YEDITEPE UNIVERSITY
FACULTY OF ENGINEERING and ARCHITECTURE
Course Name
EE 431/2 – IndustrialElectronics
Course Web Page
http://www.yarbis.yildiz.edu.tr/iaksoy
Course Schedule
Thursday: 09:00 – 11:00 Room: B319
Office Hours
11:00-12:00
Assc. Prof. Dr. Ismail AKSOY
Instructor
0212 383 58 16
iaksoy@yildiz.edu.tr
TeachingAssistant(s)
R.Asst. M. Erkin YÜCEL
R.Asst. Gözde Yetik
B-644
A - 611
erkin.yucel@yeditepe.edu.tr
gozde.yetik@yeditepe.edu.tr
1. Thomas E. Kissell, IndustrialElectronics, 3rd. ed.,PrenticeHall,
2002.
2. T. J. Maloney, Modern IndustrialElectronics, 5th
Reference Books
Ed.,PrenticeHall, 2001.
3.James A. Rehg,Glenn J. Sartori,IndustrialElectronics,
PrenticeHall, 2006.
4. D. R. Patrick, S. W. Fardo, IndustrialElectronics,
DevicesandSystems, MarcelDekker, October 2000.
Supplementary Materials
Laboratory Experiment Handouts
Midterm Exam Dates
Midterm Exam : 17/04/2014
Laboratory work : 20%
Project : 20%
Grading
Midterm Exam : 20%
Final Exam : 40%
Minimum 80% attendance to lectures and laboratory sessions are
Attendance
necessary as required by the university regulations. Failure to do so
will result in a grade F and those students will not be allowed into
Final Examination
EE431/2 IndustrialElectronics/Systems, Syllabus 2014, page 1/2
Assc. Prof. Dr. İsmail AKSOY
YEDITEPE UNIVERSITY
FACULTY OF ENGINEERING and ARCHITECTURE
Spring 2011Weekly CourseOutline
(tentative)
1. Introduction and outline of the course, definition of industrial electronic systems, solidstate devices used to control power: thyristor, triac, power transistor, power mosfet,
IGBT, operation principles, voltage-currentcharacteristics, and comparison of power
semiconductors. Solid-state devices used for firing circuits.
2. Industrial power supplies: single- and three-phaserectifiers, inductive and capacitive
filtering requirements.
3. Programmable Logic Controllers (PLC): parts of a PLC, timing and counting, relaylogic,
ladder logic diagram, PLC programming.
4. PLC continued.
5. AC-AC converters for power control in AC circuits: single- and three-phase AC choppers,
phase-control and integral-cycle control techniques.
6. DC-DC converters: Linear vs. switching power supplies, buck, boost and buck-boost
converters, isolated flyback, forward, half/full bridge converters.
7. Inverters: single- and three-phase square wave inverters, pulse-width modulation(PWM)
control technique.
8. Application of operational amplifiers: instrumentation amplifiers, hysteresiscomparators,
integrators, differentiators, and signal generators.
9. Application of operational amplifiers: continued.
10. Open- and closed-loop feedback systems: proportional, integral, and derivative
controllers, realization with operational amplifiers, controller tuning (Ziegler-Nichols).
11. Input Devices: Sensors, transducers, and transmitters, temperature, pressure, flow, level,
position, speed, motionsensors.
12. Input devices continued.
13. Output devices: valves, relays, contactors, variable frequency drives, DCdrives.
14. Output devices continued.
LaboratoryExperiments
1.
2.
3.
4.
5.
6.
Single-phasefull-wave bridge rectifier and linearregulator.
Traffic Light Control System for an Intersectionusing S7-300 PLC
Power control in AC circuits using an AC chopper: LampDimmer.
Switched-mode DC-DC conversion using buckconverter.
Controlling a squirrel-cage induction motor with Simatic S7-300 PLC.
Closed-loop temperature control of an electrical heater.
Prepare group report for eachexperiment. If no report is submitted, all group members will
receive zero grade.Reports must obey the sample report document format given in web page
(other wise zero grade from the report).
EE431/2 IndustrialElectronics/Systems, Syllabus 2014, page 1/2
Assc. Prof. Dr. İsmail AKSOY