ECE322 ELECTRONICS -I LAB
 
course guidelines
guide.pdf

you will need:
(i) to use a free copy of Acrobat Reader 
http://www.adobe.com/products/acrobat/readstep2.html
(ii) a laboratory kit from the IEEE store 
lab kit these cost about $32, at least one per group 
of two to three students, preferably one each since they 
are also used in ECE323 

Course Outline, Winter 2002(Prof. Mayaram)
outline in pdf format

Lab Books and Reports, each group is to 
keep a hardbound lab book(counted as one lab); 
each group is to hand in a separate written report 
(typically 6 to 8 pages) on each lab.

 diodes/phototransistor: 
1N4148  small signal diodes 
1N4004  rectifier diodes 
T13/4      diffused red LED 
1FE5        infrared emitting diode 
1FD5       phototransistor 

data sheets for active components:
LM741   op amp 
2N3904   npn 
2N3906   pnp 
CA3046  transistor array 
CD4007  CMOS inverters 
CD4013 CMOS D flip-flop 
CD4040  CMOS 12bit counter 
CD4069UB  CMOS hex inverter 
ADC0804  8bit  A/D converter 
DAC0808  8 bit D/A converter 
LM555N  timer

Schedule of  Labs:

First week of Classes, there are no labs.

Lab. 1 , second week of classes
        Lab Preparation, there is none required, form groups, orientation
        Lab. 1,    PSPICE orientation, you need some guide to PSPICE, download manual or
                       simple manual from circuits texts like, "Introduction to PSPICE manual for Electric Circuits
                       using ORCAD Release 9.1" , 4th Ed., by Nilsson and Reidel, Prentice Hall, 2000.
        Lab. 1, assigned problem, had in next week, counts as one lab.

Lab. 2 , Preparation, do before coming to the lab., assume an ideal op amp, see the text;
                    the output voltage is just the negative of the current times the 1K resistor;
                    see also here a data sheet from National Semiconductor, LM741
             Lab. 2, diodes

Lab. 3 , Bipolar Junction Transistors, Preparation and Lab. Sheet, Lab. 3 transistors

Lab. 4, Bipolar Amplifier, preparation design a simple bipolar amplifier; and then
              build and test this amplifier in the lab.  Lab. 4 sheet

Lab. 5, FET's,  preparation    and  lab. 5  sheet

Lab. 6, CMOS Inverter  Lab. 6 Sheet

Lab. 7 & 8(two week project)  CMOS Amplifier , preparation and lab sheet
     for the first week's preparation answer only the first two questions;
          for the second week's preparation answer the last two questions in the
              preparation(there will be some help given in the lab lecture during 1st week.)

Dead Week, there are no new labs;  hand-in your lab from last week; meet
                     with the TA to review your lab scores; there will be no change of
                            grade  or lab scores after dead week.