Schedule of ECE 20 for Summer 2000
 

Week        Date                            Description of Event

1           22nd -25th May
                                              Lab     : Lab Introduction, General Procedure

                                             HW   :  Lab H/W #1, Theory H/W #1

                                          Lecture: Introduction to solid state electronics, pn-diodes and circuit analysis
 
 

2          29th - 1st  June

                                          Turn In :  Lab H/W #1, Theory HW#1

                                               Lab :  Monday - No Lab (Memorial Day)
                                                               Wed -  Exp. #1 - Solid State Diodes Testing & Characteristics

                                             HW   :  Lab H/W  #2, Theory HW#2

                                          Lecture:  Basic diode circuits: Half-wave, full-wave and bridge-rectifiers.
 
 
 

3          5th  - 6th  June

                                          Turn In : Lab H/W #2,  Theory HW#2

                                                  Do : Experiment #2 - Solid States Diodes Application I

                                               HW   : Lab H/W #3

                                          Lecture: Voltage regulators, Zener diodes
 
 

3           7th - 8th   June

                                         Turn In  :  Lab H/W # 3

                                                 Do  :  Exp. #3 - Solid States Diodes Application II

                                                HW  : Lab H/W #4,  Theory HW #3

                                          Lecture: Introduction to BJT’s, biasing and equivalent circuit models
 
 

4          12th - 13th  June

                                          Turn In :  Lab HW # 4, Theory HW #3

                                                  DoExperiment #4 – BJT’s: Testing and Characteristics

                                               HW   :   Lab H/W #5

                                          Lecture:  BJT’s:  inverter circuit and small-signal operation, CE and CC
 
 

4           14th - 15th   June

                                         Turn In  : Lab H/W #5

                                                  DoExperiment #5 – BJT’s: Biasing and the BJT Inverter

                                               HW   : Lab H/W #6,  Theory HW#4

                                          Lecture: CB, Two-port networks, cascade of amplifiers
 
 
 

5           19th  - 20th  June

                                          Turn In  :  Lab HW # 6,  Theory HW#4

                                                   Do :   Experiment #6 – BJT - Testing of CE and CC

                                                 HW  :  Lab HW#7,  Design the Midterm Project

                                            Lecture: Introduction to FET’s, physical operation, NMOS and PMOS devices
 
 

5          21st  - 22nd   June

                                            Turn In :  Lab HW#7

                                                    DoExperiment #7 - MOSFET Testing and Characteristics

                                                 HW   :   Work on the Midterm project.

                                             Lecture:  MOSFET’s; Basic inverter and amplifier configurations
 
 
 

6          26th  - 27th   June

                                             Turn In :   Midterm Project Report, Theory H/W#5

                                                     Do :   Demo of Midterm Project

                                                   HW  :   Lab H/W #8

                                             Lecture:    FET amplifier design, active loads
 
 
 
 

6         28th  - 29th   June

                                              Turn In :  Lab H/W #8

                                                      DoExp. # 8 - MOSFET Amplifier - Testing & Design
                                                                    Start the design for Final Project.

                                                    HW  :  Lab H/W #9

                                                  Lecture:  CMOS circuits, inverters, NAND and NOR gates
 
 

7         3rd - 4th   July

                                              Turn In  :  Lab HW # 9

                                                       Do :  Experiment #9 – CMOS Inverter, NAND and NOR

                                                     HW  :   Start working on the Final Project

                                               Lecture:
 
 
 

7         5th - 6th   July

                                                Turn In  :
                                                         DoWork on the Final Project

                                                    HW #  :

                                                 Lecture:
 
 
 

8.         10th - 11th   July

                                                    Turn In:
                                                            Do: Work on the Final Project + Report
                                                   Lecture:
 
 

8.         12th - 13th    July

                                                      Turn In: Final Project Report
                                                              Do: Demo and Presentation for Final Project
                                                     Lecture: Final Exam??
 
 
 
 
 
 

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