COURSE
:EE
2603 Electronic Circuit Analysis
PREREQUISITE :EE 2601 Electronic Devices and Circuits
INSTRUCTOR :Dr.P.Seshanna
OFFICE
: ROOM E52
1.Analyse cascaded small signal amplifier and
determine AV, AI, ZI, ZO. Apply two port systems approach to
cascaded amplifiers .Use load line
analysis for an amplifier
2.Analyse
the frequency response of an R-C coupled
amplifier
3.Draw and
analyse current sources and current mirrors.
4.Analyse the differential amplifier for AD,
AC and CMRR.
5.Analyse op-amp circuits with ideal and practical
models.
6. Draw and analyse the following types of op-amp
circuits:
(a)Inverting/non
inverting (b) Unity follower (c) summer and integrator
(d)Differentiator (e) Controlled sources and simple filters
7. Know
the frequency response , slew rate and max. signal handling of op-amp.
8. Know some applications of op-amps in
instrumentation .
9. Analyse op-amp comparators with ICs 741/311/339.
10.Know the principles of ADC and DAC.
11.Know the functional block diagrams and applications
of ICs 555/566/565
12.Analyse power amplifiers in class A, B, AB mode for
efficiency /distortion.
13.Analyse different types of negative feedback
amplifier circuits and determine the effect of negative feedback on the
gain, input and output impedance .
14.Know the working principles and analysis of
different types of oscillators (R-C phase shift, Wein bridge and tuned types )
15.Analyse simple regulated linear d.c power supply
circuits.
16.Know the principles of operation of switch mode d.c
power supplies
17.Know the characteristics and applications of SCR,TRIAC,DIAC.UJT in
modern Power Electronics
The depth of subject matter coverage is as per the
text/reference book given below:
Text Book:“
Electronic Devices and Circuit
Theory” 9th Edition by Robert Boylestad
and
Luis Nashelsky—Prentice Hall 2006.
Reference:
“Microelectronic Circuits” 4th Edition by Sedra and Smith-O U Press
1998
For on line student study guide visit: www.prenhall.com/boylestad
E-Learning material is available at http://content.eng.au.edu/lms
Note: 1.Assignments will be given every week and to be
submitted in the following week. Late submissions will not be accepted.
2.80% attendance is required to take the final examination
3.Last day to withdraw with “W” is 5th February 2007.
Page 2 ….
Week 1/2/ : Amplifier
Analysis Chap.5 and Chap.9( objectives 1-3)
Week 3/4 :
Operational amplifier basics –Chap.10 (objectives 4-5)
Week 5/6 : Operational
amplifier applications-Chap .11(objectives 6-8)
Week 7/8 :
Linear –Digital ICs Chap .13
(objectives 9-11)
Week 9/10 : Power amplifiers Chap
12 (objective 12)
Week 11/12 :
Feedback and Oscillator circuits-Chap 14 (objectives 13-14)
Week 13/14 :
Regulated dc power supplies- chap.15 (objectives 15-16)
Week 15 :
PNPN Devices used in power electronics Chap.17 (objective 17)
EXAMINATION SCHEDULE:
Midterm Examination : 11-1-2007 9 -11hrs
Final Examination : 9-3-2007… 9-12hrs
Note: Students are not allowed into examination hall if they are late by more than 10minutes.
Assignments: 10%
Midterm
Examination 30%
Final
Examination: 60%
Total: 100%
Grading: 51-60% =C, 61-65% = C+, 66-70% = B-, 71-75% = B, 76-80% = B+
81-90% = A-,
91-100% = A.(indicative only)
_______________________________________________________________
Dr.Seshanna P