ECE323 ELECTRONICS -II  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,  they were 
used in ECE322 so you should already have one 
(iii) there are no leads  in the lab, 
each person will need to get a set from the lab 
technician on 3rd floor of  ece: chris@ece.orst.edu 
(you will  also need these in other courses) 

Course Outline, Spring   2003(Prof. Temes)
rough copy used for lab planning  outline in html format
as of  31 March 03, see Prof. Temes  for official copy. 
For lectures, HSPICE help file:  hspicehelp.pdf
 

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. change: The lab reports should just follow and answer each of the tasks and/or questions in the lab instruction sheer, use a new and clean copy of the instruction sheet as the cover page. Keep them simple, straightforward and complete. 
 

 NEW  Lab Schedule
30368 ECE 323 ELECTRONICS II T 1500 1750 
30369 ECE 323 ELECTRONICS II T 1830 2120 
30370 ECE 323 ELECTRONICS II W 1830 2120 
30365 ECE 323 ELECTRONICS II R 1400 1650 
              need some to move from R 1400 to F 1000 
             or some other session, too many in R 1400
30371 ECE 323 ELECTRONICS II R 1830 2120 
30373 ECE 323 ELECTRONICS II F 1000 1250 
_______________________________________ 
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. orientation , second week of classes
        Lab Preparation, there is none required, form groups, orientation
        Lab. ,    additional PSPICE practice , you need some guide to PSPICE,  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.
                       You can also download PSPICE for home use and use the on line manuals
                       PSPICE manuals, pdf version here, PSPICE evaluation software, and SPICE-3 overview
         Assign. 1, assigned problems, had in next week, count as one lab.
                        (i)  use PSPICE and nmos.htm, pmos.htm to generate the CD4007  NMOS
                             and PMOS transistor characteristics, compare these to measured curves
                             and in particular the measured output conductance
                       (ii) use PSPICE to simulate the differential amplifier in ece322 lab. 7/8;
                            compare differential gain, frequency response, common mode gain and
                            output impedance to values measured in ece322.

Lab. 1 ,     NMOS inverter;  lab1prep.pdf  do before lab.,   lab1.pdf

Lab. 2 ,    CMOS inverter;  lab2prep.pdf  do before lab.,   lab2.pdf

Lab. 3,    CMOS  gates;   lab3prep.pdf   do before lab.,  lab3.pdf

Lab. 4,     Oscillator, phase shift;  lab4prep.pdf  do before lab., lab4.pdf

Lab.5,      Frequency response of  operational amplifier and MOS transistors
                use these models in PSPICE    ua741.htm  ,    nmos.htm  ,  pmos.htm
                Do the circuit analysis in lab5prep.pdf  including the solution by node
                equations(not trivial) and then compare to measurements lab5.pdf.

Lab. 6,  HSPICE introduction, demonstration, and practice using lab6prep.pdf;
             we have placed the older long HSPICE manual on line,  hspiceman.pdf
             and the circuit files on line   demo1a.sp, demo1b.sp, demo1c.sp  for you
             to try and practice with assistance of the GTA. The hspice help page is here.
            Then do the following lab problems yourself   lab6.pdf

Lab. 7,  assigned problem, had in next week, counts as one lab.
              (i)  use HSPICE to generate the CD4007  NMOS and PMOS transistor characteristics
              (ii) use HSPICE to simulate the differential amplifier in ece322 lab. 7/8;
              (iii) compare, frequency response, differential gain, common mode gain and
                   output impedance to measured values(build circuit again and carefully measure),
                  simulated values, and those calulated by analytical methods(formulae derived
                   in class and/or given in the text).

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.