UNIVERSITY OF CALIFORNIA


                   College of Engineering

        Department of Electrical Engineering

               and Computer Sciences


T. K. Gustafson
                             Syllabus
EE 42/43/100


  Week    Date     Note
                     Lecture     Reading*                   Lab

1   Aug 26
 Wed  Introduction, voltage and current 1.1 
 

      Electronic cirucits, reference directions, a.c and d.c 1.2 
     No Lab in week 1

      Power and Energy 1.3 
 

2  Sept 1   Mon  KVL and KCL                    1.4 & 1.5
  1 Solar Power Supply 

      Conductors, Current and Voltage Sources 1.6 
     (Begins 8/31)        

      Resistive Elements and Introduction to Circuits 1.6 
     9/7 is Labor Day No Lab

3  Sept 8   Tue  Analysis of resistive circuits                   2.1 & 2.2   2 Strain Guage

      Source transforms, Current and Voltage Division 2.3 
     (9/8 -9/21)

      Node Volate Analysis and Mesh Analysis                   2.4 & 2.5  

4  Sept 14   Mon  Thevenin and Norton Equivalents 2.6 
 

      Source Transformations, Wheatstone Bridge                   2.7 & 2.8  2 Strain Guage

      Ideal Operational  Amplifier, Virtual Short                           14.1       (9/8-9/21)

5  Sept 21   Mon  Virtual Short, feedback, inverting and non-inverting                  14.2&14.3  

      ISimple "Op Amp "  circuits
                          14.4
  3 Sensor Interfacce (Op Amp)

      Integrators and Differentiators (Eq 14.4 as integrator only)                      4.1-4.7        (9/22-9/28)

6  Sept 28   Mon Review of midterm material    

      IIntro to Cap and Ind -Energy Storage Elements 3.1-3.4 
     No New Lab

      Midterm 1 ( Friday Oct 2 )                    

7   Oct 5   Mon Intro to C & L cont'd Series and Parallel  L & C 3.5-3.7  
 

      Capacitor circuits -RC time constant (RS Flip-Flop briefly)                      4.1-4.7   4. Timer- Synthesizer

      Integrators and Differentiators (Intro to Capacitor- def Eq 14.4)             14.9 & 14.10       (10/5 - 10/9)

8   Oct 12    Mon Diodes and Diode Circuits (selected from)  10.1-10.7 
 

      Basic  Amplifier Concept   11.1-11.4  
   5. Voltage Booster

      FET's  (selected from)                  12.1-12.4        (10/12 -10/16)

9   Oct 19   Mon Bipolar Transistor (selected from)                   13.1-13.6  

      Intro to digital concepts , DSP, Boolean Algebra, Flip Flops 6.9, 7.1-7.6 
  6. Microcontroller

      CMOS gates                           12.7       (10/19 - 10/30)

10   Oct  26   Mon Memory, Microcomputer organization                      8.1-8.4  

      IInstruction sets, Addressing modes,I/O, ADC, DAC 8.5,8.6  
   

      Measurement Concepts and Sensors                      9.1-9.3  

11   Nov 2   Mon Load Lines  and small signal concepts                   13.7-13.9  

      Review
     No New Lab

      Midterm 2 (Friday Nov  6)  
 

12  Nov 9   Mon
Frequency Domain                             5.1  

  Nov 11   No Class  Phasors 5.2 
  Final Project O.K by Nov. 9

      Phasor Calculations  5.3-5.7 
 (Wed Nov. 11 No Class) 

13  Nov 16    Mon
Frequency Plots 6.1-6.3  
 

      Bode Plots 6.4  
    Projects

      Filters and Second Order Circuits 6.5-6.8 
 

14  Nov 23   Mon  Filters and Second order Circuits Cont'd 6.5=6.8 
 

      Recent  Developments in Electro-optics and Mechanics  
    Projects

  Nov 27   No Class 
 
 Nov 26-27 Thanksgiving 

15   Nov 30   Review    Projects Showcases

      Review    in Lab (140 Cory)

  Dec  4   Last Class  Review    

      Final Exam (12/18/09  8:00am-11:00am)     


* From Text: Electrical Engineering Principles and Applications, 4'th Ed. Alan R. Hambley (Prentice-Hall)