2 C - Professor Gabriel Oltean, Ph.D.
1L
1S
Objectives
Analysis and understanding the operating
principles of electronic devices and
fundamental electronic circuits
Using the electronic devices in different
electronic circuits
Analysis and (re) design electronic circuits
Course – F2F activities
High level of involvement of the
students
Each student may learn (study) in
advance the topics of the course
Presentations, Questions, Comments,
Debate, Problem solving...
Dedicated web page
www.bel.utcluj.ro/dce/didactic/ec_aai/fec_aai.htm
Course
Miscellanea
presentation
Typical
problems
for exam
Laboratory
works
Theoretical
subjects for
exam
¾http://www.bel.utcluj.ro/dce/didactic/fec_aai/fec_aai.htm
Content
¾ Diodes
¾ Op-amp comparator
¾ Op-amp amplifiers
¾ Others op-amp applications (active rectifier, integrator)
¾ Transistors (MOS and bipolar)
¾ Transistor digital circuits
™ Linear voltage regulators
™ Sinusoidal oscillators
™ Nonsinusoidal signals generators
™ Power amplifier
¾ Oltean, G., Electronic Devices, Editura U.T. Pres, Cluj-Napoca,
ISBN 973-662-220-7, 2006; 317 pp.
™ Oltean, G., Circuite Electronice, UT Pres, Cluj-Napoca, 2007,
ISBN 978-973-662-300-4, 203 pag
Student Assessment (formative and summative)
¾ written Exam (E) + Lab (L) + Seminars (S)+ Tests (T)
¾ E: theory 20% + problem solving 80%:
¾ L: full attendance + activity + lab test:
¾ S: full attendance + activity:
¾ T: 3 course tests (average is computed):
L ≥5 p
1…10 pts
1…10 pts
1…10 pts
1…10 pts
Yes
E ≥ 4p
Yes
0.6E+0.12L+0.1S+0.1T>4.5
Yes
No
admission
for exam
Mark =1… 4
Fail
Mark=0.6E+0.2L+0.1S+0.1T+1
Pass
8/6

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