ...
Week 1

Tuesday: Introduction; start Chapter 1.
Thursday: Finish Chapter 1; start Chapter 2.
Week 2
Tuesday: Chapter 2; KVL, KCL, examples; announce Quiz 1;
Thursday: Finish Chapter2; start Chapter 3.
Week 3
Tuesday: Quiz 1 ; Chapter 3: AC steady state circuits; phasors;
Thursday: AC steady state circuit analysis.
Week 4
Tuesday: Chapter 3 and Chapter 4; AC steady state problems; handout H.W. 3 and 4 solutions.
Thursday: More on AC steady state on Chapters 3 and 4; AC power.


Week 5

Tuesday: Conclude 4; start Chapter 5; Quiz 2
Thursday: Chapter 5: Thevenin and Norton equivalent circuits.
Week 6
Tuesday: Nodal and Mesh analysis ; source transformations with examples.
Thursday: More on Nodal and Mesh analysis; examples.
Week 7
Tuesday: Solution of steady-state circuit problems.
Thursday: Start Chapter 8 (cover until Sec. 8.4.5); Dependent voltage and current sources; op-amps.
Week 8
Tuesday: No class (Designated Monday!).
Thursday: Op-amps; more on dependent sources with examples; return Quiz 3.


Week 9

Tuesday: More on Op-amp and dependent source circuits.
Thursday: More on Op-Amps until Sec. 8.4.5; Introduction to filters and transfer function H(jw).
Week 10
Tuesday: Chapter 9: 2nd Order RLC filter; example of low-pass, high-pass, band-pass and band-stop
Thursday: More on RLC; example of Op-Amp filter; 1st and 2nd order Butterworth filter.
Week 11
Tuesday: Frequency Response
Thursday: Start Chapter 7; time domain analysis; transient response , initial conditions.
Week 12
Tuesday: More on transient analysis - Examples of 1st and 2nd order circuits
Thursday: More on transient analysis - Examples on 1st and 2nd order circuits
Week 13
Tuesday: Use of transfer function H(s) or H(jw) to compute transient + steady-state response
Thursday: More on H(s) ; transient solutions.
Week 14
Tuesday: Unit step Response
Thursday: THANKSGIVING RECESS
Week 15
Tuesday: Convolution integral; impulse response
Thursday: Example of convolution; review of final.